Reset23/the-stack-v2-cpp · Datasets at Hugging Face

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#include "random_generator.h" RandomGenerator::RandomGenerator(){ uniform_real_distribution<double> uniform(0.0, 1.0); normal_distribution<double> normal(0.0, 1.0); this->uniform = uniform; this->normal = normal; }

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// RUN: %clangxx_tsan -O1 %s -o %t && %deflake %run %t | FileCheck %s #include "test.h" #include <string.h> char *data = new char[10]; char *data1 = new char[10]; char *data2 = new char[10]; void *Thread1(void *x) { static volatile int size = 1; memcpy(data+5, data1, size); barrier_wait(&barrier); return NULL; } void *Thread2(void *x) { static volatile int size = 4; barrier_wait(&barrier); memcpy(data+3, data2, size); return NULL; } int main() { barrier_init(&barrier, 2); print_address("addr=", 1, &data[5]); pthread_t t[2]; pthread_create(&t[0], NULL, Thread1, NULL); pthread_create(&t[1], NULL, Thread2, NULL); pthread_join(t[0], NULL); pthread_join(t[1], NULL); return 0; } // CHECK: addr=[[ADDR:0x[0-9,a-f]+]] // CHECK: WARNING: ThreadSanitizer: data race // CHECK: Write of size 1 at [[ADDR]] by thread T2: // CHECK: #0 {{(memcpy|memmove)}} // CHECK: * #1 Thread2 // CHECK: Previous write of size 1 at [[ADDR]] by thread T1: // CHECK: #0 {{(memcpy|memmove)}} // CHECK: * #1 Thread1 // CHECK: Issue is caused by frames marked with "*".

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// // Author: LHO LHospitalLKY@github.com // #include "../read_write.h" #include "../evaluation.h" #include "../show_flow.h" int main(int argc, char *argv[]) { cv::Mat estim_flow, gt_flow, estim_color, gt_color; read( "/home/lho/SLAM/FlowNet/Flow_lab/CppLab/DataSet/test_result/ambush_2_0001.flo", estim_flow ); read( "/media/lho/064A027D79FA99C7/slam数据集/光流数据集/MPI-Sintel-complete/training/flow/ambush_2/frame_0001.flo", gt_flow ); motionToColor(estim_flow, estim_color); motionToColor(gt_flow, gt_color); cv::Mat EPE_Mat(estim_flow.rows, estim_flow.cols, CV_32FC1); double epe_err = endPointError(estim_flow, gt_flow, EPE_Mat); cv::imshow("estimate", estim_color); cv::imshow("gt", gt_color); cv::imshow("epe error", EPE_Mat); cv::waitKey(0); std::cout << epe_err << std::endl; }

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#pragma once #ifndef SERVER_NETWORK_SOCKET_LISTENER_H #define SERVER_NETWORK_SOCKET_LISTENER_H #include "pch.h" #include "network/net.h" #include "network/Websocket.h" // Accepts incoming connections and launches the sessions class SocketListener : public std::enable_shared_from_this<SocketListener> { public: // public interface SocketListener( net::io_context& ioc, tcp::endpoint endpoint, SocketManager* socket_manager); ~SocketListener(); void Run(); private: // internal void Fail(beast::error_code ec, char const* what); void OnAccept(beast::error_code ec, tcp::socket socket); private: // members net::io_context& ioc_; tcp::acceptor acceptor_; SocketManager* socketManager_; }; // class SocketListener #endif // SERVER_NETWORK_SOCKET_LISTENER_H

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/* * Author: coder_tq * Time: 2020-03-12 21:05:02 */ #include <bits/stdc++.h> #define endl "\n" using namespace std; typedef long long ll; const ll mod = 1e9+7; ll q_pow(ll a, ll b) { ll ans = 1; while(b) { if(b&1) ans = (ans*a)%mod; a = (a*a)%mod; b >>= 1; } return ans; } int n; ll a[200010],b[200010]; ll dif[200010]; void input() { cin >> n; for(int i = 0; i < n; i++) { cin >> a[i]; } for(int i = 0; i < n; i++) { cin >> b[i]; } } void solve() { for(int i = 0; i < n; i++) { dif[i] = a[i]-b[i]; } sort(dif,dif+n); //for(int i = 0; i < n; i++) cout << dif[i] << ' ';cout << endl; ll sum = 0; for(int i = 0; i < n; i++) { if(dif[i] <= 0) { //cout << n-(lower_bound(dif,dif+n,-dif[i]+1)-dif)-1 << endl; sum += n-(lower_bound(dif,dif+n,-dif[i]+1)-dif); } if(dif[i] > 0) sum+=n-i-1; } cout << sum << endl; } int main() { ios::sync_with_stdio(false); cin.tie(0); int t = 1; //cin >> t; while(t--) { input(); solve(); } return 0; }

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/tensorflow/compiler/mlir/tfrt/benchmarks/cwise_op_unary_benchmark.h

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/* Copyright 2021 The TensorFlow Authors. All Rights Reserved. Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. ==============================================================================*/ #ifndef TENSORFLOW_COMPILER_MLIR_TFRT_BENCHMARKS_CWISE_UNARY_BENCHMARK_H_ #define TENSORFLOW_COMPILER_MLIR_TFRT_BENCHMARKS_CWISE_UNARY_BENCHMARK_H_ #include <utility> #include "tensorflow/compiler/mlir/tfrt/benchmarks/benchmark.h" #include "tensorflow/compiler/mlir/tfrt/utils/host_context.h" #include "tensorflow/core/platform/test.h" namespace tensorflow { // This header is a part of the library with private visibility and will be // used only to build benchmarks for different functions in this folder, so // it is ok to put convenience using-declarations here. using ::tfrt::AsyncValue; using ::tfrt::AsyncValuePtr; using ::tfrt::HostContext; using ::tfrt::RCReference; using ::tfrt::RemainingResults; using ::tfrt::RequestContext; using ::tfrt::RequestContextBuilder; using ::tfrt::jitrt::Executable; using ::tfrt::jitrt::HostContextAsyncTaskRunner; using ::tfrt::jitrt::JitExecutable; using ::tfrt::jitrt::MemrefDesc; using ::tfrt::jitrt::RemainingResultsConverter; // -------------------------------------------------------------------------- // // Run benchmark by compiling MLIR function using TFRT JitRt API. // -------------------------------------------------------------------------- // template <typename T, int rank> struct MlirBenchmark { std::unique_ptr<HostContext> host; const Executable* executable; tfrt::ExecutionContext exec_ctx; std::unique_ptr<ResultConversionCtx> conversion_ctx; RemainingResultsConverter<ResultConversionCtx> converter; }; template <typename T, int rank> MlirBenchmark<T, rank> PrepareUnaryMlirBenchmark( llvm::StringRef mlir_input, llvm::StringRef function_name, std::array<MemrefDesc, 1>& operands, size_t num_threads, bool lower_from_tensorflow, bool vectorize) { static_assert(rank >= 1 && rank <= 4, "We do only support ranks 1 to 4"); std::unique_ptr<HostContext> host = num_threads > 0 ? CreateMultiThreadedHostContext(num_threads) : CreateSingleThreadedHostContext(); TfJitRtPipelineOptions tf_jitrt_opts; tf_jitrt_opts.vectorize = vectorize; JitExecutable& jit_executable = CreateJitExecutable( *host, mlir_input, function_name, lower_from_tensorflow, tf_jitrt_opts); // Build an ExecutionContext from the HostContext. llvm::Expected<RCReference<RequestContext>> req_ctx = RequestContextBuilder(host.get(), /*resource_context=*/nullptr).build(); tfrt::ExecutionContext exec_ctx(std::move(*req_ctx)); auto result_values = std::array<RCReference<AsyncValue>, 1>{{}}; RemainingResults results(result_values); // Record data ptrs of inputs. llvm::SmallVector<void*> input_ptrs; for (auto& operand : operands) { input_ptrs.push_back(operand.data()); } // Free memory owned by the returned memrefs. auto ctx = std::make_unique<ResultConversionCtx>(std::move(input_ptrs)); RemainingResultsConverter<ResultConversionCtx> converter(results, *ctx); converter.AddConversion(FreeReturnedMemref); // Get an executable that might be specialized to the operands. llvm::Expected<AsyncValuePtr<Executable>> executable = jit_executable.GetExecutable(operands); if (auto err = executable.takeError()) LOG(FATAL) << "Failed to specialize executable"; // Wait for the compilation completion. host->Await({executable->CopyRef()}); CHECK(!executable->IsError()) << "Failed to get executable: " << StrCat(executable->GetError()); CHECK(!(*executable)->IsAsync()) << "async results are not supported"; return {std::move(host), &executable->get(), exec_ctx, std::move(ctx), std::move(converter)}; } template <typename T, int rank> void TestUnaryMlirBenchmark(llvm::StringRef mlir_input, llvm::StringRef function_name, T scale, T offset, size_t num_threads, bool lower_from_tensorflow, bool vectorize) { std::array<ssize_t, rank> input_dims; for (int d = 0; d < rank; ++d) input_dims[d] = 10; // The value here does not matter. // Generate random input data. Eigen::Tensor<T, rank, Eigen::RowMajor> input = GenRandomTensor<T, rank>(input_dims, scale, offset); std::array<MemrefDesc, 1> operands = {TensorToMemrefDesc(input)}; MlirBenchmark<T, rank> b = PrepareUnaryMlirBenchmark<T, rank>( mlir_input, function_name, operands, num_threads, lower_from_tensorflow, vectorize); // Initialize call frame with MemrefDesc operands. Executable::CallFrame call_frame; if (auto err = b.executable->InitializeCallFrame(operands, &call_frame)) LOG(FATAL) << "Failed to initialize call frame"; // Execute async tasks in the HostContext work queue. Executable::ExecuteOpts opts; HostContextAsyncTaskRunner async_task_runner(b.exec_ctx.host()); opts.async_task_runner = &async_task_runner; // Execute once. b.executable->Execute(call_frame, opts); if (auto err = b.executable->ReturnResults(b.converter, &call_frame)) LOG(FATAL) << "Failed to return compiled kernel results"; } template <typename T, int rank> void RunUnaryMlirBenchmark(::testing::benchmark::State& state, llvm::StringRef mlir_input, llvm::StringRef function_name, T scale, T offset, size_t num_threads, bool lower_from_tensorflow, bool vectorize) { std::array<ssize_t, rank> input_dims; for (int d = 0; d < rank; ++d) input_dims[d] = state.range(d); // Generate random input data. Eigen::Tensor<T, rank, Eigen::RowMajor> input = GenRandomTensor<T, rank>(input_dims, scale, offset); std::array<MemrefDesc, 1> operands = {TensorToMemrefDesc(input)}; MlirBenchmark<T, rank> b = PrepareUnaryMlirBenchmark<T, rank>( mlir_input, function_name, operands, num_threads, lower_from_tensorflow, vectorize); // Initialize call frame with MemrefDesc operands. Executable::CallFrame call_frame; if (auto err = b.executable->InitializeCallFrame(operands, &call_frame)) LOG(FATAL) << "Failed to initialize call frame"; // Execute async tasks in the HostContext work queue. Executable::ExecuteOpts opts; HostContextAsyncTaskRunner async_task_runner(b.exec_ctx.host()); opts.async_task_runner = &async_task_runner; for (auto _ : state) { call_frame.args[0] = nullptr; // reset kernel context argument b.executable->Execute(call_frame, opts); if (auto err = b.executable->ReturnResults(b.converter, &call_frame)) LOG(FATAL) << "Failed to return compiled kernel results"; } state.SetItemsProcessed(state.iterations() * input.size()); } // -------------------------------------------------------------------------- // // Run benchmark using Eigen expression evaluation. // -------------------------------------------------------------------------- // template <typename T, int rank, bool vectorize, typename ExprBuilder> void RunUnaryEigenBenchmark(::testing::benchmark::State& state, ExprBuilder expr_builder, T scale, T offset, size_t num_threads) { static_assert(rank >= 1 && rank <= 4, "We do only support ranks 1 to 4"); std::array<ssize_t, rank> input_dims; for (int d = 0; d < rank; ++d) input_dims[d] = state.range(d); Eigen::Tensor<T, rank, Eigen::RowMajor> input = GenRandomTensor<T, rank>(input_dims, scale, offset); Eigen::DefaultDevice singleThreadedDevice; Eigen::ThreadPool thread_pool(num_threads); llvm::Optional<Eigen::ThreadPoolDevice> multiThreadedDevice; if (num_threads > 0) multiThreadedDevice.emplace(&thread_pool, num_threads); Eigen::DSizes<ssize_t, rank> dsizes; for (int d = 0; d < rank; ++d) dsizes[d] = input_dims[d]; Eigen::Tensor<T, rank, Eigen::RowMajor> dst(dsizes); dst.setZero(); for (auto _ : state) { auto expr = expr_builder(input); using Dst = decltype(dst); using Expr = decltype(expr); if (multiThreadedDevice.has_value()) { ExecuteAssignOp</*vectorize=*/true, Eigen::ThreadPoolDevice, Dst, Expr>::run(*multiThreadedDevice, dst, expr); } else { ExecuteAssignOp</*vectorize=*/true, Eigen::DefaultDevice, Dst, Expr>::run( singleThreadedDevice, dst, expr); } } state.SetItemsProcessed(state.iterations() * input.size()); } } // namespace tensorflow // -------------------------------------------------------------------------- // // Macros to dispatch to different benchmark based on rank, shape and data type. // // Input data is generated with: scale * (Eigen::random<T>() + offset). // For MLIR benchmarks, we also generate a unit test to detect regressions. // -------------------------------------------------------------------------- // #define BM_TFMlir(NAME, MLIR_INPUT, FN, RANK, TYPE, SCALE, OFFSET, \ NUM_THREADS) \ TEST(Test_mlir_##NAME##_##TYPE##_##NUM_THREADS, RunOnce) { \ TestUnaryMlirBenchmark<TYPE, RANK>( \ MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/true, /*vectorize=*/false); \ } \ static void BM_mlir_##NAME##_##TYPE##_##NUM_THREADS( \ ::testing::benchmark::State& state) { \ RunUnaryMlirBenchmark<TYPE, RANK>( \ state, MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/true, /*vectorize=*/false); \ } \ BENCHMARK(BM_mlir_##NAME##_##TYPE##_##NUM_THREADS)->MeasureProcessCPUTime() #define BM_TFMlirVectorized(NAME, MLIR_INPUT, FN, RANK, TYPE, SCALE, OFFSET, \ NUM_THREADS) \ TEST(Test_mlir_v_##NAME##_##TYPE##_##NUM_THREADS, RunOnce) { \ TestUnaryMlirBenchmark<TYPE, RANK>( \ MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/true, /*vectorize=*/true); \ } \ static void BM_mlir_v_##NAME##_##TYPE##_##NUM_THREADS( \ ::testing::benchmark::State& state) { \ RunUnaryMlirBenchmark<TYPE, RANK>( \ state, MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/true, /*vectorize=*/true); \ } \ BENCHMARK(BM_mlir_v_##NAME##_##TYPE##_##NUM_THREADS)->MeasureProcessCPUTime() #define BM_Mlir(NAME, MLIR_INPUT, FN, RANK, TYPE, SCALE, OFFSET, NUM_THREADS) \ TEST(Test_mlir_##NAME##_##TYPE##_##NUM_THREADS, RunOnce) { \ TestUnaryMlirBenchmark<TYPE, RANK>( \ MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/false, /*vectorize=*/false); \ } \ static void BM_mlir_##NAME##_##TYPE##_##NUM_THREADS( \ ::testing::benchmark::State& state) { \ RunUnaryMlirBenchmark<TYPE, RANK>( \ state, MLIR_INPUT, FN, SCALE, OFFSET, NUM_THREADS, \ /*lower_from_tensorflow=*/false, /*vectorize=*/false); \ } \ BENCHMARK(BM_mlir_##NAME##_##TYPE##_##NUM_THREADS)->MeasureProcessCPUTime() #define BM_EigenScalar(NAME, FN, RANK, TYPE, SCALE, OFFSET, NUM_THREADS) \ static void BM_eigen_s_##NAME##_##TYPE##_##NUM_THREADS( \ ::testing::benchmark::State& state) { \ RunUnaryEigenBenchmark<TYPE, RANK, false>(state, FN, SCALE, OFFSET, \ NUM_THREADS); \ } \ BENCHMARK(BM_eigen_s_##NAME##_##TYPE##_##NUM_THREADS)->MeasureProcessCPUTime() #define BM_EigenVectorized(NAME, FN, RANK, TYPE, SCALE, OFFSET, NUM_THREADS) \ static void BM_eigen_v_##NAME##_##TYPE##_##NUM_THREADS( \ ::testing::benchmark::State& state) { \ RunUnaryEigenBenchmark<TYPE, RANK, true>(state, FN, SCALE, OFFSET, \ NUM_THREADS); \ } \ BENCHMARK(BM_eigen_v_##NAME##_##TYPE##_##NUM_THREADS)->MeasureProcessCPUTime() #endif // TENSORFLOW_COMPILER_MLIR_TFRT_BENCHMARKS_CWISE_UNARY_BENCHMARK_H_

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[ "rafael.xuxubelez@gmail.com" ]

rafael.xuxubelez@gmail.com

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967

cpp

/** * @File Name: template_class.cpp * @Author: Joshua Liu * @Email: liuchaozhenyu@gmail.com * @Create Date: 2016-08-12 15:08:17 * @Last Modified: 2016-08-12 16:08:30 * @Description: */ #include <iostream> using namespace std; template <class T> inline const T& max(const T& a, const T& b) { return a > b ? a : b; } class Op; ostream& operator<<(ostream &os, const Op &c) { os << c.getnum(); return os; } istream& operator >>(istream &is, Op &c) { return is; } class Op { public: Op(): _num(0) { } Op(int n): _num(n) { } bool operator >(const Op& a) { return _num > a._num; } int getnum() {return _num;} friend ostream& operator <<(ostream &os, const Op &c); friend istream& operator >>(istream &is, Op &c); private: int _num; }; int main() { Op a(3), b(4); if (a > b) cout << "OK" << endl; else cout << "Haa" << endl; cout << ::max(a, b) << endl; return 0; }

[ "liuchaozhenyu@gmail.com" ]

liuchaozhenyu@gmail.com

dd4401d54cb03b277175e43082af33a3832bec95

2ee6ec4fd5a822e709f26558e71310e2af541b13

/ship.cpp

826df8f043751270a8469fbe5e66ce740b214038

[]

no_license

guga212/Star-Wars-Very-Lite

91d56d91286ac5ebbd37c57c07665032e0c03b0d

fb61e50e66fad7670564edd083d55bce65d443ea

refs/heads/master

2020-04-17T02:11:13.068953

2019-01-16T22:59:15

166,123,829

0

null

UTF-8

C++

false

24,905

cpp

#pragma once #include "object.h" int ship_sml::n_sml; int ship_middle::n_middle; int ship_big::n_big; //#////////////////////////////#// //////////#//ship_obj//#////////// //#////////////////////////////#// std::vector<inf_ship_obj*> ship::allshp_pos; //*******************************// //*******************************// //#////////////////////////////#// //////////#//sml_ship//#////////// //#////////////////////////////#// void ship_sml::updt() { updt_elmnts(); if (lokal.hp > 0) { flw_enm(); rnd_bhv(); go_away(); anti_coll(); // must have funkcji flw_targ(); upd_stat(); } } /////#//bchv_func//#///////// //#//////////////////////#// /////#//agressive//#///////// void ship_sml::shoot() { if (clocks[0]->get_time() > 1000) { bullet* wsk2 = new bullet_simple(lokal.kier, lokal.pos, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk2); clocks[0]->restart_time(); } } void ship_sml::flw_enm() { XMFLOAT3 cnt; float min = 1000000.0f; for (int i = 0; i < allshp_pos.size(); i++) { if ((allshp_pos[i]->team != lokal.team) && (allshp_pos[i]->hp > 0) && (lokal.stan <= flw_enmy)) { lokal.stan = flw_enmy; XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (cnt.x < min) { min = cnt.x; lokal.TARGpos = allshp_pos[i]->pos; if (cnt.x < 50.0f) { XMVECTOR targ_vect = lokal.TARGpos - lokal.pos; XMStoreFloat3(&cnt, XMVector3AngleBetweenVectors(lokal.kier, targ_vect)); if (abs(cnt.x) < lokal.w / 40) { shoot(); } } } } else { if (lokal.stan == flw_enmy) lokal.stan = vac; } } } ////////#//end//#////////// void ship_sml::go_away() { float min = 100000.0f; int enm_nmb = 0; XMFLOAT3 cnt; int al_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (lokal.team != allshp_pos[i]->team) { enm_nmb++; } } al_nmb = allshp_pos.size() - enm_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (allshp_pos[i]->team != lokal.team){ XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (min > cnt.x) min = cnt.x; } } if ((min < 25.0f) && (lokal.stan < run) && (lokal.hp<0.6*lokal.hp_max) && (al_nmb <= enm_nmb)) { lokal.TARGpos = (-400 * lokal.kier); lokal.w = 1.35*lokal.w_max; lokal.stan = run; } if ((min>30.0f) && (lokal.stan == run)){ lokal.stan = vac; // MessageBox(NULL, L"STOP", L"Distance", 1); } if ((enm_nmb == 0) && (lokal.stan == run)) lokal.stan = vac; } void ship_sml::rnd_bhv() { int enm_nmb = 0; for (int i = 0; i < allshp_pos.size(); i++) { if ((lokal.team != allshp_pos[i]->team)&&(allshp_pos[i]->hp>0)) { enm_nmb++; } } // random behaviour if ((lokal.stan <= rnd)&&(1)) { if (rand() % 100 == 0) { lokal.TARGpos = XMVectorSet(rand() % 8 * 25, rand() % 6 * 18, rand() % 8 * 28, 0); } lokal.stan = rnd; } // else{ // lokal.stan = vac; // } } void ship_sml::anti_coll() { XMFLOAT3 cnt; XMFLOAT3 cnt1; if (lokal.stan == anticoll) { n_alg++; } int fl_vac=1; for (int i = 0; i < allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (((cnt.x < 8.f) && (cnt.x != 0)) && (lokal.stan < anticoll) && (allshp_pos[i]->stan != anticoll)&&(n_safe<=0)) { n_safe = 400; n_alg = 0; XMStoreFloat3(&cnt1, XMVectorEqual(allshp_pos[i]->kier, lokal.kier)); if ((cnt1.x == 0) || (cnt1.y == 0) || (cnt1.z == 0)) { lokal.TARGpos = XMVectorSet(-50.0f + (rand() % 100), -50.0f + (rand() % 100), -50.0f + (rand() % 100), 0.0f); lokal.TARGpos = lokal.kier*(-40.f); lokal.TARGpos = XMVector3Cross(lokal.kier + XMVectorSet(-0.2, 0.4f, 0.12, 0.0f), allshp_pos[i]->kier)*45.0f; } else { lokal.TARGpos = XMVector3Cross(allshp_pos[i]->kier, lokal.kier)*45.0f; allshp_pos[i]->TARGpos = -lokal.TARGpos; } allshp_pos[i]->w = allshp_pos[i]->w_max*1.4; allshp_pos[i]->stan = anticoll; lokal.w = 1.4*lokal.w_max; lokal.stan = anticoll; break; } if ((cnt.x < 16.f)&&(cnt.x!=0)) { fl_vac=0; } } if (((fl_vac) || (n_alg>3000)) && (lokal.stan == anticoll)) { lokal.stan = vac; } if (n_alg > 3000) { n_safe--; } } //#////////end///////////#// ////#// must have state//#/////// void ship_sml::upd_stat() { if (lokal.hp <= (lokal.hp*0.35)) { lokal.v = 0.45*lokal.v_max; lokal.dmg = 0.45*lokal.v_max; lokal.w = 0.45*lokal.w_max; } else { if (lokal.hp <= (lokal.hp*0.5)) { lokal.v = 0.7*lokal.v_max; lokal.dmg = 0.7*lokal.v_max; lokal.w = 0.7*lokal.w_max; } } } void ship_sml::col_det() { XMFLOAT3 cnt; for (int i = 0; i < ship::allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(ship::allshp_pos[i]->pos - lokal.pos)); if (abs(cnt.x < lokal.size* 0.3f*ship::allshp_pos[i]->size) && (lokal.id != ship::allshp_pos[i]->id)) { if(lokal.hp_max<=allshp_pos[i]->hp_max){ lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= lokal.hp_max; //MessageBox(NULL, L"pocisk -HP", L"upii", 1); } else { lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= 0.7*lokal.hp_max; } } } } void ship_sml::flw_targ() { XMFLOAT3 cmp; XMFLOAT3 cmpl1; XMFLOAT3 cmpl2; XMStoreFloat3(&cmp, XMVectorEqual(lokal.TARGpos, lokal.pos)); if ((cmp.x == 0) || (cmp.y == 0) || (cmp.z == 0)) { XMVECTOR targ_vect = lokal.TARGpos - lokal.pos; XMStoreFloat3(&cmpl1, XMVector3Length(targ_vect)); if (abs(cmpl1.x) >4.0f) lokal.pos += lokal.kier*(lokal.v / 100); targ_vect = XMVector3Normalize(targ_vect); lokal.kier = XMVector3Normalize(lokal.kier); XMVECTOR os_obr = XMVector3Cross(lokal.kier, targ_vect); XMFLOAT3 angle; XMStoreFloat3(&angle, XMVector3AngleBetweenVectors(lokal.kier, targ_vect)); if ((angle.x != 0.0f) && (angle.x != XM_PI)) { if (abs(angle.x) > lokal.w / 80) { if (angle.x>0) lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); else lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); } } } // przesuw wspolrzednych } void ship_sml::updt_boom(){ ////#//updt_booms//#//// if ((lokal.hp <= 0) && (!destroyed)) { object* wsk = new explose(lokal.pos, 2.4f, 180); crtd_objects.push_back(wsk); destroyed = 1; // MessageBox(NULL, L"BOOM", L"BOOM", 1); } ////#//end_booms//#//// } void ship_sml::updt_elmnts() { col_det(); updt_boom(); pos = lokal.pos; kier = lokal.kier; ////#//updt_objects//#//// XMFLOAT3 cnt; for (int i = 0; i < crtd_objects.size(); ++i) { crtd_objects[i]->updt(); if (crtd_objects[i]->death_chck()) { delete crtd_objects[i]; crtd_objects[i] = NULL; // MessageBox(NULL, L"deleted", L"zniszcz pocis", 1); } } ////#//end_updt_objects//#//// std::vector<object*>::iterator it; for (it = crtd_objects.begin(); it != crtd_objects.end(); ) { if ((*it) == NULL) it = crtd_objects.erase(it); else ++it; } } bool ship_sml::death_chck() { bool fl_all_dead=1; if (crtd_objects.size() == 0) fl_all_dead = 1; for (int i = 0; i < crtd_objects.size(); ++i) { if (!crtd_objects[i]->death_chck()) { fl_all_dead = 0; } } if ((lokal.hp <= 0)&&(fl_all_dead)) return 1; else return 0; } //#////////end///////////#// //-----------------------------------------------------------------// //-----------------------------------------------------------------// //-----------------------------------------------------------------// //-----------------------------------------------------------------// //#/////////////////////////////#// ////////#//middle_ship//#///////// //#///////////////////////////#// void ship_middle::updt() { updt_elmnts(); if (lokal.hp > 0) { flw_enm(); rnd_bhv(); go_away(); anti_coll(); // must have funkcji flw_targ(); upd_stat(); } } /////#//bchv_func//#///////// //#//////////////////////#// /////#//agressive//#///////// void ship_middle::shoot() { if (clocks[0]->get_time() > 1000) { XMFLOAT3 cnt; XMVECTOR rot2 = XMVector3Cross(lokal.kier, XMVectorSet(0.0f, 0.0f, 1.0f, 0.0f)); XMVECTOR angle = XMVector3AngleBetweenVectors(lokal.kier, XMVectorSet(0.0f, 0.0f, 1.0f, 0.0f)); XMStoreFloat3(&cnt, angle); rot2 = XMVector3Normalize(rot2); XMMATRIX m1 = XMMatrixRotationAxis(rot2, cnt.x); XMVECTOR rot1 = XMVector3TransformCoord(XMVectorSet(1.0f, 0.0f, 0.0f, 0.0f), m1); bullet* wsk1 = new bullet_simple(lokal.kier, lokal.pos - 0.8 * rot1, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk1); bullet* wsk2 = new bullet_simple(lokal.kier, lokal.pos, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk2); bullet* wsk3 = new bullet_simple(lokal.kier, lokal.pos + 0.8 * rot1, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk3); clocks[0]->restart_time(); } } void ship_middle::flw_enm() { XMFLOAT3 cnt; float min = 1000000.0f; for (int i = 0; i < allshp_pos.size(); i++) { if ((allshp_pos[i]->team != lokal.team) && (allshp_pos[i]->hp > 0) && (lokal.stan <= flw_enmy)) { lokal.stan = flw_enmy; XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (cnt.x < min) { min = cnt.x; lokal.TARGpos = allshp_pos[i]->pos; if (cnt.x < 50.0f) { XMVECTOR targ_vect = lokal.TARGpos - lokal.pos; XMStoreFloat3(&cnt, XMVector3AngleBetweenVectors(lokal.kier, targ_vect)); if (abs(cnt.x) < lokal.w / 40) { shoot(); } } } } else { if (lokal.stan == flw_enmy) lokal.stan = vac; } } } ////////#//end//#////////// void ship_middle::go_away() { float min = 100000.0f; int enm_nmb = 0; XMFLOAT3 cnt; int al_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (lokal.team != allshp_pos[i]->team) { enm_nmb++; } } al_nmb = allshp_pos.size() - enm_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (allshp_pos[i]->team != lokal.team) { XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (min > cnt.x) min = cnt.x; } } if ((min < 25.0f) && (lokal.stan < run) && (lokal.hp<0.4*lokal.hp_max) && (al_nmb <= enm_nmb)) { lokal.TARGpos = (-400 * lokal.kier); lokal.w = 1.35*lokal.w_max; lokal.stan = run; } if ((min>30.0f) && (lokal.stan == run)) { lokal.stan = vac; // MessageBox(NULL, L"STOP", L"Distance", 1); } if ((enm_nmb == 0) && (lokal.stan == run)) lokal.stan = vac; } void ship_middle::rnd_bhv() { int enm_nmb = 0; for (int i = 0; i < allshp_pos.size(); i++) { if ((lokal.team != allshp_pos[i]->team) && (allshp_pos[i]->hp>0)) { enm_nmb++; } } // random behaviour if ((lokal.stan <= rnd) && (1)) { if (rand() % 100 == 0) { lokal.TARGpos = XMVectorSet(rand() % 8 * 25, rand() % 6 * 18, rand() % 8 * 28, 0); } lokal.stan = rnd; } // else{ // lokal.stan = vac; // } } void ship_middle::anti_coll() { XMFLOAT3 cnt; XMFLOAT3 cnt1; if (lokal.stan == anticoll) { n_alg++; } int fl_vac = 1; for (int i = 0; i < allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (((cnt.x < 9.f) && (cnt.x != 0)) && (lokal.stan < anticoll) && (allshp_pos[i]->stan != anticoll) && (n_safe <= 0)) { n_safe = 400; n_alg = 0; XMStoreFloat3(&cnt1, XMVectorEqual(allshp_pos[i]->kier, lokal.kier)); if ((cnt1.x == 0) || (cnt1.y == 0) || (cnt1.z == 0)) { lokal.TARGpos = XMVectorSet(-50.0f + (rand() % 100), -50.0f + (rand() % 100), -50.0f + (rand() % 100), 0.0f); lokal.TARGpos = lokal.kier*(-40.f); lokal.TARGpos = XMVector3Cross(lokal.kier + XMVectorSet(-0.2, 0.4f, 0.12, 0.0f), allshp_pos[i]->kier)*45.0f; allshp_pos[i]->TARGpos = -lokal.TARGpos; } else { lokal.TARGpos = XMVector3Cross(allshp_pos[i]->kier, lokal.kier)*45.0f; allshp_pos[i]->TARGpos = -lokal.TARGpos; } allshp_pos[i]->w = allshp_pos[i]->w_max*1.4; allshp_pos[i]->stan = anticoll; lokal.w = 1.4*lokal.w_max; lokal.stan = anticoll; break; } if ((cnt.x < 18.f) && (cnt.x != 0)) { fl_vac = 0; } } if (((fl_vac) || (n_alg>3000)) && (lokal.stan == anticoll)) { lokal.stan = vac; } if (n_alg > 3000) { n_safe--; } } //#////////end///////////#// ////#// must have state//#/////// void ship_middle::upd_stat() { if (lokal.hp <= (lokal.hp*0.35)) { lokal.v = 0.45*lokal.v_max; lokal.dmg = 0.45*lokal.v_max; lokal.w = 0.45*lokal.w_max; } else { if (lokal.hp <= (lokal.hp*0.5)) { lokal.v = 0.7*lokal.v_max; lokal.dmg = 0.7*lokal.v_max; lokal.w = 0.7*lokal.w_max; } } } void ship_middle::col_det() { XMFLOAT3 cnt; for (int i = 0; i < ship::allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(ship::allshp_pos[i]->pos - lokal.pos)); if (abs(cnt.x < lokal.size* 0.25f*ship::allshp_pos[i]->size) && (lokal.id != ship::allshp_pos[i]->id)) { if (lokal.hp_max <= allshp_pos[i]->hp_max) { lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= lokal.hp_max; //MessageBox(NULL, L"pocisk -HP", L"upii", 1); } else { lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= 0.7*lokal.hp_max; } } } } void ship_middle::flw_targ() { XMFLOAT3 cmp; XMFLOAT3 cmpl1; XMFLOAT3 cmpl2; XMStoreFloat3(&cmp, XMVectorEqual(lokal.TARGpos, lokal.pos)); if ((cmp.x == 0) || (cmp.y == 0) || (cmp.z == 0)) { XMVECTOR targ_vect = lokal.TARGpos - lokal.pos; XMStoreFloat3(&cmpl1, XMVector3Length(targ_vect)); if (abs(cmpl1.x) >6.0f*size) lokal.pos += lokal.kier*(lokal.v / 100); targ_vect = XMVector3Normalize(targ_vect); lokal.kier = XMVector3Normalize(lokal.kier); XMVECTOR os_obr = XMVector3Cross(lokal.kier, targ_vect); XMFLOAT3 angle; XMStoreFloat3(&angle, XMVector3AngleBetweenVectors(lokal.kier, targ_vect)); if ((angle.x != 0.0f) && (angle.x != XM_PI)) { if (abs(angle.x) > lokal.w / 80) { if (angle.x>0) lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); else lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); } } } // przesuw wspolrzednych } void ship_middle::updt_boom() { ////#//updt_booms//#//// if ((lokal.hp <= 0) && (!destroyed)) { object* wsk = new explose(lokal.pos, 2.4f*size, 180); crtd_objects.push_back(wsk); destroyed = 1; // MessageBox(NULL, L"BOOM", L"BOOM", 1); } ////#//end_booms//#//// } void ship_middle::updt_elmnts() { col_det(); updt_boom(); pos = lokal.pos; kier = lokal.kier; ////#//updt_objects//#//// XMFLOAT3 cnt; for (int i = 0; i < crtd_objects.size(); ++i) { crtd_objects[i]->updt(); if (crtd_objects[i]->death_chck()) { delete crtd_objects[i]; crtd_objects[i] = NULL; // MessageBox(NULL, L"deleted", L"zniszcz pocis", 1); } } ////#//end_updt_objects//#//// std::vector<object*>::iterator it; for (it = crtd_objects.begin(); it != crtd_objects.end(); ) { if ((*it) == NULL) it = crtd_objects.erase(it); else ++it; } } bool ship_middle::death_chck() { bool fl_all_dead = 1; if (crtd_objects.size() == 0) fl_all_dead = 1; for (int i = 0; i < crtd_objects.size(); ++i) { if (!crtd_objects[i]->death_chck()) { fl_all_dead = 0; } } if ((lokal.hp <= 0) && (fl_all_dead)) return 1; else return 0; } //#////////end///////////#// //#////////////////////////////#// //////////#//BIG_ship//#////////// //#////////////////////////////#// void ship_big::updt() { updt_elmnts(); if (lokal.hp > 0) { flw_enm(); rnd_bhv(); go_away(); anti_coll(); // must have funkcji flw_targ(); upd_stat(); } } /////#//bchv_func//#///////// //#//////////////////////#// /////#//agressive//#///////// void ship_big::shoot() { if (clocks[0]->get_time() > 4600) { bullet* wsk2; for (int i = 0; i < targets.size();i++){ if(lokal.team==1){ wsk2= new bullet_int(XMVector3Normalize(-lokal.TARGpos), allshp_pos[targets[i]], lokal.pos, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk2); } if (lokal.team == 0) { wsk2 = new bullet_int(XMVector3Normalize(lokal.TARGpos), allshp_pos[targets[i]], lokal.pos, lokal.id, lokal.team, lokal.dmg); crtd_objects.push_back(wsk2); } } clocks[0]->restart_time(); } } void ship_big::flw_enm() { XMFLOAT3 cnt; float min = 1000000.0f; for (int k = 0; k < targets.size(); k++) { targets[k] = 0; } std::vector<UINT>::iterator it; for (it = targets.begin(); it != targets.end(); ) { if ((*it) == 0) it = targets.erase(it); else ++it; } for (int i = 0; i < allshp_pos.size(); i++) { if ((allshp_pos[i]->team != lokal.team) && (allshp_pos[i]->hp > 0) && (lokal.stan <= flw_enmy)) { lokal.stan = flw_enmy; XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (cnt.x < 160.0f) { bool stop = 0; for (int j = 0; j < targets.size(); j++) { if (targets[j] == i) stop = 1; } if ((!stop)&&(targets.size()<3)) { targets.push_back(i); } } if (cnt.x < min) { min = cnt.x; lokal.TARGpos = allshp_pos[i]->pos; } } else { if (lokal.stan == flw_enmy) lokal.stan = vac; } } shoot(); } ////////#//end//#////////// void ship_big::go_away() { float min = 100000.0f; int enm_nmb = 0; XMFLOAT3 cnt; int al_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (lokal.team != allshp_pos[i]->team) { enm_nmb++; } } al_nmb = allshp_pos.size() - enm_nmb; for (int i = 0; i < allshp_pos.size(); i++) { if (allshp_pos[i]->team != lokal.team) { XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (min > cnt.x) min = cnt.x; } } if ((min < 25.0f) && (lokal.stan < run) && (lokal.hp<0.05*lokal.hp_max) && (al_nmb <= enm_nmb)) { lokal.TARGpos = (-400 * lokal.kier); lokal.w = 1.35*lokal.w_max; lokal.stan = run; } if ((min>30.0f) && (lokal.stan == run)) { lokal.stan = vac; // MessageBox(NULL, L"STOP", L"Distance", 1); } if ((enm_nmb == 0) && (lokal.stan == run)) lokal.stan = vac; } void ship_big::rnd_bhv() { int enm_nmb = 0; for (int i = 0; i < allshp_pos.size(); i++) { if ((lokal.team != allshp_pos[i]->team) && (allshp_pos[i]->hp>0)) { enm_nmb++; } } // random behaviour if ((lokal.stan <= rnd) && (1)) { if (rand() % 100 == 0) { lokal.TARGpos = XMVectorSet(rand() % 8 * 25, rand() % 6 * 18, rand() % 8 * 28, 0); } lokal.stan = rnd; } // else{ // lokal.stan = vac; // } } void ship_big::anti_coll() { XMFLOAT3 cnt; XMFLOAT3 cnt1; int fl_vac = 1; for (int i = 0; i < allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(allshp_pos[i]->pos - lokal.pos)); if (((cnt.x < 6.f) && (cnt.x != 0)) && (lokal.stan < anticoll) && (allshp_pos[i]->stan != anticoll)&& (allshp_pos[i]->hp_max== lokal.hp_max)) { XMStoreFloat3(&cnt1, XMVectorEqual(allshp_pos[i]->kier, lokal.kier)); if ((cnt1.x == 0) || (cnt1.y == 0) || (cnt1.z == 0)) { lokal.TARGpos = XMVectorSet(-50.0f + (rand() % 100), -50.0f + (rand() % 100), -50.0f + (rand() % 100), 0.0f); lokal.TARGpos = lokal.kier*(-40.f); lokal.TARGpos = XMVector3Cross(allshp_pos[i]->kier, -lokal.kier + XMVectorSet(-0.2, 0.4f, 0.12, 0.0f))*45.0f; allshp_pos[i]->TARGpos = XMVector3Cross(allshp_pos[i]->kier, lokal.kier + XMVectorSet(-0.03, 0.05f, 0.02, 0.0f))*45.0f; } else { lokal.TARGpos = XMVector3Cross(allshp_pos[i]->kier, lokal.kier)*45.0f; allshp_pos[i]->TARGpos = XMVector3Cross(allshp_pos[i]->kier, -lokal.kier)*45.0f; } allshp_pos[i]->w = allshp_pos[i]->w_max*1.4; allshp_pos[i]->stan = anticoll; lokal.w = 1.4*lokal.w_max; lokal.stan = anticoll; break; } if ((cnt.x <9.f*size) && (cnt.x != 0)) { fl_vac = 0; } } if ((fl_vac) && (lokal.stan == anticoll)) { lokal.stan = vac; } } //#////////end///////////#// ////#// must have state//#/////// void ship_big::upd_stat() { if (lokal.hp <= (lokal.hp*0.35)) { lokal.v = 0.45*lokal.v_max; lokal.dmg = 0.45*lokal.v_max; lokal.w = 0.45*lokal.w_max; } else { if (lokal.hp <= (lokal.hp*0.5)) { lokal.v = 0.7*lokal.v_max; lokal.dmg = 0.7*lokal.v_max; lokal.w = 0.7*lokal.w_max; } } } void ship_big::col_det() { XMFLOAT3 cnt; for (int i = 0; i < ship::allshp_pos.size(); i++) { XMStoreFloat3(&cnt, XMVector3Length(ship::allshp_pos[i]->pos - lokal.pos)); if (abs(cnt.x <lokal.size* 0.3f*ship::allshp_pos[i]->size) && (lokal.id != ship::allshp_pos[i]->id)) { if (lokal.hp_max <= allshp_pos[i]->hp_max) { lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= lokal.hp_max; //MessageBox(NULL, L"pocisk -HP", L"upii", 1); } else { lokal.hp -= lokal.hp_max; allshp_pos[i]->hp -= 0.7*lokal.hp_max; } } } } void ship_big::flw_targ() { XMFLOAT3 cmp; XMFLOAT3 cmpl1; XMFLOAT3 cmpl2; XMStoreFloat3(&cmp, XMVectorEqual(lokal.TARGpos, lokal.pos)); if ((cmp.x == 0) || (cmp.y == 0) || (cmp.z == 0)) { XMVECTOR targ_vect = lokal.TARGpos - lokal.pos; XMStoreFloat3(&cmpl1, XMVector3Length(targ_vect)); if (abs(cmpl1.x) >40.0f) lokal.pos += lokal.kier*(lokal.v / 100); targ_vect = XMVector3Normalize(targ_vect); lokal.kier = XMVector3Normalize(lokal.kier); XMVECTOR os_obr = XMVector3Cross(lokal.kier, targ_vect); XMFLOAT3 angle; XMStoreFloat3(&angle, XMVector3AngleBetweenVectors(lokal.kier, targ_vect)); if ((angle.x != 0.0f) && (angle.x != XM_PI)) { if (abs(angle.x) > lokal.w / 80) { if (angle.x>0) lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); else lokal.kier = XMVector3TransformCoord(lokal.kier, XMMatrixRotationAxis(os_obr, lokal.w / 80)); } else { lokal.TARGpos *= 20; } } } // przesuw wspolrzednych } void ship_big::updt_boom() { ////#//updt_booms//#//// if ((lokal.hp <= 0) && (!destroyed)) { object* wsk = new explose(lokal.pos, 1.5*size*2.4f, 480); crtd_objects.push_back(wsk); destroyed = 1; // MessageBox(NULL, L"BOOM", L"BOOM", 1); } ////#//end_booms//#//// } void ship_big::updt_elmnts() { col_det(); updt_boom(); pos = lokal.pos; kier = lokal.kier; ////#//updt_objects//#//// XMFLOAT3 cnt; for (int i = 0; i < crtd_objects.size(); ++i) { crtd_objects[i]->updt(); if (crtd_objects[i]->death_chck()) { delete crtd_objects[i]; crtd_objects[i] = NULL; // MessageBox(NULL, L"deleted", L"zniszcz pocis", 1); } } ////#//end_updt_objects//#//// std::vector<object*>::iterator it; for (it = crtd_objects.begin(); it != crtd_objects.end(); ) { if ((*it) == NULL) it = crtd_objects.erase(it); else ++it; } } bool ship_big::death_chck() { bool fl_all_dead = 1; if (crtd_objects.size() == 0) fl_all_dead = 1; for (int i = 0; i < crtd_objects.size(); ++i) { if (!crtd_objects[i]->death_chck()) { fl_all_dead = 0; } } if ((lokal.hp <= 0) && (fl_all_dead)) return 1; else return 0; } //#////////end///////////#//

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#include "MathAux.h" #include <math.h> #include <stdlib.h> #include <vector> // ヘッダファイルインクルード using namespace std; /*######################################################################*/ /* 値の大きい方を返す */ double max(double arg0, double arg1) { if (arg0 < arg1) return arg1; else return arg0; } /*######################################################################*/ /* 値の小さい方を返す */ double min(double arg0, double arg1) { if (arg0 < arg1) return arg0; else return arg1; } /*######################################################################*/ /* (x0, y0)から(x1, y1)までの距離を計算して返す */ double length(double x0, double y0, double x1, double y1) { return sqrt((x1-x0)*(x1-x0) + (y1-y0)*(y1-y0)); } /*######################################################################*/ /* [0,1)の乱数を返す */ double rand_0_1() { return (double)(rand()%65536)/65536; }

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/*============================================================================= Copyright (c) 2001-2003 Daniel Nuffer http://spirit.sourceforge.net/ Use, modification and distribution is subject to the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt) =============================================================================*/ // JDG 4-16-03 Modified from ast_calc.cpp as a test #include <boost/spirit/core.hpp> #include <boost/spirit/tree/ast.hpp> #include <boost/spirit/tree/tree_to_xml.hpp> #include <boost/detail/workaround.hpp> #include <iostream> #include <stack> #include <functional> #include <string> #include <boost/detail/lightweight_test.hpp> using namespace boost::spirit; //////////////////////////////////////////////////////////////////////////// // // Our calculator grammar // //////////////////////////////////////////////////////////////////////////// struct calculator : public grammar<calculator> { static const int integerID = 1; static const int factorID = 2; static const int termID = 3; static const int expressionID = 4; template <typename ScannerT> struct definition { definition(calculator const& /*self*/) { // Start grammar definition integer = leaf_node_d[real_p]; // we're not really using a real // but just for compile checking // the AST tree match code... factor = integer | inner_node_d[ch_p('(') >> expression >> ch_p(')')] | (root_node_d[ch_p('-')] >> factor); term = factor >> *( (root_node_d[ch_p('*')] >> factor) | (root_node_d[ch_p('/')] >> factor) ); expression = term >> *( (root_node_d[ch_p('+')] >> term) | (root_node_d[ch_p('-')] >> term) ); // End grammar definition } rule<ScannerT, parser_context<>, parser_tag<expressionID> > expression; rule<ScannerT, parser_context<>, parser_tag<termID> > term; rule<ScannerT, parser_context<>, parser_tag<factorID> > factor; rule<ScannerT, parser_context<>, parser_tag<integerID> > integer; rule<ScannerT, parser_context<>, parser_tag<expressionID> > const& start() const { return expression; } }; }; //////////////////////////////////////////////////////////////////////////// // // Our calculator grammar, but with dynamically assigned rule ID's // //////////////////////////////////////////////////////////////////////////// struct dyn_calculator : public grammar<dyn_calculator> { static const int integerID = 1; static const int factorID = 2; static const int termID = 3; static const int expressionID = 4; template <typename ScannerT> struct definition { definition(dyn_calculator const& /*self*/) { expression.set_id(expressionID); term.set_id(termID); factor.set_id(factorID); integer.set_id(integerID); // Start grammar definition integer = leaf_node_d[real_p]; // we're not really using a real // but just for compile checking // the AST tree match code... factor = integer | inner_node_d[ch_p('(') >> expression >> ch_p(')')] | (root_node_d[ch_p('-')] >> factor); term = factor >> *( (root_node_d[ch_p('*')] >> factor) | (root_node_d[ch_p('/')] >> factor) ); expression = term >> *( (root_node_d[ch_p('+')] >> term) | (root_node_d[ch_p('-')] >> term) ); // End grammar definition } rule<ScannerT, parser_context<>, dynamic_parser_tag> expression; rule<ScannerT, parser_context<>, dynamic_parser_tag> term; rule<ScannerT, parser_context<>, dynamic_parser_tag> factor; rule<ScannerT, parser_context<>, dynamic_parser_tag> integer; rule<ScannerT, parser_context<>, dynamic_parser_tag> const& start() const { return expression; } }; }; //////////////////////////////////////////////////////////////////////////// using namespace std; using namespace boost::spirit; typedef char const* iterator_t; typedef tree_match<iterator_t> parse_tree_match_t; typedef parse_tree_match_t::tree_iterator iter_t; //////////////////////////////////////////////////////////////////////////// long evaluate(parse_tree_match_t hit); long eval_expression(iter_t const& i); long evaluate(tree_parse_info<> info) { return eval_expression(info.trees.begin()); } long eval_expression(iter_t const& i) { switch (i->value.id().to_long()) { case calculator::integerID: { BOOST_TEST(i->children.size() == 0); // extract integer (not always delimited by '\0') #if BOOST_WORKAROUND(__MWERKS__, BOOST_TESTED_AT(0x3003)) // std::string(iter,iter) constructor has a bug in MWCW 8.3: // in some situations, the null terminator won't be added // and c_str() will return bogus data. Conservatively, I // activate this workaround up to version 8.3. std::vector<char> value(i->value.begin(), i->value.end()); value.push_back('\0'); return strtol(&value[0], 0, 10); #else string integer(i->value.begin(), i->value.end()); return strtol(integer.c_str(), 0, 10); #endif } case calculator::factorID: { // factor can only be unary minus BOOST_TEST(*i->value.begin() == '-'); return - eval_expression(i->children.begin()); } case calculator::termID: { if (*i->value.begin() == '*') { BOOST_TEST(i->children.size() == 2); return eval_expression(i->children.begin()) * eval_expression(i->children.begin()+1); } else if (*i->value.begin() == '/') { BOOST_TEST(i->children.size() == 2); return eval_expression(i->children.begin()) / eval_expression(i->children.begin()+1); } else BOOST_TEST(0); } case calculator::expressionID: { if (*i->value.begin() == '+') { BOOST_TEST(i->children.size() == 2); return eval_expression(i->children.begin()) + eval_expression(i->children.begin()+1); } else if (*i->value.begin() == '-') { BOOST_TEST(i->children.size() == 2); return eval_expression(i->children.begin()) - eval_expression(i->children.begin()+1); } else BOOST_TEST(0); } default: BOOST_TEST(0); // error } return 0; } //////////////////////////////////////////////////////////////////////////// int parse(char const* str) { calculator calc; tree_parse_info<> info = ast_parse(str, calc, space_p); if (info.full) return evaluate(info); else return -1; } int parse_dyn(char const* str) { dyn_calculator calc; tree_parse_info<> info = ast_parse(str, calc, space_p); if (info.full) return evaluate(info); else return -1; } int main() { // test the calculator with statically assigned rule ID's BOOST_TEST(parse("12345") == 12345); BOOST_TEST(parse("-12345") == -12345); BOOST_TEST(parse("1 + 2") == 1 + 2); BOOST_TEST(parse("1 * 2") == 1 * 2); BOOST_TEST(parse("1/2 + 3/4") == 1/2 + 3/4); BOOST_TEST(parse("1 + 2 + 3 + 4") == 1 + 2 + 3 + 4); BOOST_TEST(parse("1 * 2 * 3 * 4") == 1 * 2 * 3 * 4); BOOST_TEST(parse("(1 + 2) * (3 + 4)") == (1 + 2) * (3 + 4)); BOOST_TEST(parse("(-1 + 2) * (3 + -4)") == (-1 + 2) * (3 + -4)); BOOST_TEST(parse("1 + ((6 * 200) - 20) / 6") == 1 + ((6 * 200) - 20) / 6); BOOST_TEST(parse("(1 + (2 + (3 + (4 + 5))))") == (1 + (2 + (3 + (4 + 5))))); BOOST_TEST(parse("1 + 2 + 3 + 4 + 5") == 1 + 2 + 3 + 4 + 5); BOOST_TEST(parse("(12 * 22) + (36 + -4 + 5)") == (12 * 22) + (36 + -4 + 5)); BOOST_TEST(parse("(12 * 22) / (5 - 10 + 15)") == (12 * 22) / (5 - 10 + 15)); BOOST_TEST(parse("12 * 6 * 15 + 5 - 25") == 12 * 6 * 15 + 5 - 25); // test the calculator with dynamically assigned rule ID's BOOST_TEST(parse_dyn("12345") == 12345); BOOST_TEST(parse_dyn("-12345") == -12345); BOOST_TEST(parse_dyn("1 + 2") == 1 + 2); BOOST_TEST(parse_dyn("1 * 2") == 1 * 2); BOOST_TEST(parse_dyn("1/2 + 3/4") == 1/2 + 3/4); BOOST_TEST(parse_dyn("1 + 2 + 3 + 4") == 1 + 2 + 3 + 4); BOOST_TEST(parse_dyn("1 * 2 * 3 * 4") == 1 * 2 * 3 * 4); BOOST_TEST(parse_dyn("(1 + 2) * (3 + 4)") == (1 + 2) * (3 + 4)); BOOST_TEST(parse_dyn("(-1 + 2) * (3 + -4)") == (-1 + 2) * (3 + -4)); BOOST_TEST(parse_dyn("1 + ((6 * 200) - 20) / 6") == 1 + ((6 * 200) - 20) / 6); BOOST_TEST(parse_dyn("(1 + (2 + (3 + (4 + 5))))") == (1 + (2 + (3 + (4 + 5))))); BOOST_TEST(parse_dyn("1 + 2 + 3 + 4 + 5") == 1 + 2 + 3 + 4 + 5); BOOST_TEST(parse_dyn("(12 * 22) + (36 + -4 + 5)") == (12 * 22) + (36 + -4 + 5)); BOOST_TEST(parse_dyn("(12 * 22) / (5 - 10 + 15)") == (12 * 22) / (5 - 10 + 15)); BOOST_TEST(parse_dyn("12 * 6 * 15 + 5 - 25") == 12 * 6 * 15 + 5 - 25); return boost::report_errors(); }

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// Copyright (c) 2011-2014 The Btct Core developers // Distributed under the MIT/X11 software license, see the accompanying // file COPYING or http://www.opensource.org/licenses/mit-license.php. #include "base58.h" #include "data/base58_encode_decode.json.h" #include "data/base58_keys_invalid.json.h" #include "data/base58_keys_valid.json.h" #include "key.h" #include "script/script.h" #include "uint256.h" #include "util.h" #include "utilstrencodings.h" #include <boost/foreach.hpp> #include <boost/test/unit_test.hpp> #include "json/json_spirit_reader_template.h" #include "json/json_spirit_utils.h" #include "json/json_spirit_writer_template.h" using namespace json_spirit; extern Array read_json(const std::string& jsondata); BOOST_AUTO_TEST_SUITE(base58_tests) // Goal: test low-level base58 encoding functionality BOOST_AUTO_TEST_CASE(base58_EncodeBase58) { Array tests = read_json(std::string(json_tests::base58_encode_decode, json_tests::base58_encode_decode + sizeof(json_tests::base58_encode_decode))); BOOST_FOREACH(Value& tv, tests) { Array test = tv.get_array(); std::string strTest = write_string(tv, false); if (test.size() < 2) // Allow for extra stuff (useful for comments) { BOOST_ERROR("Bad test: " << strTest); continue; } std::vector<unsigned char> sourcedata = ParseHex(test[0].get_str()); std::string base58string = test[1].get_str(); BOOST_CHECK_MESSAGE( EncodeBase58(begin_ptr(sourcedata), end_ptr(sourcedata)) == base58string, strTest); } } // Goal: test low-level base58 decoding functionality BOOST_AUTO_TEST_CASE(base58_DecodeBase58) { Array tests = read_json(std::string(json_tests::base58_encode_decode, json_tests::base58_encode_decode + sizeof(json_tests::base58_encode_decode))); std::vector<unsigned char> result; BOOST_FOREACH(Value& tv, tests) { Array test = tv.get_array(); std::string strTest = write_string(tv, false); if (test.size() < 2) // Allow for extra stuff (useful for comments) { BOOST_ERROR("Bad test: " << strTest); continue; } std::vector<unsigned char> expected = ParseHex(test[0].get_str()); std::string base58string = test[1].get_str(); BOOST_CHECK_MESSAGE(DecodeBase58(base58string, result), strTest); BOOST_CHECK_MESSAGE(result.size() == expected.size() && std::equal(result.begin(), result.end(), expected.begin()), strTest); } BOOST_CHECK(!DecodeBase58("invalid", result)); // check that DecodeBase58 skips whitespace, but still fails with unexpected non-whitespace at the end. BOOST_CHECK(!DecodeBase58(" \t\n\v\f\r skip \r\f\v\n\t a", result)); BOOST_CHECK( DecodeBase58(" \t\n\v\f\r skip \r\f\v\n\t ", result)); std::vector<unsigned char> expected = ParseHex("971a55"); BOOST_CHECK_EQUAL_COLLECTIONS(result.begin(), result.end(), expected.begin(), expected.end()); } // Visitor to check address type class TestAddrTypeVisitor : public boost::static_visitor<bool> { private: std::string exp_addrType; public: TestAddrTypeVisitor(const std::string &exp_addrType) : exp_addrType(exp_addrType) { } bool operator()(const CKeyID &id) const { return (exp_addrType == "pubkey"); } bool operator()(const CScriptID &id) const { return (exp_addrType == "script"); } bool operator()(const CNoDestination &no) const { return (exp_addrType == "none"); } }; // Visitor to check address payload class TestPayloadVisitor : public boost::static_visitor<bool> { private: std::vector<unsigned char> exp_payload; public: TestPayloadVisitor(std::vector<unsigned char> &exp_payload) : exp_payload(exp_payload) { } bool operator()(const CKeyID &id) const { uint160 exp_key(exp_payload); return exp_key == id; } bool operator()(const CScriptID &id) const { uint160 exp_key(exp_payload); return exp_key == id; } bool operator()(const CNoDestination &no) const { return exp_payload.size() == 0; } }; // Goal: check that parsed keys match test payload BOOST_AUTO_TEST_CASE(base58_keys_valid_parse) { Array tests = read_json(std::string(json_tests::base58_keys_valid, json_tests::base58_keys_valid + sizeof(json_tests::base58_keys_valid))); std::vector<unsigned char> result; CBitcoinSecret secret; CBitcoinAddress addr; BOOST_FOREACH(Value& tv, tests) { Array test = tv.get_array(); std::string strTest = write_string(tv, false); if (test.size() < 3) // Allow for extra stuff (useful for comments) { BOOST_ERROR("Bad test: " << strTest); continue; } std::string exp_base58string = test[0].get_str(); std::vector<unsigned char> exp_payload = ParseHex(test[1].get_str()); const Object &metadata = test[2].get_obj(); bool isPrivkey = find_value(metadata, "isPrivkey").get_bool(); bool isTestnet = find_value(metadata, "isTestnet").get_bool(); if (isTestnet) SelectParams(CBaseChainParams::TESTNET); else SelectParams(CBaseChainParams::MAIN); if(isPrivkey) { bool isCompressed = find_value(metadata, "isCompressed").get_bool(); // Must be valid private key // Note: CBitcoinSecret::SetString tests isValid, whereas CBitcoinAddress does not! BOOST_CHECK_MESSAGE(secret.SetString(exp_base58string), "!SetString:"+ strTest); BOOST_CHECK_MESSAGE(secret.IsValid(), "!IsValid:" + strTest); CKey privkey = secret.GetKey(); BOOST_CHECK_MESSAGE(privkey.IsCompressed() == isCompressed, "compressed mismatch:" + strTest); BOOST_CHECK_MESSAGE(privkey.size() == exp_payload.size() && std::equal(privkey.begin(), privkey.end(), exp_payload.begin()), "key mismatch:" + strTest); // Private key must be invalid public key addr.SetString(exp_base58string); BOOST_CHECK_MESSAGE(!addr.IsValid(), "IsValid privkey as pubkey:" + strTest); } else { std::string exp_addrType = find_value(metadata, "addrType").get_str(); // "script" or "pubkey" // Must be valid public key BOOST_CHECK_MESSAGE(addr.SetString(exp_base58string), "SetString:" + strTest); BOOST_CHECK_MESSAGE(addr.IsValid(), "!IsValid:" + strTest); BOOST_CHECK_MESSAGE(addr.IsScript() == (exp_addrType == "script"), "isScript mismatch" + strTest); CTxDestination dest = addr.Get(); BOOST_CHECK_MESSAGE(boost::apply_visitor(TestAddrTypeVisitor(exp_addrType), dest), "addrType mismatch" + strTest); // Public key must be invalid private key secret.SetString(exp_base58string); BOOST_CHECK_MESSAGE(!secret.IsValid(), "IsValid pubkey as privkey:" + strTest); } } SelectParams(CBaseChainParams::UNITTEST); } // Goal: check that generated keys match test vectors BOOST_AUTO_TEST_CASE(base58_keys_valid_gen) { Array tests = read_json(std::string(json_tests::base58_keys_valid, json_tests::base58_keys_valid + sizeof(json_tests::base58_keys_valid))); std::vector<unsigned char> result; BOOST_FOREACH(Value& tv, tests) { Array test = tv.get_array(); std::string strTest = write_string(tv, false); if (test.size() < 3) // Allow for extra stuff (useful for comments) { BOOST_ERROR("Bad test: " << strTest); continue; } std::string exp_base58string = test[0].get_str(); std::vector<unsigned char> exp_payload = ParseHex(test[1].get_str()); const Object &metadata = test[2].get_obj(); bool isPrivkey = find_value(metadata, "isPrivkey").get_bool(); bool isTestnet = find_value(metadata, "isTestnet").get_bool(); if (isTestnet) SelectParams(CBaseChainParams::TESTNET); else SelectParams(CBaseChainParams::MAIN); if(isPrivkey) { bool isCompressed = find_value(metadata, "isCompressed").get_bool(); CKey key; key.Set(exp_payload.begin(), exp_payload.end(), isCompressed); assert(key.IsValid()); CBitcoinSecret secret; secret.SetKey(key); BOOST_CHECK_MESSAGE(secret.ToString() == exp_base58string, "result mismatch: " + strTest); } else { std::string exp_addrType = find_value(metadata, "addrType").get_str(); CTxDestination dest; if(exp_addrType == "pubkey") { dest = CKeyID(uint160(exp_payload)); } else if(exp_addrType == "script") { dest = CScriptID(uint160(exp_payload)); } else if(exp_addrType == "none") { dest = CNoDestination(); } else { BOOST_ERROR("Bad addrtype: " << strTest); continue; } CBitcoinAddress addrOut; BOOST_CHECK_MESSAGE(addrOut.Set(dest), "encode dest: " + strTest); BOOST_CHECK_MESSAGE(addrOut.ToString() == exp_base58string, "mismatch: " + strTest); } } // Visiting a CNoDestination must fail CBitcoinAddress dummyAddr; CTxDestination nodest = CNoDestination(); BOOST_CHECK(!dummyAddr.Set(nodest)); SelectParams(CBaseChainParams::UNITTEST); } // Goal: check that base58 parsing code is robust against a variety of corrupted data BOOST_AUTO_TEST_CASE(base58_keys_invalid) { Array tests = read_json(std::string(json_tests::base58_keys_invalid, json_tests::base58_keys_invalid + sizeof(json_tests::base58_keys_invalid))); // Negative testcases std::vector<unsigned char> result; CBitcoinSecret secret; CBitcoinAddress addr; BOOST_FOREACH(Value& tv, tests) { Array test = tv.get_array(); std::string strTest = write_string(tv, false); if (test.size() < 1) // Allow for extra stuff (useful for comments) { BOOST_ERROR("Bad test: " << strTest); continue; } std::string exp_base58string = test[0].get_str(); // must be invalid as public and as private key addr.SetString(exp_base58string); BOOST_CHECK_MESSAGE(!addr.IsValid(), "IsValid pubkey:" + strTest); secret.SetString(exp_base58string); BOOST_CHECK_MESSAGE(!secret.IsValid(), "IsValid privkey:" + strTest); } } BOOST_AUTO_TEST_SUITE_END()

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2184934807@qq.com

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/expansion_js/src/dependencies/tinf/tinf_wrapper.h

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#ifndef DEPENDENCIES_TINF_TINF_WRAPPER_H_ #define DEPENDENCIES_TINF_TINF_WRAPPER_H_ #include <string> namespace TinfWrapper { bool check_if_string_gzipped(const std::string& potentially_gzipped_string); bool uncompress_gzipped_string(const std::string& gzipped_string, std::string& uncompressed_string); } #endif /* DEPENDENCIES_TINF_TINF_WRAPPER_H_ */

[ "kliment.olechnovic@gmail.com" ]

kliment.olechnovic@gmail.com

cd3ba5c7f50f175ed56e5ef1d0b5bc78a8d09c5f

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/src/Filter.cpp

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/* * PH filter functions for various data types Nick Carrara */ #include "Filter.h" using namespace std; // Filter 2D Filter2D::Filter2D(){} Filter2D::~Filter2D(){} void Filter2D::loadBinaryFromFile(const char* input_file){ std::ifstream inputFile(input_file); int l = 0; while (inputFile) { l++; std::string s; if (!std::getline(inputFile, s)) break; if (s[0] != '#') { std::istringstream ss(s); std::vector<double> record; while (ss) { std::string line; if (!std::getline(ss, line, ',')) break; try { record.push_back(stof(line)); } catch (const std::invalid_argument e) { std::cout << "NaN found in file " << input_file << " line " << l << std::endl; e.what(); } } m_Binary.push_back(record); } } if (!inputFile.eof()) { std::cerr << "Could not read file " << input_file << "\n"; std::__throw_invalid_argument("File not found."); } } void Filter2D::loadContinuousFromFile(const char* input_file){ } void Filter2D::countDeadCells(){ int deadCells = 0; for (int i = 0; i < m_Binary.size(); i++){ for (int j = 0; j < m_Binary[i].size(); j++){ if (m_Binary[i][j] == 0) deadCells++; } } m_DeadCells = deadCells; } // Various filterings // Binary filterings void Filter2D::filterBinaryL1(double threshold){ // only hard boundary right now // count the number of dead cells countDeadCells(); int deadCells = m_DeadCells; bool thres = false; double currentState = 1.0; // loop vector<vector<double> > binaryCopy = m_Binary; while(deadCells > 0 && thres == false){ for (int i = 0; i < binaryCopy.size(); i++){ for (int j = 0; j < binaryCopy[i].size(); j++){ // Check state if (binaryCopy[i][j] == currentState){ // Look at all neighbors if (i == 0){ if (j == 0){ if (binaryCopy[0][1] == 0){ binaryCopy[0][1] = currentState + 1; deadCells--; } if (binaryCopy[1][0] == 0){ binaryCopy[1][0] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[0][j-1] == 0){ binaryCopy[0][j-1] = currentState + 1; deadCells--; } if (binaryCopy[1][j] == 0){ binaryCopy[1][j] = currentState + 1; deadCells--; } } else{ if (binaryCopy[0][j-1] == 0){ binaryCopy[0][j-1] = currentState + 1; deadCells--; } if (binaryCopy[0][j+1] == 0){ binaryCopy[0][j+1] = currentState + 1; deadCells--; } if (binaryCopy[1][j] == 0){ binaryCopy[1][j] = currentState + 1; deadCells--; } } } else if (i == binaryCopy.size() - 1){ if (j == 0){ if (binaryCopy[i][1] == 0){ binaryCopy[i][1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][0] == 0){ binaryCopy[i-1][0] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } } else{ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i][j+1] == 0){ binaryCopy[i][j+1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } } } else{ if (j == 0){ if (binaryCopy[i][1] == 0){ binaryCopy[i][1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][0] == 0){ binaryCopy[i-1][0] = currentState + 1; deadCells--; } if (binaryCopy[i+1][0] == 0){ binaryCopy[i+1][0] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j] == 0){ binaryCopy[i+1][j] = currentState + 1; deadCells--; } } else{ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i][j+1] == 0){ binaryCopy[i][j+1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j] == 0){ binaryCopy[i+1][j] = currentState + 1; deadCells--; } } } } } } currentState++; if (currentState >= threshold) thres = true; } m_Binary = binaryCopy; } void Filter2D::filterBinaryL2(double threshold){ // Make a list of all the 1 cells std::vector<std::vector<double> > liveCells; for (int i = 0; i < m_Binary.size(); i++){ for (int j = 0; j < m_Binary[i].size(); j++){ if (m_Binary[i][j] == 1) liveCells.push_back({i,j}); } } // Now determine the radius for each zero for (int i = 0; i < m_Binary.size(); i++){ for (int j = 0; j < m_Binary[i].size(); j++){ if (m_Binary[i][j] == 0){ double min_distance = 10.0e10; for (int k = 0; k < liveCells.size(); k++){ double temp_distance = (i - liveCells[k][0])*(i - liveCells[k][0]) + (j - liveCells[k][1])*(j - liveCells[k][1]); temp_distance = sqrt(temp_distance); if (temp_distance <= min_distance) min_distance = temp_distance; } m_Binary[i][j] = min_distance + 1; } } } } void Filter2D::filterBinaryLinf(double threshold){ // only hard boundary right now // count the number of dead cells countDeadCells(); int deadCells = m_DeadCells; bool thres = false; int currentState = 1; // loop vector<vector<double> > binaryCopy = m_Binary; while(deadCells > 0 && thres == false){ for (int i = 0; i < binaryCopy.size(); i++){ for (int j = 0; j < binaryCopy[i].size(); j++){ // Check state if (binaryCopy[i][j] == currentState){ // Look at all neighbors if (i == 0){ if (j == 0){ if (binaryCopy[0][1] == 0){ binaryCopy[0][1] = currentState + 1; deadCells--; } if (binaryCopy[1][0] == 0){ binaryCopy[1][0] = currentState + 1; deadCells--; } if (binaryCopy[1][1] == 0){ binaryCopy[1][1] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[0][j-1] == 0){ binaryCopy[0][j-1] = currentState + 1; deadCells--; } if (binaryCopy[1][j] == 0){ binaryCopy[1][j] = currentState + 1; deadCells--; } if (binaryCopy[1][j-1] == 0){ binaryCopy[1][j-1] = currentState + 1; deadCells--; } } else{ if (binaryCopy[0][j-1] == 0){ binaryCopy[0][j-1] = currentState + 1; deadCells--; } if (binaryCopy[0][j+1] == 0){ binaryCopy[0][j+1] = currentState + 1; deadCells--; } if (binaryCopy[1][j] == 0){ binaryCopy[1][j] = currentState + 1; deadCells--; } if (binaryCopy[1][j-1] == 0){ binaryCopy[1][j-1] = currentState + 1; deadCells--; } if (binaryCopy[1][j+1] == 0){ binaryCopy[1][j+1] = currentState + 1; deadCells--; } } } else if (i == binaryCopy.size() - 1){ if (j == 0){ if (binaryCopy[i][1] == 0){ binaryCopy[i][1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][0] == 0){ binaryCopy[i-1][0] = currentState + 1; deadCells--; } if (binaryCopy[i-1][1] == 0){ binaryCopy[i-1][1] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j-1] == 0){ binaryCopy[i-1][j-1] = currentState + 1; deadCells--; } } else{ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i][j+1] == 0){ binaryCopy[i][j+1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j-1] == 0){ binaryCopy[i-1][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j+1] == 0){ binaryCopy[i-1][j+1] = currentState + 1; deadCells--; } } } else{ if (j == 0){ if (binaryCopy[i][1] == 0){ binaryCopy[i][1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][0] == 0){ binaryCopy[i-1][0] = currentState + 1; deadCells--; } if (binaryCopy[i+1][0] == 0){ binaryCopy[i+1][0] = currentState + 1; deadCells--; } if (binaryCopy[i-1][1] == 0){ binaryCopy[i-1][1] = currentState + 1; deadCells--; } if (binaryCopy[i+1][1] == 0){ binaryCopy[i+1][1] = currentState + 1; deadCells--; } } else if (j == binaryCopy[i].size()-1){ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j] == 0){ binaryCopy[i+1][j] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j-1] == 0){ binaryCopy[i-1][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j-1] == 0){ binaryCopy[i+1][j-1] = currentState + 1; deadCells--; } } else{ if (binaryCopy[i][j-1] == 0){ binaryCopy[i][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i][j+1] == 0){ binaryCopy[i][j+1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j] == 0){ binaryCopy[i-1][j] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j] == 0){ binaryCopy[i+1][j] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j-1] == 0){ binaryCopy[i-1][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i-1][j+1] == 0){ binaryCopy[i-1][j+1] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j-1] == 0){ binaryCopy[i+1][j-1] = currentState + 1; deadCells--; } if (binaryCopy[i+1][j+1] == 0){ binaryCopy[i+1][j+1] = currentState + 1; deadCells--; } } } } } } currentState++; if (currentState >= threshold) thres = true; } m_Binary = binaryCopy; } void Filter2D::filter3StateAsBinary(double alive){ for (int i = 0; i < m_Binary.size(); i++){ for (int j = 0; j < m_Binary[i].size(); j++){ if (m_Binary[i][j] == alive) m_Binary[i][j] = 1; else m_Binary[i][j] = 0; } } } void Filter2D::printFiltration(std::vector<std::vector<int> > &binaryCopy){ for (int i = 0; i < binaryCopy.size(); i++){ for (int j = 0; j < binaryCopy[i].size(); j++){ std::cout << binaryCopy[i][j] << "\t"; } std::cout << std::endl; } } void Filter2D::saveBinaryFiltration(const char* output_file){ std::ofstream myfile; myfile.open(output_file); for (int i = 0; i < m_Binary.size(); i++){ for (int j = 0; j < m_Binary[i].size(); j++){ myfile << m_Binary[i][j]; if (j < m_Binary[i].size() - 1){ myfile << ","; } } myfile << "\n"; } myfile.close(); }

[ "ncarrara@albany.edu" ]

ncarrara@albany.edu

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/RDA5807_tft_fmradio_3buttons_ver6 (1).ino

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// Nicu Florica (aka niq_ro) from http://www.tehnic.go.ro made a small change for nice tft for low frequence (bellow 100MHz) // it use info from http://full-chip.net/arduino-proekty/97-cifrovoy-fm-priemnik-na-arduino-i-module-rda5807-s-graficheskim-displeem-i-funkciey-rds.html // original look like is from http://seta43.hol.es/radiofm.html // version 1 - store frequency and volume step in EEPROM memory //Adaptare TFT // conectare display http://henrysbench.capnfatz.com/henrys-bench/arduino-displays/arduino-1-44-in-spi-tft-display-tutorial/ //CS - D10 //DC (A0)- D8 //RST -D9 //SCK -13 //SDA -11 //LED, VCC -3,3V // RDS: https://github.com/mathertel/Radio #include <EEPROM.h> // info -> http://tronixstuff.com/2011/03/16/tutorial-your-arduinos-inbuilt-eeprom/ #include <Wire.h> #include <SPI.h> #include <Adafruit_GFX.h> #include <TFT_ILI9163C.h> #include <RDA5807M.h> #include <RDSParser.h> #include <radio.h> #include <Fonts/FreeMono9pt7b.h> RDA5807M radio; ///< Create an instance of a RDA5807 chip radio #define DEBUG 0 #define BLACK 0x0000 #define BLUE 0x001F #define RED 0xF800 #define GREEN 0x07E0 #define CYAN 0x07FF #define MAGENTA 0xF81F #define ORANGE 0xFD20 #define GREENYELLOW 0xAFE5 #define DARKGREEN 0x03E0 #define YELLOW 0xFFE0 #define WHITE 0xFFFF #define __CS 10 #define __DC 8 TFT_ILI9163C tft = TFT_ILI9163C(__CS, __DC, 9); RDSParser rds; enum RADIO_STATE { STATE_PARSECOMMAND, ///< waiting for a new command character. STATE_PARSEINT, ///< waiting for digits for the parameter. STATE_EXEC ///< executing the command. }; RADIO_STATE state; ///< The state variable is used for parsing input characters. const int entrada = A0; int entradaV = 0; int menu; #define MAXmenu 3 int menux; #define MAXmenux 3 static char* menuS[]= {" ","MANUAL TUNE","VOLUME ","AUTO TUNE","INFO "}; int volumen, volumenOld=7; int frecuencia,frecuenciaOld; //int signal_level; unsigned int z,z1; byte xfrecu,xfrecuOld; unsigned int estado[6]; unsigned long time,time1,time2,time3; char buffer[30]; unsigned int RDS[4]; char seg_RDS[8]; char seg_RDS1[64]; char indexRDS1; int mezcla; //radio.debugEnable(); void RDS_process(uint16_t block1, uint16_t block2, uint16_t block3, uint16_t block4) { rds.processData(block1, block2, block3, block4); } void setup() { Wire.begin(); //Serial.begin(9600); Serial.begin(57600); tft.begin(); radio.init(); radio.debugEnable(); // read value of last frequency frecuencia = EEPROM.read(201); volumen = EEPROM.read(202); if (volumen < 0) volumen = 0; if (volumen >15) volumen = 15; if (frecuencia <0) frecuencia = 0; if (frecuencia >210) frecuencia = 210; tft.setRotation(1); tft.setTextColor(BLUE); tft.setCursor(0,120); tft.println("Adaptat Vlad Gheorghe"); WriteReg(0x02,0xC00d); // write 0xC00d into Reg.2 ( soft reset, enable,RDS, ) WriteReg(0x05,0x84d8); // write ,0x84d8 into Reg.3 time3=time2=time1=time = millis(); menu=3; canal(frecuencia); // clearRDS; state = STATE_PARSECOMMAND; // setup the information chain for RDS data. radio.attachReceiveRDS(RDS_process); rds.attachServicenNameCallback(tftServiceName); } void tftServiceName(char *name) { size_t len = strlen(name); tft.setCursor(10, 105); tft.setTextSize(1.5); tft.setTextColor(GREEN, BLACK); tft.print(name);tft.print(" *Info-RDS*");tft.setTextColor(GREEN, BLACK); while (len < 8) { tft.print(' ');tft.setTextColor(GREEN, BLACK); len++; } // while } // tftServiceName() void loop() { int newPos; unsigned long now = millis(); // static unsigned long nextFreqTime = 0; static unsigned long nextRadioInfoTime = 0; char c; entradaV = analogRead(entrada); #if DEBUG Serial.print("sensor = " ); Serial.println(entradaV);delay(50); #endif // Boton menu if(entradaV>500 && entradaV<524) { menu++; if(menu>MAXmenu)menu=1; Visualizar(); #if DEBUG Serial.print("menu = " ); Serial.println(menu); #endif while(1020>analogRead(entrada))delay(5); } // Boton derecho if( entradaV<50) { menux++; if(menux>MAXmenux)menux=MAXmenux; #if DEBUG Serial.print("menux = " ); Serial.println(menux); #endif switch(menu) { case 1: frecuencia++; if(frecuencia>210)frecuencia=210; // верхняя граница частот delay(130); break; case 2: volumen++; if(volumen>15)volumen=15; while(1020>analogRead(entrada))delay(5); break; case 3: busqueda(0); while(1020>analogRead(entrada))delay(5); break; case 4: tft.clearScreen(); delay(3000); tft.clearScreen(); frecuenciaOld=-1; break; } } // Boton izquierdo if( entradaV<700 && entradaV>660) { menux--; if(menux<1)menux=1; #if DEBUG Serial.print("menux = " ); Serial.println(menux); #endif switch(menu) { case 1: frecuencia--; if(frecuencia<0)frecuencia=0; delay(130); break; case 2: volumen--; if(volumen<0)volumen=0; while(1020>analogRead(entrada))delay(5); break; case 3: busqueda(1); while(1020>analogRead(entrada))delay(5); break; case 4: tft.clearScreen(); delay(3000); tft.clearScreen(); frecuenciaOld=-1; break; } } if( millis()-time2>50) { ReadEstado(); time1 = millis(); //RDS if ((estado[0] & 0x8000)!=0) {get_RDS();} } if( millis()-time3>500) { time3 = millis(); Visualizar(); } if( frecuencia!=frecuenciaOld) { frecuenciaOld=frecuencia; z=870+frecuencia; EEPROM.write(201,frecuencia); #if DEBUG Serial.print("Frecuencia = " ); Serial.println(frecuencia); #endif sprintf(buffer,"%04d ",z); tft.setCursor(0,45); tft.setTextSize(3); tft.setTextColor(RED, BLACK); for(z=0;z<5;z++) { if (z==0) { if (frecuencia < 130) tft.print(" "); else tft.print(buffer[0]);tft.setTextColor(RED, BLACK); } if(z==3) tft.print(",");tft.setTextColor(RED, BLACK); if (z>0) tft.print(buffer[z]);tft.setTextColor(RED, BLACK); } // LcdString("MHz"); tft.setCursor(92,57); tft.setTextSize(1); tft.setTextColor(MAGENTA, BLACK); tft.setFont(&FreeMono9pt7b); tft.print("MHz");tft.setFont(); tft.setTextColor(MAGENTA, BLACK); canal(frecuencia); } //Cambio de volumen if(volumen!=volumenOld) { volumenOld=volumen; sprintf(buffer,"Volum %02d",volumen); tft.setCursor(77,28); tft.setTextSize(1); tft.setTextColor(YELLOW, BLACK); tft.print(buffer);tft.print(" "); WriteReg(5, 0x84D0 | volumen); EEPROM.write(202,volumen); } // check for RDS data radio.checkRDS(); } void busqueda(byte direc) { byte i; if(!direc) WriteReg(0x02,0xC30d); else WriteReg(0x02,0xC10d); for(i=0;i<10;i++) { delay(200); ReadEstado(); if(estado[0]&0x4000) { //Serial.println("Emisora encontrada"); frecuencia=estado[0] & 0x03ff; break; } } } void Visualizar(void) { tft.setCursor(3, 13); tft.setTextSize(2); tft.setTextColor(ORANGE, BLACK); tft.print("FM"); tft.setCursor(27, 20); tft.setTextSize(1); tft.setTextColor(YELLOW, BLACK); tft.print(" RDA5807"); sprintf(buffer,"%s",menuS[menu]); tft.setCursor(30,90); tft.setTextSize(1); tft.setTextColor(WHITE, BLACK); tft.print(buffer); //Detectar señal stereo tft.setCursor(85,8); tft.setTextColor(BLACK, WHITE); if((estado[0] & 0x0400)==0) tft.print(""); else tft.setTextColor(BLACK, WHITE); tft.print("Stereo"); tft.setTextColor(BLACK, WHITE); //Señal z=estado[1]>>10; sprintf(buffer,"S-%02d",z); tft.setCursor(58,0); tft.setTextColor(GREEN, BLACK); tft.print(buffer); tft.setCursor(25,0);tft.setTextColor(GREEN, BLACK);tft.print("Canal"); sprintf(buffer,"Volum %02d",volumen); tft.setCursor(77,28);tft.setTextSize(1); tft.setTextColor(CYAN, BLACK); tft.print(buffer); //DUBLARE AFISARE VOLUM frecuencia=estado[0] & 0x03ff; } void canal( int canal) { byte numeroH,numeroL; numeroH= canal>>2; numeroL = ((canal&3)<<6 | 0x10); Wire.beginTransmission(0x11); Wire.write(0x03); Wire.write(numeroH); // write frequency into bits 15:6, set tune bit Wire.write(numeroL); Wire.endTransmission(); } //________________________ //RDA5807_adrr=0x11; // I2C-Address RDA Chip for random Access void WriteReg(byte reg,unsigned int valor) { Wire.beginTransmission(0x11); Wire.write(reg); Wire.write(valor >> 8); Wire.write(valor & 0xFF); Wire.endTransmission(); //delay(50); } //RDA5807_adrs=0x10; // I2C-Address RDA Chip for sequential Access int ReadEstado() { Wire.requestFrom(0x10, 12); for (int i=0; i<6; i++) { estado[i] = 256*Wire.read ()+Wire.read(); } Wire.endTransmission(); } //READ RDS Direccion 0x11 for random access //void ReadW() //{ // } void get_RDS() { }

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/Company Course/Course examples/14_Course_2020_06_04/02-ScratchPad/scratchpadwidget.cpp

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/* scratchpadwizard.cpp */ #include "scratchpadwidget.h" ScratchpadWidget::ScratchpadWidget(QWidget *parent) : QWidget(parent) { m_drawFlag = false; } void ScratchpadWidget::paintEvent(QPaintEvent *event) { Q_UNUSED(event); QPainter painter(this); painter.setRenderHints(QPainter::Antialiasing | QPainter::SmoothPixmapTransform); QPen pen(Qt::black); pen.setWidth(3); painter.setPen(pen); for (QPolygon polyline : m_polylines) painter.drawPolyline(polyline); painter.drawPolyline(m_polyline); } void ScratchpadWidget::mousePressEvent(QMouseEvent *event) { if (event->button() == Qt::LeftButton) { m_polyline.clear(); m_polyline.append(event->pos()); m_drawFlag = true; } } void ScratchpadWidget::mouseReleaseEvent(QMouseEvent *event) { Q_UNUSED(event); if (m_drawFlag) { m_polylines.append(m_polyline); m_drawFlag = false; } } void ScratchpadWidget::mouseMoveEvent(QMouseEvent *event) { if (m_drawFlag) { m_polyline.append(event->pos()); update(); } }

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/Hooks/sdks/TASDK/SDK_HEADERS/PBItemShop_structs.h

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/* ############################################################################################# # Bullet Run (Unknown) SDK # Generated with TheFeckless UE3 SDK Generator v1.4_Beta-Rev.51 # ========================================================================================= # # File: PBItemShop_structs.h # ========================================================================================= # # Credits: uNrEaL, Tamimego, SystemFiles, R00T88, _silencer, the1domo, K@N@VEL # Thanks: HOOAH07, lowHertz # Forums: www.uc-forum.com, www.gamedeception.net ############################################################################################# */ #ifdef _MSC_VER #pragma pack ( push, 0x4 ) #endif /* # ========================================================================================= # # Script Structs # ========================================================================================= # */ // ScriptStruct PBItemShop.PBItemShopClient.PBUniqueOffer // 0x0028 struct FPBUniqueOffer { struct FGuid offerItemGuid; // 0x0000 (0x0010) [0x0000000000000000] int marketCategory; // 0x0010 (0x0004) [0x0000000000000000] int amountOffers; // 0x0014 (0x0004) [0x0000000000000000] struct FString Category; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int minRank; // 0x0024 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBCachedOffersMap.TPBCachedUniqueOffer // 0x0068 struct FTPBCachedUniqueOffer { struct FPBUniqueOffer uniqueoffer; // 0x0000 (0x0028) [0x0000000000400000] ( CPF_NeedCtorLink ) int market_category; // 0x0028 (0x0004) [0x0000000000000000] struct FMap_Mirror item_offers; // 0x002C (0x003C) [0x0000000000001000] ( CPF_Native ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBDate // 0x0014 struct FPBDate { int minute; // 0x0000 (0x0004) [0x0000000000000001] ( CPF_Edit ) int Hour; // 0x0004 (0x0004) [0x0000000000000001] ( CPF_Edit ) int Day; // 0x0008 (0x0004) [0x0000000000000001] ( CPF_Edit ) int Month; // 0x000C (0x0004) [0x0000000000000001] ( CPF_Edit ) int Year; // 0x0010 (0x0004) [0x0000000000000001] ( CPF_Edit ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBOffer // 0x00D4 struct FPBOffer { struct FGuid OfferId; // 0x0000 (0x0010) [0x0000000000000000] struct FPBDate offerStart; // 0x0010 (0x0014) [0x0000000000000000] struct FPBDate offerEnd; // 0x0024 (0x0014) [0x0000000000000000] int priceModel; // 0x0038 (0x0004) [0x0000000000000000] int costsCoins; // 0x003C (0x0004) [0x0000000000000000] int originalCostsCoins; // 0x0040 (0x0004) [0x0000000000000000] int costsCredits; // 0x0044 (0x0004) [0x0000000000000000] int originalCostsCredits; // 0x0048 (0x0004) [0x0000000000000000] struct FGuid itemId; // 0x004C (0x0010) [0x0000000000000000] struct FString Type; // 0x005C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Category; // 0x0068 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int capacityInventory; // 0x0074 (0x0004) [0x0000000000000000] unsigned long uniqueInventory : 1; // 0x0078 (0x0004) [0x0000000000000000] [0x00000001] int requiredRank; // 0x007C (0x0004) [0x0000000000000000] struct FGuid requiredItem; // 0x0080 (0x0010) [0x0000000000000000] struct FGuid requiredSubscription; // 0x0090 (0x0010) [0x0000000000000000] unsigned long needsRepairing : 1; // 0x00A0 (0x0004) [0x0000000000000000] [0x00000001] int leaseTime; // 0x00A4 (0x0004) [0x0000000000000000] struct FGuid colorId; // 0x00A8 (0x0010) [0x0000000000000000] int colorGroup; // 0x00B8 (0x0004) [0x0000000000000000] int coolnessValue; // 0x00BC (0x0004) [0x0000000000000000] int requiredCoolness; // 0x00C0 (0x0004) [0x0000000000000000] int skillLevel; // 0x00C4 (0x0004) [0x0000000000000000] int serviceType; // 0x00C8 (0x0004) [0x0000000000000000] int marketCategory; // 0x00CC (0x0004) [0x0000000000000000] int discount; // 0x00D0 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBCachedOffersMap.TPBCachedCategory // 0x0080 struct FTPBCachedCategory { struct FMap_Mirror offers; // 0x0000 (0x003C) [0x0000000000001000] ( CPF_Native ) struct FMap_Mirror unique_offers; // 0x003C (0x003C) [0x0000000000001000] ( CPF_Native ) int market_category_unique; // 0x0078 (0x0004) [0x0000000000000000] int market_category; // 0x007C (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.TItemShopCallback // 0x000C struct FTItemShopCallback { struct FName CallbackName; // 0x0000 (0x0008) [0x0000000000000000] class UObject* CallbackObject; // 0x0008 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.TItemShopDelegate // 0x0014 struct FTItemShopDelegate { struct FName DelegateCategory; // 0x0000 (0x0008) [0x0000000000000000] TArray< struct FTItemShopCallback > Callbacks; // 0x0008 (0x000C) [0x0000000000502000] ( CPF_Transient | CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.TCallItem // 0x0018 struct FTCallItem { struct FName functionName; // 0x0000 (0x0008) [0x0000000000000000] struct FPointer Param; // 0x0008 (0x0004) [0x0000000000000000] int Id; // 0x000C (0x0004) [0x0000000000000000] int RequestID; // 0x0010 (0x0004) [0x0000000000000000] unsigned long Called : 1; // 0x0014 (0x0004) [0x0000000000000000] [0x00000001] }; // ScriptStruct PBItemShop.PBItemShopClient.PBPromoCodeOffer // 0x00D8 struct FPBPromoCodeOffer { struct FPBOffer Offer; // 0x0000 (0x00D4) [0x0000000000400000] ( CPF_NeedCtorLink ) int Result; // 0x00D4 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBBasketItem // 0x003C struct FPBBasketItem { struct FGuid basketId; // 0x0000 (0x0010) [0x0000000000000000] struct FGuid OfferId; // 0x0010 (0x0010) [0x0000000000000000] struct FGuid itemId; // 0x0020 (0x0010) [0x0000000000000000] int paymentOption; // 0x0030 (0x0004) [0x0000000000000000] int costCoins; // 0x0034 (0x0004) [0x0000000000000000] int costCredits; // 0x0038 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBItem // 0x00BC struct FPBItem { struct FGuid transactionId; // 0x0000 (0x0010) [0x0000000000000000] struct FGuid itemId; // 0x0010 (0x0010) [0x0000000000000000] struct FString Type; // 0x0020 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Category; // 0x002C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int capacityInventory; // 0x0038 (0x0004) [0x0000000000000000] int quantity; // 0x003C (0x0004) [0x0000000000000000] unsigned long uniqueInventory : 1; // 0x0040 (0x0004) [0x0000000000000000] [0x00000001] int requiredRank; // 0x0044 (0x0004) [0x0000000000000000] struct FGuid requiredItem; // 0x0048 (0x0010) [0x0000000000000000] struct FGuid requiredSubscription; // 0x0058 (0x0010) [0x0000000000000000] unsigned long needsRepairing : 1; // 0x0068 (0x0004) [0x0000000000000000] [0x00000001] int leaseTime; // 0x006C (0x0004) [0x0000000000000000] struct FGuid serialNumber; // 0x0070 (0x0010) [0x0000000000000000] struct FGuid colorItem; // 0x0080 (0x0010) [0x0000000000000000] int colorGroup; // 0x0090 (0x0004) [0x0000000000000000] int Preset; // 0x0094 (0x0004) [0x0000000000000000] int condition; // 0x0098 (0x0004) [0x0000000000000000] int maxCondition; // 0x009C (0x0004) [0x0000000000000000] int skillLevel; // 0x00A0 (0x0004) [0x0000000000000000] int XpBoost; // 0x00A4 (0x0004) [0x0000000000000000] int creditBoost; // 0x00A8 (0x0004) [0x0000000000000000] int groupXpBoost; // 0x00AC (0x0004) [0x0000000000000000] int groupIgcBoost; // 0x00B0 (0x0004) [0x0000000000000000] int repairCostsCoins; // 0x00B4 (0x0004) [0x0000000000000000] int repairCostsCredits; // 0x00B8 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBProfile // 0x0024 struct FPBProfile { struct FGuid ProfileId; // 0x0000 (0x0010) [0x0000000000000000] struct FString CharacterName; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int avatarPicture; // 0x001C (0x0004) [0x0000000000000000] int Rank; // 0x0020 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBCharacterProfile // 0x00B1 struct FPBCharacterProfile { struct FString CharacterName; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FGuid characterGender; // 0x000C (0x0010) [0x0000000000000000] struct FGuid characterHead; // 0x001C (0x0010) [0x0000000000000000] struct FGuid characterSkin; // 0x002C (0x0010) [0x0000000000000000] int avatarPicture; // 0x003C (0x0004) [0x0000000000000000] int Rank; // 0x0040 (0x0004) [0x0000000000000000] int xp; // 0x0044 (0x0004) [0x0000000000000000] int credits; // 0x0048 (0x0004) [0x0000000000000000] int coins; // 0x004C (0x0004) [0x0000000000000000] int coolness; // 0x0050 (0x0004) [0x0000000000000000] int profileReputation; // 0x0054 (0x0004) [0x0000000000000000] TArray< struct FPBItem > inventoryItems; // 0x0058 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) TArray< struct FString > weaponPresetNames; // 0x0064 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FGuid subscriptionId; // 0x0070 (0x0010) [0x0000000000000000] int subscriptionCreditsBoost; // 0x0080 (0x0004) [0x0000000000000000] int subscriptionXpBoost; // 0x0084 (0x0004) [0x0000000000000000] int subscriptionSlowWeaponDamage; // 0x0088 (0x0004) [0x0000000000000000] int subscriptionSlowStyleLoss; // 0x008C (0x0004) [0x0000000000000000] int subscriptionGroupXpBoost; // 0x0090 (0x0004) [0x0000000000000000] int subscriptionGroupCreditsBoost; // 0x0094 (0x0004) [0x0000000000000000] int subscriptionItemShopRankBonus; // 0x0098 (0x0004) [0x0000000000000000] int subscriptionDuration; // 0x009C (0x0004) [0x0000000000000000] int subscriptionDiscount; // 0x00A0 (0x0004) [0x0000000000000000] TArray< struct FPBItem > latestInventoryEntries; // 0x00A4 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned char accountLevel; // 0x00B0 (0x0001) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBShopEvent // 0x0048 struct FPBShopEvent { int EventCode; // 0x0000 (0x0004) [0x0000000000000000] int EventPriority; // 0x0004 (0x0004) [0x0000000000000000] int EventType; // 0x0008 (0x0004) [0x0000000000000000] struct FString Title; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Message; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int CoinsDelta; // 0x0024 (0x0004) [0x0000000000000000] int CreditsDelta; // 0x0028 (0x0004) [0x0000000000000000] int XpDelta; // 0x002C (0x0004) [0x0000000000000000] TArray< struct FPBItem > ItemsAdded; // 0x0030 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) TArray< struct FPBItem > ItemsRemoved; // 0x003C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBDefaultBugInfo // 0x00E8 struct FPBDefaultBugInfo { struct FString Headline; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned char BugType; // 0x000C (0x0001) [0x0000000000000000] unsigned char ReproductionType; // 0x000D (0x0001) [0x0000000000000000] struct FString Description; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Reproduction; // 0x001C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FPBDate Date; // 0x0028 (0x0014) [0x0000000000000000] struct FString GameName; // 0x003C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int BuildVersion; // 0x0048 (0x0004) [0x0000000000000000] int LicenseeVersion; // 0x004C (0x0004) [0x0000000000000000] int BuildFromChangeList; // 0x0050 (0x0004) [0x0000000000000000] struct FString CommandLine; // 0x0054 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString BaseDirectory; // 0x0060 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString ComputerName; // 0x006C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString UserName; // 0x0078 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString ProfileName; // 0x0084 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Platform; // 0x0090 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned long IsEngineDebug : 1; // 0x009C (0x0004) [0x0000000000000000] [0x00000001] struct FString Language; // 0x00A0 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString IP; // 0x00AC (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString MapName; // 0x00B8 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString OpenMenu; // 0x00C4 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FVector CharacterPosition; // 0x00D0 (0x000C) [0x0000000000000000] struct FVector CharacterDirection; // 0x00DC (0x000C) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.PBReportInfo // 0x0050 struct FPBReportInfo { struct FString CharacterName; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString ipAddress; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString topic; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Description; // 0x0024 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int Year; // 0x0030 (0x0004) [0x0000000000000000] int Month; // 0x0034 (0x0004) [0x0000000000000000] int Day; // 0x0038 (0x0004) [0x0000000000000000] int Hour; // 0x003C (0x0004) [0x0000000000000000] int minute; // 0x0040 (0x0004) [0x0000000000000000] struct FString GameName; // 0x0044 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBSurveyAnswer // 0x0014 struct FPBSurveyAnswer { int Type; // 0x0000 (0x0004) [0x0000000000000000] struct FString Answer; // 0x0004 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned long IsAnswered : 1; // 0x0010 (0x0004) [0x0000000000000000] [0x00000001] }; // ScriptStruct PBItemShop.PBItemShopClient.PBSurveyQuestion // 0x002C struct FPBSurveyQuestion { int Type; // 0x0000 (0x0004) [0x0000000000000000] unsigned long Required : 1; // 0x0004 (0x0004) [0x0000000000000000] [0x00000001] struct FString Question; // 0x0008 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Clarification; // 0x0014 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) TArray< struct FString > Choices; // 0x0020 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBSurvey // 0x001C struct FPBSurvey { int SurveyID; // 0x0000 (0x0004) [0x0000000000000000] struct FString SurveyName; // 0x0004 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) TArray< struct FPBSurveyQuestion > SurveyQuestions; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PBNews // 0x003C struct FPBNews { int NewsID; // 0x0000 (0x0004) [0x0000000000000000] struct FPBDate PublishedDate; // 0x0004 (0x0014) [0x0000000000000000] struct FString Headline; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString FullText; // 0x0024 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) TArray< struct FPBOffer > offers; // 0x0030 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PbmnAccountProfile // 0x0024 struct FPbmnAccountProfile { struct FString AccountNick; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString AccountName; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString CharacterName; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopClient.PbmnClientProfileDetail // 0x002C struct FPbmnClientProfileDetail { struct FString AccountNick; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString AccountName; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString CharacterName; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int AvatarIcon; // 0x0024 (0x0004) [0x0000000000000000] int LastOnline; // 0x0028 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.TPBBoosterInfo // 0x0030 struct FTPBBoosterInfo { struct FGuid BoosterGUID; // 0x0000 (0x0010) [0x0000000000000000] struct FString BoosterName; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int XpBoost; // 0x001C (0x0004) [0x0000000000000000] int XpBoostGroup; // 0x0020 (0x0004) [0x0000000000000000] int CreditsBoost; // 0x0024 (0x0004) [0x0000000000000000] int CreditsBoostGroup; // 0x0028 (0x0004) [0x0000000000000000] unsigned long bUpdated : 1; // 0x002C (0x0004) [0x0000000000000000] [0x00000001] }; // ScriptStruct PBItemShop.PBItemShopClient.SOEPrice // 0x0020 struct FSOEPrice { struct FString scCurrencyCode; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString scFormattedPrice; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scPriceIn100ths; // 0x0018 (0x0004) [0x0000000000000000] unsigned long scZero : 1; // 0x001C (0x0004) [0x0000000000000000] [0x00000001] }; // ScriptStruct PBItemShop.PBItemShopClient.SOEStationCashProduct // 0x0098 struct FSOEStationCashProduct { struct FString scDesc; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString scFullSKU; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scProductId; // 0x0018 (0x0004) [0x0000000000000000] struct FString scGameCode; // 0x001C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString scMarketingDesc; // 0x0028 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scOriginalAmount; // 0x0034 (0x0004) [0x0000000000000000] struct FString scOriginalCurrencyCode; // 0x0038 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scPrePromotionAmount; // 0x0044 (0x0004) [0x0000000000000000] struct FSOEPrice scPrePromotionPrice; // 0x0048 (0x0020) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FSOEPrice scPrice; // 0x0068 (0x0020) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned long scPricePromo : 1; // 0x0088 (0x0004) [0x0000000000000000] [0x00000001] unsigned long scPromo : 1; // 0x0088 (0x0004) [0x0000000000000000] [0x00000002] int scStationCashAmount; // 0x008C (0x0004) [0x0000000000000000] unsigned long scStationCashPromo : 1; // 0x0090 (0x0004) [0x0000000000000000] [0x00000001] int scStationCashPromoAmount; // 0x0094 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopClient.SOEStationCashProductFundWallet // 0x0040 struct FSOEStationCashProductFundWallet { struct FString scPrePromotionPrice; // 0x0000 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scPrePromotionStationCashAmount; // 0x000C (0x0004) [0x0000000000000000] struct FString scPrice; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) unsigned long scPricePromotion : 1; // 0x001C (0x0004) [0x0000000000000000] [0x00000001] struct FString scPurchasePromotionalText; // 0x0020 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int scStationCashAmount; // 0x002C (0x0004) [0x0000000000000000] unsigned long scStationCashPromotion : 1; // 0x0030 (0x0004) [0x0000000000000000] [0x00000001] struct FString scPurchaseLegalText; // 0x0034 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopServer.PBOfferServer // 0x00D8 struct FPBOfferServer { struct FGuid OfferId; // 0x0000 (0x0010) [0x0000000000000000] struct FPBDate offerStart; // 0x0010 (0x0014) [0x0000000000000000] struct FPBDate offerEnd; // 0x0024 (0x0014) [0x0000000000000000] int priceModel; // 0x0038 (0x0004) [0x0000000000000000] int costsCoins; // 0x003C (0x0004) [0x0000000000000000] int costsCredits; // 0x0040 (0x0004) [0x0000000000000000] struct FGuid itemId; // 0x0044 (0x0010) [0x0000000000000000] struct FString Type; // 0x0054 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Category; // 0x0060 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int capacityInventory; // 0x006C (0x0004) [0x0000000000000000] unsigned long uniqueInventory : 1; // 0x0070 (0x0004) [0x0000000000000000] [0x00000001] int requiredRank; // 0x0074 (0x0004) [0x0000000000000000] struct FGuid requiredItem; // 0x0078 (0x0010) [0x0000000000000000] struct FGuid requiredSubscription; // 0x0088 (0x0010) [0x0000000000000000] int XpBoost; // 0x0098 (0x0004) [0x0000000000000000] int CreditsBoost; // 0x009C (0x0004) [0x0000000000000000] int groupXpBoost; // 0x00A0 (0x0004) [0x0000000000000000] int GroupCreditBoost; // 0x00A4 (0x0004) [0x0000000000000000] unsigned long needsRepairing : 1; // 0x00A8 (0x0004) [0x0000000000000000] [0x00000001] int leaseTime; // 0x00AC (0x0004) [0x0000000000000000] struct FGuid colorId; // 0x00B0 (0x0010) [0x0000000000000000] int colorGroup; // 0x00C0 (0x0004) [0x0000000000000000] int requiredCoolness; // 0x00C4 (0x0004) [0x0000000000000000] int AddedCoolness; // 0x00C8 (0x0004) [0x0000000000000000] int serviceType; // 0x00CC (0x0004) [0x0000000000000000] int skillLevel; // 0x00D0 (0x0004) [0x0000000000000000] int amountOffers; // 0x00D4 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopServer.PBItemServer // 0x0094 struct FPBItemServer { struct FGuid transactionId; // 0x0000 (0x0010) [0x0000000000000000] struct FGuid itemId; // 0x0010 (0x0010) [0x0000000000000000] unsigned char Type; // 0x0020 (0x0001) [0x0000000000000000] struct FString Category; // 0x0024 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int capacityInventory; // 0x0030 (0x0004) [0x0000000000000000] int quantity; // 0x0034 (0x0004) [0x0000000000000000] unsigned long uniqueInventory : 1; // 0x0038 (0x0004) [0x0000000000000000] [0x00000001] int requiredRank; // 0x003C (0x0004) [0x0000000000000000] struct FGuid requiredItem; // 0x0040 (0x0010) [0x0000000000000000] int XpBoost; // 0x0050 (0x0004) [0x0000000000000000] int creditBoost; // 0x0054 (0x0004) [0x0000000000000000] int groupXpBoost; // 0x0058 (0x0004) [0x0000000000000000] int groupIgcBoost; // 0x005C (0x0004) [0x0000000000000000] unsigned long needsRepairing : 1; // 0x0060 (0x0004) [0x0000000000000000] [0x00000001] int condition; // 0x0064 (0x0004) [0x0000000000000000] int maxCondition; // 0x0068 (0x0004) [0x0000000000000000] struct FGuid serialNumber; // 0x006C (0x0010) [0x0000000000000000] struct FGuid colorId; // 0x007C (0x0010) [0x0000000000000000] int Preset; // 0x008C (0x0004) [0x0000000000000000] int skillLevel; // 0x0090 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopServer.WeaponConditionData // 0x0014 struct FWeaponConditionData { struct FGuid serialNumber; // 0x0000 (0x0010) [0x0000000000000000] int NewCondition; // 0x0010 (0x0004) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopServer.PBSubmitProgressionProfileData // 0x0028 struct FPBSubmitProgressionProfileData { struct FGuid ClientProfileId; // 0x0000 (0x0010) [0x0000000000000000] int NewIGC; // 0x0010 (0x0004) [0x0000000000000000] int NewFans; // 0x0014 (0x0004) [0x0000000000000000] int NewRank; // 0x0018 (0x0004) [0x0000000000000000] TArray< struct FWeaponConditionData > weaponConditions; // 0x001C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopServer.PBCriticalEvent // 0x0034 struct FPBCriticalEvent { int EventCode; // 0x0000 (0x0004) [0x0000000000000000] int EventPriority; // 0x0004 (0x0004) [0x0000000000000000] int EventType; // 0x0008 (0x0004) [0x0000000000000000] struct FString Title; // 0x000C (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FString Message; // 0x0018 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) struct FGuid SubjectProfileId; // 0x0024 (0x0010) [0x0000000000000000] }; // ScriptStruct PBItemShop.PBItemShopServer.PBWeaponStatData // 0x0054 struct FPBWeaponStatData { struct FGuid Weapon; // 0x0000 (0x0010) [0x0000000000000000] int Kills; // 0x0010 (0x0004) [0x0000000000000000] int damageDealt; // 0x0014 (0x0004) [0x0000000000000000] int shotsFired; // 0x0018 (0x0004) [0x0000000000000000] int shotsHit; // 0x001C (0x0004) [0x0000000000000000] int avgHitDistance; // 0x0020 (0x0004) [0x0000000000000000] int avgKillDistance; // 0x0024 (0x0004) [0x0000000000000000] int headHitTotal; // 0x0028 (0x0004) [0x0000000000000000] int bodyHitTotal; // 0x002C (0x0004) [0x0000000000000000] int legsHitTotal; // 0x0030 (0x0004) [0x0000000000000000] int totalTimeUsed; // 0x0034 (0x0004) [0x0000000000000000] struct FGuid skillGuid; // 0x0038 (0x0010) [0x0000000000000000] TArray< struct FGuid > modsSetup; // 0x0048 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopServer.PBMatchProfileStatData // 0x00BC struct FPBMatchProfileStatData { struct FGuid ProfileId; // 0x0000 (0x0010) [0x0000000000000000] int Kills; // 0x0010 (0x0004) [0x0000000000000000] int Deaths; // 0x0014 (0x0004) [0x0000000000000000] int assists; // 0x0018 (0x0004) [0x0000000000000000] int heat; // 0x001C (0x0004) [0x0000000000000000] int baseHeat; // 0x0020 (0x0004) [0x0000000000000000] int style; // 0x0024 (0x0004) [0x0000000000000000] int boostXp; // 0x0028 (0x0004) [0x0000000000000000] int boostXpGroup; // 0x002C (0x0004) [0x0000000000000000] int boostIgc; // 0x0030 (0x0004) [0x0000000000000000] int boostIgcGroup; // 0x0034 (0x0004) [0x0000000000000000] int earnedRank; // 0x0038 (0x0004) [0x0000000000000000] int earnedXp; // 0x003C (0x0004) [0x0000000000000000] int earnedIgc; // 0x0040 (0x0004) [0x0000000000000000] int killsInSafeZone; // 0x0044 (0x0004) [0x0000000000000000] int killsFromSafeZone; // 0x0048 (0x0004) [0x0000000000000000] int totalSuicides; // 0x004C (0x0004) [0x0000000000000000] int totalTier1Used; // 0x0050 (0x0004) [0x0000000000000000] struct FGuid tier1Skill; // 0x0054 (0x0010) [0x0000000000000000] int totalTier2Used; // 0x0064 (0x0004) [0x0000000000000000] struct FGuid tier2Skill; // 0x0068 (0x0010) [0x0000000000000000] int totalTier3Used; // 0x0078 (0x0004) [0x0000000000000000] struct FGuid tier3Skill; // 0x007C (0x0010) [0x0000000000000000] int totalTier4Used; // 0x008C (0x0004) [0x0000000000000000] struct FGuid tier4Skill; // 0x0090 (0x0010) [0x0000000000000000] int tier1SkillLevel; // 0x00A0 (0x0004) [0x0000000000000000] int tier2SkillLevel; // 0x00A4 (0x0004) [0x0000000000000000] int tier3SkillLevel; // 0x00A8 (0x0004) [0x0000000000000000] int tier4SkillLevel; // 0x00AC (0x0004) [0x0000000000000000] TArray< struct FPBWeaponStatData > weaponStatData; // 0x00B0 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopServer.PBMatchStatsData // 0x005C struct FPBMatchStatsData { struct FGuid matchguid; // 0x0000 (0x0010) [0x0000000000000000] struct FString Map; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int matchTime; // 0x001C (0x0004) [0x0000000000000000] int totalPlayers; // 0x0020 (0x0004) [0x0000000000000000] struct FString gameMode; // 0x0024 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int winningTeam; // 0x0030 (0x0004) [0x0000000000000000] int totalIgc; // 0x0034 (0x0004) [0x0000000000000000] int totalHeat; // 0x0038 (0x0004) [0x0000000000000000] int totalStyle; // 0x003C (0x0004) [0x0000000000000000] int teamAConquer1; // 0x0040 (0x0004) [0x0000000000000000] int teamAConquer2; // 0x0044 (0x0004) [0x0000000000000000] int teamBConquer1; // 0x0048 (0x0004) [0x0000000000000000] int teamBConquer2; // 0x004C (0x0004) [0x0000000000000000] TArray< struct FPBMatchProfileStatData > matchProfileStatData; // 0x0050 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) }; // ScriptStruct PBItemShop.PBItemShopServer.PBMapVoteData // 0x0024 struct FPBMapVoteData { struct FGuid matchguid; // 0x0000 (0x0010) [0x0000000000000000] struct FString Map; // 0x0010 (0x000C) [0x0000000000400000] ( CPF_NeedCtorLink ) int totalVotes; // 0x001C (0x0004) [0x0000000000000000] unsigned long succedd : 1; // 0x0020 (0x0004) [0x0000000000000000] [0x00000001] }; #ifdef _MSC_VER #pragma pack ( pop ) #endif

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#include "MosaicSelectTool.h" #include <iostream> #include <QMenu> #include "IString.h" #include "MosaicGraphicsView.h" #include "MosaicSceneWidget.h" namespace Isis { /** * MosaicSelectTool constructor * * * @param parent */ MosaicSelectTool::MosaicSelectTool(MosaicSceneWidget *scene) : MosaicTool(scene) { } /** * Adds the action to the toolpad. * * * @param toolpad * * @return QAction* */ QAction *MosaicSelectTool::getPrimaryAction() { QAction *action = new QAction(this); action->setIcon(getIcon("mActionSelect.png")); action->setToolTip("Select (s)"); action->setShortcut(Qt::Key_S); QString text = "Function: Select cubes in a mosaic. " "This tool gives you a drag-select to select multiple files (this " "selects files underneath the top one), a control-click select to " "add files to the current selection, and a click selection to " "replace the current selection with the file you clicked on." " Shortcut: s"; action->setWhatsThis(text); return action; } /** * This method sets the QGraphicsView to allow the user to select * mosaic items by dragging a rubber band. * */ void MosaicSelectTool::updateTool() { if(isActive()) { getWidget()->getView()->setDragMode(QGraphicsView::RubberBandDrag); } else { getWidget()->getView()->setDragMode(QGraphicsView::NoDrag); } } }

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#include "VectorSerializerTest.h" #include "utility/VectorSerializer.h" #include <Master.h> void VectorSerializerTest::TestDeserialize() { const byte buffer[MMT_VECTOR_LEN] = { 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07,0x08, 0x09, 0x0A, MMT_GET, MMT_STR, 'H', 'O', 'L', 'A' }; Vector v; VectorSerializer::deserialize(&v, buffer); for (int i = 0; i < 4; i++) { assertTrue(v.direction.source.endpoint[i] == buffer[i]); } for (int i = 0; i < 4; i++) { assertTrue(v.direction.destination.endpoint[i] == buffer[i + 4]); } assertTrue(v.direction.source.resource == buffer[8]); assertTrue(v.direction.destination.resource == buffer[9]); assertTrue(v.packet.method == buffer[10]); assertTrue(v.packet.message.type == buffer[11]); char hola[5] = {0}; memcpy(hola, v.packet.message.value.b, 4); char *match = strstr(hola, "HOLA"); assertTrue(match != NULL); } void VectorSerializerTest::setup() { } void VectorSerializerTest::once() { TestDeserialize(); }

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/* * Copyright 2010-2017 Amazon.com, Inc. or its affiliates. All Rights Reserved. * * Licensed under the Apache License, Version 2.0 (the "License"). * You may not use this file except in compliance with the License. * A copy of the License is located at * * http://aws.amazon.com/apache2.0 * * or in the "license" file accompanying this file. This file is distributed * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either * express or implied. See the License for the specific language governing * permissions and limitations under the License. */ #pragma once #include <aws/pinpoint/Pinpoint_EXPORTS.h> #include <aws/pinpoint/PinpointRequest.h> #include <aws/core/utils/memory/stl/AWSString.h> #include <utility> namespace Aws { namespace Http { class URI; } //namespace Http namespace Pinpoint { namespace Model { /** */ class AWS_PINPOINT_API GetSegmentVersionsRequest : public PinpointRequest { public: GetSegmentVersionsRequest(); Aws::String SerializePayload() const override; void AddQueryStringParameters(Aws::Http::URI& uri) const override; inline const Aws::String& GetApplicationId() const{ return m_applicationId; } inline void SetApplicationId(const Aws::String& value) { m_applicationIdHasBeenSet = true; m_applicationId = value; } inline void SetApplicationId(Aws::String&& value) { m_applicationIdHasBeenSet = true; m_applicationId = std::move(value); } inline void SetApplicationId(const char* value) { m_applicationIdHasBeenSet = true; m_applicationId.assign(value); } inline GetSegmentVersionsRequest& WithApplicationId(const Aws::String& value) { SetApplicationId(value); return *this;} inline GetSegmentVersionsRequest& WithApplicationId(Aws::String&& value) { SetApplicationId(std::move(value)); return *this;} inline GetSegmentVersionsRequest& WithApplicationId(const char* value) { SetApplicationId(value); return *this;} inline const Aws::String& GetPageSize() const{ return m_pageSize; } inline void SetPageSize(const Aws::String& value) { m_pageSizeHasBeenSet = true; m_pageSize = value; } inline void SetPageSize(Aws::String&& value) { m_pageSizeHasBeenSet = true; m_pageSize = std::move(value); } inline void SetPageSize(const char* value) { m_pageSizeHasBeenSet = true; m_pageSize.assign(value); } inline GetSegmentVersionsRequest& WithPageSize(const Aws::String& value) { SetPageSize(value); return *this;} inline GetSegmentVersionsRequest& WithPageSize(Aws::String&& value) { SetPageSize(std::move(value)); return *this;} inline GetSegmentVersionsRequest& WithPageSize(const char* value) { SetPageSize(value); return *this;} inline const Aws::String& GetSegmentId() const{ return m_segmentId; } inline void SetSegmentId(const Aws::String& value) { m_segmentIdHasBeenSet = true; m_segmentId = value; } inline void SetSegmentId(Aws::String&& value) { m_segmentIdHasBeenSet = true; m_segmentId = std::move(value); } inline void SetSegmentId(const char* value) { m_segmentIdHasBeenSet = true; m_segmentId.assign(value); } inline GetSegmentVersionsRequest& WithSegmentId(const Aws::String& value) { SetSegmentId(value); return *this;} inline GetSegmentVersionsRequest& WithSegmentId(Aws::String&& value) { SetSegmentId(std::move(value)); return *this;} inline GetSegmentVersionsRequest& WithSegmentId(const char* value) { SetSegmentId(value); return *this;} inline const Aws::String& GetToken() const{ return m_token; } inline void SetToken(const Aws::String& value) { m_tokenHasBeenSet = true; m_token = value; } inline void SetToken(Aws::String&& value) { m_tokenHasBeenSet = true; m_token = std::move(value); } inline void SetToken(const char* value) { m_tokenHasBeenSet = true; m_token.assign(value); } inline GetSegmentVersionsRequest& WithToken(const Aws::String& value) { SetToken(value); return *this;} inline GetSegmentVersionsRequest& WithToken(Aws::String&& value) { SetToken(std::move(value)); return *this;} inline GetSegmentVersionsRequest& WithToken(const char* value) { SetToken(value); return *this;} private: Aws::String m_applicationId; bool m_applicationIdHasBeenSet; Aws::String m_pageSize; bool m_pageSizeHasBeenSet; Aws::String m_segmentId; bool m_segmentIdHasBeenSet; Aws::String m_token; bool m_tokenHasBeenSet; }; } // namespace Model } // namespace Pinpoint } // namespace Aws

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das-kushal/InterviewGeek

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#include <bits/stdc++.h> #define ll long long #define MAX 1000007 #define dbg(x) cout<<#x<<" = "<<x<<endl #define vdbg(v) for(auto x : v) cout<<x<<endl #define INF 2e18 #define all(x) x.begin(),x.end() #define mem0(a) memset(a,0,sizeof(a)) #define mem1(a) memset(a,-1,sizeof(a)) #define fast_cin() ios_base::sync_with_stdio(false); cin.tie(NULL); cout.tie(NULL) const ll N = 1e5+7; const ll mod = 1000000007; using namespace std; ll MOD = 998244353; bool isPossible(ll len, ll s, ll n){ ll d = n, maxi=0, mini=0; for(ll i=1; i<=len; i++){ mini += i; maxi += d; d--; } if(s>maxi || s<mini){ return false; } return true; } void solve(){ ll n,l,r,s; cin >> n >> l >> r >> s; ll d = n, maxi = 0, mini = 0, len = r-l+1; for(ll i=1; i<=len; i++){ mini += i; maxi += d; d--; } if(s>maxi || s<mini){ // cout<<"hre"; cout<<-1<<"\n"; return; } vector<ll>ans; map<ll,ll>mp; for(ll i=n; i>=1; i--){ if(s-i >=0 && isPossible(len-1, s-i, i-1)){ s -= i; len--; ans.push_back(i); mp[i]++; } if(s == 0){ break; } } // for(auto x: ans) cout<<x<<" "; // cout<<"\n"; if(s != 0){ cout<<-1<<"\n"; return; } vector<ll>rem; for(ll i=1; i<=n; i++){ if(mp.find(i) == mp.end()){ rem.push_back(i); } } ll j = 0, k = 0; for(ll i=1; i<l; i++){ cout<<rem[j++]<<" "; } for(ll i=l; i<=r; i++){ cout<<ans[k++]<<" "; } for(ll i=r+1; i<=n; i++){ cout<<rem[j++]<<" "; } cout<<"\n"; } int main() { fast_cin(); ll t; cin >> t; while(t--) { solve(); } return 0; }

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shubhamskm2000@gmail.com

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// Copyright 2018 The Fuchsia Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef ZIRCON_SYSTEM_UTEST_FIDL_COMPILER_TEST_LIBRARY_H_ #define ZIRCON_SYSTEM_UTEST_FIDL_COMPILER_TEST_LIBRARY_H_ #include <fidl/flat_ast.h> #include <fidl/json_generator.h> #include <fidl/lexer.h> #include <fidl/linter.h> #include <fidl/parser.h> #include <fidl/source_file.h> static std::unique_ptr<fidl::SourceFile> MakeSourceFile(const std::string& filename, const std::string& raw_source_code) { std::string source_code(raw_source_code); // NUL terminate the string. source_code.resize(source_code.size() + 1); return std::make_unique<fidl::SourceFile>(filename, source_code); } class SharedAmongstLibraries { public: SharedAmongstLibraries() : typespace(fidl::flat::Typespace::RootTypes(&error_reporter)) {} fidl::ErrorReporter error_reporter; fidl::flat::Typespace typespace; fidl::flat::Libraries all_libraries; std::vector<std::unique_ptr<fidl::SourceFile>> all_sources_of_all_libraries; }; class TestLibrary final { public: explicit TestLibrary() : TestLibrary(&owned_shared_) {} explicit TestLibrary(SharedAmongstLibraries* shared) : error_reporter_(&shared->error_reporter), typespace_(&shared->typespace), all_libraries_(&shared->all_libraries), all_sources_of_all_libraries_(&shared->all_sources_of_all_libraries), library_( std::make_unique<fidl::flat::Library>(all_libraries_, error_reporter_, typespace_)) {} explicit TestLibrary(const std::string& raw_source_code) : TestLibrary("example.fidl", raw_source_code) {} TestLibrary(const std::string& filename, const std::string& raw_source_code) : TestLibrary(filename, raw_source_code, &owned_shared_) {} TestLibrary(const std::string& filename, const std::string& raw_source_code, SharedAmongstLibraries* shared) : TestLibrary(shared) { AddSource(filename, raw_source_code); } void AddSource(const std::string& filename, const std::string& raw_source_code) { auto source_file = MakeSourceFile(filename, raw_source_code); all_sources_.push_back(source_file.get()); all_sources_of_all_libraries_->push_back(std::move(source_file)); } bool AddDependentLibrary(TestLibrary dependent_library) { return all_libraries_->Insert(std::move(dependent_library.library_)); } void AddAttributeSchema(const std::string& name, fidl::flat::AttributeSchema schema) { all_libraries_->AddAttributeSchema(name, std::move(schema)); } // TODO(pascallouis): remove, this does not use a library. bool Parse(std::unique_ptr<fidl::raw::File>* out_ast_ptr) { assert(all_sources_.size() == 1 && "parse can only be used with one source"); auto source_file = all_sources_.at(0); fidl::Lexer lexer(*source_file, error_reporter_); fidl::Parser parser(&lexer, error_reporter_); out_ast_ptr->reset(parser.Parse().release()); return parser.Ok(); } bool Compile() { for (auto source_file : all_sources_) { fidl::Lexer lexer(*source_file, error_reporter_); fidl::Parser parser(&lexer, error_reporter_); auto ast = parser.Parse(); if (!parser.Ok()) return false; if (!library_->ConsumeFile(std::move(ast))) return false; } return library_->Compile(); } // TODO(pascallouis): remove, this does not use a library. bool Lint(fidl::Findings* findings) { assert(all_sources_.size() == 1 && "lint can only be used with one source"); auto source_file = all_sources_.at(0); fidl::Lexer lexer(*source_file, error_reporter_); fidl::Parser parser(&lexer, error_reporter_); auto ast = parser.Parse(); if (!parser.Ok()) { std::string_view beginning(source_file->data().data(), 0); fidl::SourceLocation location(beginning, *source_file); findings->emplace_back(location, "parser-error", error_reporter_->errors().front() + "\n"); return false; } fidl::linter::Linter linter; return linter.Lint(ast, findings); } bool Lint() { fidl::Findings findings; bool passed = Lint(&findings); fidl::utils::WriteFindingsToErrorReporter(findings, error_reporter_); return passed; } std::string GenerateJSON() { auto json_generator = fidl::JSONGenerator(library_.get()); auto out = json_generator.Produce(); return out.str(); } const fidl::flat::Bits* LookupBits(const std::string& name) { for (const auto& bits_decl : library_->bits_declarations_) { if (bits_decl->GetName() == name) { return bits_decl.get(); } } return nullptr; } const fidl::flat::Const* LookupConstant(const std::string& name) { for (const auto& const_decl : library_->const_declarations_) { if (const_decl->GetName() == name) { return const_decl.get(); } } return nullptr; } const fidl::flat::Enum* LookupEnum(const std::string& name) { for (const auto& enum_decl : library_->enum_declarations_) { if (enum_decl->GetName() == name) { return enum_decl.get(); } } return nullptr; } const fidl::flat::Service* LookupService(const std::string& name) { for (const auto& service_decl : library_->service_declarations_) { if (service_decl->GetName() == name) { return service_decl.get(); } } return nullptr; } const fidl::flat::Struct* LookupStruct(const std::string& name) { for (const auto& struct_decl : library_->struct_declarations_) { if (struct_decl->GetName() == name) { return struct_decl.get(); } } return nullptr; } const fidl::flat::Table* LookupTable(const std::string& name) { for (const auto& table_decl : library_->table_declarations_) { if (table_decl->GetName() == name) { return table_decl.get(); } } return nullptr; } const fidl::flat::TypeAlias* LookupTypeAlias(const std::string& name) { for (const auto& type_alias_decl : library_->type_alias_declarations_) { if (type_alias_decl->GetName() == name) { return type_alias_decl.get(); } } return nullptr; } const fidl::flat::Union* LookupUnion(const std::string& name) { for (const auto& union_decl : library_->union_declarations_) { if (union_decl->GetName() == name) { return union_decl.get(); } } return nullptr; } const fidl::flat::XUnion* LookupXUnion(const std::string& name) { for (const auto& xunion_decl : library_->xunion_declarations_) { if (xunion_decl->GetName() == name) { return xunion_decl.get(); } } return nullptr; } const fidl::flat::Protocol* LookupProtocol(const std::string& name) { for (const auto& protocol_decl : library_->protocol_declarations_) { if (protocol_decl->GetName() == name) { return protocol_decl.get(); } } return nullptr; } void set_warnings_as_errors(bool value) { error_reporter_->set_warnings_as_errors(value); } const fidl::flat::Library* library() const { return library_.get(); } const fidl::SourceFile& source_file() const { assert(all_sources_.size() == 1 && "convenience method only possible with single source"); return *all_sources_.at(0); } fidl::SourceLocation SourceLocation(size_t start, size_t size) const { assert(all_sources_.size() == 1 && "convenience method only possible with single source"); std::string_view data = all_sources_.at(0)->data(); data.remove_prefix(start); data.remove_suffix(data.size() - size); return fidl::SourceLocation(data, *all_sources_.at(0)); } const std::vector<std::string>& errors() const { return error_reporter_->errors(); } const std::vector<std::string>& warnings() const { return error_reporter_->warnings(); } const std::vector<fidl::flat::Decl*> declaration_order() const { return library_->declaration_order_; } protected: SharedAmongstLibraries owned_shared_; fidl::ErrorReporter* error_reporter_; fidl::flat::Typespace* typespace_; fidl::flat::Libraries* all_libraries_; std::vector<std::unique_ptr<fidl::SourceFile>>* all_sources_of_all_libraries_; std::vector<fidl::SourceFile*> all_sources_; std::unique_ptr<fidl::flat::Library> library_; }; #endif // ZIRCON_SYSTEM_UTEST_FIDL_COMPILER_TEST_LIBRARY_H_

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cpkt9762/SCUM-SDK

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// SCUM (0.1.17.8320) SDK #ifdef _MSC_VER #pragma pack(push, 0x8) #endif #include "SCUM_Sausages_classes.hpp" namespace SDK { //--------------------------------------------------------------------------- //Functions //--------------------------------------------------------------------------- } #ifdef _MSC_VER #pragma pack(pop) #endif

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DualBrain/df_win

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#include "ViewObject.h" #include "Object.h" #include "Music.h" class GameStart : public df::ViewObject { private: df::Music* p_music; public: GameStart(); int eventHandler(const df::Event* p_e); int draw(void); void playMusic(); void start(); };

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/** * Exit this thread. * The rval_ptr is a typeless pointer, similar to the single argument passed * to the start routine. This pointer is available to other threads in * the process by calling the thread::join function. */ inline void exit(void *value_ptr = NULL) noexcept { return pthread_exit(value_ptr); } /** * If id refers to a thread of execution, request that the thread will * be interrupted the next time it enters one of the predefined interruption * points with interruption enabled, or if it is currently blocked in a call * to one of the predefined interruption points with interruption enabled. */ inline void interrupt(const thread_id &id) { pthread_cancel(id.native_handle()); } /** * Check to see if the current thread has been interrupted. When you call * interruption_point, if a interruption request is pending and if interruption * has not been disabled, the thread will be interrupted. When interruption * is disabled, however, calls to interruption_point have no effect. */ inline void interruption_point() { pthread_testcancel(); } /** * The interruption state attribute can be either enabled or disabled. * A thread can change its interruptability state by calling * interruption_state::set_disable or interruption_state::set_enable. * A thread starts with a default interruption state of enabled. * When the state is set to disabled, a call to thread::interrupt will not * kill the thread. Instead, the interruption request remains pending * for the thread. When the state is enabled again, the thread will act * on any pending interruption requests at the next interrupiont point. */ class interruption_state { public: interruption_state(): is_set_(false), old_state_(PTHREAD_CANCEL_ENABLE) {} ~interruption_state() { if (is_set_) pthread_setcancelstate(old_state_, NULL); } /** disable this thread to be interrupted */ void set_disable() { int state; int err = pthread_setcancelstate(PTHREAD_CANCEL_DISABLE, &state); if (err != 0) throw system_error(err, system_category(), "interruption_state::set_disable"); if (!is_set_) { old_state_ = state; is_set_ = true; } } /** enable this thread to be interrupted */ void set_enable() { int state; int err = pthread_setcancelstate(PTHREAD_CANCEL_ENABLE, &state); if (err != 0) throw system_error(err, system_category(), "interruption_state::set_enable"); if (!is_set_) { old_state_ = state; is_set_ = true; } } /** restore old state of this thread's interruption state */ void reset() { int err; if (is_set_) { if ((err = pthread_setcancelstate(old_state_, NULL)) != 0) throw system_error(err, system_category(), "interruption_state::reset"); is_set_ = false; } } #if __cplusplus >= 201103L interruption_state(const interruption_state &) = delete; interruption_state &operator =(const interruption_state &) = delete; #else private: interruption_state(const interruption_state &); interruption_state &operator =(const interruption_state &); public: #endif private: bool is_set_; int old_state_; }; class disable_interruption { public: disable_interruption() { state_.set_disable(); } private: interruption_state state_; }; /** * The default interruption type we have been describing is known as * deferred interruption. After a call to thread::interrupt, the actual * interruption doesn't occur until the thread hits a interruption point. * We can change the interruption type by calling * interruption_type::set_deferred or interruption_type::set_asynchronous. * Asynchronous interruption differs from deferred interruption in that * the thread can be interrupted at any time. The thread doesn't * necessarily need to hit a interrruption point for it to be interrupted. */ class interruption_type { public: interruption_type(): is_set_(false), old_type_(PTHREAD_CANCEL_ENABLE) {} ~interruption_type() { if (is_set_) pthread_setcanceltype(old_type_, NULL); } /** set this thread interruption type asynchronous */ void set_asynchronous() { int type; int err = pthread_setcanceltype(PTHREAD_CANCEL_ASYNCHRONOUS, &type); if (err != 0) throw system_error(err, system_category(), "interruption_type::set_asynchronous"); if (!is_set_) { old_type_ = type; is_set_ = true; } } /** set this thread interruption type deffered */ void set_deferred() { int type; int err = pthread_setcanceltype(PTHREAD_CANCEL_DEFERRED, &type); if (err != 0) throw system_error(err, system_category(), "interruption_type::set_deferred"); if (!is_set_) { old_type_ = type; is_set_ = true; } } /** restore old type of this thread's interruption type */ void reset() { int err; if (is_set_) { if ((err = pthread_setcanceltype(old_type_, NULL)) != 0) throw system_error(err, system_category(), "interruption_type::reset"); is_set_ = false; } } #if __cplusplus >= 201103L interruption_type(const interruption_type &) = delete; interruption_type &operator =(const interruption_type &) = delete; #else private: interruption_type(const interruption_type &); interruption_type &operator =(const interruption_type &); public: #endif private: bool is_set_; int old_type_; }; class asynchronous_interruption { public: asynchronous_interruption() { type_.set_asynchronous(); } private: interruption_type type_; };

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hechenyu/lib_code

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#include "shared_ptr.h" #include "sputil.h" int main() { weak_ptr<int> sp; show("default constructor", sp); return 0; }

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/** * problem : https://leetcode.com/problems/largest-plus-sign/ * time/space complexity : O(N^2) */ class Solution { public: int orderOfLargestPlusSign(int n, vector<vector<int>>& mines) { set<pair<int,int>> zeros; for(auto mine: mines){ zeros.insert({mine[0], mine[1]}); } vector<vector<int>> row(n, vector<int>(n,0)); vector<vector<int>> reverseRow(n, vector<int>(n,0)); vector<vector<int>> col(n, vector<int>(n,0)); vector<vector<int>> reverseCol(n, vector<int>(n,0)); for(int i=0; i<n; i++){ for(int j=0; j<n; j++){ if(zeros.find({i,j}) == zeros.end()){ row[i][j] = row[max(0, i-1)][j] + 1; col[i][j] = col[i][max(0, j-1)] + 1; } } } for(int i=n-1; i>=0; i--){ for(int j=n-1; j>=0; j--){ if(zeros.find({i,j}) == zeros.end()){ reverseRow[i][j] = reverseRow[min(n-1, i+1)][j] + 1; reverseCol[i][j] = reverseCol[i][min(n-1, j+1)] + 1; } } } int answer = 0; for(int i=0; i<n; i++){ for(int j=0; j<n; j++) { int tmp = min(row[i][j], reverseRow[i][j]); tmp = min(col[i][j], tmp); tmp = min(reverseCol[i][j], tmp); answer = max(tmp, answer); } } return answer; } };

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no_license

Anastasija3793/DustyParticles

69a2add0ff56d43f0290f524633de094f0f97b07

01c7d393e0b0db5eed0e8ad6faf16a2d4fa2ec66

refs/heads/master

2021-01-19T11:20:31.067732

2017-05-16T06:10:01

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/// @file Mat4.h /// @brief Matrix 4x4; Needed to rotate particles (in 3D mode) /// @author Jon Macey #ifndef MAT4_H #define MAT4_H #include <array> #ifdef __APPLE__ #include <OpenGL/gl.h> #include <OpenGL/glu.h> #include "GLUT/glut.h" #include <SDL.h> #include <SDL_image.h> #else #include <SDL2/SDL.h> #include <SDL2/SDL_image.h> #include <GL/gl.h> #include <GL/glu.h> //#include <GL/glut.h> #endif //mat4 16 floats //[1][0][0][0] //[0][1][0][0] //[0][0][1][0] //[0][0][0][1] class Mat4 { public: Mat4(float _s=1.0f); void loadModelView() const; void loadProjection() const; void identity(); union { float m_m[4][4]; // normal 4x4 access std::array<float,4> m_openGL; // array access struct { float m_00; //> m_[0][0] m_openGL[0] float m_01; //> m_[0][1] m_openGL[1] float m_02; //> m_[0][2] m_openGL[2] float m_03; //> m_[0][3] m_openGL[3] float m_10; //> m_[1][0] m_openGL[4] float m_11; //> m_[1][1] m_openGL[5] float m_12; //> m_[1][2] m_openGL[6] float m_13; //> m_[1][3] m_openGL[7] float m_20; //> m_[2][0] m_openGL[8] float m_21; //> m_[2][1] m_openGL[9] float m_22; //> m_[2][2] m_openGL[10] float m_23; //> m_[2][3] m_openGL[11] float m_30; //> m_[3][0] m_openGL[12] float m_31; //> m_[3][1] m_openGL[13] float m_32; //> m_[3][2] m_openGL[14] float m_33; //> m_[3][3] m_openGL[15] }; }; }; //end class #endif // MAT4_H

[ "s4923023@bournemouth.ac.uk" ]

s4923023@bournemouth.ac.uk

ec5e0a927968c3324378b13edb965c6a885791d2

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/Code/EnginePlugins/BakingPlugin/Tracer/TracerEmbree.h

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[ "MIT" ]

permissive

ezEngine/ezEngine

19983d2733a5409fb2665c6c3a0a575dadcefb50

c46e3b4b2cd46798e4abb4938fbca281c054b039

refs/heads/dev

2023-09-06T02:17:28.152665

2023-09-05T18:25:43

18,179,848

1,050

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MIT

2023-09-14T21:44:39

2014-03-27T15:02:16

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#pragma once #include <BakingPlugin/Tracer/TracerInterface.h> #include <Foundation/Types/UniquePtr.h> class EZ_BAKINGPLUGIN_DLL ezTracerEmbree : public ezTracerInterface { public: ezTracerEmbree(); ~ezTracerEmbree(); virtual ezResult BuildScene(const ezBakingScene& scene) override; virtual void TraceRays(ezArrayPtr<const Ray> rays, ezArrayPtr<Hit> hits) override; private: struct Data; ezUniquePtr<Data> m_pData; };

[ "noreply@github.com" ]

ezEngine.noreply@github.com

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/GameEditor/SGOOnMapTableWidget.h

67720c8ff92cc04c87c3b648ce1768a192884b1b

[]

no_license

rodrigobmg/GameEditor

0942a1c2f805cb417384cf4d9ad516f7223ff12f

c75a593496a859f37ee89db8c51479e65367ea62

refs/heads/master

2020-03-28T18:08:09.681703

2018-03-21T06:01:42

null

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#pragma once #include <QWidget> #include <qtableview.h> #include <qboxlayout.h> #include <memory> #include "ui_SGOOnMapTableWidget.h" #include "QtGEPaginator.h" #include "SGOOnMapTM.h" #include "SGOOnMapToolBox.h" #include "MapEditorControl.h" class SGOOnMapTableWidget : public QWidget, public Ui::SGOOnMapTableWidget { Q_OBJECT private: std::unique_ptr<SGOOnMapToolBox> m_toolBox; std::unique_ptr<QTableView> m_table; SGOOnMapTM* m_tableModel; std::unique_ptr<QtGEPaginator> m_paginator; std::shared_ptr<MapEditorControl> m_mapEditorControl; protected slots: void editBtnsStateConfigure(); void TableRowSelected(const QItemSelection& selected, const QItemSelection& deselected); void PaginatorPageChanged(int pageNumber, int onPage); void HeaderSectionClicked(int sectionIndex); void UpdateTable(); void DeleteBtnClicked(); void EditBtnClicked(); void CloneBtnClicked(); void FreezeAllBtnClicked(); void UnfreezeAllBtnClicked(); void ClearSelection() { m_table->selectionModel()->clearSelection(); } protected: void configureTable(); void configureUI(); void configurePaginator(); void configureToolBox(); std::vector<int> GetSelectedIds(); public: SGOOnMapTableWidget(std::shared_ptr<MapEditorControl> mapEditorControl, QWidget *parent = Q_NULLPTR); ~SGOOnMapTableWidget(); };

[ "holodnukfedor@gmail.com" ]

holodnukfedor@gmail.com

d56873eaa0bd9dd3888f4b8e6b686585615510df

3af43b15609a71c109f695df9299672102250343

/src/comm/options.cpp

3a24b80919a644d18b3d7b0d2383d5ddfc037a25

[ "BSD-3-Clause", "LicenseRef-scancode-openssl", "LicenseRef-scancode-ssleay-windows", "LicenseRef-scancode-unknown-license-reference", "OpenSSL", "BSD-2-Clause" ]

permissive

mloves0824/phxpaxos

7dddbd557f26c0dc90426c3ed4c32d1109d38fc4

f77c7353e2c7ed75a6f52b9f15820f53c2005e47

refs/heads/master

2021-05-03T16:19:55.506772

2017-09-13T13:47:56

69,201,538

0

null

2016-09-26T01:22:28

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/* Tencent is pleased to support the open source community by making PhxPaxos available. Copyright (C) 2016 THL A29 Limited, a Tencent company. All rights reserved. Licensed under the BSD 3-Clause License (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at https://opensource.org/licenses/BSD-3-Clause Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. See the AUTHORS file for names of contributors. */ #include "phxpaxos/options.h" #include "commdef.h" #include <assert.h> #include <sys/socket.h> #include <netinet/in.h> #include <arpa/inet.h> #include <string> namespace phxpaxos { NodeInfo :: NodeInfo() : m_iNodeID(nullnode), m_sIP(""), m_iPort(-1) { } NodeInfo :: NodeInfo(const nodeid_t iNodeID) : m_iNodeID(iNodeID), m_sIP(""), m_iPort(-1) { ParseNodeID(); } NodeInfo :: NodeInfo(const std::string & sIP, const int iPort) : m_iNodeID(nullnode), m_sIP(sIP), m_iPort(iPort) { MakeNodeID(); } const nodeid_t NodeInfo :: GetNodeID() const { return m_iNodeID; } const std::string & NodeInfo :: GetIP() const { return m_sIP; } const int NodeInfo :: GetPort() const { return m_iPort; } void NodeInfo :: SetIPPort(const std::string & sIP, const int iPort) { m_sIP = sIP; m_iPort = iPort; MakeNodeID(); } void NodeInfo :: SetNodeID(const nodeid_t iNodeID) { m_iNodeID = iNodeID; ParseNodeID(); } void NodeInfo :: MakeNodeID() { uint32_t iIP = (uint32_t)inet_addr(m_sIP.c_str()); assert(iIP != (uint32_t)-1); m_iNodeID = (((uint64_t)iIP) << 32) | m_iPort; //PLImp("ip %s ip %u port %d nodeid %lu", m_sIP.c_str(), iIP, m_iPort, m_iNodeID); } void NodeInfo :: ParseNodeID() { m_iPort = m_iNodeID & (0xffffffff); in_addr addr; addr.s_addr = m_iNodeID >> 32; m_sIP = std::string(inet_ntoa(addr)); //PLImp("nodeid %lu ip %s ip %u port %d", m_iNodeID, m_sIP.c_str(), addr.s_addr, m_iPort); } ///////////////////////////////////////////////////////////// GroupSMInfo :: GroupSMInfo() { iGroupIdx = -1; bIsUseMaster = false; } ///////////////////////////////////////////////////////////// Options :: Options() { poLogStorage = nullptr; bSync = true; iSyncInterval = 0; poNetWork = nullptr; iUDPMaxSize = 4096; iGroupCount = 1; bUseMembership = false; pMembershipChangeCallback = nullptr; poBreakpoint = nullptr; bIsLargeValueMode = false; pLogFunc = nullptr; eLogLevel = LogLevel::LogLevel_None; bUseCheckpointReplayer = false; } }

[ "lynncui00@gmail.com" ]

lynncui00@gmail.com

529ab5678ed62ccef265d329e5a824bde6341574

cf27989ba7d00342358b63e55558c075a35c9ac4

/gt/simple.cpp

7cc2236ebdb1bff205938d46bafd073a0af581d3

[]

no_license

VishalKhurana/DSA

1b9f2888cd332b6741a61e6426b0586615157143

6fc90621f97dee4c10e3911f8f2cc95e4a0a7903

refs/heads/master

2022-12-04T12:31:32.104914

2020-08-30T14:57:03

285,479,440

0

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cpp

#include<bits/stdc++.h> using namespace std; void simplifiedFractions(int n) { int num=1; int deno=2; for(int num=1;num<n;num++) { for(int deno=num+1;deno<num;deno++) { cout<<num<<" "<<deno<<endl; } } vector<string>arr; //return arr; } int main() { simplifiedFractions(4); return 0; }

[ "vishalkhurana972@gmail.com" ]

vishalkhurana972@gmail.com

6fc9d063f68536aaff1727791d4e0b058bdd88e5

0669271ade5ca1fd1139a3807a7d4ec4645af8c8

/sstd_qt_qml_quick_library_application/sstd_qquickmaterialstyle.cpp

c2aa54a96c366b5a9585ab9ac19a9563837e75d5

[]

no_license

ngzHappy/sstd_qt_qml_quick_library

44c44d2536fe78c8e5cff9867d595cf960e8fe17

d40b247759dc1ac603486884a522df16cfc773e0

refs/heads/master

2020-04-29T11:28:54.394654

2019-07-20T00:05:29

176,099,837

0

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#include "sstd_qquickmaterialstyle_p.h" #include <QtCore/qdebug.h> #include <QtCore/qsettings.h> #include <QtQml/qqmlinfo.h> #include <QtQuickControls2/private/qquickstyle_p.h> namespace sstd { static const QRgb colors[][14] = { // Red { 0xFFFFEBEE, // Shade50 0xFFFFCDD2, // Shade100 0xFFEF9A9A, // Shade200 0xFFE57373, // Shade300 0xFFEF5350, // Shade400 0xFFF44336, // Shade500 0xFFE53935, // Shade600 0xFFD32F2F, // Shade700 0xFFC62828, // Shade800 0xFFB71C1C, // Shade900 0xFFFF8A80, // ShadeA100 0xFFFF5252, // ShadeA200 0xFFFF1744, // ShadeA400 0xFFD50000 // ShadeA700 }, // Pink { 0xFFFCE4EC, // Shade50 0xFFF8BBD0, // Shade100 0xFFF48FB1, // Shade200 0xFFF06292, // Shade300 0xFFEC407A, // Shade400 0xFFE91E63, // Shade500 0xFFD81B60, // Shade600 0xFFC2185B, // Shade700 0xFFAD1457, // Shade800 0xFF880E4F, // Shade900 0xFFFF80AB, // ShadeA100 0xFFFF4081, // ShadeA200 0xFFF50057, // ShadeA400 0xFFC51162 // ShadeA700 }, // Purple { 0xFFF3E5F5, // Shade50 0xFFE1BEE7, // Shade100 0xFFCE93D8, // Shade200 0xFFBA68C8, // Shade300 0xFFAB47BC, // Shade400 0xFF9C27B0, // Shade500 0xFF8E24AA, // Shade600 0xFF7B1FA2, // Shade700 0xFF6A1B9A, // Shade800 0xFF4A148C, // Shade900 0xFFEA80FC, // ShadeA100 0xFFE040FB, // ShadeA200 0xFFD500F9, // ShadeA400 0xFFAA00FF // ShadeA700 }, // DeepPurple { 0xFFEDE7F6, // Shade50 0xFFD1C4E9, // Shade100 0xFFB39DDB, // Shade200 0xFF9575CD, // Shade300 0xFF7E57C2, // Shade400 0xFF673AB7, // Shade500 0xFF5E35B1, // Shade600 0xFF512DA8, // Shade700 0xFF4527A0, // Shade800 0xFF311B92, // Shade900 0xFFB388FF, // ShadeA100 0xFF7C4DFF, // ShadeA200 0xFF651FFF, // ShadeA400 0xFF6200EA // ShadeA700 }, // Indigo { 0xFFE8EAF6, // Shade50 0xFFC5CAE9, // Shade100 0xFF9FA8DA, // Shade200 0xFF7986CB, // Shade300 0xFF5C6BC0, // Shade400 0xFF3F51B5, // Shade500 0xFF3949AB, // Shade600 0xFF303F9F, // Shade700 0xFF283593, // Shade800 0xFF1A237E, // Shade900 0xFF8C9EFF, // ShadeA100 0xFF536DFE, // ShadeA200 0xFF3D5AFE, // ShadeA400 0xFF304FFE // ShadeA700 }, // Blue { 0xFFE3F2FD, // Shade50 0xFFBBDEFB, // Shade100 0xFF90CAF9, // Shade200 0xFF64B5F6, // Shade300 0xFF42A5F5, // Shade400 0xFF2196F3, // Shade500 0xFF1E88E5, // Shade600 0xFF1976D2, // Shade700 0xFF1565C0, // Shade800 0xFF0D47A1, // Shade900 0xFF82B1FF, // ShadeA100 0xFF448AFF, // ShadeA200 0xFF2979FF, // ShadeA400 0xFF2962FF // ShadeA700 }, // LightBlue { 0xFFE1F5FE, // Shade50 0xFFB3E5FC, // Shade100 0xFF81D4FA, // Shade200 0xFF4FC3F7, // Shade300 0xFF29B6F6, // Shade400 0xFF03A9F4, // Shade500 0xFF039BE5, // Shade600 0xFF0288D1, // Shade700 0xFF0277BD, // Shade800 0xFF01579B, // Shade900 0xFF80D8FF, // ShadeA100 0xFF40C4FF, // ShadeA200 0xFF00B0FF, // ShadeA400 0xFF0091EA // ShadeA700 }, // Cyan { 0xFFE0F7FA, // Shade50 0xFFB2EBF2, // Shade100 0xFF80DEEA, // Shade200 0xFF4DD0E1, // Shade300 0xFF26C6DA, // Shade400 0xFF00BCD4, // Shade500 0xFF00ACC1, // Shade600 0xFF0097A7, // Shade700 0xFF00838F, // Shade800 0xFF006064, // Shade900 0xFF84FFFF, // ShadeA100 0xFF18FFFF, // ShadeA200 0xFF00E5FF, // ShadeA400 0xFF00B8D4 // ShadeA700 }, // Teal { 0xFFE0F2F1, // Shade50 0xFFB2DFDB, // Shade100 0xFF80CBC4, // Shade200 0xFF4DB6AC, // Shade300 0xFF26A69A, // Shade400 0xFF009688, // Shade500 0xFF00897B, // Shade600 0xFF00796B, // Shade700 0xFF00695C, // Shade800 0xFF004D40, // Shade900 0xFFA7FFEB, // ShadeA100 0xFF64FFDA, // ShadeA200 0xFF1DE9B6, // ShadeA400 0xFF00BFA5 // ShadeA700 }, // Green { 0xFFE8F5E9, // Shade50 0xFFC8E6C9, // Shade100 0xFFA5D6A7, // Shade200 0xFF81C784, // Shade300 0xFF66BB6A, // Shade400 0xFF4CAF50, // Shade500 0xFF43A047, // Shade600 0xFF388E3C, // Shade700 0xFF2E7D32, // Shade800 0xFF1B5E20, // Shade900 0xFFB9F6CA, // ShadeA100 0xFF69F0AE, // ShadeA200 0xFF00E676, // ShadeA400 0xFF00C853 // ShadeA700 }, // LightGreen { 0xFFF1F8E9, // Shade50 0xFFDCEDC8, // Shade100 0xFFC5E1A5, // Shade200 0xFFAED581, // Shade300 0xFF9CCC65, // Shade400 0xFF8BC34A, // Shade500 0xFF7CB342, // Shade600 0xFF689F38, // Shade700 0xFF558B2F, // Shade800 0xFF33691E, // Shade900 0xFFCCFF90, // ShadeA100 0xFFB2FF59, // ShadeA200 0xFF76FF03, // ShadeA400 0xFF64DD17 // ShadeA700 }, // Lime { 0xFFF9FBE7, // Shade50 0xFFF0F4C3, // Shade100 0xFFE6EE9C, // Shade200 0xFFDCE775, // Shade300 0xFFD4E157, // Shade400 0xFFCDDC39, // Shade500 0xFFC0CA33, // Shade600 0xFFAFB42B, // Shade700 0xFF9E9D24, // Shade800 0xFF827717, // Shade900 0xFFF4FF81, // ShadeA100 0xFFEEFF41, // ShadeA200 0xFFC6FF00, // ShadeA400 0xFFAEEA00 // ShadeA700 }, // Yellow { 0xFFFFFDE7, // Shade50 0xFFFFF9C4, // Shade100 0xFFFFF59D, // Shade200 0xFFFFF176, // Shade300 0xFFFFEE58, // Shade400 0xFFFFEB3B, // Shade500 0xFFFDD835, // Shade600 0xFFFBC02D, // Shade700 0xFFF9A825, // Shade800 0xFFF57F17, // Shade900 0xFFFFFF8D, // ShadeA100 0xFFFFFF00, // ShadeA200 0xFFFFEA00, // ShadeA400 0xFFFFD600 // ShadeA700 }, // Amber { 0xFFFFF8E1, // Shade50 0xFFFFECB3, // Shade100 0xFFFFE082, // Shade200 0xFFFFD54F, // Shade300 0xFFFFCA28, // Shade400 0xFFFFC107, // Shade500 0xFFFFB300, // Shade600 0xFFFFA000, // Shade700 0xFFFF8F00, // Shade800 0xFFFF6F00, // Shade900 0xFFFFE57F, // ShadeA100 0xFFFFD740, // ShadeA200 0xFFFFC400, // ShadeA400 0xFFFFAB00 // ShadeA700 }, // Orange { 0xFFFFF3E0, // Shade50 0xFFFFE0B2, // Shade100 0xFFFFCC80, // Shade200 0xFFFFB74D, // Shade300 0xFFFFA726, // Shade400 0xFFFF9800, // Shade500 0xFFFB8C00, // Shade600 0xFFF57C00, // Shade700 0xFFEF6C00, // Shade800 0xFFE65100, // Shade900 0xFFFFD180, // ShadeA100 0xFFFFAB40, // ShadeA200 0xFFFF9100, // ShadeA400 0xFFFF6D00 // ShadeA700 }, // DeepOrange { 0xFFFBE9E7, // Shade50 0xFFFFCCBC, // Shade100 0xFFFFAB91, // Shade200 0xFFFF8A65, // Shade300 0xFFFF7043, // Shade400 0xFFFF5722, // Shade500 0xFFF4511E, // Shade600 0xFFE64A19, // Shade700 0xFFD84315, // Shade800 0xFFBF360C, // Shade900 0xFFFF9E80, // ShadeA100 0xFFFF6E40, // ShadeA200 0xFFFF3D00, // ShadeA400 0xFFDD2C00 // ShadeA700 }, // Brown { 0xFFEFEBE9, // Shade50 0xFFD7CCC8, // Shade100 0xFFBCAAA4, // Shade200 0xFFA1887F, // Shade300 0xFF8D6E63, // Shade400 0xFF795548, // Shade500 0xFF6D4C41, // Shade600 0xFF5D4037, // Shade700 0xFF4E342E, // Shade800 0xFF3E2723, // Shade900 0xFF000000, // ShadeA100 0xFF000000, // ShadeA200 0xFF000000, // ShadeA400 0xFF000000 // ShadeA700 }, // Grey { 0xFFFAFAFA, // Shade50 0xFFF5F5F5, // Shade100 0xFFEEEEEE, // Shade200 0xFFE0E0E0, // Shade300 0xFFBDBDBD, // Shade400 0xFF9E9E9E, // Shade500 0xFF757575, // Shade600 0xFF616161, // Shade700 0xFF424242, // Shade800 0xFF212121, // Shade900 0xFF000000, // ShadeA100 0xFF000000, // ShadeA200 0xFF000000, // ShadeA400 0xFF000000 // ShadeA700 }, // BlueGrey { 0xFFECEFF1, // Shade50 0xFFCFD8DC, // Shade100 0xFFB0BEC5, // Shade200 0xFF90A4AE, // Shade300 0xFF78909C, // Shade400 0xFF607D8B, // Shade500 0xFF546E7A, // Shade600 0xFF455A64, // Shade700 0xFF37474F, // Shade800 0xFF263238, // Shade900 0xFF000000, // ShadeA100 0xFF000000, // ShadeA200 0xFF000000, // ShadeA400 0xFF000000 // ShadeA700 } }; // If no value was inherited from a parent or explicitly set, the "global" values are used. // The initial, default values of the globals are hard-coded here, but the environment // variables and .conf file override them if specified. static QQuickMaterialStyle::Theme globalTheme = QQuickMaterialStyle::Light; static uint globalPrimary = QQuickMaterialStyle::Indigo; static uint globalAccent = QQuickMaterialStyle::Pink; static uint globalForeground = 0xDD000000; // primaryTextColorLight static uint globalBackground = 0xFFFAFAFA; // backgroundColorLight // These represent whether a global foreground/background was set. // Each style's m_hasForeground/m_hasBackground are initialized to these values. static bool hasGlobalForeground = false; static bool hasGlobalBackground = false; // These represent whether or not the global color value was specified as one of the // values that QColor accepts, as opposed to one of the pre-defined colors like Red. static bool globalPrimaryCustom = false; static bool globalAccentCustom = false; static bool globalForegroundCustom = true; static bool globalBackgroundCustom = true; // This is global because: // 1) The theme needs access to it to determine font sizes. // 2) There can only be one variant used for the whole application. static QQuickMaterialStyle::Variant globalVariant = QQuickMaterialStyle::Normal; static const QRgb backgroundColorLight = 0xFFFAFAFA; static const QRgb backgroundColorDark = 0xFF303030; static const QRgb dialogColorLight = 0xFFFFFFFF; static const QRgb dialogColorDark = 0xFF424242; static const QRgb primaryTextColorLight = 0xDD000000; static const QRgb primaryTextColorDark = 0xFFFFFFFF; static const QRgb secondaryTextColorLight = 0x89000000; static const QRgb secondaryTextColorDark = 0xB2FFFFFF; static const QRgb hintTextColorLight = 0x60000000; static const QRgb hintTextColorDark = 0x4CFFFFFF; static const QRgb dividerColorLight = 0x1E000000; static const QRgb dividerColorDark = 0x1EFFFFFF; static const QRgb iconColorLight = 0x89000000; static const QRgb iconColorDark = 0xFFFFFFFF; static const QRgb iconDisabledColorLight = 0x42000000; static const QRgb iconDisabledColorDark = 0x4CFFFFFF; static const QRgb raisedButtonColorLight = 0xFFD6D7D7; static const QRgb raisedButtonColorDark = 0x3FCCCCCC; static const QRgb raisedButtonDisabledColorLight = dividerColorLight; static const QRgb raisedButtonDisabledColorDark = dividerColorDark; static const QRgb frameColorLight = hintTextColorLight; static const QRgb frameColorDark = hintTextColorDark; static const QRgb switchUncheckedTrackColorLight = 0x42000000; static const QRgb switchUncheckedTrackColorDark = 0x4CFFFFFF; static const QRgb switchDisabledTrackColorLight = 0x1E000000; static const QRgb switchDisabledTrackColorDark = 0x19FFFFFF; static const QRgb rippleColorLight = 0x10000000; static const QRgb rippleColorDark = 0x20FFFFFF; static const QRgb spinBoxDisabledIconColorLight = 0xFFCCCCCC; static const QRgb spinBoxDisabledIconColorDark = 0xFF666666; static QQuickMaterialStyle::Theme effectiveTheme(QQuickMaterialStyle::Theme theme) { if (theme == QQuickMaterialStyle::System) theme = QQuickStylePrivate::isDarkSystemTheme() ? QQuickMaterialStyle::Dark : QQuickMaterialStyle::Light; return theme; } QQuickMaterialStyle::QQuickMaterialStyle(QObject *parent) : QQuickAttachedObject(parent), m_customPrimary(globalPrimaryCustom), m_customAccent(globalAccentCustom), m_customForeground(globalForegroundCustom), m_customBackground(globalBackgroundCustom), m_hasForeground(hasGlobalForeground), m_hasBackground(hasGlobalBackground), m_theme(globalTheme), m_primary(globalPrimary), m_accent(globalAccent), m_foreground(globalForeground), m_background(globalBackground) { QQuickAttachedObject::init(); } QQuickMaterialStyle *QQuickMaterialStyle::qmlAttachedProperties(QObject *object) { return new QQuickMaterialStyle(object); } QQuickMaterialStyle::Theme QQuickMaterialStyle::theme() const { return m_theme; } void QQuickMaterialStyle::setTheme(Theme theme) { if (theme == System) theme = QQuickStylePrivate::isDarkSystemTheme() ? Dark : Light; m_explicitTheme = true; if (m_theme == theme) return; m_theme = theme; propagateTheme(); emit themeChanged(); emit paletteChanged(); if (!m_customAccent) emit accentChanged(); if (!m_hasBackground) emit backgroundChanged(); if (!m_hasForeground) emit foregroundChanged(); } void QQuickMaterialStyle::inheritTheme(Theme theme) { if (m_explicitTheme || m_theme == theme) return; m_theme = theme; propagateTheme(); emit themeChanged(); emit paletteChanged(); if (!m_customAccent) emit accentChanged(); if (!m_hasBackground) emit backgroundChanged(); if (!m_hasForeground) emit foregroundChanged(); } void QQuickMaterialStyle::propagateTheme() { const auto styles = attachedChildren(); for (QQuickAttachedObject *child : styles) { QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(child); if (material) material->inheritTheme(m_theme); } } void QQuickMaterialStyle::resetTheme() { if (!m_explicitTheme) return; m_explicitTheme = false; QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(attachedParent()); inheritTheme(material ? material->theme() : globalTheme); } QVariant QQuickMaterialStyle::primary() const { return primaryColor(); } void QQuickMaterialStyle::setPrimary(const QVariant &var) { QRgb primary = 0; bool custom = false; if (!variantToRgba(var, "primary", &primary, &custom)) return; m_explicitPrimary = true; if (m_primary == primary) return; m_customPrimary = custom; m_primary = primary; propagatePrimary(); emit primaryChanged(); emit paletteChanged(); } void QQuickMaterialStyle::inheritPrimary(uint primary, bool custom) { if (m_explicitPrimary || m_primary == primary) return; m_customPrimary = custom; m_primary = primary; propagatePrimary(); emit primaryChanged(); emit paletteChanged(); } void QQuickMaterialStyle::propagatePrimary() { const auto styles = attachedChildren(); for (QQuickAttachedObject *child : styles) { QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(child); if (material) material->inheritPrimary(m_primary, m_customPrimary); } } void QQuickMaterialStyle::resetPrimary() { if (!m_explicitPrimary) return; m_customPrimary = false; m_explicitPrimary = false; QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(attachedParent()); if (material) inheritPrimary(material->m_primary, material->m_customPrimary); else inheritPrimary(globalPrimary, false); } QVariant QQuickMaterialStyle::accent() const { return accentColor(); } void QQuickMaterialStyle::setAccent(const QVariant &var) { QRgb accent = 0; bool custom = false; if (!variantToRgba(var, "accent", &accent, &custom)) return; m_explicitAccent = true; if (m_accent == accent) return; m_customAccent = custom; m_accent = accent; propagateAccent(); emit accentChanged(); emit paletteChanged(); } void QQuickMaterialStyle::inheritAccent(uint accent, bool custom) { if (m_explicitAccent || m_accent == accent) return; m_customAccent = custom; m_accent = accent; propagateAccent(); emit accentChanged(); emit paletteChanged(); } void QQuickMaterialStyle::propagateAccent() { const auto styles = attachedChildren(); for (QQuickAttachedObject *child : styles) { QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(child); if (material) material->inheritAccent(m_accent, m_customAccent); } } void QQuickMaterialStyle::resetAccent() { if (!m_explicitAccent) return; m_customAccent = false; m_explicitAccent = false; QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(attachedParent()); if (material) inheritAccent(material->m_accent, material->m_customAccent); else inheritAccent(globalAccent, false); } QVariant QQuickMaterialStyle::foreground() const { if (!m_hasForeground) return QColor::fromRgba(m_theme == Light ? primaryTextColorLight : primaryTextColorDark); if (m_customForeground) return QColor::fromRgba(m_foreground); if (m_foreground > BlueGrey) return QColor(); return QColor::fromRgba(colors[m_foreground][Shade500]); } void QQuickMaterialStyle::setForeground(const QVariant &var) { QRgb foreground = 0; bool custom = false; if (!variantToRgba(var, "foreground", &foreground, &custom)) return; m_hasForeground = true; m_explicitForeground = true; if (m_foreground == foreground) return; m_customForeground = custom; m_foreground = foreground; propagateForeground(); emit foregroundChanged(); } void QQuickMaterialStyle::inheritForeground(uint foreground, bool custom, bool has) { if (m_explicitForeground || m_foreground == foreground) return; m_hasForeground = has; m_customForeground = custom; m_foreground = foreground; propagateForeground(); emit foregroundChanged(); } void QQuickMaterialStyle::propagateForeground() { const auto styles = attachedChildren(); for (QQuickAttachedObject *child : styles) { QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(child); if (material) material->inheritForeground(m_foreground, m_customForeground, m_hasForeground); } } void QQuickMaterialStyle::resetForeground() { if (!m_explicitForeground) return; m_hasForeground = false; m_customForeground = false; m_explicitForeground = false; QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(attachedParent()); inheritForeground(material ? material->m_foreground : globalForeground, true, material ? material->m_hasForeground : false); } QVariant QQuickMaterialStyle::background() const { return backgroundColor(); } void QQuickMaterialStyle::setBackground(const QVariant &var) { QRgb background = 0; bool custom = false; if (!variantToRgba(var, "background", &background, &custom)) return; m_hasBackground = true; m_explicitBackground = true; if (m_background == background) return; m_customBackground = custom; m_background = background; propagateBackground(); emit backgroundChanged(); emit paletteChanged(); } void QQuickMaterialStyle::inheritBackground(uint background, bool custom, bool has) { if (m_explicitBackground || m_background == background) return; m_hasBackground = has; m_customBackground = custom; m_background = background; propagateBackground(); emit backgroundChanged(); emit paletteChanged(); } void QQuickMaterialStyle::propagateBackground() { const auto styles = attachedChildren(); for (QQuickAttachedObject *child : styles) { QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(child); if (material) material->inheritBackground(m_background, m_customBackground, m_hasBackground); } } void QQuickMaterialStyle::resetBackground() { if (!m_explicitBackground) return; m_hasBackground = false; m_customBackground = false; m_explicitBackground = false; QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(attachedParent()); inheritBackground(material ? material->m_background : globalBackground, true, material ? material->m_hasBackground : false); } int QQuickMaterialStyle::elevation() const { return m_elevation; } void QQuickMaterialStyle::setElevation(int elevation) { if (m_elevation == elevation) return; m_elevation = elevation; emit elevationChanged(); } void QQuickMaterialStyle::resetElevation() { setElevation(0); } QColor QQuickMaterialStyle::primaryColor() const { if (m_customPrimary) return QColor::fromRgba(m_primary); if (m_primary > BlueGrey) return QColor(); return colors[m_primary][Shade500]; } QColor QQuickMaterialStyle::accentColor(Shade shade) const { if (m_customAccent) return shade == themeShade() ? QColor::fromRgba(m_accent) : this->shade(QColor::fromRgba(m_accent), shade); if (m_accent > BlueGrey) return QColor(); return colors[m_accent][shade]; } QColor QQuickMaterialStyle::accentColor() const { return accentColor(themeShade()); } QColor QQuickMaterialStyle::backgroundColor(Shade shade) const { if (!m_hasBackground) return QColor::fromRgba(m_theme == Light ? backgroundColorLight : backgroundColorDark); if (m_customBackground) return shade == themeShade() ? QColor::fromRgba(m_background) : this->shade(QColor::fromRgba(m_background), shade); if (m_background > BlueGrey) return QColor(); return colors[m_background][shade]; } QColor QQuickMaterialStyle::backgroundColor() const { return backgroundColor(themeShade()); } QColor QQuickMaterialStyle::primaryTextColor() const { return QColor::fromRgba(m_theme == Light ? primaryTextColorLight : primaryTextColorDark); } QColor QQuickMaterialStyle::primaryHighlightedTextColor() const { if (m_explicitForeground) return primaryTextColor(); return QColor::fromRgba(primaryTextColorDark); } QColor QQuickMaterialStyle::secondaryTextColor() const { return QColor::fromRgba(m_theme == Light ? secondaryTextColorLight : secondaryTextColorDark); } QColor QQuickMaterialStyle::hintTextColor() const { return QColor::fromRgba(m_theme == Light ? hintTextColorLight : hintTextColorDark); } QColor QQuickMaterialStyle::textSelectionColor() const { QColor color = accentColor(); color.setAlphaF(0.4); return color; } QColor QQuickMaterialStyle::dropShadowColor() const { return QColor::fromRgba(0x40000000); } QColor QQuickMaterialStyle::dividerColor() const { return QColor::fromRgba(m_theme == Light ? dividerColorLight : dividerColorDark); } QColor QQuickMaterialStyle::iconColor() const { return QColor::fromRgba(m_theme == Light ? iconColorLight : iconColorDark); } QColor QQuickMaterialStyle::iconDisabledColor() const { return QColor::fromRgba(m_theme == Light ? iconDisabledColorLight : iconDisabledColorDark); } QColor QQuickMaterialStyle::buttonColor(bool highlighted) const { Shade shade = themeShade(); QColor color = Qt::transparent; if (m_explicitBackground) { color = backgroundColor(shade); } else if (highlighted) { color = accentColor(shade); } else if (elevation() > 0) { color = QColor::fromRgba(m_theme == Light ? raisedButtonColorLight : raisedButtonColorDark); } return color; } QColor QQuickMaterialStyle::buttonColor() const { return buttonColor(false); } QColor QQuickMaterialStyle::buttonDisabledColor() const { if (elevation() > 0) { return QColor::fromRgba(m_theme == Light ? raisedButtonDisabledColorLight : raisedButtonDisabledColorDark); } else { return Qt::transparent; } } QColor QQuickMaterialStyle::highlightedButtonColor() const { return buttonColor(true); } QColor QQuickMaterialStyle::frameColor() const { return QColor::fromRgba(m_theme == Light ? frameColorLight : frameColorDark); } QColor QQuickMaterialStyle::rippleColor() const { return QColor::fromRgba(m_theme == Light ? rippleColorLight : rippleColorDark); } QColor QQuickMaterialStyle::highlightedRippleColor() const { QColor pressColor = accentColor(); pressColor.setAlpha(m_theme == Light ? 30 : 50); return pressColor; } QColor QQuickMaterialStyle::switchUncheckedTrackColor() const { return QColor::fromRgba(m_theme == Light ? switchUncheckedTrackColorLight : switchUncheckedTrackColorDark); } QColor QQuickMaterialStyle::switchCheckedTrackColor() const { QColor trackColor(accentColor()); trackColor.setAlphaF(0.5); return trackColor; } QColor QQuickMaterialStyle::switchUncheckedHandleColor() const { return m_theme == Light ? color(Grey, Shade50) : color(Grey, Shade400); } QColor QQuickMaterialStyle::switchCheckedHandleColor() const { return m_theme == Light ? accentColor() : shade(accentColor(), Shade200); } QColor QQuickMaterialStyle::switchDisabledTrackColor() const { return QColor::fromRgba(m_theme == Light ? switchDisabledTrackColorLight : switchDisabledTrackColorDark); } QColor QQuickMaterialStyle::switchDisabledHandleColor() const { return m_theme == Light ? color(Grey, Shade400) : color(Grey, Shade800); } QColor QQuickMaterialStyle::scrollBarColor() const { return QColor::fromRgba(m_theme == Light ? 0x40000000 : 0x40FFFFFF); } QColor QQuickMaterialStyle::scrollBarHoveredColor() const { return QColor::fromRgba(m_theme == Light ? 0x60000000 : 0x60FFFFFF); } QColor QQuickMaterialStyle::scrollBarPressedColor() const { return QColor::fromRgba(m_theme == Light ? 0x80000000 : 0x80FFFFFF); } QColor QQuickMaterialStyle::dialogColor() const { if (m_hasBackground) return backgroundColor(); return QColor::fromRgba(m_theme == Light ? dialogColorLight : dialogColorDark); } QColor QQuickMaterialStyle::backgroundDimColor() const { return QColor::fromRgba(m_theme == Light ? 0x99303030 : 0x99fafafa); } QColor QQuickMaterialStyle::listHighlightColor() const { return QColor::fromRgba(m_theme == Light ? 0x1e000000 : 0x1effffff); } QColor QQuickMaterialStyle::tooltipColor() const { if (m_explicitBackground) return backgroundColor(); return color(Grey, Shade700); } QColor QQuickMaterialStyle::toolBarColor() const { if (m_explicitBackground) return backgroundColor(); return primaryColor(); } QColor QQuickMaterialStyle::toolTextColor() const { if (m_hasForeground || m_customPrimary) return primaryTextColor(); switch (m_primary) { case Red: case Pink: case Purple: case DeepPurple: case Indigo: case Blue: case Teal: case DeepOrange: case Brown: case BlueGrey: return QColor::fromRgba(primaryTextColorDark); case LightBlue: case Cyan: case Green: case LightGreen: case Lime: case Yellow: case Amber: case Orange: case Grey: return QColor::fromRgba(primaryTextColorLight); default: break; } return primaryTextColor(); } QColor QQuickMaterialStyle::spinBoxDisabledIconColor() const { return QColor::fromRgba(m_theme == Light ? spinBoxDisabledIconColorLight : spinBoxDisabledIconColorDark); } QColor QQuickMaterialStyle::color(QQuickMaterialStyle::Color color, QQuickMaterialStyle::Shade shade) const { int count = sizeof(colors) / sizeof(colors[0]); if (color < 0 || color >= count) return QColor(); count = sizeof(colors[0]) / sizeof(colors[0][0]); if (shade < 0 || shade >= count) return QColor(); return colors[color][shade]; } static QColor lighterShade(const QColor &color, qreal amount) { QColor hsl = color.toHsl(); hsl.setHslF(hsl.hueF(), hsl.saturationF(), qBound<qreal>(0.0, hsl.lightnessF() + amount, 1.0), color.alphaF()); return hsl.convertTo(color.spec()); } static QColor darkerShade(const QColor &color, qreal amount) { QColor hsl = color.toHsl(); hsl.setHslF(hsl.hueF(), hsl.saturationF(), qBound<qreal>(0.0, hsl.lightnessF() - amount, 1.0), color.alphaF()); return hsl.convertTo(color.spec()); } QQuickMaterialStyle::Shade QQuickMaterialStyle::themeShade() const { return m_theme == Light ? Shade500 : Shade200; } /* * The following lightness values originate from the Material Design Color Generator project. * * The MIT License (MIT) * * Copyright (c) 2015 mbitson * * Permission is hereby granted, free of charge, to any person obtaining a copy * of this software and associated documentation files (the "Software"), to deal * in the Software without restriction, including without limitation the rights * to use, copy, modify, merge, publish, distribute, sublicense, and/or sell * copies of the Software, and to permit persons to whom the Software is * furnished to do so, subject to the following conditions: * * The above copyright notice and this permission notice shall be included in all * copies or substantial portions of the Software. * * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR * IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, * FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE * AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER * LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, * OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE * SOFTWARE. */ // Returns the same color, if shade == themeShade() QColor QQuickMaterialStyle::shade(const QColor &color, Shade shade) const { switch (shade) { case Shade50: return lighterShade(color, m_theme == Light ? 0.52 : 0.26); case Shade100: return lighterShade(color, m_theme == Light ? 0.37 : 0.11); case Shade200: return m_theme == Light ? lighterShade(color, 0.26) : color; case Shade300: return m_theme == Light ? lighterShade(color, 0.12) : darkerShade(color, 0.14); case Shade400: return m_theme == Light ? lighterShade(color, 0.06) : darkerShade(color, 0.20); case Shade500: return m_theme == Light ? color : darkerShade(color, 0.26); case Shade600: return darkerShade(color, m_theme == Light ? 0.06 : 0.32); case Shade700: return darkerShade(color, m_theme == Light ? 0.12 : 0.38); case Shade800: return darkerShade(color, m_theme == Light ? 0.18 : 0.44); case Shade900: return darkerShade(color, m_theme == Light ? 0.24 : 0.50); case ShadeA100: return lighterShade(color, m_theme == Light ? 0.54 : 0.28); case ShadeA200: return lighterShade(color, m_theme == Light ? 0.37 : 0.11); case ShadeA400: return m_theme == Light ? lighterShade(color, 0.06) : darkerShade(color, 0.20); case ShadeA700: return darkerShade(color, m_theme == Light ? 0.12 : 0.38); default: Q_UNREACHABLE(); return QColor(); } } int QQuickMaterialStyle::touchTarget() const { // https://material.io/guidelines/components/buttons.html#buttons-style return globalVariant == Dense ? 44 : 48; } int QQuickMaterialStyle::buttonHeight() const { // https://material.io/guidelines/components/buttons.html#buttons-style return globalVariant == Dense ? 32 : 36; } int QQuickMaterialStyle::delegateHeight() const { // https://material.io/guidelines/components/lists.html#lists-specs return globalVariant == Dense ? 40 : 48; } int QQuickMaterialStyle::dialogButtonBoxHeight() const { return globalVariant == Dense ? 48 : 52; } int QQuickMaterialStyle::frameVerticalPadding() const { return globalVariant == Dense ? 8 : 12; } int QQuickMaterialStyle::menuItemHeight() const { // https://material.io/guidelines/components/menus.html#menus-simple-menus return globalVariant == Dense ? 32 : 48; } int QQuickMaterialStyle::menuItemVerticalPadding() const { return globalVariant == Dense ? 8 : 12; } int QQuickMaterialStyle::switchDelegateVerticalPadding() const { // SwitchDelegate's indicator is much larger than the others due to the shadow, // so we must reduce its padding to ensure its implicitHeight is 40 when dense. return globalVariant == Dense ? 4 : 8; } int QQuickMaterialStyle::tooltipHeight() const { // https://material.io/guidelines/components/tooltips.html return globalVariant == Dense ? 22 : 32; } QQuickMaterialStyle::Variant QQuickMaterialStyle::variant() { return globalVariant; } template <typename Enum> static Enum toEnumValue(const QByteArray &value, bool *ok) { QMetaEnum enumeration = QMetaEnum::fromType<Enum>(); return static_cast<Enum>(enumeration.keyToValue(value, ok)); } static QByteArray resolveSetting(const QByteArray &env, const QSharedPointer<QSettings> &settings, const QString &name) { QByteArray value = qgetenv(env); #if QT_CONFIG(settings) if (value.isNull() && !settings.isNull()) value = settings->value(name).toByteArray(); #endif return value; } void QQuickMaterialStyle::initGlobals() { QSharedPointer<QSettings> settings = QQuickStylePrivate::settings(QStringLiteral("Material")); bool ok = false; QByteArray themeValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_THEME", settings, QStringLiteral("Theme")); Theme themeEnum = toEnumValue<Theme>(themeValue, &ok); if (ok) globalTheme = effectiveTheme(themeEnum); else if (!themeValue.isEmpty()) qWarning().nospace().noquote() << "Material: unknown theme value: " << themeValue; QByteArray variantValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_VARIANT", settings, QStringLiteral("Variant")); Variant variantEnum = toEnumValue<Variant>(variantValue, &ok); if (ok) globalVariant = variantEnum; else if (!variantValue.isEmpty()) qWarning().nospace().noquote() << "Material: unknown variant value: " << variantValue; QByteArray primaryValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_PRIMARY", settings, QStringLiteral("Primary")); Color primaryEnum = toEnumValue<Color>(primaryValue, &ok); if (ok) { globalPrimaryCustom = false; globalPrimary = primaryEnum; } else { QColor color(primaryValue.constData()); if (color.isValid()) { globalPrimaryCustom = true; globalPrimary = color.rgba(); } else if (!primaryValue.isEmpty()) { qWarning().nospace().noquote() << "Material: unknown primary value: " << primaryValue; } } QByteArray accentValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_ACCENT", settings, QStringLiteral("Accent")); Color accentEnum = toEnumValue<Color>(accentValue, &ok); if (ok) { globalAccentCustom = false; globalAccent = accentEnum; } else if (!accentValue.isEmpty()) { QColor color(accentValue.constData()); if (color.isValid()) { globalAccentCustom = true; globalAccent = color.rgba(); } else { qWarning().nospace().noquote() << "Material: unknown accent value: " << accentValue; } } QByteArray foregroundValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_FOREGROUND", settings, QStringLiteral("Foreground")); Color foregroundEnum = toEnumValue<Color>(foregroundValue, &ok); if (ok) { globalForegroundCustom = false; globalForeground = foregroundEnum; hasGlobalForeground = true; } else if (!foregroundValue.isEmpty()) { QColor color(foregroundValue.constData()); if (color.isValid()) { globalForegroundCustom = true; globalForeground = color.rgba(); hasGlobalForeground = true; } else { qWarning().nospace().noquote() << "Material: unknown foreground value: " << foregroundValue; } } QByteArray backgroundValue = resolveSetting("QT_QUICK_CONTROLS_MATERIAL_BACKGROUND", settings, QStringLiteral("Background")); Color backgroundEnum = toEnumValue<Color>(backgroundValue, &ok); if (ok) { globalBackgroundCustom = false; globalBackground = backgroundEnum; hasGlobalBackground = true; } else if (!backgroundValue.isEmpty()) { QColor color(backgroundValue.constData()); if (color.isValid()) { globalBackgroundCustom = true; globalBackground = color.rgba(); hasGlobalBackground = true; } else { qWarning().nospace().noquote() << "Material: unknown background value: " << backgroundValue; } } } void QQuickMaterialStyle::attachedParentChange(QQuickAttachedObject *newParent, QQuickAttachedObject *oldParent) { Q_UNUSED(oldParent); QQuickMaterialStyle *material = qobject_cast<QQuickMaterialStyle *>(newParent); if (material) { inheritPrimary(material->m_primary, material->m_customPrimary); inheritAccent(material->m_accent, material->m_customAccent); inheritForeground(material->m_foreground, material->m_customForeground, material->m_hasForeground); inheritBackground(material->m_background, material->m_customBackground, material->m_hasBackground); inheritTheme(material->theme()); } } bool QQuickMaterialStyle::variantToRgba(const QVariant &var, const char *name, QRgb *rgba, bool *custom) const { *custom = false; if (var.type() == QVariant::Int) { int val = var.toInt(); if (val > BlueGrey) { qmlWarning(parent()) << "unknown Material." << name << " value: " << val; return false; } *rgba = val; } else { int val = QMetaEnum::fromType<Color>().keyToValue(var.toByteArray()); if (val != -1) { *rgba = val; } else { QColor color(var.toString()); if (!color.isValid()) { qmlWarning(parent()) << "unknown Material." << name << " value: " << var.toString(); return false; } *custom = true; *rgba = color.rgba(); } } return true; } }/*namespace sstd*/

[ "zhaixueqiang@hotmail.com" ]

zhaixueqiang@hotmail.com

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kassent/IndividualizedShoutCooldowns

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#pragma once #include "BSExtraData.h" class ExtraStartingPosition : public BSExtraData { public: enum { kExtraTypeID = (UInt32)ExtraDataType::StartingPosition }; UInt32 unk08; UInt32 unk0C; UInt32 unk10; UInt32 unk14; UInt32 unk18; UInt32 unk1C; UInt32 unk20; private: DEFINE_MEMBER_FN(ctor, void, 0x0040DC50, UInt32 unk); };

[ "wangzhengzewzz@gmail.com" ]

wangzhengzewzz@gmail.com

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/Utilities/TestUtilities/TestUtilities.h

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chetalimahore/Key-Value-NoSQL-Database

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#pragma once /////////////////////////////////////////////////////////////////////// // TestUtilities.h - provides single-user test harness // // ver 1.0 // // Language: C++, Visual Studio 2017 // // Application: Most Projects, CSE687 - Object Oriented Design // // Author: Jim Fawcett, Syracuse University, CST 4-187 // // jfawcett@twcny.rr.com // /////////////////////////////////////////////////////////////////////// /* * Package Operations: * ------------------- * This package provides classes: * - TestExecutor Executes single test in the context of a try-catch block * - TestExecutive Uses TestExecutor to run a sequence of tests * * Required Files: * --------------- * TestUtilities.h * * Maintenance History: * -------------------- * ver 1.0 : 12 Jan 2018 * - first release * - refactored from earlier Utilities.h * * Notes: * ------ * - Designed to provide all functionality in header file. * - Implementation file only needed for test and demo. * * Planned Additions and Changes: * ------------------------------ * - none yet */ #include <vector> ///////////////////////////////////////////////////////////////////// // TestExecutor class // - supports execution of callable objects for testing in the // context of a try-catch block. template<typename T> class TestExecutor { public: bool execute(T t, const std::string& name, std::ostream& out = std::cout); private: void check(bool result, std::ostream& out); }; //----< execute tests in the context of a try-catch block >---------- template <typename T> bool TestExecutor<T>::execute(T t, const std::string& name, std::ostream& out) { bool result = false; try { result = t(); check(result, out); out << " -- \"" << name << "\"\n"; } catch (std::exception& ex) { check(false, out); out << " -- \"" << name << "\" "; out << ex.what() << "\n"; } return result; } //----< display test results >--------------------------------------- template<typename T> void TestExecutor<T>::check(bool result, std::ostream& out) { if (result) out << " passed"; else out << " failed"; } /////////////////////////////////////////////////////////////////////// // TestExecutive class // - executes a sequence of tests with the help of TestExecutor class TestExecutive { public: using Test = std::function<bool()>; //function pointer - fucntions with names that will return the value using TestStr = struct { Test test; // std::string testName; }; using Tests = std::vector<TestStr>; bool doTests(); void registerTest(Test t, const std::string& testName); void registerTest(TestStr ts); private: Tests tests_; }; inline void TestExecutive::registerTest(Test t, const std::string& testName) { TestStr ts{ t, testName }; tests_.push_back(ts); } inline void TestExecutive::registerTest(TestStr ts) { tests_.push_back(ts); } inline bool TestExecutive::doTests() { TestExecutor<Test> tester; //iterate through all the tests bool result = true; for (auto item : tests_) { bool tResult = tester.execute(item.test, item.testName); if (tResult == false) result = false; } return result; }

[ "chetalimahore@gmail.com" ]

chetalimahore@gmail.com

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/sensor_hal/libsensors/sensor-daemon.cpp

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batoom/test

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#include <stdio.h> #define LOG_TAG "RzSensD" #include <cutils/properties.h> #include <utils/Log.h> #include <utils/Timers.h> #include <utils/threads.h> #include <utils/Errors.h> #include <stdlib.h> #include <stdio.h> #include <unistd.h> #include <fcntl.h> #include <memory.h> #include <errno.h> #include <assert.h> #include <string.h> #include <stdint.h> #include <dirent.h> #ifdef HAVE_INOTIFY # include <sys/inotify.h> #endif #ifdef HAVE_ANDROID_OS # include <sys/limits.h> /* not part of Linux */ #endif #include <sys/poll.h> #include <sys/ioctl.h> #include <linux/input.h> #include <hardware/sensors.h> #include <cutils/sockets.h> #include <map> #define HMC5883 #ifdef HMC5883 #include <math.h> extern "C"{ #include <HMSHardIronCal.h> #include <HMSHeading.h> } #define PI 3.1415926535897932f #endif using namespace std; struct sensor_iio_t { const char *classic_name; const char *dev_path; void (*handle_sensor_event)(); }; struct sensor_info_t { const char *classic_name; const char *dev_name; const char *dev_path; int fd; void (*handle_sensor_event)(int fd); }; #define fatal() do { \ LOGE("Error: %s %d\n", __FUNCTION__, __LINE__); \ exit(-1); \ } while (0) static int g_timer_triggered; static int g_accl[3]; static int g_lux; static bool g_lux_updated; static void handle_acceleration(int fd) { struct input_event iev; if (read(fd, &iev, sizeof(iev)) != sizeof(iev)) { return; } if (iev.type == EV_ABS && iev.code < 3) { g_accl[iev.code] = iev.value; } } static void handle_light_sensor(); static void handle_compass_sensor(); sensor_iio_t sensors_iio_info [] = { { "light", "/sys/devices/platform/tegra_i2c.0/i2c-0/0-0044/iio/device0/lux", handle_light_sensor, }, { //"magnetic-field", "orientation", "/dev/hmc5883", handle_compass_sensor, } }; #define NUM_IIO_SENSORS (sizeof(sensors_iio_info) / sizeof(sensors_iio_info[0])) static void handle_light_sensor() { static bool got_path = false; static const char * lux_path = NULL; if (got_path == false) { got_path == true; for (int i=0; i < NUM_IIO_SENSORS; i++) { if (!strcmp(sensors_iio_info[i].classic_name, "light")) { lux_path = sensors_iio_info[i].dev_path; break; } } } if (lux_path == NULL) { LOGE("Error: no light sensor config at %s %d\n", __FUNCTION__, __LINE__); return; } FILE* fp = fopen(lux_path, "r"); if (fp == NULL) { LOGE("Error: open %s failed at %s %d\n", lux_path, __FUNCTION__, __LINE__); return; } char buff[1024]; long int lux = 0; if (fgets(buff, sizeof buff, fp) == NULL) { LOGE("Error: no light sensor data at %s %d\n", __FUNCTION__, __LINE__); goto final; } lux = strtol(buff, NULL, 0); g_lux = lux; g_lux_updated = true; final: fclose(fp); } struct compass_data_t { short x; short y; short z; }; static struct compass_data_t g_compass_data; static bool g_compass_updated; static void handle_compass_sensor() { static bool got_path = false; static const char * compass_path = NULL; if (got_path == false) { got_path == true; for (int i=0; i < NUM_IIO_SENSORS; i++) { // if (!strcmp(sensors_iio_info[i].classic_name, "magnetic-field")) { if (!strcmp(sensors_iio_info[i].classic_name, "orientation")) { compass_path = sensors_iio_info[i].dev_path; break; } } } if (compass_path == NULL) { LOGE("Error: no light sensor config at %s %d\n", __FUNCTION__, __LINE__); return; } FILE* fp = fopen(compass_path, "r"); if (fp == NULL) { LOGE("Error: open %s failed at %s %d\n", compass_path, __FUNCTION__, __LINE__); return; } compass_data_t compass_data; if (fread(&compass_data, sizeof compass_data, 1, fp) != 1) { LOGE("Error: no compass sensor data at %s %d\n", __FUNCTION__, __LINE__); goto final; } g_compass_data = compass_data; g_compass_updated = true; final: fclose(fp); } sensor_info_t sensors_info [] = { { "acceleration", "accelerometer_tegra", NULL, -1, handle_acceleration, }, }; #define NUM_SENSORS (sizeof(sensors_info)/sizeof(sensors_info[0])) class dev_obj_t { public: int fd; typedef void (*handle_dev_t)(int fd); handle_dev_t handle_dev; dev_obj_t(int fd, handle_dev_t handle_dev) { this->fd = fd; this->handle_dev = handle_dev; } }; static map<int, dev_obj_t*> g_dev_input; static int open_device(const char *deviceName) { int fd; char name[80]; fd = open(deviceName, O_RDWR); if(fd < 0) { LOGE("could not open %s, %s\n", deviceName, strerror(errno)); return -1; } name[sizeof(name) - 1] = '\0'; if(ioctl(fd, EVIOCGNAME(sizeof(name) - 1), &name) < 1) { name[0] = '\0'; } for (unsigned int i=0; i < NUM_SENSORS; i++) { if (!strncmp(name, sensors_info[i].dev_name, strlen(sensors_info[i].dev_name))) { g_dev_input[fd] = new dev_obj_t(fd, sensors_info[i].handle_sensor_event); sensors_info[i].dev_path = strdup(deviceName); sensors_info[i].fd = fd; return 0; } } close(fd); return 0; } static int scan_dir(const char *dirname) { char devname[PATH_MAX]; char *filename; DIR *dir; struct dirent *de; dir = opendir(dirname); if(dir == NULL) return -1; strcpy(devname, dirname); filename = devname + strlen(devname); *filename++ = '/'; while((de = readdir(dir))) { if(de->d_name[0] == '.' && (de->d_name[1] == '\0' || (de->d_name[1] == '.' && de->d_name[2] == '\0'))) continue; strcpy(filename, de->d_name); open_device(devname); } closedir(dir); return 0; } static void list_sensors(FILE* fp) { for (unsigned int i=0; i < NUM_SENSORS; i++) { if (sensors_info[i].fd >= 0) { fprintf(fp, "%s\n", sensors_info[i].classic_name); } } for (unsigned int i=0; i < NUM_IIO_SENSORS; i++) { fprintf(fp, "%s\n", (sensors_iio_info[i].classic_name)); } fprintf(fp, "end-of-sensors\n"); } class input_obj_t { public: int ifd; int ofd; int started; FILE* ifile; FILE* ofile; public: ~input_obj_t(); input_obj_t(int ifd, FILE* ifile, int ofd, FILE* ofile); }; class accept_obj_t { public: int fd; accept_obj_t(int fd) { this->fd = fd; } }; static map<int, input_obj_t*> g_cmd_input; static map<int, accept_obj_t*> g_accept_input; static void init_timer(unsigned int ms) { if (ms < 20) { ms = 20; } //assert(ms < 1000000); struct timeval tv = {0, ms * 1000}; struct itimerval itv = {tv, tv}; setitimer(ITIMER_REAL, &itv, NULL); } //get rid of the NL char at the end of a string void chomp(char *buff) { for (int i=0; buff[i]; i++) { if (buff[i] == '\n') { buff[i] = 0; break; } } } static void handle_commands(const int fd) { LOGD("%s: %d: fd is %d", __FUNCTION__, __LINE__, fd); char buff[1024]; if (fgets(buff, 1024, g_cmd_input[fd]->ifile) == NULL) { delete g_cmd_input[fd]; g_cmd_input.erase(fd); if (g_cmd_input.empty() && g_accept_input.empty()) { LOGD("exit: no more input! %s: %d\n", __FUNCTION__, __LINE__); exit(0); } return; } chomp(buff); LOGD("%s: %d: got cmd: %s", __FUNCTION__, __LINE__, buff); int msec; if (sscanf(buff, "set-delay:%d", &msec) == 1) { if (msec < 20) { msec = 20; } init_timer(msec); } else if (!strcmp(buff, "list-sensors")) { FILE* fp = g_cmd_input[fd]->ofile; list_sensors(fp); } else if (!strcmp(buff, "start")) { g_cmd_input[fd]->started = 1; } else { LOGE("unknown command: %s %d", __FUNCTION__, __LINE__); } } static void alarm_handler(int host_signum) { g_timer_triggered = 1; } static int64_t data__now_ms(void) { struct timespec ts; clock_gettime(CLOCK_MONOTONIC, &ts); return (int64_t)ts.tv_sec * 1000000 + ts.tv_nsec/1000; } int g_daemon_mode; #define CONTROL_SOCKET_NAME "sensor_daemon" static void setup_signal() { struct sigaction act; sigfillset(&act.sa_mask); act.sa_flags = 0; act.sa_handler = alarm_handler; sigaction(SIGALRM, &act, NULL); } struct pollfds_t { int nfds; int capcity; struct pollfd* pfds; }; static int fd_accept(int fd) { struct sockaddr from; socklen_t fromlen = sizeof(from); int ret; do { ret = accept(fd, &from, &fromlen); } while (ret < 0 && errno == EINTR); LOGD("%s: %d ret is %d", __FUNCTION__, __LINE__, ret); return ret; } input_obj_t::input_obj_t(int ifd, FILE* ifile, int ofd, FILE* ofile) { this->ifd = ifd; this->ifile = ifile; this->ofd = ofd; this->ofile = ofile; this->started = 0; } input_obj_t::~input_obj_t() { fclose(ifile); if (ofile != ifile) { fclose(ofile); } // just in case close(ifd); close(ofd); } template <class keytype, class valtype> bool contains(const map<keytype, valtype>& map_obj, const keytype& key) { return map_obj.find(key) != map_obj.end(); } void handle_dev(const int fd) { g_dev_input[fd]->handle_dev(fd); } void handle_poll_result(const struct pollfd& pollfd) { if (contains(g_accept_input, pollfd.fd)) { int ret = fd_accept(pollfd.fd); if (ret < 0) { LOGE("%s %d: %s", __FUNCTION__, __LINE__, strerror(errno)); return; } else { FILE* fp = fdopen(ret, "r+"); if (fp == NULL) { fatal(); } setlinebuf(fp); g_cmd_input[ret] = new input_obj_t(ret, fp, ret, fp); } } else if (contains(g_cmd_input, pollfd.fd)) { handle_commands(pollfd.fd); } else if (contains(g_dev_input, pollfd.fd)) { handle_dev(pollfd.fd); } else { LOGE("%s %d: eh?", __FUNCTION__, __LINE__); } } int fill_write_fds(pollfds_t& pollfds) { int nfds = g_cmd_input.size(); if (pollfds.capcity < nfds) { pollfds.capcity = nfds + 5; pollfds.pfds = (struct pollfd*) realloc(pollfds.pfds, pollfds.capcity * sizeof(struct pollfd)); if (pollfds.pfds == NULL) { fatal(); } } pollfds.nfds = nfds; int i = 0; for (map<int, input_obj_t*>::const_iterator it = g_cmd_input.begin(); it != g_cmd_input.end(); it ++) { pollfds.pfds[i].fd = it->second->ofd; pollfds.pfds[i].events = POLLOUT; pollfds.pfds[i].revents = 0; i++; } return 0; } int fill_pollfds(pollfds_t& pollfds) { int nfds = g_accept_input.size() + g_cmd_input.size() + g_dev_input.size(); if (nfds == 0) { fatal(); } if (pollfds.capcity < nfds) { pollfds.capcity = nfds + 5; pollfds.pfds = (struct pollfd*) realloc(pollfds.pfds, pollfds.capcity * sizeof(struct pollfd)); if (pollfds.pfds == NULL) { fatal(); } } pollfds.nfds = nfds; int i = 0; for (map<int, accept_obj_t*>::const_iterator it = g_accept_input.begin(); it != g_accept_input.end(); it ++) { pollfds.pfds[i].fd = it->first; pollfds.pfds[i].events = POLLIN; pollfds.pfds[i].revents = 0; i++; } for (map<int, input_obj_t*>::const_iterator it = g_cmd_input.begin(); it != g_cmd_input.end(); it ++) { pollfds.pfds[i].fd = it->first; pollfds.pfds[i].events = POLLIN; pollfds.pfds[i].revents = 0; i++; } for (map<int, dev_obj_t*>::const_iterator it = g_dev_input.begin(); it != g_dev_input.end(); it ++) { pollfds.pfds[i].fd = it->first; pollfds.pfds[i].events = POLLIN; pollfds.pfds[i].revents = 0; i++; } return 0; } static int fprintf_if_started(FILE* fp, const char* fmt, ...) { for (map<int, input_obj_t*>::const_iterator it = g_cmd_input.begin(); it != g_cmd_input.end(); it ++) { if (it->second->ofile == fp && !it->second->started) { return 0; } } va_list ap; va_start(ap, fmt); int ret = vfprintf(fp, fmt, ap); va_end(ap); return ret; } // static int compass_data[3]; static float orietation_data[3]; static float sensor_angle[3]; static int Calculate_Sensor_Angle(void) { float ipitch, iroll; float tmp = 0; float x, y, z; x = orietation_data[0]; y = orietation_data[1]; z = orietation_data[2]; //ipitch if (y != 0) { tmp = z/y; ipitch = atan(tmp)*180/PI; } else ipitch = (z>0)?90:-90; if (z <= 0) { if (y >= 0) ipitch = 90 + ipitch; else ipitch = ipitch - 90;//180 } else { if (y >= 0) ipitch = ipitch - 90; else ipitch = 90 + ipitch; } sensor_angle[1] = ((int)(ipitch*10 + 0.5))/10.0; // roll if (x!=0) { tmp = z/x; iroll = atan(tmp)*180/PI; } else iroll = (z>0)?90:-90; if (z <= 0) { if (x >= 0) iroll = iroll + 90; else iroll = iroll - 90; } else { if (x >= 0) iroll = iroll + 90 ; else iroll = iroll - 90 ; } sensor_angle[2] = ((int)(iroll*10 + 0.5))/10.0; // DBG("cruise Calculate_Sensor_Angle : ******** [Y]:%f [Z]:%f ******\n", sensor_angle[1], sensor_angle[2]); return 0; } static void calculate_compass() { int magX = 0; int magY = 0; int magZ = 0; static int count = 0; int iResult; int offsets[3] = {0}; double dHeading = 0; float accForward; float accLeft; orietation_data[0] = g_accl[0]; orietation_data[1] = g_accl[1]; orietation_data[2] = g_accl[2]; compass_data[0] = g_compass_data.y; compass_data[1] = -g_compass_data.x; compass_data[2] = g_compass_data.z; magX = compass_data[0]; magY = compass_data[1]; magZ = compass_data[2]; count++; if (count < 120){ CollectDataItem(magX, magY, magZ); //LOGE("CollectData.\n"); } iResult = Calibrate(&offsets[0]); // Elsewhere in the application, getting magnetic data and correcting out the // hard iron disturbances magX -= offsets[0]; magY -= offsets[1]; magZ -= offsets[2]; //Magnetic field data is now ready to be used accForward = 0; accLeft = 0; dHeading = Heading(-magX,magY,magZ,accForward ,accLeft); if (dHeading >0) { // Use the Heading Value g_compass_data.x = dHeading; } Calculate_Sensor_Angle(); g_compass_data.y = sensor_angle[1]; g_compass_data.z = sensor_angle[2]; } static void handle_write_poll_result(const struct pollfd& pfd) { for (map<int, input_obj_t*>::const_iterator it = g_cmd_input.begin(); it != g_cmd_input.end(); it ++) { if (it->second->ofd == pfd.fd) { fprintf_if_started(it->second->ofile, "acceleration:%g:%g:%g\n", GRAVITY_EARTH * g_accl[1]/1000, GRAVITY_EARTH * g_accl[0]/1000, GRAVITY_EARTH * g_accl[2]/1000); if (g_lux_updated) { fprintf_if_started(it->second->ofile, "light:%g\n", (float)g_lux); } if (g_compass_updated) { calculate_compass(); fprintf_if_started(it->second->ofile, "magnetic:%d:%d:%d\n", g_compass_data.x, g_compass_data.y, g_compass_data.z); } fprintf_if_started(it->second->ofile, "sync:%lld\n", data__now_ms()); } } g_lux_updated = false; } int main(int argc, char *argv[]) { LOGD("%s: %d", __FUNCTION__, __LINE__); int fd = android_get_control_socket(CONTROL_SOCKET_NAME); if (fd < 0) { LOGE("couldn't get fd for control socket '%s', running as non-daemon", CONTROL_SOCKET_NAME); g_cmd_input[0] = new input_obj_t(0, stdin, 1, stdout); setlinebuf(stdout); } else { g_accept_input[fd] = new accept_obj_t(fd); listen(fd, 5); } scan_dir("/dev/input"); setup_signal(); init_timer(200); pollfds_t pollfds = {0, 0, NULL}; pollfds_t write_fds = {0, 0, NULL}; while (1) { fill_pollfds(pollfds); poll(pollfds.pfds, pollfds.nfds, -1); for (int i = 0; i < pollfds.nfds; i++) { if (pollfds.pfds[i].revents & POLLIN) { handle_poll_result(pollfds.pfds[i]); } } if (g_timer_triggered) { g_timer_triggered = 0; fill_write_fds(write_fds); if (write_fds.nfds == 0) { continue; } for (int i=0; i < NUM_IIO_SENSORS; i++) { sensors_iio_info[i].handle_sensor_event(); } poll(write_fds.pfds, write_fds.nfds, 1); for (int i = 0; i < write_fds.nfds; i++) { if (write_fds.pfds[i].revents & POLLOUT) { handle_write_poll_result(write_fds.pfds[i]); } } } } return 0; }

[ "bcxu@hzwowpad.com" ]

bcxu@hzwowpad.com

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koobonil/Boss2D

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/* * Copyright (c) 2011 The WebRTC project authors. All Rights Reserved. * * Use of this source code is governed by a BSD-style license * that can be found in the LICENSE file in the root of the source * tree. An additional intellectual property rights grant can be found * in the file PATENTS. All contributing project authors may * be found in the AUTHORS file in the root of the source tree. */ #ifndef MODULES_RTP_RTCP_SOURCE_DTMF_QUEUE_H_ #define MODULES_RTP_RTCP_SOURCE_DTMF_QUEUE_H_ #include <list> #include BOSS_WEBRTC_U_rtc_base__criticalsection_h //original-code:"rtc_base/criticalsection.h" namespace webrtc { class DtmfQueue { public: struct Event { uint16_t duration_ms = 0; uint8_t payload_type = 0; uint8_t key = 0; uint8_t level = 0; }; DtmfQueue(); ~DtmfQueue(); bool AddDtmf(const Event& event); bool NextDtmf(Event* event); bool PendingDtmf() const; private: rtc::CriticalSection dtmf_critsect_; std::list<Event> queue_; }; } // namespace webrtc #endif // MODULES_RTP_RTCP_SOURCE_DTMF_QUEUE_H_

[ "slacealic@nate.com" ]

slacealic@nate.com

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/include/jet/scalar_grid3.h

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dokipen3d/fluid-engine-dev

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// Copyright (c) 2016 Doyub Kim #ifndef INCLUDE_JET_SCALAR_GRID3_H_ #define INCLUDE_JET_SCALAR_GRID3_H_ #include <jet/array3.h> #include <jet/array_accessor3.h> #include <jet/array_samplers3.h> #include <jet/grid3.h> #include <jet/scalar_field3.h> #include <memory> namespace jet { //! Abstract base class for 3-D scalar grid structure. class ScalarGrid3 : public ScalarField3, public Grid3 { public: //! Read-write array accessor type. typedef ArrayAccessor3<double> ScalarDataAccessor; //! Read-only array accessor type. typedef ConstArrayAccessor3<double> ConstScalarDataAccessor; //! Constructs an empty grid. ScalarGrid3(); //! Default destructor. virtual ~ScalarGrid3(); //! //! \brief Returns the size of the grid data. //! //! This function returns the size of the grid data which is not necessarily //! equal to the grid resolution if the data is not stored at cell-center. //! virtual Size3 dataSize() const = 0; //! //! \brief Returns the origin of the grid data. //! //! This function returns data position for the grid point at (0, 0, 0). //! Note that this is different from origin() since origin() returns //! the lower corner point of the bounding box. //! virtual Vector3D dataOrigin() const = 0; //! Returns the copy of the grid instance. virtual std::shared_ptr<ScalarGrid3> clone() const = 0; //! Clears the contents of the grid. void clear(); //! Resizes the grid using given parameters. void resize( size_t resolutionX, size_t resolutionY, size_t resolutionZ, double gridSpacingX = 1.0, double gridSpacingY = 1.0, double gridSpacingZ = 1.0, double originX = 0.0, double originY = 0.0, double originZ = 0.0, double initialValue = 0.0); //! Resizes the grid using given parameters. void resize( const Size3& resolution, const Vector3D& gridSpacing = Vector3D(1, 1, 1), const Vector3D& origin = Vector3D(), double initialValue = 0.0); //! Resizes the grid using given parameters. void resize( double gridSpacingX, double gridSpacingY, double gridSpacingZ, double originX, double originY, double originZ); //! Resizes the grid using given parameters. void resize(const Vector3D& gridSpacing, const Vector3D& origin); //! Returns the grid data at given data point. const double& operator()(size_t i, size_t j, size_t k) const; //! Returns the grid data at given data point. double& operator()(size_t i, size_t j, size_t k); //! Returns the gradient vector at given data point. Vector3D gradientAtDataPoint(size_t i, size_t j, size_t k) const; //! Returns the Laplacian at given data point. double laplacianAtDataPoint(size_t i, size_t j, size_t k) const; //! Returns the read-write data array accessor. ScalarDataAccessor dataAccessor(); //! Returns the read-only data array accessor. ConstScalarDataAccessor constDataAccessor() const; //! Returns the function that maps data point to its position. DataPositionFunc dataPosition() const; //! Fills the grid with given value. void fill(double value); //! Fills the grid with given position-to-value mapping function. void fill(const std::function<double(const Vector3D&)>& func); //! //! \brief Invokes the given function \p func for each data point. //! //! This function invokes the given function object \p func for each data //! point in serial manner. The input parameters are i and j indices of a //! data point. The order of execution is i-first, j-last. //! void forEachDataPointIndex( const std::function<void(size_t, size_t, size_t)>& func) const; //! //! \brief Invokes the given function \p func for each data point //! parallelly. //! //! This function invokes the given function object \p func for each data //! point in parallel manner. The input parameters are i and j indices of a //! data point. The order of execution can be arbitrary since it's //! multi-threaded. //! void parallelForEachDataPointIndex( const std::function<void(size_t, size_t, size_t)>& func) const; //! Serializes the grid instance to the output stream \p strm. void serialize(std::ostream* strm) const override; //! Deserializes the input stream \p strm to the grid instance. void deserialize(std::istream* strm) override; // ScalarField3 implementations //! //! \brief Returns the sampled value at given position \p x. //! //! This function returns the data sampled at arbitrary position \p x. //! The sampling function is linear. //! double sample(const Vector3D& x) const override; //! //! \brief Returns the sampler function. //! //! This function returns the data sampler function object. The sampling //! function is linear. //! std::function<double(const Vector3D&)> sampler() const override; //! Returns the gradient vector at given position \p x. Vector3D gradient(const Vector3D& x) const override; //! Returns the Laplacian at given position \p x. double laplacian(const Vector3D& x) const override; protected: //! Swaps the data storage and predefined samplers with given grid. void swapScalarGrid(ScalarGrid3* other); //! Sets the data storage and predefined samplers with given grid. void setScalarGrid(const ScalarGrid3& other); private: Array3<double> _data; LinearArraySampler3<double, double> _linearSampler; std::function<double(const Vector3D&)> _sampler; void resetSampler(); }; typedef std::shared_ptr<ScalarGrid3> ScalarGrid3Ptr; //! Abstract base class for 3-D scalar grid builder. class ScalarGridBuilder3 { public: //! Creates a builder. ScalarGridBuilder3(); //! Default destructor. virtual ~ScalarGridBuilder3(); //! Returns 3-D scalar grid with given parameters. virtual ScalarGrid3Ptr build( const Size3& resolution, const Vector3D& gridSpacing, const Vector3D& gridOrigin, double initialVal) const = 0; }; typedef std::shared_ptr<ScalarGridBuilder3> ScalarGridBuilder3Ptr; } // namespace jet #endif // INCLUDE_JET_SCALAR_GRID3_H_

[ "doyubkim@gmail.com" ]

doyubkim@gmail.com

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terzo/tbmon_mppfork

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f63cbb96112f07ec82970fdd380b6d501743be6b

refs/heads/master

2020-12-31T04:29:27.364394

2016-02-10T15:13:15

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#ifndef TRANSLATORRUNNINGXY_H #define TRANSLATORRUNNINGXY_H // standard header files #include <iostream> #include <deque> #include <map> #include <set> // tbmon header files #include "event.h" #include "eventbuilder.h" #include "Track.h" /*! \brief Reads in translation for groups of events per DUT from file (generated by checkalignRunningXY) and applies those to each track. * */ class TranslatorRunningXY: public EventBuilder { private: /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class SensorInfoObject { protected: int _sensorId; public: SensorInfoObject() { } ; SensorInfoObject(const int sensorId) : _sensorId(sensorId) { } ; virtual ~SensorInfoObject() { } ; int getId() { return _sensorId; } virtual void clear() { } }; /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class SensorInfoObjectCollection { protected: std::map<int, SensorInfoObject*> _infoMap; public: SensorInfoObjectCollection() { } ; void add(SensorInfoObject *obj) { std::cout << "Adding SensorInfo with Id " << obj->getId() << std::endl; _infoMap[obj->getId()] = obj; } SensorInfoObject* get(const int id) { std::map<int, SensorInfoObject*>::iterator it = _infoMap.find(id); if (it == _infoMap.end()) return NULL; return it->second; } std::vector<SensorInfoObject*> get() { std::map<int, SensorInfoObject*>::iterator it; std::vector<SensorInfoObject*> out; for (it = _infoMap.begin(); it != _infoMap.end(); it++) { out.push_back(it->second); } return out; } virtual void clear() { std::map<int, SensorInfoObject*>::iterator it = _infoMap.begin(); for (it; it != _infoMap.end(); it++) { it->second->clear(); delete it->second; } _infoMap.clear(); } virtual ~SensorInfoObjectCollection() { clear(); } }; /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class SensorInfo: public SensorInfoObject { public: enum SensorType { kUnknown = 0, kM26 = 1, kAPIXFeI3 = 2, kAPIXFeI4 = 3 }; protected: SensorType _type; std::string _prefix; std::string _title; int _pixX; int _pixY; float _pitchX; float _pitchY; int getPixelSerialized(const int x, const int y) { return x + y * _pixX; } void getPixelSerialized(const int i, int &x, int &y) { y = i / _pixX; x = i % _pixX; } public: //! Copy constructor SensorInfo(const SensorInfo &s) { _type = s._type; _prefix = s._prefix; _title = s._title; _sensorId = s._sensorId; _pixX = s._pixX; _pixY = s._pixY; _pitchX = s._pitchX; _pitchY = s._pitchY; } SensorInfo() : _type(kUnknown) { } ; SensorInfo(const int id) : SensorInfoObject(id), _type(kUnknown) { } SensorInfo(const int id, const SensorType type, const std::string title = "", const std::string prefix = ""); virtual ~SensorInfo() { } void getPitch(float &pitchX, float &pitchY) { pitchX = _pitchX; pitchY = _pitchY; } void getNPixel(int &pixX, int &pixY) { pixX = _pixX; pixY = _pixY; } std::string getPrefix() { return _prefix; } std::string getTitle() { return _title; } SensorType getType() { return _type; } }; /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class RunningAverage: public SensorInfoObject { protected: //! The number of entries to calculate the mean from int _width; //! The queue containing the last entries std::deque<double> _lastValues; //! This is the sum of all values in the queue double _sum; //! The event at which the queue was filled first int _meanBeginEvent; public: //! Constructor RunningAverage(const int sensorId, const int width) : SensorInfoObject(sensorId), _width(width), _sum(0), _meanBeginEvent( -1) { } //! Add a value to the queue /** * if the queue is filled then delete the first element, so that the number of elements in the queue is always constant **/ void add(double value) { if (_lastValues.size() < _width) { _sum = _sum + value; _lastValues.push_back(value); } else { _sum = _sum - _lastValues.front(); _lastValues.pop_front(); _sum = _sum + value; _lastValues.push_back(value); } } //! Checks if the meanBegin variable is set bool isMeanBeginSet() { return (_meanBeginEvent != -1); } //! Setter for the MeanBeginVariable void setMeanBegin(const int meanBegin) { _meanBeginEvent = meanBegin; } //! Getter for the meanBeginVariable /** * @ return -1 if meanBegin is not set. Check this with isMeanBeginSet() * @return meanBegin variable otherwise **/ int getMeanBegin() { return _meanBeginEvent; } //! Calculated Mean value /** * this function will return the mean in anycase. Check if the queue is filled with the isFilledUp() function. **/ double getMean() { if (_lastValues.size() == 0) return 0; return _sum / _lastValues.size(); } double getFillRatio() { return (double) _lastValues.size() / _width; } //! Checks if the queue is filled up bool isFilledUp() { return !(_lastValues.size() < _width); } //! Calculation of the first n Events /** * This method only works is at this moment the queue is completely filled first time (When the queue is in the state that setMeanBegin() is just called) **/ double getMeanBegin(const int index) { if (!isFilledUp()) return 0.; std::deque<double>::iterator it; int myIndex = 0; int end = _lastValues.size(); float ratioEvTrk = (float) _meanBeginEvent / end; double ret = 0; it = _lastValues.begin(); while (myIndex < end) { //for (it = _lastValues.begin(); it != _lastValues.end(); it++) { if (myIndex < (int) (index / ratioEvTrk)) { ret += 2 * (*it); myIndex += 2; } else { ret += (*it); myIndex++; } it++; } return ret / end; } }; /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class PostShiftAlign { public: //! The tree to store to or read from TTree *_tree; int _sensorId; float _shiftX; float _shiftY; int _eventNum; int _subsetSize; TBranch *_bSensorId; TBranch *_bShiftX; TBranch *_bShiftY; TBranch *_bEventNum; TBranch *_bSubsetSize; //!Constructor to write out the database into a TTree PostShiftAlign() : _sensorId(-1), _shiftX(0), _shiftY(0), _eventNum(0), _subsetSize(0) { _tree = new TTree("PostShiftAlign", "PostShiftAlign"); //if (file) _tree->SetDirectory(file); _tree->Branch("sensorId", &_sensorId); _tree->Branch("shiftX", &_shiftX); _tree->Branch("shiftY", &_shiftY); _tree->Branch("eventNum", &_eventNum); _tree->Branch("subsetSize", &_subsetSize); } //! Constructor to read in a database from a TTree in a TFile PostShiftAlign(TFile *file) { _tree = (TTree*) file->Get("PostShiftAlign"); if (!_tree) std::cerr << "Tree PostShiftAlign not found!" << std::endl; _tree->SetBranchAddress("sensorId", &_sensorId, &_bSensorId); _tree->SetBranchAddress("shiftX", &_shiftX, &_bShiftX); _tree->SetBranchAddress("shiftY", &_shiftY, &_bShiftY); _tree->SetBranchAddress("eventNum", &_eventNum, &_bEventNum); _tree->SetBranchAddress("subsetSize", &_subsetSize, &_bSubsetSize); } //! Set the directory of the TTree, so that Write() writes at the correct place void setDirectory(TFile * file) { _tree->SetDirectory(file); } //! Get the number of entries int getN() { return _tree->GetEntriesFast(); } //! Load on entry into the class' member variables Int_t getEntry(Long64_t entry) { return _tree->GetEntry(entry); } //! Add the arguments to the TTree - This is used to fill the TTree void add(const int sensor, const float x, const float y, const int eventNum, const int size) { _sensorId = sensor; _shiftX = x; _shiftY = y; _eventNum = eventNum; _subsetSize = size; _tree->Fill(); } //! Write out the TTree into a TFile void write(TFile *file = NULL) { if (file) _tree->SetDirectory(file); _tree->Write(); } }; /*! \brief Helper class for translatorRunningXY(), see TbTupleAna * */ class SimpleAlign: public SensorInfoObject { protected: std::map<int, float> _shiftX; std::map<int, float> _shiftY; std::set<int> _storedEvents; public: SimpleAlign(const int sensorId) : SensorInfoObject(sensorId) { // This is needed for the linear extrapolation / Can be overwritten with add again! add(0, 0., 0.); } void add(const int event, const float x, const float y) { _storedEvents.insert(event); _shiftX[event] = x; _shiftY[event] = y; } void getShiftXY(const int event, float &shiftX, float &shiftY) { //typically event in a number between two stored numbers e.g. 1234, whereas 1000 and 2000 are stored int preNumber(0), postNumber(0); std::set<int>::iterator it; it = _storedEvents.lower_bound(event); if (it == _storedEvents.end()) it--; // if event is higher than any stored number step one eventset back postNumber = *it; if (it != _storedEvents.begin()) { it--; preNumber = *it; } // now pre and postNumber are 1000 and 2000 (see example above) !! float preShiftX, postShiftX, preShiftY, postShiftY; preShiftX = _shiftX[preNumber]; preShiftY = _shiftY[preNumber]; postShiftX = _shiftX[postNumber]; postShiftY = _shiftY[postNumber]; //Make a linear extrapolation through these the two points int subset = postNumber - preNumber; /* The shiftvalues are calculated by a subset. If a subset consists of 1000 Events. The correct position for this shift is at event 500 */ int meanEvent = event - (subset / 2); if (meanEvent < 0) meanEvent = subset / 2; float eventWeight = (float) (meanEvent - preNumber) / (postNumber - preNumber); //std::cout << "HERE: " << eventWeight << " = " << event << " - " << preNumber << " / " << postNumber << " - " << preNumber << std::endl; shiftX = preShiftX + eventWeight * (postShiftX - preShiftX); shiftY = preShiftY + eventWeight * (postShiftY - preShiftY); //std::cout << "Shifts: " << shiftX << " " << shiftY << std::endl; } void clear() { _shiftX.clear(); _shiftY.clear(); _storedEvents.clear(); } ~SimpleAlign() { clear(); } }; std::map<long int, std::string> m_filenames; TFile *_dbFile; SensorInfoObjectCollection _alignColl; public: TranslatorRunningXY() { name = "TranslatorRunningXY"; } ; /** @fn load in translations stored for the individual DUTs */ virtual void initRun(TbConfig &config); /** @fn translate event.trackX/trackY by the translation belonging to the DUT of the event in question */ virtual void buildEvent(Event &event, map<int, Event> &events, TbConfig &config); virtual void finalizeRun(TbConfig &config); void addTranslation(std::string filename, int iden, long int runNum); }; #endif //TRANSLATORRUNNINGXY_H

[ "terzo@mpp.mpg.de" ]

terzo@mpp.mpg.de

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/ABC/187d.cpp

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t0m0ya1997/atcoder

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refs/heads/main

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#include<bits/stdc++.h> using namespace std; #define rep(i, n) for(int i=0;i<n;++i) #define rep1(i, n) for(int i=1;i<=n;++i) #define ll long long int main(){ int N;cin>>N; ll sumA = 0LL; vector<ll>A(N); rep(i,N){ ll a,b;cin>>a>>b; sumA+=a; A[i] = 2*a + b; } sort(A.begin(), A.end(), greater<ll>()); int ans = 0; rep(i,N){ if(sumA<0){ break; } else{ ans++; sumA -= A[i]; } } cout << ans << endl; return 0; }

[ "t_dopeness@RespectChinza.local" ]

t_dopeness@RespectChinza.local

9b5a120b912848bc8099f0c8a77aa7dd743de2b3

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/dbMouse_FreeRTOS/TskIr/TskIr.cpp

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[]

no_license

dbHu/dbHuMouse_2017

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refs/heads/master

2021-08-08T22:39:37.183780

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/* * TskIr.cc * * Created on: Aug 13, 2016 * Author: loywong */ #include <math.h> #include <stdio.h> #include <stdint.h> #include <inc/hw_adc.h> #include <inc/hw_sysctl.h> #include <inc/hw_gpio.h> #include <inc/hw_memmap.h> #include <inc/hw_types.h> #include <inc/hw_timer.h> #include <inc/hw_ints.h> #include "driverlib/interrupt.h" #include "../TskIr/IrCorr.h" #include "../TskIr/TskIr.h" #include "../TskTop/DbgUart.h" #include "TskMotor/WheelEnc.h" #include "TskMotor/TskMotor.h" #include "PinConfig/pinout.h" // FreeRTOS includes #include "FreeRTOS.h" #include "task.h" namespace TskIr { const int tskPrio = 10; const int tskStkSize = 1024; SemaphoreHandle_t SemIrAdcFinish; QueueHandle_t MbCmd; IrLookupTable IrLTs = {0}; IrApproxCoef IrACs = {0.f}; volatile IrIntensity IrInts = {{1, 1, 1, 1}}; volatile IrDist IrDists = {{9.9f, 9.9f, 9.9f, 9.9f}};//, 9.9f, 9.9f, 9.9f, 9.9f}}; volatile IrDistBinThs IrBinThs; volatile IrDistBins IrBins; volatile IrHeadingYaw IrYaw; volatile float SideLWallDisPos, SideRWallDisPos; volatile unsigned short irZeros[4] = {1, 1, 1, 1}; char dbgStr[128]; float irDistFwd() { if(IrBins.LS == 0) { if(IrBins.RS) { return IrDists.FLns; } else return .5f * (IrDists.FLns + IrDists.FRns); } else { if(IrBins.RS == 0) { return IrDists.FRns; } else return (IrDists.FLns >= IrDists.FRns? IrDists.FLns : IrDists.FRns); } // return .5f * ((IrBins.LS? IrDists.FLws : IrDists.FLns) + (IrBins.RS? IrDists.FRws : IrDists.FRns)); } // \ / // | | // fl l r fr const char *IrChNames[] = { "FLns", // fwd-left ir dist to fwd wall when left wall not exist // "FLws", // fwd-left ir dist to fwd wall when left wall exist "FRns", // fwd-right ir dist to fwd wall when right wall not exist // "FRws", // fwd-right ir dist to fwd wall when right wall exist "LS ", // left ir dist to left wall // "LF ", // left ir dist to fwd wall "RS ", // right ir dist to right wall // "RF " // right ir dist to fwd wall }; volatile bool irEmitEnable = false; volatile int irEmitterNo = DBMOUSE_IR_FL; const int adcCh[4] = {0x3, 0x7, 0x1, 0x5}; inline void adcStart(int ch) { HWREG(ADC0_BASE | ADC_O_SSMUX3) = ch; HWREG(ADC0_BASE | ADC_O_PSSI) = 0x00000008; // initiate ss3 } inline unsigned short adcReadCode() { return HWREG(ADC0_BASE | ADC_O_SSFIFO3); } void irTimerISR(void) { // static int i = 0; // unsigned int key; // key = Hwi_disable(); BaseType_t rtn, Wake; HWREG(TIMER5_BASE | TIMER_O_CTL) &= ~0x00000001; // GPTM Timer A disable HWREG(TIMER5_BASE | TIMER_O_ICR) |= 0x00000001; // clear TimerA timeout int if(irEmitterNo == 0) { adcReadCode(); // start adc0 adcStart(adcCh[irEmitterNo]); // 0off1on IR_write(irEmitterNo, 0); irEmitterNo = (irEmitterNo + 1); IR_write(irEmitterNo, irEmitEnable? 1 : 0); HWREG(TIMER5_BASE | TIMER_O_TAV) = 1200; // GPTM Timer A value 1200 10us HWREG(TIMER5_BASE | TIMER_O_CTL) |= 0x00000001; // GPTM Timer A enable } else if(irEmitterNo < 3) { // read adc 0, 1 IrInts.ch[irEmitterNo - 1] = adcReadCode();// - irZeros[irEmitterNo - 1]; // start adc 1, 2 adcStart(adcCh[irEmitterNo]); // 1off2on, 2off3on IR_write(irEmitterNo, 0); irEmitterNo = (irEmitterNo + 1); IR_write(irEmitterNo, irEmitEnable? 1 : 0); HWREG(TIMER5_BASE | TIMER_O_TAV) = 1200; // GPTM Timer A value 1200 10us HWREG(TIMER5_BASE | TIMER_O_CTL) |= 0x00000001; // GPTM Timer A enable } else if(irEmitterNo == 3) { // read adc2 IrInts.ch[irEmitterNo - 1] = adcReadCode();// - irZeros[irEmitterNo - 1]; // start adc3 adcStart(adcCh[irEmitterNo]); // 3off IR_write(irEmitterNo, 0); irEmitterNo = (irEmitterNo + 1); HWREG(TIMER5_BASE | TIMER_O_TAV) = 1200; // GPTM Timer A value 1200 10us HWREG(TIMER5_BASE | TIMER_O_CTL) |= 0x00000001; // GPTM Timer A enable } else if(irEmitterNo == 4) { // read adc3 IrInts.ch[irEmitterNo - 1] = adcReadCode();// - irZeros[irEmitterNo - 1]; irEmitterNo = DBMOUSE_IR_FL; // inform tskIr rtn = xSemaphorePost(SemIrAdcFinish, &Wake); configASSERT(rtn == pdPASS || rtn == errQUEUE_FULL); } } void irDetStart() { irEmitterNo = DBMOUSE_IR_FL; IR_write(irEmitterNo, irEmitEnable? 1 : 0); // Timer_setPeriodMicroSecs(irTimer, irEmitTime); HWREG(TIMER5_BASE | TIMER_O_TAV) = 1200; // GPTM Timer A value 1200 10us HWREG(TIMER5_BASE | TIMER_O_CTL) |= 0x00000001; // GPTM Timer A enable } void irDetInit() { HWREG(SYSCTL_RCGCTIMER) |= 0x000000020; // enable Timer5 SemIrAdcFinish = xSemaphoreCreateBinary(); configASSERT(SemMotTick != NULL); HWREG(TIMER5_BASE | TIMER_O_CTL) &= ~0x00000001; // GPTM Timer A clear HWREG(TIMER5_BASE | TIMER_O_CFG) = 0x00000000; // 32-bit timer configuration HWREG(TIMER5_BASE | TIMER_O_TAMR) = 0x00000002; // Timer A period mode. HWREG(TIMER5_BASE | TIMER_O_TAILR) = 1200; // Timer A count down 1200 10us HWREG(TIMER5_BASE | TIMER_O_IMR) = 0x00000001; // Timer A timeout interrupt IntRegister(INT_TIMER5A_TM4C129, irTimerISR); IntEnable(INT_TIMER5A_TM4C129); // HWREG(TIMER5_BASE | TIMER_O_CTL) |= 0x00000001; // GPTM Timer A enable HWREG(TIMER5_BASE | TIMER_O_ICR) = 0x00000001; // clear TimerA timeout int // init ADC HWREG(SYSCTL_RCGCADC) = 0x01; // enable ADC0 HWREG(GPIO_PORTE_BASE | GPIO_O_AFSEL) |= 0x00000001; // PE0 HWREG(GPIO_PORTE_BASE | GPIO_O_DEN) &= ~0x00000001; // PE0 HWREG(GPIO_PORTE_BASE | GPIO_O_AMSEL) |= 0x00000001; // PE0, AIN3 HWREG(GPIO_PORTD_BASE | GPIO_O_AFSEL) |= 0x00000010; // PD4 HWREG(GPIO_PORTD_BASE | GPIO_O_DEN) &= ~0x00000010; // PD4 HWREG(GPIO_PORTD_BASE | GPIO_O_AMSEL) |= 0x00000010; // PD4, AIN7 HWREG(GPIO_PORTE_BASE | GPIO_O_AFSEL) |= 0x00000004; // PE2 HWREG(GPIO_PORTE_BASE | GPIO_O_DEN) &= ~0x00000004; // PE2 HWREG(GPIO_PORTE_BASE | GPIO_O_AMSEL) |= 0x00000004; // PE2, AIN1 HWREG(GPIO_PORTD_BASE | GPIO_O_AFSEL) |= 0x00000040; // PD6 HWREG(GPIO_PORTD_BASE | GPIO_O_DEN) &= ~0x00000040; // PD6 HWREG(GPIO_PORTD_BASE | GPIO_O_AMSEL) |= 0x00000040; // PD6, AIN5 HWREG(ADC0_BASE | ADC_O_ACTSS) = 0x00000000; // disable all ss HWREG(ADC0_BASE | ADC_O_EMUX) = 0x00000000; // initiate by sw HWREG(ADC0_BASE | ADC_O_SSMUX3) = 0x00000003; // ss3 sel ain3 1st HWREG(ADC0_BASE | ADC_O_SSCTL3) = 0x00000002; // ss3 1st smp as end HWREG(ADC0_BASE | ADC_O_ACTSS) = 0x00000008; // enable ss3 } void irCalcs() { int i; bool WallLS, WallRS; if(!isnormal(IrACs.k[0][0])) return; WallLS = TskIr::IrBins.LS; WallRS = TskIr::IrBins.RS; // calc distance for(i = 0; i < 4; i++) { #if(IrApproxOrder == 1) if(i < 2) IrDists.ch[i] = expf((logf(IrInts.ch[i]) - IrACs.k[i][0]) * IrACs.k[i][1]) + PP::IrFFwd; else IrDists.ch[i] = expf((logf(IrInts.ch[i]) - IrACs.k[i][0]) * IrACs.k[i][1]) + PP::IrSSide; #elif(IrApproxOrder == 2) if((float)IrInts.ch[i] > 400) { float ln = logf((float)IrInts.ch[i]); if(i < 2) IrDists.ch[i] = expf(IrACs.k[i][0] + IrACs.k[i][1] * ln + IrACs.k[i][2] * ln * ln) + PP::IrFFwd; else IrDists.ch[i] = expf(IrACs.k[i][0] + IrACs.k[i][1] * ln + IrACs.k[i][2] * ln * ln) + PP::IrSSide; } else { IrDists.ch[i] = 9.9f; } #endif } // dist binary for(i = 0; i < 4; i++) { if(IrBins.ch[i]) // 1: wall near { if(IrDists.ch[i] > 0.001f * (float)IrBinThs.ch[i].ThHi) IrBins.ch[i] = 0; if(TskIr::IrBins.LS != WallLS) { SideLWallDisPos = TskMotor::DistanceAcc; } if(TskIr::IrBins.RS != WallRS) { SideRWallDisPos = TskMotor::DistanceAcc; } } else { if(IrDists.ch[i] < 0.001f * (float)IrBinThs.ch[i].ThLo) IrBins.ch[i] = 1; } } if(IrBins.Fwd) { if(irDistFwd() > 0.001f * ((TskIr::IrBins.LS && TskIr::IrBins.RS)? (float)IrBinThs.Fwd2.ThHi : (float)IrBinThs.Fwd1.ThHi)) IrBins.Fwd = 0; } else { if(irDistFwd() < 0.001f * ((TskIr::IrBins.LS && TskIr::IrBins.RS)? (float)IrBinThs.Fwd2.ThLo : (float)IrBinThs.Fwd1.ThLo)) IrBins.Fwd = 1; } // side yaw IrYaw.byLS = (PP::CenterToWall - IrDists.LS) / PP::IrSFwd; IrYaw.byRS = (IrDists.RS - PP::CenterToWall) / PP::IrSFwd; // IrYaw.byLRSF = (IrDists.LF - IrDists.RF) / (8.0f * IR_SIDE); // 8.0f? tested IrYaw.byFLR = (IrDists.FLns - IrDists.FRns) / (2.f * PP::IrFSide); } void task(void *pvParameters) { bool rtn; IrMsg::MsgType msg; int staticCnt = 0, staticCntCyced; unsigned short irZerosAcc[4] = {0}; ReadFlash(63 * 1024 * 16, (unsigned char *)&IrACs.k[0], sizeof(IrApproxCoef)); // calc reciprocal of approx coef b, prepare for Ir Distance calculting #if(IrApproxOrder == 1) for(int i = 0; i < 4; i++) IrACs.k[i][1] = 1.f / IrACs.k[i][1]; #elif(IrApproxOrder == 2) #endif //TODO IrBins.ch[0] = 0; IrBinThs.ch[0].Th = (125 | (135 << 16)); IrBins.ch[1] = 0; IrBinThs.ch[1].Th = (125 | (135 << 16)); IrBins.ch[2] = 1; IrBinThs.ch[2].Th = (65 | (75 << 16)); IrBins.ch[3] = 1; IrBinThs.ch[3].Th = (60 | (70 << 16)); IrBins.Fwd = 0; IrBinThs.Fwd1.Th = (120 | (130 << 16)); IrBinThs.Fwd2.Th = (100 | (110 << 16)); // IrBins.ch[0] = 0; IrBinThs.ch[0].Th = (250 | (285 << 16)); // IrBins.ch[1] = 0; IrBinThs.ch[1].Th = (250 | (285 << 16)); // IrBins.ch[2] = 1; IrBinThs.ch[2].Th = (100 | (150 << 16)); // IrBins.ch[3] = 1; IrBinThs.ch[3].Th = (100 | (150 << 16)); // IrBins.ch[0] = 0; IrBinThs.ch[0].Th = (229 | (273 << 16)); // IrBins.ch[1] = 0; IrBinThs.ch[1].Th = (229 | (273 << 16)); // IrBins.ch[2] = 1; IrBinThs.ch[2].Th = (100 | (140 << 16)); // IrBins.ch[3] = 1; IrBinThs.ch[3].Th = (100 | (140 << 16)); irDetInit(); while(true) { // LED_write(DBMOUSE_LED_1, DBMOUSE_LED_OFF); rtn=xSemaphorePend(SemIrTick, 2); configASSERT(rtn==pdPASS); // LED_write(DBMOUSE_LED_1, DBMOUSE_LED_ON); irDetStart(); // LED_write(DBMOUSE_LED_1, DBMOUSE_LED_OFF); rtn = xSemaphorePend(SemIrAdcFinish, 2); configASSERT(rtn == pdPASS); // LED_write(DBMOUSE_LED_1, DBMOUSE_LED_ON); // calculate distances & bins irCalcs(); if(!irEmitEnable) { staticCnt++; staticCntCyced = (staticCnt & 0x1FFF); // cyced per 8.192s(@Ts=1ms) if(staticCntCyced == 7) { for(int i = 0; i < 4; i++) irZerosAcc[i] = 0; } else if(staticCntCyced >= 8 && staticCntCyced < 520) { for(int i = 0; i < 4; i++) irZerosAcc[i] += IrInts.ch[i]; } else if(staticCntCyced == 520) { for(int i = 0; i < 4; i++) irZeros[i] = irZerosAcc[i] * (1.f / 512.f); } } else staticCnt = 0; if(xQueuePend(MbCmd, &msg, (TickType_t)0)) { switch(msg & 0xFFFF0000) { case IrMsg::EnableEmitt: irEmitEnable = true; break; case IrMsg::DisableEmitt: irEmitEnable = false; break; default: break; } } } } void Init() { BaseType_t rtn; MbCmd = xQueueCreate(4, sizeof(IrMsg::MsgType)); configASSERT(MbCmd); // Create tasks rtn = xTaskCreate(task, (const portCHAR *)"TopIr", tskStkSize, NULL, tskPrio, NULL); configASSERT(rtn==pdPASS); } // this func test ir touch frist, // if touched, it will wait until untouch, // otherwise, it return immediately. bool TestIrTouch(unsigned char chMask, int hTh, int lTh) { if( ((IrInts.fl > hTh) && (chMask & IrCh::FL)) || ((IrInts.fr > hTh) && (chMask & IrCh::FR)) || ((IrInts.sl > hTh) && (chMask & IrCh::SL)) || ((IrInts.sr > hTh) && (chMask & IrCh::SR)) ) { while(true) { vTaskDelay(50); if( ((IrInts.fl < lTh) || !(chMask & IrCh::FL)) && ((IrInts.fr < lTh) || !(chMask & IrCh::FR)) && ((IrInts.sl < lTh) || !(chMask & IrCh::SL)) && ((IrInts.sr < lTh) || !(chMask & IrCh::SR)) ) break; } return true; } else { return false; } } // this func will block! void WaitIrTouch(unsigned char chMask, int hTh, int lTh) { while(true) { vTaskDelay(50); if( ((IrInts.fl < lTh) || !(chMask & IrCh::FL)) && ((IrInts.fr < lTh) || !(chMask & IrCh::FR)) && ((IrInts.sl < lTh) || !(chMask & IrCh::SL)) && ((IrInts.sr < lTh) || !(chMask & IrCh::SR)) ) break; } while(true) { vTaskDelay(50); if( ((IrInts.fl > hTh) && (chMask & IrCh::FL)) || ((IrInts.fr > hTh) && (chMask & IrCh::FR)) || ((IrInts.sl > hTh) && (chMask & IrCh::SL)) || ((IrInts.sr > hTh) && (chMask & IrCh::SR)) ) break; } while(true) { vTaskDelay(50); if( ((IrInts.fl < lTh) || !(chMask & IrCh::FL)) && ((IrInts.fr < lTh) || !(chMask & IrCh::FR)) && ((IrInts.sl < lTh) || !(chMask & IrCh::SL)) && ((IrInts.sr < lTh) || !(chMask & IrCh::SR)) ) break; } } }

[ "wwmhu@outlook.com" ]

wwmhu@outlook.com

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/src/core/risa/common/opt_default/MathAlgorithms_Default.cpp

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w-dee/kirikiri3-legacy

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//--------------------------------------------------------------------------- /* Risa [りさ] alias 吉里吉里3 [kirikiri-3] stands for "Risa Is a Stagecraft Architecture" Copyright (C) 2000 W.Dee <dee@kikyou.info> and contributors See details of license at "license.txt" */ //--------------------------------------------------------------------------- //! @file //! @brief 数学関数群 //--------------------------------------------------------------------------- #include <stdlib.h> #include "risseTypes.h" using namespace Risse; namespace Risa { //--------------------------------------------------------------------------- //--------------------------------------------------------------------------- void DeinterleaveApplyingWindow(float * RISSE_RESTRICT dest[], const float * RISSE_RESTRICT src, float * RISSE_RESTRICT win, int numch, size_t destofs, size_t len) { size_t n; switch(numch) { case 1: // mono { float * dest0 = dest[0] + destofs; for(n = 0; n < len; n++) { dest0[n] = src[n] * win[n]; } } break; case 2: // stereo { float * dest0 = dest[0] + destofs; float * dest1 = dest[1] + destofs; for(n = 0; n < len; n++) { dest0[n] = src[n*2 + 0] * win[n]; dest1[n] = src[n*2 + 1] * win[n]; } } break; default: // generic for(n = 0; n < len; n++) { for(int ch = 0; ch < numch; ch++) { dest[ch][n + destofs] = *src * win[n]; src ++; } } break; } } //--------------------------------------------------------------------------- //--------------------------------------------------------------------------- void InterleaveOverlappingWindow(float * RISSE_RESTRICT dest, const float * RISSE_RESTRICT const * RISSE_RESTRICT src, float * RISSE_RESTRICT win, int numch, size_t srcofs, size_t len) { size_t n; switch(numch) { case 1: // mono { const float * src0 = src[0] + srcofs; for(n = 0; n < len; n++) { dest[n] += src0[n] * win[n]; } } break; case 2: // stereo { const float * src0 = src[0] + srcofs; const float * src1 = src[1] + srcofs; for(n = 0; n < len; n++) { dest[n*2 + 0] += src0[n] * win[n]; dest[n*2 + 1] += src1[n] * win[n]; } } break; default: // generic for(n = 0; n < len; n++) { for(int ch = 0; ch < numch; ch++) { *dest += src[ch][n + srcofs] * win[n]; dest ++; } } break; } } //--------------------------------------------------------------------------- //--------------------------------------------------------------------------- } // namespace Risa

[ "w.dee@9e463c26-7fdd-0310-8662-bb9cb7c2284e" ]

w.dee@9e463c26-7fdd-0310-8662-bb9cb7c2284e

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/Constants.h

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bend/Huffman-algorithm

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/* * Copyright © Benoit Daccache * ben.daccache@gmail.com * * This file is part of Huffman. * * Huffman is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * Huffman is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with Huffman. If not, see <http://www.gnu.org/licenses/>. */ #ifndef CONSTANTS_H #define CONSTANTS_H class Constants{ public: static const unsigned short ROOT = 0; static const unsigned short LEFT = 1; static const unsigned short RIGHT= 2; }; #endif // CONSTANTS_H

[ "ben.daccache@gmail.com" ]

ben.daccache@gmail.com

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lshaw8317/Cpp_Courses

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// GPA02.cpp : This file contains the 'main' function. Program execution begins and ends there. // #include <iostream> #include "GPA02.h" #include <iomanip> using namespace std; int main() { int gq[54] = { 7, 10, 10, 7, 4, 8, 0, 5, 2, 0, 7, 9, 8, 9, 0, 3, 0, 0, 9, 10, 0, 0, 2, 9, 9, 2, 4, 3, 10, 2, 2, 3, 3, 4, 3, 2, 10, 10, 8, 5, 6, 4, 6, 2, 6, 6, 10, 10, 4, 10, 0, 0, 10, 8 }; float gpa[54] = { 0, 1, 1, 0, 0.3, 0.3, 0.3, 0.3, 1, 1, 1, 0.3, 0.3, 0.3, 0.3, 0.3, 0, 0, 0.3, 0.3, 0.3, 1, 1, 1, 1, 1, 0, 0, 0.6, 0.6, 0.6, 0.6, 0.6, 0.6, 0.6, 0.6, 0, 0, 0.6, 0.6, 0, 0.6, 0, 0.6, 0, 0.6, 0, 0, 0, 0.6, 0.6, 0.6, 1, 0 }; int sum_gq[11] = { 0 }; int sum_gpa[4] = { 0 }; int count[12][5] = { 0 }; getTotalGQ(54, gq, sum_gq); getTotalGPA(54, gpa, sum_gpa); getTotalCount(54, gq, gpa, count); for (int i = 0;i < 12;i++) { cout << "\n"; for (int j = 0;j < 5;j++) { cout << setw(3) << count[i][j]; } cout << endl; } } // Run program: Ctrl + F5 or Debug > Start Without Debugging menu // Debug program: F5 or Debug > Start Debugging menu // Tips for Getting Started: // 1. Use the Solution Explorer window to add/manage files // 2. Use the Team Explorer window to connect to source control // 3. Use the Output window to see build output and other messages // 4. Use the Error List window to view errors // 5. Go to Project > Add New Item to create new code files, or Project > Add Existing Item to add existing code files to the project // 6. In the future, to open this project again, go to File > Open > Project and select the .sln file

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#pragma once #include <tuple> #include "TransformComponent.h" #include "ModelComponent.h" #include <memory> class TestTuple : public std::tuple<std::shared_ptr<TransformComponent>, std::shared_ptr<TransformComponent>> { public: std::shared_ptr<TransformComponent> GetTransformComponent() { return std::get<std::shared_ptr<TransformComponent>>(*this); } };

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MedicaicloudLink/Rosetta

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// -*- mode:c++;tab-width:2;indent-tabs-mode:t;show-trailing-whitespace:t;rm-trailing-spaces:t -*- // vi: set ts=2 noet: // // (c) Copyright Rosetta Commons Member Institutions. // (c) This file is part of the Rosetta software suite and is made available under license. // (c) The Rosetta software is developed by the contributing members of the Rosetta Commons. // (c) For more information, see http://www.rosettacommons.org. Questions about this can be // (c) addressed to University of Washington CoMotion, email: license@uw.edu. /// @file protocols/ligand_docking/TransformCreator.hh /// @brief This class will create instances of Mover Transform for the MoverFactory /// @author Sam DeLuca #ifndef INCLUDED_protocols_ligand_docking_TransformCreator_hh #define INCLUDED_protocols_ligand_docking_TransformCreator_hh #include <protocols/moves/Mover.fwd.hh> #include <protocols/moves/MoverCreator.hh> namespace protocols { namespace ligand_docking { class TransformCreator : public protocols::moves::MoverCreator { public: protocols::moves::MoverOP create_mover() const override; std::string keyname() const override; void provide_xml_schema( utility::tag::XMLSchemaDefinition & xsd ) const override; }; } } #endif

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uchihaitachi08/daily_code

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#include<iostream> #include<map> #include<string> #include<climits> using namespace std; int mod(int a){ if(a < 0) return -1*a; return a; } int sum(int* arr, int n){ int sum = 0; for(int i=0;i<n/2;i++){ sum = sum+ mod(arr[i]-arr[n-1-i]); } return sum; } void change(int* arr, int n,int index,int* max){ int temp; if(index == n-1) return; int sum_max = sum(arr,n); if(sum_max > *max) *max = sum_max; change(arr,n,index+1,max); if(!(arr[index-1]%2) && !(arr[index+1]%2)){ temp = arr[index]; *(arr+index) = (arr[index-1]+arr[index+1])/2; sum_max = sum(arr,n); if(sum_max > *max) *max = sum_max; change(arr,n,index+1,max); *(arr+index) = temp; } return; } int main(){ int t,i; cin>>t; while(t--){ int n; int max = INT_MIN; cin>>n; int*arr = new int[n]; for(i=0;i<n;i++){ cin>>arr[i]; } change(arr,n,1,&max); // for(i=0;i<n;i++){ // cout<<arr[i]<<" "; // } cout<<max<<endl; } return 0; }

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faith-cpu/days-in-a-year

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#include<stdio.h> int check_leap_year(int year){ if(year%4==0 || year%100==0 || year%400==0){ return year=366; }else return year=365; } int main(){ int year; printf("enter year:"); scanf("%D", &year); printf("the year has %d days", check_leap_year(year)); }

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MelodyKhan/starting_out_with_Cplusplus

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#include <iostream> #include <string> #include <iomanip> using namespace std; int main() { const int MONTHS = 3; string month1; string month2; string month3; double rainfall1; double rainfall2; double rainfall3; double average; cout << "Please enter a name of month: " << endl; cin >> month1; cout << "Please enter the amount of rainfall in the month: " << endl; cin >> rainfall1; cout << "Please enter a name of month: " << endl; cin >> month2; cout << "Please enter the amount of rainfall in the month: " << endl; cin >> rainfall2; cout << "Please enter a name of month: " << endl; cin >> month3; cout << "Please enter the amount of rainfall in the month: " << endl; cin >> rainfall3; average = (rainfall1 + rainfall2 + rainfall3) / MONTHS; cout << "The average rainfall for " << month1 << ", " << month2 << ", and " << month3 << " is " << setprecision(2) << fixed << average << " inches." << endl; }

[ "kiboh.usa@gmail.com" ]

kiboh.usa@gmail.com

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JamesGreyThompson/hellogit

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//Student.h #ifndef STUDENT_H #define STUDENT_H #include <string> using namespace std; class Student { private: double id; string name; public: Student (); Student (double i , string n); void setA(double i); double getA(); void setB(string n); string getB(); }; #endif

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#include "timer.h" #include <iostream> #include <chrono> namespace util_lib{ using namespace std::chrono; high_resolution_clock::time_point startTime; void start(){ startTime = high_resolution_clock::now(); } double endTimeNano(){ return duration_cast<nanoseconds>( high_resolution_clock::now() - startTime ).count(); } double endTimeMilli(){ return duration_cast<milliseconds>( high_resolution_clock::now() - startTime ).count(); } double endTimeMicro(){ return duration_cast<microseconds>( high_resolution_clock::now() - startTime ).count(); } }

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#include "Maze.h" Maze::Maze(void) { } int Maze::RecShortestPathLength(pointT pt, int steps, int & minSteps) { if ( OutsideMaze(pt) ) { if (steps-1 < minSteps) minSteps = steps-1; return; } if ( IsMarked(pt) ) return; MarkSquare(pt); for (directionT dir = North; dir <= West; dir=directionT(dir + 1)) { if (!WallExists(pt, dir) ) SolveMaze(AdjacentPoint(pt, dir, steps+1, minSteps))) { } } UnmarkSquare(pt); return minSteps; } bool SolveMaze(pointT pt) { if (OutsideMaze(pt)) return true; if (IsMarked(pt)) return false; MarkSquare(pt); for (directionT dir = North; dir <= West; dir=directionT(dir + 1)) { if (!WallExists(pt, dir) && SolveMaze(AdjacentPoint(pt, dir))) { return true; } } UnmarkSquare(pt); return false; } Maze::~Maze(void) { }

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/* Routine for mergeing two populations */ # include <stdio.h> # include <stdlib.h> # include <math.h> # include "global.h" # include "rand.h" /* Routine to merge two populations into one */ /* 将p1和p2合并至p3 */ void merge(population *pop1, population *pop2, population *pop3) { int i, k; for (i=0; i<popsize; i++) { copy_ind (&(pop1->ind[i]), &(pop3->ind[i])); } for (i=0, k=popsize; i<popsize; i++, k++) { copy_ind (&(pop2->ind[i]), &(pop3->ind[k])); } return; } /* Routine to copy an individual 'ind1' into another individual 'ind2' */ /* 个体拷贝 */ void copy_ind (individual *ind1, individual *ind2) { int i, j; ind2->rank = ind1->rank; ind2->boundary_ind = ind1->boundary_ind; ind2->constr_violation = ind1->constr_violation; ind2->crowd_dist = ind1->crowd_dist; if (nreal!=0) { for (i=0; i<nreal; i++) { ind2->xreal[i] = ind1->xreal[i]; } } if (nbin!=0) { for (i=0; i<nbin; i++) { ind2->xbin[i] = ind1->xbin[i]; for (j=0; j<nbits[i]; j++) { ind2->gene[i][j] = ind1->gene[i][j]; } } } for (i=0; i<nobj; i++) { ind2->obj[i] = ind1->obj[i]; } if (ncon!=0) { for (i=0; i<ncon; i++) { ind2->constr[i] = ind1->constr[i]; } } return; }

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/* * Copyright (c) Meta Platforms, Inc. and affiliates. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #include <folly/portability/GMock.h> #include <folly/portability/GTest.h> #include <folly/test/TestUtils.h> #include <folly/Conv.h> #include <folly/Overload.h> #include <thrift/lib/cpp2/async/AsyncProcessorHelper.h> #include <thrift/lib/cpp2/async/MultiplexAsyncProcessor.h> #include <thrift/lib/cpp2/protocol/DebugProtocol.h> #include <thrift/lib/cpp2/server/ServerFlags.h> #include <thrift/lib/cpp2/server/ThriftServer.h> #include <thrift/lib/cpp2/util/ScopedServerInterfaceThread.h> #include <thrift/lib/cpp2/test/gen-cpp2/MultiplexAsyncProcessor2_clients.h> #include <thrift/lib/cpp2/test/gen-cpp2/MultiplexAsyncProcessor2_handlers.h> #include <thrift/lib/cpp2/test/gen-cpp2/MultiplexAsyncProcessor_clients.h> #include <thrift/lib/cpp2/test/gen-cpp2/MultiplexAsyncProcessor_handlers.h> #include <thrift/lib/thrift/gen-cpp2/metadata_types_custom_protocol.h> namespace apache::thrift::test { using namespace ::testing; using MethodMetadata = AsyncProcessorFactory::MethodMetadata; using MethodMetadataMap = AsyncProcessorFactory::MethodMetadataMap; using MetadataNotImplemented = AsyncProcessorFactory::MetadataNotImplemented; using WildcardMethodMetadataMap = AsyncProcessorFactory::WildcardMethodMetadataMap; using CreateMethodMetadataResult = AsyncProcessorFactory::CreateMethodMetadataResult; namespace { class FirstHandler : public apache::thrift::ServiceHandler<First> { int one() override { return 1; } int two() override { return 2; } }; class SecondHandler : public apache::thrift::ServiceHandler<Second> { int three() override { return 3; } int four() override { return 4; } }; class ThirdHandler : public apache::thrift::ServiceHandler<Third> { int five() override { return 5; } int six() override { return 6; } }; class ConflictsHandler : public apache::thrift::ServiceHandler<Conflicts> { int four() override { return 444; } int five() override { return 555; } }; class MultiplexAsyncProcessorTest : public Test { public: std::shared_ptr<AsyncProcessorFactory> multiplex( std::vector<std::shared_ptr<AsyncProcessorFactory>> services) { return std::make_shared<MultiplexAsyncProcessorFactory>( std::move(services)); } }; class MultiplexAsyncProcessorServerTest : public MultiplexAsyncProcessorTest { public: std::unique_ptr<ScopedServerInterfaceThread> runMultiplexedServices( std::vector<std::shared_ptr<AsyncProcessorFactory>> services) { return std::make_unique<ScopedServerInterfaceThread>( multiplex(std::move(services))); } }; } // namespace TEST_F(MultiplexAsyncProcessorTest, getServiceHandlers) { std::vector<std::shared_ptr<AsyncProcessorFactory>> services = { std::make_shared<FirstHandler>(), std::make_shared<SecondHandler>(), std::make_shared<ThirdHandler>(), std::make_shared<ConflictsHandler>(), }; auto processorFactory = std::make_shared<MultiplexAsyncProcessorFactory>(std::move(services)); // Generated service handlers are one per service EXPECT_EQ(processorFactory->getServiceHandlers().size(), 4); } TEST_F(MultiplexAsyncProcessorTest, getServiceHandlers_Nested) { std::vector<std::shared_ptr<AsyncProcessorFactory>> services2 = { std::make_shared<FirstHandler>(), multiplex({ std::make_shared<SecondHandler>(), std::make_shared<ThirdHandler>(), }), std::make_shared<ConflictsHandler>(), }; auto processorFactory = std::make_shared<MultiplexAsyncProcessorFactory>(std::move(services2)); // Generated service handlers are one per service EXPECT_EQ(processorFactory->getServiceHandlers().size(), 4); } TEST_F(MultiplexAsyncProcessorTest, getServiceMetadata) { auto getMetadataFromService = [](AsyncProcessorFactory& service) { metadata::ThriftServiceMetadataResponse response; service.getProcessor()->getServiceMetadata(response); return response; }; std::vector<std::shared_ptr<AsyncProcessorFactory>> servicesToMultiplex = { std::make_shared<FirstHandler>(), std::make_shared<SecondHandler>(), std::make_shared<apache::thrift::ServiceHandler<SomeService>>(), std::make_shared<ConflictsHandler>(), std::make_shared<ThirdHandler>(), }; auto processorFactory = std::make_shared<MultiplexAsyncProcessorFactory>( std::move(servicesToMultiplex)); auto response = getMetadataFromService(*processorFactory); LOG(INFO) << "ServiceMetadata: " << debugString(response); EXPECT_EQ( *response.context_ref()->service_info_ref()->name_ref(), "MultiplexAsyncProcessor.First"); auto& services = *response.services_ref(); EXPECT_EQ(services.size(), 6); EXPECT_EQ(*services[0].service_name_ref(), "MultiplexAsyncProcessor.First"); EXPECT_EQ(*services[1].service_name_ref(), "MultiplexAsyncProcessor.Second"); EXPECT_EQ( *services[2].service_name_ref(), "MultiplexAsyncProcessor.SomeService"); // Base service of SomeService EXPECT_EQ(*services[3].service_name_ref(), "MultiplexAsyncProcessor.Third"); EXPECT_EQ( *services[4].service_name_ref(), "MultiplexAsyncProcessor.Conflicts"); EXPECT_EQ(*services[5].service_name_ref(), "MultiplexAsyncProcessor.Third"); const auto& metadata = *response.metadata_ref(); EXPECT_EQ(metadata.structs_ref()->size(), 1); EXPECT_EQ( metadata.structs_ref()->begin()->first, "MultiplexAsyncProcessor.SomeStruct"); // All composed services are referred to EXPECT_EQ(metadata.services_ref()->size(), 5); } TEST_F(MultiplexAsyncProcessorTest, getServiceMetadata_Nested) { auto getMetadataFromService = [](AsyncProcessorFactory& service) { metadata::ThriftServiceMetadataResponse response; service.getProcessor()->getServiceMetadata(response); return response; }; std::vector<std::shared_ptr<AsyncProcessorFactory>> servicesToMultiplex = { std::make_shared<FirstHandler>(), std::make_shared<SecondHandler>(), multiplex({ std::make_shared<apache::thrift::ServiceHandler<SomeService>>(), std::make_shared<ConflictsHandler>(), }), std::make_shared<ThirdHandler>(), }; auto processorFactory = std::make_shared<MultiplexAsyncProcessorFactory>( std::move(servicesToMultiplex)); auto response = getMetadataFromService(*processorFactory); LOG(INFO) << "ServiceMetadata: " << debugString(response); EXPECT_EQ( *response.context_ref()->service_info_ref()->name_ref(), "MultiplexAsyncProcessor.First"); auto& services = *response.services_ref(); EXPECT_EQ(services.size(), 6); EXPECT_EQ(*services[0].service_name_ref(), "MultiplexAsyncProcessor.First"); EXPECT_EQ(*services[1].service_name_ref(), "MultiplexAsyncProcessor.Second"); EXPECT_EQ( *services[2].service_name_ref(), "MultiplexAsyncProcessor.SomeService"); // Base service of SomeService EXPECT_EQ(*services[3].service_name_ref(), "MultiplexAsyncProcessor.Third"); EXPECT_EQ( *services[4].service_name_ref(), "MultiplexAsyncProcessor.Conflicts"); EXPECT_EQ(*services[5].service_name_ref(), "MultiplexAsyncProcessor.Third"); const auto& metadata = *response.metadata_ref(); EXPECT_EQ(metadata.structs_ref()->size(), 1); EXPECT_EQ( metadata.structs_ref()->begin()->first, "MultiplexAsyncProcessor.SomeStruct"); // All composed services are referred to EXPECT_EQ(metadata.services_ref()->size(), 5); } TEST_F(MultiplexAsyncProcessorServerTest, Basic) { auto runner = runMultiplexedServices( {std::make_shared<FirstHandler>(), std::make_shared<SecondHandler>()}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 2); EXPECT_EQ(client2->semifuture_three().get(), 3); EXPECT_EQ(client2->semifuture_four().get(), 4); } TEST_F(MultiplexAsyncProcessorServerTest, ConflictPrecedence) { auto runner = runMultiplexedServices( {std::make_shared<SecondHandler>(), std::make_shared<ConflictsHandler>(), std::make_shared<ThirdHandler>()}); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); EXPECT_EQ(client2->semifuture_three().get(), 3); // Second takes precedence EXPECT_EQ(client2->semifuture_four().get(), 4); // Conflicts takes precedence EXPECT_EQ(client3->semifuture_five().get(), 555); EXPECT_EQ(client3->semifuture_six().get(), 6); } TEST_F(MultiplexAsyncProcessorServerTest, Nested_1) { auto runner = runMultiplexedServices( {multiplex( {std::make_shared<SecondHandler>(), std::make_shared<ConflictsHandler>()}), std::make_shared<ThirdHandler>()}); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); EXPECT_EQ(client2->semifuture_three().get(), 3); // Second takes precedence EXPECT_EQ(client2->semifuture_four().get(), 4); // Conflicts takes precedence EXPECT_EQ(client3->semifuture_five().get(), 555); EXPECT_EQ(client3->semifuture_six().get(), 6); } TEST_F(MultiplexAsyncProcessorServerTest, Nested_2) { auto runner = runMultiplexedServices( {std::make_shared<ThirdHandler>(), multiplex( {std::make_shared<FirstHandler>(), std::make_shared<ConflictsHandler>()}), std::make_shared<SecondHandler>()}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client2->semifuture_three().get(), 3); // Conflict takes precedence EXPECT_EQ(client2->semifuture_four().get(), 444); // Third takes precedence EXPECT_EQ(client3->semifuture_five().get(), 5); EXPECT_EQ(client3->semifuture_six().get(), 6); } namespace { class ContextData : public folly::RequestData { public: static const folly::RequestToken& getRequestToken() { static folly::RequestToken token( "MultiplexAsyncProcessorTest - ContextData"); return token; } explicit ContextData(int data) : data_(data) {} int data() const { return data_; } bool hasCallback() override { return false; } static int readFromCurrent() { return readFrom(*folly::RequestContext::get()); } private: static int readFrom(const folly::RequestContext& ctx) { auto ctxData = dynamic_cast<const ContextData*>(ctx.getContextData(getRequestToken())); CHECK(ctxData != nullptr); return ctxData->data(); } int data_; }; struct FromCurrentContextData {}; /** * AsyncProcessorFactory where WildcardMethodMetadata always causes an internal * error with the provided message (or optionally read it from * folly::RequestContext). */ template <typename TProcessorFactory> class WildcardThrowsInternalError : public TProcessorFactory { public: explicit WildcardThrowsInternalError(FromCurrentContextData) : message_{FromCurrentContextData{}} {} explicit WildcardThrowsInternalError(std::string message) : message_{std::move(message)} {} private: using MessageVariant = std::variant<FromCurrentContextData, std::string>; CreateMethodMetadataResult createMethodMetadata() override { auto metadataResult = TProcessorFactory::createMethodMetadata(); return folly::variant_match( metadataResult, [](MetadataNotImplemented) -> WildcardMethodMetadataMap { return WildcardMethodMetadataMap{}; }, [](MethodMetadataMap& knownMethods) -> WildcardMethodMetadataMap { return WildcardMethodMetadataMap{ std::make_shared< const AsyncProcessorFactory::WildcardMethodMetadata>(), std::move(knownMethods)}; }, [](WildcardMethodMetadataMap& map) -> WildcardMethodMetadataMap { return std::move(map); }); } std::unique_ptr<AsyncProcessor> getProcessor() override { class Processor : public AsyncProcessor { public: void processSerializedRequest( ResponseChannelRequest::UniquePtr, SerializedRequest&&, protocol::PROTOCOL_TYPES, Cpp2RequestContext*, folly::EventBase*, concurrency::ThreadManager*) override { ADD_FAILURE() << "Should never be called"; } void processSerializedCompressedRequestWithMetadata( ResponseChannelRequest::UniquePtr req, SerializedCompressedRequest&& serializedRequest, const MethodMetadata& untypedMethodMetadata, protocol::PROTOCOL_TYPES protocolType, Cpp2RequestContext* context, folly::EventBase* eb, concurrency::ThreadManager* tm) override { if (untypedMethodMetadata.isWildcard()) { std::string message = folly::variant_match( message_, [](const std::string& m) { return m; }, [](FromCurrentContextData) { return folly::to<std::string>(ContextData::readFromCurrent()); }); req->sendErrorWrapped( folly::make_exception_wrapper<TApplicationException>( TApplicationException::INTERNAL_ERROR, std::move(message)), "" /* errorCode */); return; } inner_->processSerializedCompressedRequestWithMetadata( std::move(req), std::move(serializedRequest), untypedMethodMetadata, protocolType, context, eb, tm); } void executeRequest( ServerRequest&& request, const AsyncProcessorFactory::MethodMetadata& methodMetadata) override { if (methodMetadata.isWildcard()) { std::string message = folly::variant_match( message_, [](const std::string& m) { return m; }, [](FromCurrentContextData) { return folly::to<std::string>(ContextData::readFromCurrent()); }); auto eb = detail::ServerRequestHelper::eventBase(request); eb->runInEventBaseThread([request = std::move(request), message = std::move(message)]() mutable { request.request()->sendErrorWrapped( folly::make_exception_wrapper<TApplicationException>( TApplicationException::INTERNAL_ERROR, std::move(message)), "" /* errorCode */); }); return; } inner_->executeRequest(std::move(request), methodMetadata); } void terminateInteraction( int64_t id, Cpp2ConnContext& ctx, folly::EventBase& eb) noexcept override { inner_->terminateInteraction(id, ctx, eb); } void destroyAllInteractions( Cpp2ConnContext& ctx, folly::EventBase& eb) noexcept override { inner_->destroyAllInteractions(ctx, eb); } explicit Processor( std::unique_ptr<AsyncProcessor>&& inner, const MessageVariant& message) : inner_(std::move(inner)), message_(message) {} private: std::unique_ptr<AsyncProcessor> inner_; const MessageVariant& message_; }; return std::make_unique<Processor>( TProcessorFactory::getProcessor(), message_); } MessageVariant message_; }; template <typename TProcessorFactory> class WithUnimplementedMethodMetadata : public TProcessorFactory { CreateMethodMetadataResult createMethodMetadata() override { return {}; } }; } // namespace TEST_F(MultiplexAsyncProcessorServerTest, BasicWildcard) { auto runner = runMultiplexedServices( {std::make_shared<FirstHandler>(), std::make_shared<WildcardThrowsInternalError<SecondHandler>>( "BasicWildcard")}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 2); EXPECT_EQ(client2->semifuture_three().get(), 3); EXPECT_EQ(client2->semifuture_four().get(), 4); EXPECT_THAT( [&] { client3->semifuture_five().get(); }, ThrowsMessage<TApplicationException>("BasicWildcard")); } TEST_F(MultiplexAsyncProcessorServerTest, WildcardSwallows) { auto runner = runMultiplexedServices( {std::make_shared<WildcardThrowsInternalError<FirstHandler>>( "WildcardSwallows"), std::make_shared<SecondHandler>(), std::make_shared<WildcardThrowsInternalError<ThirdHandler>>( "NeverReached")}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 2); EXPECT_THAT( [&] { client2->semifuture_three().get(); }, ThrowsMessage<TApplicationException>("WildcardSwallows")); } TEST_F(MultiplexAsyncProcessorServerTest, WildcardConflicts) { auto runner = runMultiplexedServices( {std::make_shared<SecondHandler>(), std::make_shared<WildcardThrowsInternalError<ConflictsHandler>>( "WildcardConflicts")}); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); // Known methods takes precedence EXPECT_EQ(client2->semifuture_three().get(), 3); EXPECT_EQ(client2->semifuture_four().get(), 4); EXPECT_EQ(client3->semifuture_five().get(), 555); EXPECT_THAT( [&] { client3->semifuture_six().get(); }, ThrowsMessage<TApplicationException>("WildcardConflicts")); } TEST_F(MultiplexAsyncProcessorServerTest, UnimplementedMetadataActsAsWildcard) { auto runner = runMultiplexedServices( {std::make_shared<WithUnimplementedMethodMetadata<FirstHandler>>(), std::make_shared<SecondHandler>()}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 2); EXPECT_THAT( [&] { client2->semifuture_three().get(); }, ThrowsMessage<TApplicationException>("Method name three not found")); } namespace { class RctxFirst : public apache::thrift::ServiceHandler<First> { int one() override { return ContextData::readFromCurrent(); } int two() override { return ContextData::readFromCurrent(); } }; class RctxSecond : public apache::thrift::ServiceHandler<Second> { int three() override { return ContextData::readFromCurrent(); } int four() override { return ContextData::readFromCurrent(); } }; class RctxThird : public apache::thrift::ServiceHandler<Third> { int five() override { return ContextData::readFromCurrent(); } int six() override { return ContextData::readFromCurrent(); } }; class RctxConflicts : public apache::thrift::ServiceHandler<Conflicts> { int four() override { return ContextData::readFromCurrent(); } int five() override { return ContextData::readFromCurrent(); } }; template <typename TProcessorFactory, int kData> class WithRequestContextData : public TProcessorFactory { public: using TProcessorFactory::TProcessorFactory; std::shared_ptr<folly::RequestContext> getBaseContextForRequest( const MethodMetadata&) override { auto ctx = std::make_shared<folly::RequestContext>(); ctx->setContextData( ContextData::getRequestToken(), std::make_unique<ContextData>(kData)); return ctx; } }; } // namespace TEST_F(MultiplexAsyncProcessorServerTest, RequestContext) { auto runner = runMultiplexedServices( {std::make_shared<WithRequestContextData<RctxFirst, 1>>(), std::make_shared<WithRequestContextData<RctxSecond, 2>>()}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 1); EXPECT_EQ(client2->semifuture_three().get(), 2); EXPECT_EQ(client2->semifuture_four().get(), 2); } TEST_F(MultiplexAsyncProcessorServerTest, RequestContextWildcard) { auto runner = runMultiplexedServices( {std::make_shared< WithRequestContextData<WildcardThrowsInternalError<RctxFirst>, 1>>( FromCurrentContextData{}), std::make_shared<WithRequestContextData<RctxSecond, 2>>()}); auto client1 = runner->newClient<FirstAsyncClient>(); auto client2 = runner->newClient<SecondAsyncClient>(); EXPECT_EQ(client1->semifuture_one().get(), 1); EXPECT_EQ(client1->semifuture_two().get(), 1); EXPECT_THAT( [&] { client2->semifuture_three().get(); }, ThrowsMessage<TApplicationException>("1")); } TEST_F(MultiplexAsyncProcessorServerTest, RequestContextConflictPrecedence) { auto runner = runMultiplexedServices( {std::make_shared<WithRequestContextData<RctxSecond, 2>>(), std::make_shared<WithRequestContextData<RctxConflicts, -1>>(), std::make_shared<WithRequestContextData<RctxThird, 3>>()}); auto client2 = runner->newClient<SecondAsyncClient>(); auto client3 = runner->newClient<ThirdAsyncClient>(); EXPECT_EQ(client2->semifuture_three().get(), 2); // Second takes precedence EXPECT_EQ(client2->semifuture_four().get(), 2); // Conflicts takes precedence EXPECT_EQ(client3->semifuture_five().get(), -1); EXPECT_EQ(client3->semifuture_six().get(), 3); } namespace { RequestChannel::Ptr makeRocketChannel(folly::AsyncSocket::UniquePtr socket) { return RocketClientChannel::newChannel(std::move(socket)); } } // namespace TEST_F(MultiplexAsyncProcessorServerTest, Interaction) { using Counter = std::atomic<int>; class TerminateInteractionTrackingProcessor : public AsyncProcessor { public: void processSerializedRequest( ResponseChannelRequest::UniquePtr req, SerializedRequest&& serializedRequest, protocol::PROTOCOL_TYPES protocolType, Cpp2RequestContext* context, folly::EventBase* eb, concurrency::ThreadManager* tm) override { delegate_->processSerializedRequest( std::move(req), std::move(serializedRequest), protocolType, context, eb, tm); } void processSerializedCompressedRequest( ResponseChannelRequest::UniquePtr req, SerializedCompressedRequest&& serializedRequest, protocol::PROTOCOL_TYPES protocolType, Cpp2RequestContext* context, folly::EventBase* eb, concurrency::ThreadManager* tm) override { delegate_->processSerializedCompressedRequest( std::move(req), std::move(serializedRequest), protocolType, context, eb, tm); } void processSerializedCompressedRequestWithMetadata( ResponseChannelRequest::UniquePtr req, SerializedCompressedRequest&& serializedRequest, const MethodMetadata& methodMetadata, protocol::PROTOCOL_TYPES protocolType, Cpp2RequestContext* context, folly::EventBase* eb, concurrency::ThreadManager* tm) override { delegate_->processSerializedCompressedRequestWithMetadata( std::move(req), std::move(serializedRequest), methodMetadata, protocolType, context, eb, tm); } void executeRequest( ServerRequest&& request, const AsyncProcessorFactory::MethodMetadata& methodMetadata) override { delegate_->executeRequest(std::move(request), methodMetadata); } virtual void terminateInteraction( int64_t id, Cpp2ConnContext& ctx, folly::EventBase& eb) noexcept override { ++numCalls_; delegate_->terminateInteraction(id, ctx, eb); } explicit TerminateInteractionTrackingProcessor( std::unique_ptr<AsyncProcessor>&& delegate, Counter& numCalls) : delegate_(std::move(delegate)), numCalls_(numCalls) {} private: std::unique_ptr<AsyncProcessor> delegate_; Counter& numCalls_; }; class Interaction1Handler : public apache::thrift::ServiceHandler<Interaction1> { public: std::unique_ptr<Thing1If> createThing1() override { class Thing1 : public Thing1If { public: void foo() override { ++numCalls_; } explicit Thing1(Counter& numCalls, folly::Baton<>& destroyed) : numCalls_(numCalls), destroyed_(destroyed) {} ~Thing1() override { destroyed_.post(); } private: Counter& numCalls_; folly::Baton<>& destroyed_; }; return std::make_unique<Thing1>(numCalls, destroyed); } std::unique_ptr<AsyncProcessor> getProcessor() override { return std::make_unique<TerminateInteractionTrackingProcessor>( apache::thrift::ServiceHandler<Interaction1>::getProcessor(), numTerminateInteractionCalls); } Counter numCalls{0}; Counter numTerminateInteractionCalls{0}; folly::Baton<> destroyed; }; class Interaction2Handler : public apache::thrift::ServiceHandler<Interaction2> { std::unique_ptr<Thing2If> createThing2() override { class Thing2 : public Thing2If { public: void bar() override { ++numCalls_; } explicit Thing2(Counter& numCalls) : numCalls_(numCalls) {} private: Counter& numCalls_; }; return std::make_unique<Thing2>(numCalls); } public: Counter numCalls{0}; }; auto interaction1 = std::make_shared<Interaction1Handler>(); auto interaction2 = std::make_shared<Interaction2Handler>(); auto runner = runMultiplexedServices({interaction1, interaction2}); auto client1 = runner->newClient<Interaction1AsyncClient>( nullptr /* callbackExecutor */, makeRocketChannel); auto client2 = runner->newClient<Interaction2AsyncClient>( nullptr /* callbackExecutor */, makeRocketChannel); std::optional<Interaction1AsyncClient::Thing1> thing1 = client1->createThing1(); thing1->semifuture_foo().get(); std::optional<Interaction2AsyncClient::Thing2> thing2 = client2->createThing2(); thing2->semifuture_bar().get(); EXPECT_EQ(interaction1->numCalls.load(), 1); EXPECT_EQ(interaction2->numCalls.load(), 1); // Make sure interaction gets destroyed thing1.reset(); interaction1->destroyed.wait(); EXPECT_EQ(interaction1->numTerminateInteractionCalls.load(), 1); // Other interactions should not be destroyed thing2->semifuture_bar().get(); EXPECT_EQ(interaction2->numCalls.load(), 2); } TEST_F(MultiplexAsyncProcessorServerTest, InteractionConflict) { class Interaction1Handler : public apache::thrift::ServiceHandler<Interaction1> { public: std::unique_ptr<Thing1If> createThing1() override { class Thing1 : public Thing1If { public: void foo() override {} }; return std::make_unique<Thing1>(); } }; class ConflictsInteraction1Handler : public apache::thrift::ServiceHandler< apache::thrift::test2::ConflictsInteraction1> { public: std::unique_ptr<Thing1If> createThing1() override { class Thing1 : public Thing1If { public: void foo() override { ADD_FAILURE() << "Should never be called"; } void bar() override { ADD_FAILURE() << "Should never be called"; } }; return std::make_unique<Thing1>(); } }; auto runner = runMultiplexedServices( {std::make_shared<Interaction1Handler>(), std::make_shared<ConflictsInteraction1Handler>(), std::make_shared<WildcardThrowsInternalError<SecondHandler>>( "ConflictsInteraction1")}); auto client1 = runner->newClient<Interaction1AsyncClient>( nullptr /* callbackExecutor */, makeRocketChannel); auto client2 = runner ->newClient<apache::thrift::test2::ConflictsInteraction1AsyncClient>( nullptr /* callbackExecutor */, makeRocketChannel); auto thing = client1->createThing1(); thing.semifuture_foo().get(); auto thing2 = client2->createThing1(); // Thing1.bar from ConflictsInteraction1 should not be in MethodMetadataMap // because Interaction1 already added Thing1.foo. EXPECT_THAT( [&] { thing2.semifuture_bar().get(); }, ThrowsMessage<TApplicationException>("ConflictsInteraction1")); } } // namespace apache::thrift::test

[ "atry@fb.com" ]

atry@fb.com

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/src/c_crypto/src/common/Varint.h

f9d820fd1562a8c2ae85270a7807ae6191c2e79c

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permissive

survirtual/ring-crypto

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// Copyright (c) 2011-2016 The Cryptonote developers // Distributed under the MIT/X11 software license, see the accompanying // file COPYING or http://www.opensource.org/licenses/mit-license.php. #pragma once #include <limits> #include <sstream> #include <string> #include <type_traits> #include <utility> namespace tools { template<typename OutputIt, typename T> typename std::enable_if<std::is_integral<T>::value && std::is_unsigned<T>::value, void>::type write_varint(OutputIt &&dest, T i) { while (i >= 0x80) { *dest++ = (static_cast<char>(i) & 0x7f) | 0x80; i >>= 7; } *dest++ = static_cast<char>(i); } template<typename t_type> std::string get_varint_data(const t_type& v) { std::stringstream ss; write_varint(std::ostreambuf_iterator<char>(ss), v); return ss.str(); } template<int bits, typename InputIt, typename T> typename std::enable_if<std::is_integral<T>::value && std::is_unsigned<T>::value && 0 <= bits && bits <= std::numeric_limits<T>::digits, int>::type read_varint(InputIt &&first, InputIt &&last, T &i) { int read = 0; i = 0; for (int shift = 0;; shift += 7) { if (first == last) { return read; // End of input. } unsigned char byte = *first++; ++read; if (shift + 7 >= bits && byte >= 1 << (bits - shift)) { return -1; // Overflow. } if (byte == 0 && shift != 0) { return -2; // Non-canonical representation. } i |= static_cast<T>(byte & 0x7f) << shift; if ((byte & 0x80) == 0) { break; } } return read; } template<typename InputIt, typename T> int read_varint(InputIt &&first, InputIt &&last, T &i) { return read_varint<std::numeric_limits<T>::digits, InputIt, T>(std::move(first), std::move(last), i); } }

[ "sc@survirtual.com" ]

sc@survirtual.com

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/source/runtime/Slate/Private/Widgets/Text/SlateTextBlockLayout.cpp

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523793658/Air2.0

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2021-11-10T16:08:51.077092

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// Copyright Epic Games, Inc. All Rights Reserved. #include "Widgets/Text/SlateTextBlockLayout.h" #include "Fonts/FontCache.h" #include "Framework/Text/SlateTextHighlightRunRenderer.h" FSlateTextBlockLayout::FSlateTextBlockLayout(SWidget* InOwner, FTextBlockStyle InDefaultTextStyle, const TOptional<ETextShapingMethod> InTextShapingMethod, const TOptional<ETextFlowDirection> InTextFlowDirection, const FCreateSlateTextLayout& InCreateSlateTextLayout, TSharedRef<ITextLayoutMarshaller> InMarshaller, TSharedPtr<IBreakIterator> InLineBreakPolicy) : TextLayout((InCreateSlateTextLayout.IsBound()) ? InCreateSlateTextLayout.Execute(InOwner, MoveTemp(InDefaultTextStyle)) : FSlateTextLayout::Create(InOwner, MoveTemp(InDefaultTextStyle))) , Marshaller(MoveTemp(InMarshaller)) , TextHighlighter(FSlateTextHighlightRunRenderer::Create()) , CachedSize(ForceInitToZero) , CachedWrapTextAt(0) , bCachedAutoWrapText(false) { if (InTextShapingMethod.IsSet()) { TextLayout->SetTextShapingMethod(InTextShapingMethod.GetValue()); } if (InTextFlowDirection.IsSet()) { TextLayout->SetTextFlowDirection(InTextFlowDirection.GetValue()); } TextLayout->SetLineBreakIterator(MoveTemp(InLineBreakPolicy)); } FVector2D FSlateTextBlockLayout::ComputeDesiredSize(const FWidgetArgs& InWidgetArgs, const float InScale, const FTextBlockStyle& InTextStyle) { // Cache the wrapping rules so that we can recompute the wrap at width in paint. CachedWrapTextAt = InWidgetArgs.WrapTextAt.Get(0.0f); bCachedAutoWrapText = InWidgetArgs.AutoWrapText.Get(false); const ETextTransformPolicy PreviousTransformPolicy = TextLayout->GetTransformPolicy(); // Set the text layout information TextLayout->SetScale(InScale); TextLayout->SetWrappingWidth(CalculateWrappingWidth()); TextLayout->SetWrappingPolicy(InWidgetArgs.WrappingPolicy.Get()); TextLayout->SetTransformPolicy(InWidgetArgs.TransformPolicy.Get()); TextLayout->SetMargin(InWidgetArgs.Margin.Get()); TextLayout->SetJustification(InWidgetArgs.Justification.Get()); TextLayout->SetLineHeightPercentage(InWidgetArgs.LineHeightPercentage.Get()); // Has the transform policy changed? If so we need a full refresh as that is destructive to the model text if (PreviousTransformPolicy != TextLayout->GetTransformPolicy()) { Marshaller->MakeDirty(); } // Has the style used for this text block changed? if(!IsStyleUpToDate(InTextStyle)) { TextLayout->SetDefaultTextStyle(InTextStyle); Marshaller->MakeDirty(); // will regenerate the text using the new default style } { bool bRequiresTextUpdate = false; const FText& TextToSet = InWidgetArgs.Text.Get(FText::GetEmpty()); if(!TextLastUpdate.IdenticalTo(TextToSet)) { // The pointer used by the bound text has changed, however the text may still be the same - check that now if(!TextLastUpdate.IsDisplayStringEqualTo(TextToSet)) { // The source text has changed, so update the internal text bRequiresTextUpdate = true; } // Update this even if the text is lexically identical, as it will update the pointer compared by IdenticalTo for the next Tick TextLastUpdate = FTextSnapshot(TextToSet); } if(bRequiresTextUpdate || Marshaller->IsDirty()) { UpdateTextLayout(TextToSet); } } { const FText& HighlightTextToSet = InWidgetArgs.HighlightText.Get(FText::GetEmpty()); if(!HighlightTextLastUpdate.IdenticalTo(HighlightTextToSet)) { // The pointer used by the bound text has changed, however the text may still be the same - check that now if(!HighlightTextLastUpdate.IsDisplayStringEqualTo(HighlightTextToSet)) { UpdateTextHighlights(HighlightTextToSet); } // Update this even if the text is lexically identical, as it will update the pointer compared by IdenticalTo for the next Tick HighlightTextLastUpdate = FTextSnapshot(HighlightTextToSet); } } // We need to update our size if the text layout has become dirty TextLayout->UpdateIfNeeded(); return TextLayout->GetSize(); } FVector2D FSlateTextBlockLayout::GetDesiredSize() const { return TextLayout->GetSize(); } float FSlateTextBlockLayout::GetLayoutScale() const { return TextLayout->GetScale(); } int32 FSlateTextBlockLayout::OnPaint(const FPaintArgs& InPaintArgs, const FGeometry& InAllottedGeometry, const FSlateRect& InClippingRect, FSlateWindowElementList& OutDrawElements, int32 LayerId, const FWidgetStyle& InWidgetStyle, bool bParentEnabled) { // Store a new cached size with the scale CachedSize = InAllottedGeometry.GetLocalSize(); // Recompute wrapping in case the cached size changed. TextLayout->SetWrappingWidth(CalculateWrappingWidth()); // Text blocks don't have scroll bars, so when the visible region is smaller than the desired size, // we attempt to auto-scroll to keep the view of the text aligned with the current justification method const ETextJustify::Type VisualJustification = TextLayout->GetVisualJustification(); FVector2D AutoScrollValue = FVector2D::ZeroVector; // Scroll to the left if(VisualJustification != ETextJustify::Left) { const float ActualWidth = TextLayout->GetSize().X; const float VisibleWidth = CachedSize.X; if(VisibleWidth < ActualWidth) { switch(VisualJustification) { case ETextJustify::Center: AutoScrollValue.X = (ActualWidth - VisibleWidth) * 0.5f; // Scroll to the center break; case ETextJustify::Right: AutoScrollValue.X = (ActualWidth - VisibleWidth); // Scroll to the right break; default: break; } } } TextLayout->SetVisibleRegion(CachedSize, AutoScrollValue * TextLayout->GetScale()); TextLayout->UpdateIfNeeded(); return TextLayout->OnPaint(InPaintArgs, InAllottedGeometry, InClippingRect, OutDrawElements, LayerId, InWidgetStyle, bParentEnabled); } void FSlateTextBlockLayout::DirtyLayout() { TextLayout->DirtyLayout(); } void FSlateTextBlockLayout::DirtyContent() { DirtyLayout(); Marshaller->MakeDirty(); } void FSlateTextBlockLayout::OverrideTextStyle(const FTextBlockStyle& InTextStyle) { // Has the style used for this text block changed? if(!IsStyleUpToDate(InTextStyle)) { TextLayout->SetDefaultTextStyle(InTextStyle); FString CurrentText; Marshaller->GetText(CurrentText, *TextLayout); UpdateTextLayout(CurrentText); } } void FSlateTextBlockLayout::SetTextShapingMethod(const TOptional<ETextShapingMethod>& InTextShapingMethod) { TextLayout->SetTextShapingMethod((InTextShapingMethod.IsSet()) ? InTextShapingMethod.GetValue() : GetDefaultTextShapingMethod()); } void FSlateTextBlockLayout::SetTextFlowDirection(const TOptional<ETextFlowDirection>& InTextFlowDirection) { TextLayout->SetTextFlowDirection((InTextFlowDirection.IsSet()) ? InTextFlowDirection.GetValue() : GetDefaultTextFlowDirection()); } void FSlateTextBlockLayout::SetDebugSourceInfo(const TAttribute<FString>& InDebugSourceInfo) { TextLayout->SetDebugSourceInfo(InDebugSourceInfo); } FChildren* FSlateTextBlockLayout::GetChildren() { return TextLayout->GetChildren(); } void FSlateTextBlockLayout::ArrangeChildren(const FGeometry& AllottedGeometry, FArrangedChildren& ArrangedChildren) const { TextLayout->ArrangeChildren(AllottedGeometry, ArrangedChildren); } void FSlateTextBlockLayout::UpdateTextLayout(const FText& InText) { UpdateTextLayout(InText.ToString()); } void FSlateTextBlockLayout::UpdateTextLayout(const FString& InText) { Marshaller->ClearDirty(); TextLayout->ClearLines(); TextLayout->ClearLineHighlights(); TextLayout->ClearRunRenderers(); Marshaller->SetText(InText, *TextLayout); HighlightTextLastUpdate = FTextSnapshot(); } void FSlateTextBlockLayout::UpdateTextHighlights(const FText& InHighlightText) { const FString& HighlightTextString = InHighlightText.ToString(); const int32 HighlightTextLength = HighlightTextString.Len(); const TArray< FTextLayout::FLineModel >& LineModels = TextLayout->GetLineModels(); TArray<FTextRunRenderer> TextHighlights; if (HighlightTextString.Len() > 0) { for(int32 LineIndex = 0; LineIndex < LineModels.Num(); ++LineIndex) { const FTextLayout::FLineModel& LineModel = LineModels[LineIndex]; int32 FindBegin = 0; int32 CurrentHighlightBegin; const int32 TextLength = LineModel.Text->Len(); while(FindBegin < TextLength && (CurrentHighlightBegin = LineModel.Text->Find(HighlightTextString, ESearchCase::IgnoreCase, ESearchDir::FromStart, FindBegin)) != INDEX_NONE) { FindBegin = CurrentHighlightBegin + HighlightTextLength; if(TextHighlights.Num() > 0 && TextHighlights.Last().LineIndex == LineIndex && TextHighlights.Last().Range.EndIndex == CurrentHighlightBegin) { TextHighlights[TextHighlights.Num() - 1] = FTextRunRenderer(LineIndex, FTextRange(TextHighlights.Last().Range.BeginIndex, FindBegin), TextHighlighter.ToSharedRef()); } else { TextHighlights.Add(FTextRunRenderer(LineIndex, FTextRange(CurrentHighlightBegin, FindBegin), TextHighlighter.ToSharedRef())); } } } } TextLayout->SetRunRenderers(TextHighlights); } bool FSlateTextBlockLayout::IsStyleUpToDate(const FTextBlockStyle& NewStyle) const { const FTextBlockStyle& CurrentStyle = TextLayout->GetDefaultTextStyle(); return (CurrentStyle.Font.IsIdenticalTo(NewStyle.Font)) && (CurrentStyle.ColorAndOpacity == NewStyle.ColorAndOpacity) && (CurrentStyle.ShadowOffset == NewStyle.ShadowOffset) && (CurrentStyle.ShadowColorAndOpacity == NewStyle.ShadowColorAndOpacity) && (CurrentStyle.SelectedBackgroundColor == NewStyle.SelectedBackgroundColor) && (CurrentStyle.HighlightColor == NewStyle.HighlightColor) && (CurrentStyle.HighlightShape == NewStyle.HighlightShape); } float FSlateTextBlockLayout::CalculateWrappingWidth() const { // Text wrapping can either be used defined (WrapTextAt), automatic (bAutoWrapText and CachedSize), // or a mixture of both. Take whichever has the smallest value (>1) float WrappingWidth = CachedWrapTextAt; if (bCachedAutoWrapText && CachedSize.X >= 1.0f) { WrappingWidth = (WrappingWidth >= 1.0f) ? FMath::Min(WrappingWidth, CachedSize.X) : CachedSize.X; } return FMath::Max(0.0f, WrappingWidth); }

[ "523793658@qq.com" ]

523793658@qq.com

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38804bb6bbe2ebf4953e4ee834edb41ce0f9a55c

/不会023_Merge_k_Sorted_Lists/23.cpp

d73113c5a6a89951c5729a7f785c483dbf1a9240

[]

no_license

mumuxijili/MyLCode

d90da042477193e23a2a215c8e4d29d4911a2dd3

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refs/heads/master

2021-01-01T05:19:06.388875

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#include <iostream> #include <string> #include <vector> using namespace std; struct ListNode { int val; ListNode *next; ListNode(int x) : val(x), next(NULL) {} }; class Solution { public: ListNode* mergeKLists(vector<ListNode*>& lists) { } };

[ "mengjiepang@gmail.com" ]

mengjiepang@gmail.com

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/src/loginfo.cpp

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[]

no_license

vihist/logapi

6d5b361590d69747537615f1d2aa598fe517621c

bbb27725ad937156eed8a3141cc05632eab53045

refs/heads/master

2021-01-19T08:05:29.620761

2017-04-16T14:47:47

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null

GB18030

C++

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cpp

#pragma warning ( disable : 4996) #include <iostream> #include <sstream> #include <iomanip> #include <stdarg.h> #include <time.h> #include <string.h> #ifdef _LINUX_ #include <sys/time.h> #else #include <Windows.h> #endif #include "loginfo.h" using std::string; using std::ostringstream; using std::setw; namespace space_logapi { char* g_LevelDesc[] = { "ERRO", "WARN", "INFO", "DEBU" }; void CreateTimeString(char* pDateInfo, int usLen) { if (pDateInfo == NULL) { return; } tm tm_time; time_t long_time; (void)time( &long_time ); ulong ulMillSecond; #ifndef _LINUX_ (void)localtime_s(&tm_time, &long_time); SYSTEMTIME sysTime; GetLocalTime(&sysTime); ulMillSecond = sysTime.wMilliseconds; #else localtime_r(&long_time, &tm_time); timeval tv; gettimeofday(&tv, NULL); ulMillSecond = tv.tv_usec/1000; #endif ostringstream strTimeLogStream; (void)strTimeLogStream.fill('0'); strTimeLogStream << setw(4) << 1900+tm_time.tm_year << setw(2) << 1+tm_time.tm_mon << setw(2) << tm_time.tm_mday << ' ' << setw(2) << tm_time.tm_hour << ':' << setw(2) << tm_time.tm_min << ':' << setw(2) << tm_time.tm_sec << ':' << setw(3) << ulMillSecond << ' '; const string& strTimeLog = strTimeLogStream.str(); strncpy(pDateInfo, strTimeLog.c_str(), usLen); pDateInfo[DATE_INFO_LEN - 1] = '\0'; } CLogInfo::CLogInfo(uchar ucLogLevel, char* pLogDesc): m_ucLevel(ucLogLevel), m_bInited(true) { CreateTimeString(m_pDateInfo, DATE_INFO_LEN); strncpy(m_pLogInfo, pLogDesc, MAX_LOGINF_LEN); } CLogInfo::CLogInfo():m_bInited(false),m_ucLevel(0) { m_pDateInfo[0] = '\0'; m_pLogInfo[0] = '\0'; } bool CLogInfo::ToString(string& strLog) const { if (!IsValid()) { return false; } ostringstream strTimeLogStream; (void)strTimeLogStream.fill('0'); strTimeLogStream << m_pDateInfo << " " << "[" << g_LevelDesc[m_ucLevel] << "]" << " " << m_pLogInfo #ifndef _LINUX_ << "\r" //win下ascii文件换行符号前有回车符。若字符串中没有回车符，win也会自动添加的，但是会造成按照COfstreamManager::m_ulCurrFileSize不准 #endif << "\n"; strLog = strTimeLogStream.str(); return true; } bool CLogInfo::IsValid() const { return m_bInited; } }

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vihist.noreply@github.com

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/BT1000_140.cpp

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no_license

HoaAnh/BT1000_NTTMK_v2

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df2af4cb2bc3ac837804044152aabdb3a14a5279

refs/heads/master

2021-01-01T20:39:19.270188

2017-08-16T08:04:24

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cpp

#include<iostream> using namespace std; int main() { int n; cin>>n; int Arr[10000]; for(int i=0;i<n;i++) { cin>>Arr[i]; } int Min=0; for(int i=0;i<n;i++) { if(Arr[i]>0&&Arr[i]<Arr[Min]) { Min=i; } else { cout<<"-1"; } } cout<<Min; return 0; }

[ "noreply@github.com" ]

HoaAnh.noreply@github.com

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/HackerRank/BFSShortReach_1.cpp

956091d2c7b99eb83c3b15060de89be9ee13df2d

[]

no_license

ConanCode96/ONLINE_JUDGE

a0783ed15e6f1480a96bddaeafdb40b28744fbe8

c8f971b05b833bea6c46db8d62c11a7293935ea1

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2021-05-09T22:15:40.762999

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#include <bits/stdc++.h> using namespace std; #define X first #define Y second #define ll long long #define inf (ll)1e18 #define all(x) x.begin(), x.end() const int MX = 200020; const int N = 1000060; const int mod = ((int)1e9 + 7); int main(){ /* Hossam ^_^ ___ ___ (^_^) (^_^) /( | )\ /( | )\ | | | | */ cin.tie(0); cin.sync_with_stdio(0); #ifdef Cyborg101 freopen("input.txt", "r", stdin); freopen("output.txt", "w", stdout); #endif const int weight = 6; int q; cin >> q; while(q--){ int n, m; cin >> n >> m; std::vector<int> g[n]; while(m--){ int a, b; cin >> a >> b; --a, --b; //zero-indexed vertices g[a].push_back(b); g[b].push_back(a); } int s; cin >> s; --s; int mx_weight = (n - 1) * weight + 1; std::vector<int> bst(n, mx_weight); bst[s] = 0; queue<int> q; q.push(s); while(!q.empty()){ auto x = q.front(); q.pop(); for(auto y : g[x]){ if(bst[y] == mx_weight){ //not visited, (this means that the first time it's visited this is the shortest path since the edge weight is constant ^_^) bst[y] = bst[x] + weight; q.push(y); } } } for(int i = 0; i < n; ++i){ if(i == s) continue; if(bst[i] == mx_weight) bst[i] = -1; cout << bst[i] << " \n"[i == n - 1]; } } return 0; }

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ConanCode96.noreply@github.com

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/qt_comPort_Monitor/main.cpp

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[]

no_license

plumber2020/Qt_ComPort_pic16F1718_mcp9803

e2cef2bdfb03323e4d3833ef08ab0936c4749f7c

152b1e6fe808b4aecf26cc43982a8c3e7329fe05

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#include "mainwindow.h" #include <QApplication> //#include "./logging/Logger.h" int main(int argc, char *argv[]) { // Logger::init(0); QApplication a(argc, argv); MainWindow w; w.show(); bool state = a.exec(); // Logger::clean(); return state; }

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42453852+sweet-little@users.noreply.github.com

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/Algorithms/OptFlow/unittests/optflow_unittests.cpp

1408b46b766a0176e9dc9d9879e54c21af15cab4

[]

no_license

mazurekm/ObjectTracking

a08df16ad672b7616e5091ed47ff37b7102fe678

765b2721e76c6605801f22e6c92e88c7470de823

refs/heads/master

2021-01-18T05:55:12.326779

2015-06-06T14:05:12

33,033,672

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#define BOOST_TEST_MODULE Algorithms #include <boost/test/unit_test.hpp> #include <Algorithms/OptFlow/OpticalFlow.h> #include <FrameProcessing/TransformContainer.h> #include <FrameProcessing/ImageTransform.h> #include <string> #include <sstream> #include <boost/filesystem.hpp> #include <Algorithms/Utils/State.h> #include <Algorithms/Utils/MeasuredData.h> BOOST_AUTO_TEST_CASE(sample1_test) { std::stringstream sst; sst << boost::filesystem::current_path(); std::string path = sst.str(); path.erase(path.begin()); path.erase(path.end()-1); path+="/"; cv::Mat templ = cv::imread(path+"Tests/bin/temp1.png"); CPatternController::getInstance().addPattern(templ,-1,-1); std::unique_ptr<CMeasuredData> ptr (new CMeasuredData(path+"Tests/bin/sample1.ref") ); path += "Tests/bin/sample_1.wmv"; CVideoLoader loader(path); COpticalFlow alg("sample1.ref"); std::unique_ptr<State> state( new MarkState() ); while (nullptr != state) { state = state->handle(loader, alg, ptr); } auto qual = ptr->getAvgMark(); std::cout << ptr->getAvgTime() <<" " <<qual.distance <<" " <<qual.width <<" " << qual.height << std::endl; } BOOST_AUTO_TEST_CASE(sample2_test) { std::stringstream sst; sst << boost::filesystem::current_path(); std::string path = sst.str(); path.erase(path.begin()); path.erase(path.end()-1); path+="/"; cv::Mat templ = cv::imread(path+"Tests/bin/temp2.png"); CPatternController::getInstance().addPattern(templ,-1,-1); std::unique_ptr<CMeasuredData> ptr (new CMeasuredData(path+"Tests/bin/sample2.ref") ); path += "Tests/bin/sample_2.wmv"; CVideoLoader loader(path); COpticalFlow alg("sample2.csv"); std::unique_ptr<State> state( new MarkState() ); while (nullptr != state) { state = state->handle(loader, alg, ptr); } auto qual = ptr->getAvgMark(); std::cout << ptr->getAvgTime() <<" " <<qual.distance <<" " <<qual.width <<" " << qual.height << std::endl; } BOOST_AUTO_TEST_CASE(sample3_test) { std::stringstream sst; sst << boost::filesystem::current_path(); std::string path = sst.str(); path.erase(path.begin()); path.erase(path.end()-1); path+="/"; cv::Mat templ = cv::imread(path+"Tests/bin/temp3.png"); CPatternController::getInstance().addPattern(templ,-1,-1); std::unique_ptr<CMeasuredData> ptr (new CMeasuredData(path+"Tests/bin/sample3.ref") ); path += "Tests/bin/sample_3.wmv"; CVideoLoader loader(path); COpticalFlow alg("sample3.csv"); std::unique_ptr<State> state( new MarkState() ); while (nullptr != state) { state = state->handle(loader, alg, ptr); } auto qual = ptr->getAvgMark(); std::cout << ptr->getAvgTime() <<" " <<qual.distance <<" " <<qual.width <<" " << qual.height << std::endl; } BOOST_AUTO_TEST_CASE(sample4_test) { std::stringstream sst; sst << boost::filesystem::current_path(); std::string path = sst.str(); path.erase(path.begin()); path.erase(path.end()-1); path+="/"; cv::Mat templ = cv::imread(path+"Tests/bin/temp4.png"); CPatternController::getInstance().addPattern(templ,-1,-1); std::unique_ptr<CMeasuredData> ptr (new CMeasuredData(path+"Tests/bin/sample4.ref") ); path += "Tests/bin/sample_4.wmv"; CVideoLoader loader(path); COpticalFlow alg("sample4.csv"); std::unique_ptr<State> state( new MarkState() ); while (nullptr != state) { state = state->handle(loader, alg, ptr); } auto qual = ptr->getAvgMark(); std::cout << ptr->getAvgTime() <<" " <<qual.distance <<" " <<qual.width <<" " << qual.height << std::endl; }

[ "mazur@myown.test" ]

mazur@myown.test

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/grxsdk/inc/grx/gcstatusbar.h

8a1d59c54241367afb7d354eb6b0f2fc48e8de20

[]

no_license

15831944/arxloader

610842b913b1fea16133564ff532a4207daf076a

b9d2888953b04ab53743ddae6751d871d2a23dae

refs/heads/master

2023-04-13T14:54:28.462797

2021-04-27T12:37:05

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#ifndef _GCSTATUSBAR_H #define _GCSTATUSBAR_H 1 #pragma pack (push, 8) #ifdef NEW_STATUS_BAR #define SB_DEPRECATED __declspec(deprecated) #else #define SB_DEPRECATED #endif #include "gcdocman.h" #include "rxvalue.h" class GCAD_DLL_DECL GcStatusBarItem { public: GcStatusBarItem(); GcStatusBarItem(const CString& strId, bool isTrayItem); virtual ~GcStatusBarItem(); bool IsTrayItem() const; const CString& GetName() const; virtual BOOL SetIcon(HICON hIcon); virtual HICON GetIcon() const; virtual void SetIconLabel(CString sIcon); virtual CString GetIconLabel(); virtual BOOL SetToolTipText(const CString& strText); virtual BOOL GetToolTipText(CString& strText) const; SB_DEPRECATED virtual BOOL QueryToolTipText(CString& strText) const; virtual void Enable(BOOL bValue); virtual BOOL IsEnabled(); virtual void SetVisible(BOOL bIsVisible); virtual BOOL IsVisible(); virtual void OnLButtonDown(UINT nFlags, CPoint point); virtual void OnRButtonDown(UINT nFlags, CPoint point); virtual void OnLButtonDblClk(UINT nFlags, CPoint point); virtual void OnDelete(); SB_DEPRECATED virtual BOOL ClientToScreen(LPPOINT lpPoint); SB_DEPRECATED virtual BOOL ClientToScreen(LPRECT lpRect); SB_DEPRECATED virtual BOOL ScreenToClient(LPPOINT lpPoint); SB_DEPRECATED virtual BOOL ScreenToClient(LPRECT lpRect); virtual UINT DisplayContextMenu(CMenu& menu, CPoint point); SB_DEPRECATED virtual BOOL ShowTraySettingsDialog(); ////////////////////////////////////////////////////////////////////////////// // Note: These methods are for INTERNAL USE ONLY. Using these methods may // adversely affect application functionality SB_DEPRECATED virtual void SetContentChanged(BOOL bChanged) {m_bContentChanged = bChanged;} SB_DEPRECATED virtual BOOL ContentChanged() const {return m_bContentChanged;} SB_DEPRECATED virtual void SetVisibilityChanged(BOOL bChanged) {m_bVisibilityChanged = bChanged;} SB_DEPRECATED virtual BOOL VisibilityChanged() const {return m_bVisibilityChanged;} SB_DEPRECATED virtual void SetInternalData(void* pData, BOOL bForDocSwitch = FALSE); SB_DEPRECATED virtual void* GetInternalData(BOOL bForDocSwitch = TRUE) const; void* GetData(); int GetID() const; void SetID(int id); CString& GetActiveImageState() const; void SetActiveImageState(const CString& strActiveImageState); // End INTERNAL USE ONLY. ////////////////////////////////////////////////////////////////////////////// private: CString m_sIcon; HICON m_hIcon; CString m_strToolTipText; BOOL m_bEnabled; BOOL m_bVisible; BOOL m_bContentChanged; BOOL m_bVisibilityChanged; void* m_pData; void* m_pDocSwitchData; }; #define GCSB_NOBORDERS (1<<0) #define GCSB_INACTIVE (1<<1) #define GCSB_STRETCH (1<<2) #define GCSB_ACTIVE (1<<3) #define GCSB_COMMAND (1<<4) #define GCSB_POPUP (1<<5) #define GCSB_DIVIDER (1<<6) #define GCSB_SUBDIVIDER (1<<7) #define GCSB_INDETERMINATE (1<<8) #define GCSB_ONETIME (1<<9) //Deprecated styles. #define GCSB_POPOUT GCSB_INACTIVE #define GCSB_NORMAL GCSB_ACTIVE class GCAD_DLL_DECL GcPane : public GcStatusBarItem { public: GcPane(); GcPane(const CString& strId); virtual ~GcPane(); virtual BOOL SetIcon(HICON hIcon); virtual HICON GetIcon() const; virtual BOOL SetText(const CString& strText); virtual BOOL GetText(CString& strText) const; virtual BOOL SetStyle(int nStyle); virtual int GetStyle() const; virtual BOOL SetMinWidth(int cxWidth); virtual int GetMinWidth(); virtual BOOL SetMaxWidth(int cxWidth); virtual int GetMaxWidth(); virtual BOOL SetPaneName(const CString& strName); virtual BOOL GetPaneName(CString& strName) const; virtual BOOL SetRegistryKey(const CString& strRegistryKey); virtual BOOL GetRegistryKey(CString& strRegistryKey) const; virtual UINT DisplayPopupPaneMenu(CMenu& menu); virtual BOOL Update() { return true; }; private: CString m_strText; int m_nStyle; int m_cxMinWidth; int m_cxMaxWidth; }; typedef void (*GcTrayItemAnimationCallbackFunc)(void *, int); typedef void *GcTrayItemAnimationCallbackData; ////////////////////////////////////////////////////////////////////////////// // Note: This class is for INTERNAL USE ONLY. Using this class may // adversely affect application functionality class GCAD_DLL_DECL GcTrayItemAnimationControl { public: SB_DEPRECATED GcTrayItemAnimationControl(); SB_DEPRECATED GcTrayItemAnimationControl(const CString& strGIFFile); SB_DEPRECATED GcTrayItemAnimationControl(HBITMAP hBitmap); SB_DEPRECATED ~GcTrayItemAnimationControl(); SB_DEPRECATED void SetBitmap(HBITMAP hBitmap) { m_hBitmap = hBitmap; } SB_DEPRECATED void SetGIFFile(const CString& strGIFFile) { m_strGIFFile = strGIFFile; } SB_DEPRECATED void SetGIFResourceData(HGLOBAL hGlobal, DWORD dwSize) { m_hGifGlobal = hGlobal; m_dwGifSize = dwSize; }; SB_DEPRECATED void SetDuration(int nDurationInSeconds) { m_nDurationInSeconds = nDurationInSeconds; } SB_DEPRECATED void SetNewIcon(HICON hNewIcon) { m_hNewIcon = hNewIcon; } SB_DEPRECATED void SetCallback(GcTrayItemAnimationCallbackFunc pCallbackFunc, GcTrayItemAnimationCallbackData pCallbackData) { m_pCallbackFunc = pCallbackFunc; m_pCallbackData = pCallbackData; } SB_DEPRECATED HBITMAP GetBitmap() const { return m_hBitmap; }; SB_DEPRECATED const CString& GetGIFFile() const { return m_strGIFFile; }; SB_DEPRECATED void GetGIFResourceData(HGLOBAL &hGlobal, DWORD &dwSize) const { hGlobal = m_hGifGlobal; dwSize = m_dwGifSize;}; SB_DEPRECATED int GetDuration() const { return m_nDurationInSeconds; } SB_DEPRECATED HICON GetNewIcon() const { return m_hNewIcon; }; SB_DEPRECATED GcTrayItemAnimationCallbackFunc GetCallbackFunc() const { return m_pCallbackFunc; } SB_DEPRECATED GcTrayItemAnimationCallbackData GetCallbackData() const { return m_pCallbackData; } enum { ANIMATION_ERROR_NO_CREATE, ANIMATION_ERROR_NO_ICONS, ANIMATION_KILLED, ANIMATION_FINISHED, }; private: void InitDefault() { m_pCallbackFunc = 0; m_pCallbackData = 0; m_nDurationInSeconds = 5; m_hNewIcon = 0; } HBITMAP m_hBitmap; HGLOBAL m_hGifGlobal; DWORD m_dwGifSize; CString m_strGIFFile; int m_nDurationInSeconds; HICON m_hNewIcon; GcTrayItemAnimationCallbackFunc m_pCallbackFunc; GcTrayItemAnimationCallbackData m_pCallbackData; }; // End INTERNAL USE ONLY. ////////////////////////////////////////////////////////////////////////////// typedef void (*GcTrayItemBubbleWindowCallbackFunc)(void *, int); typedef void *GcTrayItemBubbleWindowCallbackData; class GCAD_DLL_DECL GcTrayItemBubbleWindowControl { public: GcTrayItemBubbleWindowControl(); GcTrayItemBubbleWindowControl( const CString& strTitle, const CString& strText, const CString& strHyperText = _T(""), const CString& strHyperLink = _T(""), const CString& strText2 = _T("") ); ~GcTrayItemBubbleWindowControl(); void SetIconType(int nIconType) { m_nIconType = nIconType; } void SetTitle(const CString& strTitle) { m_strTitle = strTitle; } void SetText(const CString& strText) { m_strText = strText; } void SetHyperText(const CString& strHyperText) { m_strHyperText = strHyperText; } void SetHyperLink(const CString& strHyperLink) { m_strHyperLink = strHyperLink; } void SetText2(const CString& strText2) { m_strText2 = strText2; } void SetCallback(GcTrayItemBubbleWindowCallbackFunc pCallbackFunc, GcTrayItemBubbleWindowCallbackData pCallbackData = 0) { m_pCallbackFunc = pCallbackFunc; m_pCallbackData = pCallbackData; } int GetIconType() const { return m_nIconType; }; const CString& GetTitle() const { return m_strTitle; } const CString& GetText() const { return m_strText; } const CString& GetHyperText() const { return m_strHyperText; } const CString& GetHyperLink() const { return m_strHyperLink; } const CString& GetText2() const { return m_strText2; } GcTrayItemBubbleWindowCallbackFunc GetCallbackFunc() const { return m_pCallbackFunc; } GcTrayItemBubbleWindowCallbackData GetCallbackData() const { return m_pCallbackData; } enum { BUBBLE_WINDOW_ICON_NONE, BUBBLE_WINDOW_ICON_INFORMATION, BUBBLE_WINDOW_ICON_CRITICAL, BUBBLE_WINDOW_ICON_WARNING, }; enum { BUBBLE_WINDOW_ERROR_NO_CREATE, BUBBLE_WINDOW_ERROR_NO_ICONS, BUBBLE_WINDOW_ERROR_NO_NOTIFICATIONS, BUBBLE_WINDOW_CLOSE, BUBBLE_WINDOW_TIME_OUT, BUBBLE_WINDOW_HYPERLINK_CLICK, BUBBLE_WINDOW_DOCUMENT_DEACTIVATED }; private: void InitDefault() { m_pCallbackFunc = 0; m_pCallbackData = 0; m_nIconType = BUBBLE_WINDOW_ICON_INFORMATION; } int m_nIconType; CString m_strTitle; CString m_strText; CString m_strHyperText; CString m_strHyperLink; CString m_strText2; GcTrayItemBubbleWindowCallbackFunc m_pCallbackFunc; GcTrayItemBubbleWindowCallbackData m_pCallbackData; }; class GcRxValue; class GCAD_DLL_DECL GcTrayItem : public GcStatusBarItem { public: GcTrayItem(); GcTrayItem(const CString& strId); virtual ~GcTrayItem(); virtual BOOL SetIcon(HICON hIcon); virtual HICON GetIcon() const; virtual BOOL ShowBubbleWindow(GcTrayItemBubbleWindowControl* pBubbleWindowControl); virtual GcTrayItemBubbleWindowControl* GetBubbleWindowControl() const; virtual BOOL CloseAllBubbleWindows(); void GoToState(const CString& state, GcRxValue* parameter = NULL); ////////////////////////////////////////////////////////////////////////////// // Note: These methods are for INTERNAL USE ONLY. Using these methods may // adversely affect application functionality SB_DEPRECATED BOOL PlayAnimation(GcTrayItemAnimationControl* pAnimationControl); SB_DEPRECATED void StopAnimation(); SB_DEPRECATED GcTrayItemAnimationControl* GetAnimationControl() const; // End INTERNAL USE ONLY. ////////////////////////////////////////////////////////////////////////////// private: GcTrayItemAnimationControl m_AnimationControl; GcTrayItemAnimationControl *m_pAnimationControl; GcTrayItemBubbleWindowControl m_BubbleWindowControl; GcTrayItemBubbleWindowControl *m_pBubbleWindowControl; }; enum GcDefaultPane { GCSBPANE_APP_MODEMACRO, GCSBPANE_APP_CURSORCOORD, GCSBPANE_APP_SNAP, GCSBPANE_APP_GRID, GCSBPANE_APP_ORTHO, GCSBPANE_APP_POLAR, GCSBPANE_APP_OTRACK, GCSBPANE_APP_LINEWEIGHT, GCSBPANE_APP_PAPERMODEL, GCSBPANE_APP_PAPER, GCSBPANE_APP_MODEL, GCSBPANE_APP_OSNAP, GCSBPANE_APP_FLOAT, GCSBPANE_APP_TABLET, GCSBPANE_APP_SPACER, GCSBPANE_APP_VPMAX_PREV, GCSBPANE_APP_VPMAX, GCSBPANE_APP_VPMAX_NEXT, GCSBPANE_APP_DYNINPUT, GCSBPANE_APP_DYNAMICUCS, GCSBPANE_APP_LAYOUTMODELICONS, GCSBPANE_APP_MODEL_ICON, GCSBPANE_APP_LAYOUT_ICON, GCSBPANE_APP_LAYOUTMORE_ICON, GCSBPANE_APP_ALL, GCSBPANE_ANNO_STRETCH, GCSBPANE_ANNO_AUTOSCALE, GCSBPANE_ANNO_VIEWPORT_SCALE_LABEL, GCSBPANE_ANNO_VIEWPORT_SCALE, GCSBPANE_ANNO_VIEWPORT_LOCK_STATE, GCSBPANE_ANNO_ANNOTATION_SCALE_LABEL, GCSBPANE_ANNO_ANNOTATION_SCALE, GCSBPANE_ANNO_ANNO_ALL_VISIBLE, GCSBPANE_ANNO_EMPTY, GCSBPANE_APP_STRETCH, GCSBPANE_APP_WORKSPACE, GCSBPANE_APP_WORKSPACE_LOCK, GCSBPANE_APP_QPROPERTIES, GCSBPANE_ANNO_SYNCHSCALES, GCSBPANE_APP_QV_LAYOUTS, GCSBPANE_APP_QV_DRAWINGS, GCSBPANE_APP_QV_SPACER, GCSBPANE_APP_QV_PAN, GCSBPANE_APP_QV_ZOOM, GCSBPANE_APP_QV_STEERINGWHEEL, GCSBPANE_APP_QV_SHOWMOTION, GCSBPANE_APP_QV_ANNO_SPACER, GCSBPANE_APP_3DOSNAP, GCSBPANE_APP_WORKSPACE_PERFORMANCE, GCSBPANE_APP_SELECTIONCYCLING, GCSBPANE_APP_TRANSPARENCY, GCSBPANE_APP_INFER, GCSBPANE_APP_LOGO, GCSBPANE_APP_MAGNIFIER, GCSBPANE_APP_MIRRDRAW, GCSBPANE_APP_PICKMIRRAXIS, GCSBPANE_APP_OSDIVIDE, GCSBPANE_APP_OSDISTANCE, GCSBPANE_APP_AUTOLAYER, GCSBPANE_APP_LOCKULOCKVP, GCSBPANE_APP_QUICKPROPERTIES, GCSBPANE_APP_SELCYCLING, GCSBPANE_APP_HCNSHOW, GCSBPANE_APP_HCNSELECT, GCSBPANE_APP_MAX, GCSBPANE_APP_ANNOMONITOR = 52, GCSBPANE_APP_SELECTION_FILTER = 53, GCSBPANE_APP_GIZMO = 54, GCSBPANE_APP_UNITS = 55, GCSBPANE_APP_GEO_SPACER = 56, GCSBPANE_APP_GEO_MARKERVISIBILITY = 57, GCSBPANE_APP_GEO_COORDSYS = 58, GCSBPANE_APP_ISODRAFT = 59, GCSBPANE_APP_HARDWAREACCELERATION = 60, GCSBPANE_APP_ADD_CLEANSCREEN = 61, GCSBPANE_APP_ADD_CUSTOMIZATION = 62 }; class GCAD_DLL_DECL GcApStatusBar { public: virtual BOOL Insert(int nIndex, GcPane* pPane, BOOL bUpdate = TRUE) = 0; virtual BOOL Insert(int nIndex, GcTrayItem* pTrayItem, BOOL bUpdate = TRUE) = 0; virtual BOOL Remove(GcPane* pPane, BOOL bUpdate = TRUE) = 0; virtual BOOL Remove(GcTrayItem* pTrayItem, BOOL bUpdate = TRUE) = 0; virtual BOOL Remove(int nIndex, BOOL bTrayItem = FALSE, BOOL bUpdate = TRUE) = 0; virtual BOOL RemoveAllPanes(BOOL bUpdate = TRUE) = 0; virtual int Add(GcPane* pPane, BOOL bUpdate = TRUE) = 0; virtual int Add(GcTrayItem* pTrayItem, BOOL bUpdate = TRUE) = 0; SB_DEPRECATED virtual void Update() = 0; virtual int GetIndex(GcPane* pPane) const = 0; virtual int GetIndex(GcTrayItem* pTrayItem) const = 0; virtual int GetIndex(int nID, BOOL bTrayItem = FALSE) const = 0; SB_DEPRECATED virtual int GetID(GcPane* pPane) const = 0; SB_DEPRECATED virtual int GetID(GcTrayItem* pTrayItem) const = 0; SB_DEPRECATED virtual int GetID(int nIndex, BOOL bTrayItem = FALSE) const = 0; virtual int GetPaneCount() const = 0; virtual GcPane* GetPane(int nIndex) = 0; virtual int GetTrayItemCount() const = 0; virtual GcTrayItem* GetTrayItem(int nIndex) = 0; virtual BOOL RemoveAllTrayIcons(BOOL bUpdate = TRUE) = 0; SB_DEPRECATED virtual BOOL ClientToScreen(LPPOINT lpPoint) = 0; SB_DEPRECATED virtual BOOL ClientToScreen(LPRECT lpRect) = 0; SB_DEPRECATED virtual BOOL ScreenToClient(LPPOINT lpPoint) = 0; SB_DEPRECATED virtual BOOL ScreenToClient(LPRECT lpRect) = 0; SB_DEPRECATED virtual int GetTextWidth(const CString& strText) const = 0; virtual UINT DisplayContextMenu(CMenu& menu, CPoint point) = 0; virtual UINT DisplayPopupPaneMenu(GcPane* pPane, CMenu& menu) = 0; SB_DEPRECATED virtual BOOL GetTraySettingsShowIcons() const = 0; SB_DEPRECATED virtual BOOL GetTraySettingsShowNotifications() const = 0; SB_DEPRECATED virtual void ShowStatusBarMenuIcon(BOOL bShow) = 0; SB_DEPRECATED virtual BOOL SetStatusBarMenuItem(GcPane* pPane) = 0; SB_DEPRECATED virtual void ShowCleanScreenIcon(BOOL bShow) = 0; SB_DEPRECATED virtual BOOL RemoveCleanScreenIcon() = 0; SB_DEPRECATED virtual BOOL ShowTraySettingsDialog() = 0; SB_DEPRECATED virtual GcPane* GetDefaultPane(GcDefaultPane nPane) = 0; SB_DEPRECATED virtual BOOL RemoveDefaultPane(GcDefaultPane nPane, BOOL bUpdate = TRUE) = 0; virtual BOOL CloseAllBubbleWindows(GcTrayItem* pTrayItem) = 0; }; class GCAD_DLL_DECL GcStatusBarMenuItem { public: enum GcStatusBarType { kApplicationStatusBar = 0, kDrawingStatusBar = 1 }; SB_DEPRECATED GcStatusBarMenuItem(); SB_DEPRECATED virtual ~GcStatusBarMenuItem(); SB_DEPRECATED virtual BOOL CustomizeMenu(GcStatusBarType nType, CMenu* pMenu, UINT nStartCmdId, UINT nEndCmdId); SB_DEPRECATED virtual BOOL InvokeMenuCommand(GcStatusBarType nType, UINT nCmdId); }; #pragma pack (pop) #endif // GCSTATUSBAR_H

[ "dengtao@gstarcad.com" ]

dengtao@gstarcad.com

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/Determine_if_Two_Trees_are_Identical.cpp

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mugdhakapure/GeeksForGeeks-Practice-Solutions

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/* Given two binary trees, the task is to find if both of them are identical or not. Input: The task is to complete the method isIdentical(), which takes 2 argument, the roots r1 and r2 of the Binary Trees. The struct Node has a data part which stores the data, pointer to left child and pointer to right child. There are multiple test cases. For each test case, this method will be called individually. Output: The function should return true if both trees are identical else false. User task: Since this is a functional problem you don't have to worry about input, you just have to complete the function isIdentical() that takes two roots as parameter and returns true or false. The printing is done by the driver code. Constraints: 1 <= T <= 100 1 <= Number of nodes <= 100 1 <=Data of a node <= 1000 Example: Input 2 2 1 2 L 1 3 R 2 1 2 L 1 3 R 2 1 2 L 1 3 R 2 1 3 L 1 2 R Output 1 0 Explanation: Testcase 1: There are two trees both having 3 nodes and 2 edges, both trees are identical having the root as 1, left child of 1 is 2 and right child of 1 is 3. Testcase 2: There are two trees both having 3 nodes and 2 edges, but both trees are not identical. */ /* A binary tree node struct Node { int data; struct Node* left; struct Node* right; Node(int x){ data = x; left = right = NULL; } }; */ /* Should return true if trees with roots as r1 and r2 are identical */ bool isIdentical(Node *r1, Node *r2) { //Your Code here if(r1 == NULL && r2 == NULL) return true; else if(r1 == NULL || r2 == NULL) return false; return r1->data == r2->data && isIdentical(r1->left, r2->left) && isIdentical(r1->right, r2->right); }

[ "shivratangupta18@gmail.com" ]

shivratangupta18@gmail.com

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/p3.cpp

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Fabiozabe2003/poo2_sp8_concurrency

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refs/heads/master

2023-01-23T10:46:01.875431

2020-12-09T23:08:09

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// // Created by rudri on 10/11/2020. // #include <iostream> #include "p3.h" using namespace std; mutex mtx; void pregunta_3() { }

[ "rrivas@utec.edu.pe" ]

rrivas@utec.edu.pe

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iHaD/skia

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/* * Copyright 2014 Google Inc. * * Use of this source code is governed by a BSD-style license that can be * found in the LICENSE file. */ #include "GrDefaultGeoProcFactory.h" #include "gl/builders/GrGLProgramBuilder.h" #include "gl/GrGLGeometryProcessor.h" #include "GrDrawState.h" #include "GrInvariantOutput.h" #include "GrTBackendProcessorFactory.h" /* * The default Geometry Processor simply takes position and multiplies it by the uniform view * matrix. It also leaves coverage untouched. Behind the scenes, we may add per vertex color or * local coords. */ class DefaultGeoProc : public GrGeometryProcessor { public: static GrGeometryProcessor* Create() { GR_CREATE_STATIC_PROCESSOR(gDefaultGeoProc, DefaultGeoProc, ()); return SkRef(gDefaultGeoProc); } static const char* Name() { return "DefaultGeometryProcessor"; } virtual const GrBackendGeometryProcessorFactory& getFactory() const SK_OVERRIDE { return GrTBackendGeometryProcessorFactory<DefaultGeoProc>::getInstance(); } class GLProcessor : public GrGLGeometryProcessor { public: GLProcessor(const GrBackendProcessorFactory& factory, const GrProcessor&) : INHERITED (factory) {} virtual void emitCode(const EmitArgs& args) SK_OVERRIDE { GrGLVertexBuilder* vs = args.fPB->getVertexShaderBuilder(); // setup position varying vs->codeAppendf("%s = %s * vec3(%s, 1);", vs->glPosition(), vs->uViewM(), vs->inPosition()); // output coverage in FS(pass through) GrGLGPFragmentBuilder* fs = args.fPB->getFragmentShaderBuilder(); fs->codeAppendf("%s = %s;", args.fOutput, GrGLSLExpr4(args.fInput).c_str()); } static inline void GenKey(const GrProcessor&, const GrGLCaps&, GrProcessorKeyBuilder*) {} virtual void setData(const GrGLProgramDataManager&, const GrProcessor&) SK_OVERRIDE {} private: typedef GrGLGeometryProcessor INHERITED; }; private: DefaultGeoProc() {} virtual bool onIsEqual(const GrGeometryProcessor& other) const SK_OVERRIDE { return true; } virtual void onComputeInvariantOutput(GrInvariantOutput* inout) const SK_OVERRIDE { inout->mulByUnknownAlpha(); } GR_DECLARE_GEOMETRY_PROCESSOR_TEST; typedef GrFragmentProcessor INHERITED; }; GR_DEFINE_GEOMETRY_PROCESSOR_TEST(DefaultGeoProc); GrGeometryProcessor* DefaultGeoProc::TestCreate(SkRandom* random, GrContext*, const GrDrawTargetCaps& caps, GrTexture*[]) { return DefaultGeoProc::Create(); } // We use these arrays to customize our default GP. We only need 4 because we omit coverage if // coverage is not requested in the flags to the create function. GrVertexAttrib kDefaultPositionGeoProc[] = { { kVec2f_GrVertexAttribType, 0, kPosition_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, sizeof(SkPoint), kCoverage_GrVertexAttribBinding }, }; GrVertexAttrib kDefaultPosColorGeoProc[] = { { kVec2f_GrVertexAttribType, 0, kPosition_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, sizeof(SkPoint), kColor_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, sizeof(SkPoint) + sizeof(GrColor), kCoverage_GrVertexAttribBinding }, }; GrVertexAttrib kDefaultPosUVGeoProc[] = { { kVec2f_GrVertexAttribType, 0, kPosition_GrVertexAttribBinding }, { kVec2f_GrVertexAttribType, sizeof(SkPoint), kLocalCoord_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, 2 * sizeof(SkPoint), kCoverage_GrVertexAttribBinding }, }; GrVertexAttrib kDefaultPosColUVGeoProc[] = { { kVec2f_GrVertexAttribType, 0, kPosition_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, sizeof(SkPoint), kColor_GrVertexAttribBinding }, { kVec2f_GrVertexAttribType, sizeof(SkPoint) + sizeof(GrColor), kLocalCoord_GrVertexAttribBinding }, { kVec4ub_GrVertexAttribType, 2 * sizeof(SkPoint) + sizeof(GrColor), kCoverage_GrVertexAttribBinding }, }; static size_t get_size(GrDefaultGeoProcFactory::GPType flag) { switch (flag) { case GrDefaultGeoProcFactory::kPosition_GPType: return GrVertexAttribTypeSize(kVec2f_GrVertexAttribType); case GrDefaultGeoProcFactory::kColor_GPType: return GrVertexAttribTypeSize(kVec4ub_GrVertexAttribType); case GrDefaultGeoProcFactory::kLocalCoord_GPType: return GrVertexAttribTypeSize(kVec2f_GrVertexAttribType); case GrDefaultGeoProcFactory::kCoverage_GPType: return GrVertexAttribTypeSize(kVec4ub_GrVertexAttribType); default: SkFAIL("Should never get here"); return 0; } } const GrGeometryProcessor* GrDefaultGeoProcFactory::CreateAndSetAttribs(GrDrawState* ds, uint32_t gpTypeFlags) { SkASSERT(ds); // always atleast position in the GP size_t size = get_size(kPosition_GPType); int count = 1; bool hasColor = SkToBool(gpTypeFlags & kColor_GPType); bool hasLocalCoord = SkToBool(gpTypeFlags & kLocalCoord_GPType); bool hasCoverage = SkToBool(gpTypeFlags & kCoverage_GPType); if (hasColor) { size += get_size(kColor_GPType); count++; if (hasLocalCoord) { size += get_size(kLocalCoord_GPType); count++; if (hasCoverage) { size += get_size(kCoverage_GPType); count++; ds->setVertexAttribs<kDefaultPosColUVGeoProc>(count, size); } else { ds->setVertexAttribs<kDefaultPosColUVGeoProc>(count, size); } } else { if (hasCoverage) { size += get_size(kCoverage_GPType); count++; ds->setVertexAttribs<kDefaultPosColorGeoProc>(count, size); } else { ds->setVertexAttribs<kDefaultPosColorGeoProc>(count, size); } } } else if (hasLocalCoord) { size += get_size(kLocalCoord_GPType); count++; if (hasCoverage) { size += get_size(kCoverage_GPType); count++; ds->setVertexAttribs<kDefaultPosUVGeoProc>(count, size); } else { ds->setVertexAttribs<kDefaultPosUVGeoProc>(count, size); } } else if (hasCoverage) { size += get_size(kCoverage_GPType); count++; ds->setVertexAttribs<kDefaultPositionGeoProc>(count, size); } else { // Just position ds->setVertexAttribs<kDefaultPositionGeoProc>(count, size); } return DefaultGeoProc::Create(); } const GrGeometryProcessor* GrDefaultGeoProcFactory::Create() { return DefaultGeoProc::Create(); }

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// TODO: add file header comments here #define _CRT_SECURE_NO_WARNINGS // TODO: add your headers here #include "Passenger.h" #include <iostream> #include <cstring> //jkjkjkjkjkjkjkj // TODO: continue your namespace here using namespace std; namespace sict { // TODO: implement the default constructor here Passenger::Passenger() { m_name[0] = '\0'; m_destination[0] = '\0'; } // TODO: implement the constructor with 2 parameters here Passenger::Passenger(const char * name, const char * destination) { if ( name != nullptr && destination != nullptr && name[0] != '\0' && destination[0] != '\0') { strcpy(m_name, name); strcpy(m_destination, destination); } else { m_name[0] = '\0'; m_destination[0] = '\0'; } } // TODO: implement isEmpty query here bool Passenger::isEmpty() const { if (m_destination[0] == '\0' && m_name[0] == '\0') { return true; } else { return false; } } // TODO: implement display query here void Passenger::display() const { if (isEmpty()) { cout << "No passenger!" << endl; } else { cout << m_name << " - " << m_destination << endl; } } }

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// Copyright Louis Dionne 2013-2016 // Distributed under the Boost Software License, Version 1.0. // (See accompanying file LICENSE.md or copy at http://boost.org/LICENSE_1_0.txt) #include <boost/hana/ext/boost/mpl/vector.hpp> #include <boost/hana/tuple.hpp> #include <laws/comparable.hpp> #include <boost/mpl/vector.hpp> namespace hana = boost::hana; namespace mpl = boost::mpl; struct t1; struct t2; struct t3; struct t4; int main() { auto vectors = hana::make_tuple( mpl::vector<>{} , mpl::vector<t1>{} , mpl::vector<t1, t2>{} , mpl::vector<t1, t2, t3>{} , mpl::vector<t1, t2, t3, t4>{} ); hana::test::TestComparable<hana::ext::boost::mpl::vector_tag>{vectors}; }

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// Copyright 2018 The Fuchsia Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #include "src/ui/lib/input_reader/hid_decoder.h" namespace ui_input { HidDecoder::HidDecoder() = default; HidDecoder::~HidDecoder() = default; } // namespace ui_input

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#include "stdafx.h" #include "Parser/AdditiveExpressionSyntax.h" #include "Parser/MultiplicativeExpressionSyntax.h" #include "Tokenizer/Token.h" namespace Gfn::Compiler::Parser { ExpressionSyntax *AdditiveExpressionSyntax::tryParse(Cursor<Tokenizer::Token*> &cursor) { ExpressionSyntax *expr = tryParseSyntax<MultiplicativeExpressionSyntax>(cursor); if (expr == nullptr) return nullptr; while (true) { AdditiveExpressionSyntax *rhsExpr = tryParseRhs(cursor, expr); if (rhsExpr == nullptr) return expr; else expr = rhsExpr; } } AdditiveExpressionSyntax *AdditiveExpressionSyntax::tryParseRhs(Cursor<Tokenizer::Token*> &cursor, ExpressionSyntax *lhs) { if (!cursor.current()->isOperator()) return nullptr; auto op = cursor.current()->op(); if (op != "+"s && op != "-"s) return nullptr; auto snapshot = cursor.snapshot(); cursor.next(); ExpressionSyntax *rhs = tryParseSyntax<MultiplicativeExpressionSyntax>(cursor); if (rhs == nullptr) { cursor.reset(snapshot); return nullptr; } auto startIndex = lhs->startIndex(); return new AdditiveExpressionSyntax(startIndex, cursor.current()->startIndex() - startIndex, lhs, rhs, op); } AdditiveExpressionSyntax::AdditiveExpressionSyntax(uint32_t startIndex, uint32_t length, ExpressionSyntax *lhs, ExpressionSyntax *rhs, const std::string op) : BinaryExpressionSyntax(startIndex, length, lhs, rhs, op) { } AdditiveExpressionSyntax::~AdditiveExpressionSyntax() { } std::string AdditiveExpressionSyntax::getOperatorMethodName() const { if (this->op() == "+"s) return "__op_Addition"; else if (this->op() == "-"s) return "__op_Subtraction"; else throw std::logic_error("Invalid additive expression operation: "s + this->op()); } }

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/*========================================================================= Program: Visualization Toolkit Module: vtkImageGridSource.cxx Copyright (c) Ken Martin, Will Schroeder, Bill Lorensen All rights reserved. See Copyright.txt or http://www.kitware.com/Copyright.htm for details. This software is distributed WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the above copyright notice for more information. =========================================================================*/ #include "vtkImageGridSource.h" #include "vtkImageData.h" #include "vtkInformation.h" #include "vtkInformationVector.h" #include "vtkObjectFactory.h" #include "vtkStreamingDemandDrivenPipeline.h" #include <math.h> vtkStandardNewMacro(vtkImageGridSource); //---------------------------------------------------------------------------- vtkImageGridSource::vtkImageGridSource() { this->DataExtent[0] = 0; this->DataExtent[1] = 255; this->DataExtent[2] = 0; this->DataExtent[3] = 255; this->DataExtent[4] = 0; this->DataExtent[5] = 0; this->GridSpacing[0] = 10; this->GridSpacing[1] = 10; this->GridSpacing[2] = 0; this->GridOrigin[0] = 0; this->GridOrigin[1] = 0; this->GridOrigin[2] = 0; this->DataScalarType = VTK_FLOAT; this->DataOrigin[0] = this->DataOrigin[1] = this->DataOrigin[2] = 0.0; this->DataSpacing[0] = this->DataSpacing[1] = this->DataSpacing[2] = 1.0; this->LineValue = 1.0; this->FillValue = 0.0; this->SetNumberOfInputPorts(0); } //---------------------------------------------------------------------------- int vtkImageGridSource::RequestInformation ( vtkInformation * vtkNotUsed(request), vtkInformationVector ** vtkNotUsed( inputVector ), vtkInformationVector *outputVector) { // get the info objects vtkInformation* outInfo = outputVector->GetInformationObject(0); outInfo->Set(vtkDataObject::SPACING(),this->DataSpacing,3); outInfo->Set(vtkDataObject::ORIGIN(),this->DataOrigin,3); outInfo->Set(vtkStreamingDemandDrivenPipeline::WHOLE_EXTENT(), this->DataExtent,6); vtkDataObject::SetPointDataActiveScalarInfo(outInfo, this->DataScalarType, 1); return 1; } //---------------------------------------------------------------------------- template<class T> void vtkImageGridSourceExecute(vtkImageGridSource *self, vtkImageData *data, T *outPtr, int outExt[6], int id) { int idxX, idxY, idxZ; int xval, yval, zval; vtkIdType outIncX, outIncY, outIncZ; unsigned long count = 0; unsigned long target; int gridSpacing[3], gridOrigin[3]; self->GetGridSpacing(gridSpacing); self->GetGridOrigin(gridOrigin); T fillValue = T(self->GetFillValue()); T lineValue = T(self->GetLineValue()); // Get increments to march through data data->GetContinuousIncrements(outExt, outIncX, outIncY, outIncZ); target = static_cast<unsigned long>((outExt[5]-outExt[4]+1)* (outExt[3]-outExt[2]+1)/50.0); target++; // Loop through output pixel for (idxZ = outExt[4]; idxZ <= outExt[5]; idxZ++) { if (gridSpacing[2]) { zval = (idxZ % gridSpacing[2] == gridOrigin[2]); } else { zval = 0; } for (idxY = outExt[2]; !self->GetAbortExecute() && idxY<=outExt[3]; idxY++) { if (gridSpacing[1]) { yval = (idxY % gridSpacing[1] == gridOrigin[1]); } else { yval = 0; } if (id == 0) { if (!(count%target)) { self->UpdateProgress(count/(50.0*target)); } count++; } if (gridSpacing[0]) { for (idxX = outExt[0]; idxX <= outExt[1]; idxX++) { xval = (idxX % gridSpacing[0] == gridOrigin[0]); // not very efficient, but it gets the job done *outPtr++ = ((zval|yval|xval) ? lineValue : fillValue); } } else { for (idxX = outExt[0]; idxX <= outExt[1]; idxX++) { *outPtr++ = ((zval|yval) ? lineValue : fillValue); } } outPtr += outIncY; } outPtr += outIncZ; } } //---------------------------------------------------------------------------- void vtkImageGridSource::ExecuteDataWithInformation(vtkDataObject *output, vtkInformation* outInfo) { vtkImageData *data = this->AllocateOutputData(output, outInfo); int *outExt = data->GetExtent(); void *outPtr = data->GetScalarPointerForExtent(outExt); // Call the correct templated function for the output switch (this->GetDataScalarType()) { vtkTemplateMacro(vtkImageGridSourceExecute(this, data, static_cast<VTK_TT *>(outPtr), outExt, 0)); default: vtkErrorMacro(<< "Execute: Unknown data type"); } } //---------------------------------------------------------------------------- void vtkImageGridSource::PrintSelf(ostream& os, vtkIndent indent) { this->Superclass::PrintSelf(os,indent); os << indent << "GridSpacing: (" << this->GridSpacing[0] << ", " << this->GridSpacing[1] << ", " << this->GridSpacing[2] << ")\n"; os << indent << "GridOrigin: (" << this->GridOrigin[0] << ", " << this->GridOrigin[1] << ", " << this->GridOrigin[2] << ")\n"; os << indent << "LineValue: " << this->LineValue << "\n"; os << indent << "FillValue: " << this->FillValue << "\n"; os << indent << "DataScalarType: " << vtkImageScalarTypeNameMacro(this->DataScalarType) << "\n"; os << indent << "DataExtent: (" << this->DataExtent[0] << ", " << this->DataExtent[1] << ", " << this->DataExtent[2] << ", " << this->DataExtent[3] << ", " << this->DataExtent[4] << ", " << this->DataExtent[5] << ")\n"; os << indent << "DataSpacing: (" << this->DataSpacing[0] << ", " << this->DataSpacing[1] << ", " << this->DataSpacing[2] << ")\n"; os << indent << "DataOrigin: (" << this->DataOrigin[0] << ", " << this->DataOrigin[1] << ", " << this->DataOrigin[2] << ")\n"; }

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shentianweipku@gmail.com

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// https://www.interviewbit.com/problems/fraction/ #include <bits/stdc++.h> using namespace std; string fraction(int A, int B) { string result; int ans; ans = A / B; //calculate sign int sign = (A < 0) ^ (B < 0) ? -1 : 1; A = abs(A); B = abs(B); if (sign == -1) result += "-"; to_string(ans); result.append(to_string(ans)); if (A % B == 0) { return result; } else { result.push_back('.'); unordered_map<int, int> umap; //rem,index int rem = A % B; while (umap.find(rem) == umap.end() && rem > 0) { umap[rem] = result.size(); //push the quotient rem = rem * 10; result.append(to_string(rem / B)); //calculate new remainder rem = (rem ) % B; } if (umap.find(rem) != umap.end() && rem > 0) { result += ")"; result.insert(umap[rem], "("); } return result; } } //failing for one test case due to abs(A) out of range int main(){ cout << fraction(-2147483648,-1); }

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//Russell Hornbuckle //2019 //logistic regression with serial and parallel descent #include <mpi.h> #include <stdio.h> #include <stdlib.h> #include <math.h> #include <iostream> using namespace std; //clang++ -Xpreprocessor -fopenmp stochastic_gradient_descent.cpp -o sgd -lomp //^macOS //scp ./stochastic_gradient_descent.cpp rhornbuckle3@hpclogin:/home/users/rhornbuckle3/PDC //module load Compilers/mvapich2_ACoRE //mpic //qCDER27 double vec_mul(double *mat_one,double *mat_two,int S){ double result = 0; for(int i = 0; i < S; i++) result += mat_one[i]*mat_two[i]; return result; } double* fill_array(int S, int limiter = 10, bool float_rand = true){ double *array; array = new double[S]; if(float_rand){ for(int i=0;i<S;i++)array[i]=(double)((rand()*(clock()%100))%limiter) + 1.0/((double)((rand()*clock())%10000+1)); }else{ for(int i=0;i<S;i++)array[i]=(double)((rand()*(clock()%100))%limiter); } return array; } double ** array_constructor(int rows , int cols, bool fill){ double **array; array = new double*[rows]; for(int i = 0; i < rows; i++){ array[i] = new double[cols]; if(fill){ for(int j = 0; j < cols; j++){ array[i][j] = (double)((rand()*(clock()%100))%10) + 1.0/((double)((rand()*(clock()%100))%10000+1)); } } } return array; } double ** matrix_constructor(int X , int Y, bool rando, double *weights = new double[0], int limiter = 10){ double **array; array = new double*[X]; for(int i = 1; i < X; i++){ array[i] = new double[Y]; if(rando){ for(int j = 0; j < Y; j++) array[i][j] = (double)((rand()*(clock()%100))%limiter) + 1.0/((double)((rand()*(clock()%100))%10000+1)); }else{ for(int j = 0; j < Y; j++) array[i][j] = 0.0; } } array[0] = new double[Y]; for(int i = 0; i < Y; i++) array[0][i] = weights[i]; return array; } double* subtract_array(double *array,double decrease, int size){ for(int i = 0; i < size; i++) array[i] = array[i] - decrease; return array; } double* add_arrays(double *array,double *increase, int size, bool subtract){ if(subtract){ for(int i = 0; i < size; i++) array[i] = array[i] - increase[i]; }else{ for(int i = 0; i < size; i++) array[i] = array[i] + increase[i]; } return array; } double* average_weights(double *array_one, double *array_two, int S){ for(int i =0; i < S; i++){ array_one[i] = (array_one[i]+array_two[i])/2; } return array_one; } void print_weights(double* array, int size){ for(int i = 0; i < size; i++){ //printf("%lf \n",array[i]); std::cout << array[i] << "\n"; } } double* multiply_in(double gradient_scalar,double *array, int S){ for(int i = 0; i < S; i++) array[i] = array[i] * gradient_scalar; return array; } double sigmoid(double *mat_one,double *mat_two, int S){ double sigmoid_input=vec_mul(mat_one,mat_two,S)*-1; double sigmoid_output = 1/(1+exp(sigmoid_input)); return sigmoid_output; } main(int argc, char *argv[]){ MPI_Init(&argc, &argv); //starting message passing interface int P, id; MPI_Comm_size(MPI_COMM_WORLD, &P); //getting size MPI_Comm_rank(MPI_COMM_WORLD, &id); //getting id/rank printf("declaration 1 %d\n", id); if(id>0 && id < P){ double const LEARNING_RATE = 0.0001; int I, S, N; I = 1; S = 10; N = 500; //if(argc>1){I = atoi(argv[1]);}else{I = 1;} //if(argc>2){S = atoi(argv[2]);}else{S = 10;} //if(argc>3){N = atoi(argv[3]);}else{N = 1000;} double **X; double *Y; double time; //printf("Number of Features = %d\n",S); //printf("Number of Samples = %d\n",N); if(id == 0){ printf("declaration 1.1 %d\n", id); X = array_constructor(N,S,true); Y = fill_array(N,2,false); printf("declaration 2.1 %d\n", id); MPI_Bcast(X,N*S,MPI_DOUBLE,1,MPI_COMM_WORLD); }else{ printf("declaration 2 %d\n",id); MPI_Bcast(X,N*S,MPI_DOUBLE,1,MPI_COMM_WORLD); } printf("declaration 3 %d\n",id); MPI_Barrier(MPI_COMM_WORLD); if(id==1){ MPI_Bcast(Y,N,MPI_DOUBLE,1,MPI_COMM_WORLD); }else{ MPI_Bcast(Y,N,MPI_DOUBLE,1,MPI_COMM_WORLD); } double *beta = fill_array(S,2); double* gradient = new double[S]; double cost_old = 0.0; for(int i = 0; i < S; i++) gradient[i] = 0.0; int iterator = 1; double time_seconds = 0.0; double *cost; *cost = 0.0; int *best; *best = 0; //time record start time = MPI_Wtime(); while(true){ //gradient calculation for(int i = 0; i < N; i++ ){ double sigmoid_in = sigmoid(beta,X[i],S) - Y[i]; double *gradient_in = multiply_in(sigmoid_in,X[i],S); gradient = add_arrays(gradient,gradient_in,S,false); } beta = add_arrays(beta,multiply_in(LEARNING_RATE,gradient,S),S,true); //cost calculation *cost = 0.0; for(int i = 0; i < N; i++){ double sigmoid_in = sigmoid(beta,X[i],S); double cost_one = Y[i]*log10(sigmoid_in); double cost_two = (1.0 - Y[i])*log10(1-sigmoid_in); *cost += cost_one + cost_two; } *cost = (1.0/(double)N)*(*cost)*-1.0; if(id != 1 || id != 0){ MPI_Send(&cost,1,MPI_DOUBLE,1,id,MPI_COMM_WORLD); //MPI_Recv(); } if(id==1){ double *cost_array = new double[P-1]; for(int i = 2; i < P;i++){ MPI_Recv(&cost_array[i],1,MPI_DOUBLE,i,i,MPI_COMM_WORLD,MPI_STATUS_IGNORE); } double comparator = cost_array[0]; for(int i = 1; i < P; i++){ if(cost_array[i]<comparator){ *best = i; comparator = cost_array[i]; } } } double *beta_best; MPI_Bcast(&best,1,MPI_INT,1,MPI_COMM_WORLD); if(id == *best){ beta_best = beta; } MPI_Bcast(&beta_best,S,MPI_DOUBLE,*best,MPI_COMM_WORLD); beta = average_weights(beta,beta_best,S); //std::cout << "Cost: " << cost << endl; if(cost_old == *cost){ //printf("Descent iteratiion: %d\n",iterator); break; } iterator++; cost_old = *cost; } //sync and report if(id == *best){ time = time - MPI_Wtime(); printf("Time: %lu\n",time); printf("Iterations: %d\n",iterator); } MPI_Finalize(); } }

[ "russspringfield@gmail.com" ]

russspringfield@gmail.com

8c4c2425b862a723106be7425e3c84ea17e0f812

457ba2059968be6ccdb2fd55ffad11c99400357b

/sysdeps/dripos/generic/thread.cpp

b19cf6af5397db6f01a703908d3584a66fbe2dd9

[ "MIT" ]

permissive

lotusorg/mlibc

a6bb59a618c7c3cf72dd6c89356294fc93cd33aa

dadb311b02379853f601ba55179d4dba7eb1fe09

refs/heads/master

2022-11-24T15:03:58.969755

2020-07-23T07:38:19

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#include <mlibc/thread-entry.hpp> #include <mlibc/sysdeps.hpp> #include <mlibc/tcb.hpp> #include <bits/ensure.h> #include <sys/mman.h> #include <stdint.h> #include <stddef.h> extern "C" void __mlibc_enter_thread(void *entry, void *user_arg, Tcb *tcb) { // Wait until our parent sets up the TID. while(!__atomic_load_n(&tcb->tid, __ATOMIC_RELAXED)) mlibc::sys_futex_wait(&tcb->tid, 0); if(mlibc::sys_tcb_set(tcb)) __ensure(!"sys_tcb_set() failed"); void *(*func)(void *) = reinterpret_cast<void *(*)(void *)>(entry); auto result = func(user_arg); auto self = reinterpret_cast<Tcb *>(tcb); self->returnValue = result; __atomic_store_n(&self->didExit, 1, __ATOMIC_RELEASE); mlibc::sys_futex_wake(&self->didExit); mlibc::sys_thread_exit(); } namespace mlibc { void *prepare_stack(void *entry, void *user_arg, void *tcb) { uintptr_t *sp = reinterpret_cast<uintptr_t *>(reinterpret_cast<uintptr_t>( mmap(nullptr, 0x200000, PROT_READ | PROT_WRITE, MAP_PRIVATE | MAP_ANONYMOUS, -1, 0) ) + 0x200000); *--sp = reinterpret_cast<uintptr_t>(tcb); *--sp = reinterpret_cast<uintptr_t>(user_arg); *--sp = reinterpret_cast<uintptr_t>(entry); return sp; } } //namespace mlibc

[ "aaron.rex08@gmail.com" ]

aaron.rex08@gmail.com

86b59711e704d94aad8657021806bf7091a98052

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/NetSim/uav-net-sim/myApps.h

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[]

no_license

saburhb/FlyNetSim

09468ee80d8c8195fba6307f88885a55b5c6e812

b6a6344ec35a44f839197982b310e3ad02ec5beb

refs/heads/master

2021-12-28T23:00:00.543849

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#ifndef MYAPPS_H_ #define MYAPPS_H_ #include <stdio.h> #include <stdlib.h> #include "ns3/applications-module.h" extern pthread_mutex_t tNext_mutex; extern pthread_mutex_t mob_mutex; extern long last_schedule_time; extern int cong_new_rate; using namespace ns3; class MyApp : public Application { public: MyApp (); virtual ~MyApp(); void Setup (Ptr<Socket> socket, Address address, uint32_t packetSize, uint32_t nPackets, DataRate dataRate, uint32_t appId, uint32_t appType); void ChangeRate(DataRate newrate); void SendMsg (Ptr<Socket>, char *); void PrintParameters (); virtual void StartApplication (void); virtual void StopApplication (void); void SendPacket (void); void ScheduleTx (void); Ptr<Socket> m_socket; Address m_peer; int m_rate; double m_elapse; int m_congId; private: uint32_t m_packetSize; uint32_t m_nPackets; DataRate m_dataRate; EventId m_sendEvent; bool m_running; uint32_t m_packetsSent; uint32_t m_appId; //Odd: LTE App , Even: Wifi App uint32_t m_appType; //Command: 0 , Telemetry: 1 }; #endif

[ "sbaidya@uci.edu" ]

sbaidya@uci.edu

26c4bcf5b5e830768b3dd041f544523a24c7f6b0

5666cd07b24c1e6363453a2175e9955e14a40397

/libs/logger/logger.hpp

92baee18464a4bc9bfe3a30340cc89c5d4704490

[]

no_license

linux4kix/vasum

e050a8bc259ffc804d13fe571fac2a18d5910d64

bc26ec840d8cb15335aa121b129b154681cef240

refs/heads/master

2021-01-12T21:06:58.437728

2015-10-29T11:52:58

2015-10-29T16:41:07

null

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null

UTF-8

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hpp

/* * Copyright (c) 2014 Samsung Electronics Co., Ltd All Rights Reserved * * Contact: Jan Olszak <j.olszak@samsung.com> * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License */ /** * @file * @author Jan Olszak (j.olszak@samsung.com) * @defgroup libLogger libLogger * @brief C++ library for handling logging. * * There are few backends implemented and it's possible to create your own by inheriting after the @ref logger::LogBackend interface. * * Example usage: * @code * using namespace logger; * * // Set minimal logging level * Logger::setLogLevel("TRACE"); * * * // Set one of the possible backends: * Logger::setLogBackend(new NullLogger()); * Logger::setLogBackend(new SystemdJournalBackend()); * Logger::setLogBackend(new FileBackend("/tmp/logs.txt")); * Logger::setLogBackend(new PersistentFileBackend("/tmp/logs.txt")); * Logger::setLogBackend(new SyslogBackend()); * Logger::setLogBackend(new StderrBackend()); * * * // All logs should be visible: * LOGE("Error"); * LOGW("Warning"); * LOGI("Information"); * LOGD("Debug"); * LOGT("Trace"); * LOGH("Helper"); * * { * LOGS("Scope"); * } * * @endcode */ #ifndef COMMON_LOGGER_LOGGER_HPP #define COMMON_LOGGER_LOGGER_HPP #include "logger/level.hpp" #include "logger/backend-null.hpp" #ifdef HAVE_SYSTEMD #include "logger/backend-journal.hpp" #endif #include "logger/backend-file.hpp" #include "logger/backend-persistent-file.hpp" #include "logger/backend-syslog.hpp" #include "logger/backend-stderr.hpp" #include <sstream> #include <string> #ifndef PROJECT_SOURCE_DIR #define PROJECT_SOURCE_DIR "" #endif namespace logger { enum class LogType : int { LOG_NULL, LOG_JOURNALD, LOG_FILE, LOG_PERSISTENT_FILE, LOG_SYSLOG, LOG_STDERR }; /** * A helper function to easily and completely setup a new logger * * @param type logger type to be set up * @param level maximum log level that will be logged * @param arg an argument used by some loggers, specific to them * (e.g. file name for file loggers) */ void setupLogger(const LogType type, const LogLevel level, const std::string &arg = ""); class LogBackend; class Logger { public: static void logMessage(LogLevel logLevel, const std::string& message, const std::string& file, const unsigned int line, const std::string& func, const std::string& rootDir); static void setLogLevel(const LogLevel level); static void setLogLevel(const std::string& level); static LogLevel getLogLevel(void); static void setLogBackend(LogBackend* pBackend); }; } // namespace logger /*@{*/ /// Generic logging macro #define LOG(SEVERITY, MESSAGE) \ do { \ if (logger::Logger::getLogLevel() <= logger::LogLevel::SEVERITY) { \ std::ostringstream messageStream__; \ messageStream__ << MESSAGE; \ logger::Logger::logMessage(logger::LogLevel::SEVERITY, \ messageStream__.str(), \ __FILE__, \ __LINE__, \ __func__, \ PROJECT_SOURCE_DIR); \ } \ } while (0) /// Logging errors #define LOGE(MESSAGE) LOG(ERROR, MESSAGE) /// Logging warnings #define LOGW(MESSAGE) LOG(WARN, MESSAGE) /// Logging information #define LOGI(MESSAGE) LOG(INFO, MESSAGE) #if !defined(NDEBUG) /// Logging debug information #define LOGD(MESSAGE) LOG(DEBUG, MESSAGE) /// Logging helper information (for debugging purposes) #define LOGH(MESSAGE) LOG(HELP, MESSAGE) /// Logging tracing information #define LOGT(MESSAGE) LOG(TRACE, MESSAGE) #else #define LOGD(MESSAGE) do {} while (0) #define LOGH(MESSAGE) do {} while (0) #define LOGT(MESSAGE) do {} while (0) #endif #endif // COMMON_LOGGER_LOGGER_HPP /*@}*/

[ "d.michaluk@samsung.com" ]

d.michaluk@samsung.com

40457b5e9d65cb0a1923b15d046da561bcc2b1bb

132e90d242d0d26c186ea7fca0cfc60973647373

/algo-note Practice/ch2/571E.cpp

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[]

no_license

cher112/PAT-algorithm-note

996d7f3cb36a16a23ef34f707c3eb58139c15b72

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refs/heads/master

2023-03-31T11:38:40.771394

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# include<stdio.h> void swap(int* a,int* b){ int temp = *a; *a=*b; *b=temp; } void pp(int *a){ int px=0; int pn=0; int max = a[0]; int min =a[0]; for(int i=1;i<=9;i++){ if(a[i]>max){ max=a[i]; px=i; } if(a[i]<min){ min=a[i]; pn=i; } } swap(&a[0],&a[pn]); swap(&a[9],&a[px]); } int main(){ int a[20]; for(int i=0;i<=9;i++){ scanf("%d",a+i); } pp(a); for(int i=0;i<=9;i++){ printf("%d ",a[i]); } return 0; }

[ "961162300@qq.com" ]

961162300@qq.com

c73469367a7de6463db46cfbbf0bc42facf0862e

0d99bcb8b8717008c1ec9b080c6c86c2b1710eee

/날씨/build/Android/Preview/app/src/main/include/Fuse.Controls.ScrollV-9171ed6c.h

bb8f53cab74c4dc8f4a9a2f72ec154da29a56a8f

[]

no_license

shj4849/Fuse

526d92bc49a0a2d8087beece987b1701dc35cccc

447f49f96f9dadf203f5f91e8a1d67f19d8ecc04

refs/heads/master

2021-05-15T23:08:09.523726

2017-12-21T05:28:53

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null

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h

// This file was generated based on C:/Users/t2/AppData/Local/Fusetools/Packages/Fuse.Controls.ScrollView/1.4.0/ScrollView.Layout.uno. // WARNING: Changes might be lost if you edit this file directly. #pragma once #include <Uno.Int.h> namespace g{ namespace Fuse{ namespace Controls{ // public enum ScrollViewLayoutMode :11 uEnumType* ScrollViewLayoutMode_typeof(); }}} // ::g::Fuse::Controls

[ "shj4849@naver.com" ]

shj4849@naver.com

eb40a96c76923a55d88d7e1c22fd31d1d4a940f6

0460ddde818f4533b1bbe86302ec4c314ed076a0

/JuceLibraryCode/modules/juce_events/juce_events.cpp

281338bb8c572f125ca08387c24f1986e75a40dc

[]

no_license

curiousChrisps/Simple-Synth

adf846056ea72913e1e3da1663ac1fe1a7083918

7733c88666eeb01fef70ae5785e9dcfdba63a2af

refs/heads/master

2021-08-08T02:43:43.106413

2017-11-09T11:50:06

110,109,099

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/* ============================================================================== This file is part of the JUCE library. Copyright (c) 2013 - Raw Material Software Ltd. Permission is granted to use this software under the terms of either: a) the GPL v2 (or any later version) b) the Affero GPL v3 Details of these licenses can be found at: www.gnu.org/licenses JUCE is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. ------------------------------------------------------------------------------ To release a closed-source product which uses JUCE, commercial licenses are available: visit www.juce.com for more information. ============================================================================== */ #if defined (JUCE_EVENTS_H_INCLUDED) && ! JUCE_AMALGAMATED_INCLUDE /* When you add this cpp file to your project, you mustn't include it in a file where you've already included any other headers - just put it inside a file on its own, possibly with your config flags preceding it, but don't include anything else. That also includes avoiding any automatic prefix header files that the compiler may be using. */ #error "Incorrect use of JUCE cpp file" #endif // Your project must contain an AppConfig.h file with your project-specific settings in it, // and your header search path must make it accessible to the module's files. #include "AppConfig.h" #include "../juce_core/native/juce_BasicNativeHeaders.h" #include "juce_events.h" #if JUCE_CATCH_UNHANDLED_EXCEPTIONS && JUCE_MODULE_AVAILABLE_juce_gui_basics #include "../juce_gui_basics/juce_gui_basics.h" #endif //============================================================================== #if JUCE_MAC #import <IOKit/IOKitLib.h> #import <IOKit/IOCFPlugIn.h> #import <IOKit/hid/IOHIDLib.h> #import <IOKit/hid/IOHIDKeys.h> #import <IOKit/pwr_mgt/IOPMLib.h> #elif JUCE_LINUX #include <X11/Xlib.h> #include <X11/Xresource.h> #include <X11/Xutil.h> #undef KeyPress #include <unistd.h> #endif //============================================================================== namespace juce { // START_AUTOINCLUDE messages/*.cpp, broadcasters/*.cpp, // timers/*.cpp, interprocess/*.cpp #include "messages/juce_ApplicationBase.cpp" #include "messages/juce_DeletedAtShutdown.cpp" #include "messages/juce_MessageListener.cpp" #include "messages/juce_MessageManager.cpp" #include "broadcasters/juce_ActionBroadcaster.cpp" #include "broadcasters/juce_AsyncUpdater.cpp" #include "broadcasters/juce_ChangeBroadcaster.cpp" #include "timers/juce_MultiTimer.cpp" #include "timers/juce_Timer.cpp" #include "interprocess/juce_InterprocessConnection.cpp" #include "interprocess/juce_InterprocessConnectionServer.cpp" // END_AUTOINCLUDE //============================================================================== #if JUCE_MAC #include "../juce_core/native/juce_osx_ObjCHelpers.h" #include "native/juce_osx_MessageQueue.h" #include "native/juce_mac_MessageManager.mm" #elif JUCE_IOS #include "../juce_core/native/juce_osx_ObjCHelpers.h" #include "native/juce_osx_MessageQueue.h" #include "native/juce_ios_MessageManager.mm" #elif JUCE_WINDOWS #include "native/juce_win32_HiddenMessageWindow.h" #include "native/juce_win32_Messaging.cpp" #elif JUCE_LINUX #include "native/juce_ScopedXLock.h" #include "native/juce_linux_Messaging.cpp" #elif JUCE_ANDROID #include "../juce_core/native/juce_android_JNIHelpers.h" #include "native/juce_android_Messaging.cpp" #endif }

[ "curious.chrisps@gmail.com" ]

curious.chrisps@gmail.com

a407777caa7961ba8571ca0933cf1f03059a592e

82c4d422d9f8c8e14acaa12ab67060ac5ece6ff9

/chasing.h

8ff49836b3c578b13fa05b642428164b4abd5ca4

[]

no_license

utec-ads-2020-1/train-count-pointers-luisejv

f6bdaede7d0771d2d3068a0d68f412f03938bb8f

68a2bfb427531d72bb97c223172cc8946e2c4f2f

refs/heads/master

2021-05-17T06:28:20.542889

2020-03-28T09:16:54

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using namespace std; void chasing(int **A[], int a, int *B[], int b, int C[], int c) { fstream *archivo = new fstream("prueba.txt", ios_base::in); string linea; if (!archivo->is_open()) { cout << "Archivo fallo en leer" << endl; } else { int i = 0; while (getline(*archivo, linea)) { i++; stringstream stream(linea); string caracter; bool continuar = true; while (getline(stream, caracter, ' ') && continuar) { if (caracter[0] != 0) { bool correcto = false; if (caracter == "A") { string m; while (getline(stream, m, ' ') && !correcto) { if (m[0] != 0) { char *pivot; strtol(m.c_str(), &pivot, 10); if (*pivot == 0) { if (stoi(m) < a && stoi(m) >= 0) { string second; while (getline(stream, second, ' ') && !correcto) { if (second[0] != 0) { if (second == "B") { string n; while (getline(stream, n, ' ') && !correcto) { if (n[0] != 0) { char *pivot; strtol(n.c_str(), &pivot, 10); if (*pivot == 0) { if (stoi(n) = 0) { string aditional; bool sigue = false; while (getline(stream, aditional, ' ') && aditional != " ") { sigue = true; } if (!sigue) { A[stoi(m)] = &B[stoi(n)]; cout << "1" << endl; correcto = true; } } } } } } } } } } } } } if (caracter == "B") { string m; while (getline(stream, m, ' ') && !correcto) { if (m[0] != 0) { char *pivot; strtol(m.c_str(), &pivot, 10); if (*pivot == 0) { if (stoi(m) = 0) { string second; while (getline(stream, second, ' ') && !correcto) { if (second[0] != 0) { if (second == "C") { string n; while (getline(stream, n, ' ') && !correcto) { if (n[0] != 0) { char *pivot; strtol(n.c_str(), &pivot, 10); if (*pivot == 0) { if (stoi(n) < c && stoi(n) >= 0) { string aditional; bool sigue = false; while (getline(stream, aditional, ' ') && aditional != " ") { sigue = true; } if (!sigue) { B[stoi(m)] = &C[stoi(n)]; cout << "1" << endl; correcto = true; } } } } } } } } } } } } } if (!correcto) { cout << "0" << endl; continuar = false; } } } } } }

[ "ljauregui@pucp.pe" ]

ljauregui@pucp.pe

ae6fb2e712efa744da1e64469d1ffe410453c2ce

8981914af9f8905429397cfef97aacfed53b7d0a

/wapienum/askLoop.h

bc9d92b6256ad8a3054aec876adc659ae2d8bbb0

[]

no_license

d4rckh/wapienum

bd96e7e5462e75549ae03e06f494d49095c2d101

5750bf0388daccf0eb70215505838ff3e2828acf

refs/heads/main

2023-01-01T01:24:57.156992

2020-10-29T07:57:39

308,098,266

3

0

null

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false

414

h

#pragma once #include "parseInput.h" #include <iostream> int askLoop() { std::string line; std::cout << "Type 'help' for a list of commands you can run.\n"; std::cout << "> "; while (std::getline(std::cin, line)) { #if defined _DEBUG std::cout << "answer: " << s << "\n"; #endif parseInput(line); std::cout << "> "; } return 0; }

[ "m4dd0x.xxx@gmail.com" ]

m4dd0x.xxx@gmail.com

f47d3ee08925cf4e402eebd3638cbb82c0ee6a25

71ce57c3ac7d39ba12b8473849c00a23c1c338ac

/src/deferred-renderer/MotionBlurConfigurationPane.h

c3533b57d16d7d34f94aad5888c6e55b58f2d3c4

[]

no_license

ReccaStudio/DeferredRenderer

f6a5e5ffbb36ffc79dedc295ad1ab0202251abd0

d896de09052c5880b99737e51360641d05fe84b7

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#pragma once #include "PCH.h" #include "ConfigurationPane.h" #include "MotionBlurPostProcess.h" #include "SliderWithLabel.h" class MotionBlurConfigurationPane : public ConfigurationPane<MotionBlurPostProcess> { private: virtual void OnValueChanged(Gwen::Controls::Base *control); public: MotionBlurConfigurationPane(Gwen::Controls::Base* parent, MotionBlurPostProcess* pp); void OnFrameMove(double totalTime, float dt); };

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flying-dutchmen/3DS_w3Browser

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/* * Copyright (c) 2011-2013 ACCESS CO., LTD. All rights reserved. * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public * License as published by the Free Software Foundation; either * version 2 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Library General Public License for more details. * * You should have received a copy of the GNU Library General Public * License along with this library; if not, write to the * Free Software Foundation, Inc., 51 Franklin St, Fifth Floor, * Boston, MA 02110-1301, USA. */ #ifndef _WKC_HELPERS_PRIVATE_ATTRIBUTE_H_ #define _WKC_HELPERS_PRIVATE_ATTRIBUTE_H_ #ifdef WKC_ADD_WKC_HELPERS #include "helpers/WKCAttribute.h" #include "Attribute.h" namespace WebCore { class AtomicString; class QualifiedName; } // namespace namespace WKC { class AtomicString; class AtomicStringPrivate; } // namespace namespace WKC { class AttributePrivate { public: AttributePrivate(WebCore::Attribute *webcore); ~AttributePrivate(); WebCore::Attribute* webcore() const { return m_webcore; } Attribute& wkc() { return m_wkc; } const AtomicString& value(); private: WebCore::Attribute* m_webcore; WebCore::AtomicString m_value; Attribute m_wkc; AtomicStringPrivate *m_atomicstring_priv; }; } // namespace #endif // WKC_ADD_WKC_HELPERS #endif //_WKC_HELPERS_PRIVATE_ATTRIBUTE_H_

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#pragma once #include <stdexcept> #include <cerrno> #include <string> #include "YR_Exception.h" using namespace std; namespace youren { ///////////////////////////////////////////////////////////////////////////////// // /* 锁异常 */ struct YR_Lock_Exception : YR_Exception { YR_Lock_Exception(const string& buffer) : YR_Exception(buffer) { } YR_Lock_Exception(const string& buffer, int err) : YR_Exception(buffer, err) { } ~YR_Lock_Exception() throw(){ } }; //构造时加锁，析构是解锁 //其他具体锁配合使用 template <class T> class YR_LockT { public: //构造时加锁 YR_LockT(const T& mutex) : _mutex(mutex) { _mutex.lock(); _acquired = true;} //析构时解锁 virtual ~YR_LockT() { if(_acquired) { _mutex.unlock(); } } //上锁，如果已经上锁，抛出异常 void acquire() const { if(_acquired) { throw YR_Lock_Exception("thread has locked!"); } _mutex.lock(); _acquired = true; } //尝试上锁，成功返回true，错误返回false bool tryAcquired() const { _acquired = _mutex.tryLock(); return _acquired; } //释放锁，如果没有上锁，抛出异常 void release() const { if(!_acquired) { throw YR_Lock_Exception("thread hasn't been locked!"); } _mutex.unlock(); _acquired =false; } //是否已上锁 bool acquired() const { return _acquired; } protected: //构造函数用于锁尝试操作，与YR_LockT相似 YR_LockT(const T& mutex, bool) : _mutex(mutex) { _acquired = _mutex.tryLock(); } private: YR_LockT(const YR_LockT&); YR_LockT& operator=(const YR_LockT&); protected: //锁对象 const T& _mutex; //是否已经上锁 mutable bool _acquired; }; template<class T> class YR_TryLock : public YR_LockT<T> { public: YR_TryLock(const T& mutex) : YR_LockT<T>(mutex, true){} }; //空锁，不做任何锁动作 class YR_EmptyMutex { public: //写锁 int lock() const { return 0; } //解写锁 int unlock() const { return 0; } //尝试解锁 bool trylock() const { return true; } }; //读写锁读锁模板类 //构造加锁，析构解锁 template <class T> class YR_RW_RLockT { public: YR_RW_RLockT(T& lock) :_rwLock(lock),_acquired(false) { } ~YR_RW_RLockT() { if(_acquired) { _rwLock.Unlock(); } } private: const T& _rwLock; //是否已经上锁 mutable bool _acquired; YR_RW_RLockT(const YR_RW_RLockT&); YR_RW_RLockT& operator=(const YR_RW_RLockT&); }; //读写锁写锁模板 template < class T> class YR_RW_WLockT { public: YR_RW_WLockT(T& lock) : _rwLock(lock), _acquired(false) {} ~YR_RW_WLockT() { if(_acquired) { _rwLock.Unlock(); } } private: const T& _rwLock; mutable bool _acquired; YR_RW_WLockT(const YR_RW_WLockT&); YR_RW_WLockT& operator=(const YR_RW_WLockT&); }; //////////////////////////////////////////////////////////////////////////////// }

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// Copyright (C) 2018-2021 Intel Corporation // SPDX-License-Identifier: Apache-2.0 // #pragma once #include <map> #include <string> #include "Python.h" #include "ie_api_impl.hpp" namespace InferenceEnginePython { void ApplyMOCTransformations(InferenceEnginePython::IENetwork network, bool cf); void ApplyPOTTransformations(InferenceEnginePython::IENetwork network, std::string device); void ApplyLowLatencyTransformation(InferenceEnginePython::IENetwork network, bool use_const_initializer = true); void ApplyMakeStatefulTransformation(InferenceEnginePython::IENetwork network, std::map<std::string, std::string>& param_res_names); void ApplyPruningTransformation(InferenceEnginePython::IENetwork network); void GenerateMappingFile(InferenceEnginePython::IENetwork network, std::string path, bool extract_names); void CheckAPI(); }; // namespace InferenceEnginePython

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/************************************************************************//** * @file PluginGlslParser.h * @author Sylvain Doremus * @version 1.0 * @date 11/23/2015 * * * @brief Class defining a generic GLSL parser plugin. * * @details Class defining a generic GLSL parser plugin. * ***************************************************************************/ #ifndef ___GLSL_PARSER_KEYWORDS_H___ #define ___GLSL_PARSER_KEYWORDS_H___ #include "EKeyword.h" #include <ShaderParserKeywords.h> BEGIN_NAMESPACE_GLSL_PARSER { /** Class listing GLSL keywords */ class CKeywords : public CParserKeywords< EKeyword > { public: CKeywords(); ~CKeywords(); }; } END_NAMESPACE_GLSL_PARSER #endif // ___GLSL_PARSER_KEYWORDS_H___

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/* Tetris made by TheAceKlepto using the olcPixelGameEngine: https://github.com/OneLoneCoder/olcPixelGameEngine olcPixelGameEngine VIDEO: https://www.youtube.com/watch?v=kRH6oJLFYxY adapted from the tetris video OneLoneCoder did using the command prompt Tetris VIDEO: https://www.youtube.com/watch?v=8OK8_tHeCIA With the help of a friendly discord user in the OLC discord whom I can't remember, they provided me with the code from the video, but implemented using the olcConsoleGameEngine: https://github.com/OneLoneCoder/videos/blob/master/olcConsoleGameEngine.h. olcConsoleGameEngine VIDEO: https://www.youtube.com/watch?v=cWc0hgYwZyc This saved me a lot of time on my part converting the code from when I followed the video way back when. They also made the score, gameover screen & logic for the gameover screen. Huge shoutout to them, and I apologize that I have a horrible memory and cannot remember their username. Discord: TheAceKlepto#4273 Subscribe to OneLoneCoder: https://www.youtube.com/channel/UC-yuWVUplUJZvieEligKBkA OLC is by far the best C++(one of the best programmers in general) programmer on youtube, and has fantastic videos. */ #define OLC_PGE_APPLICATION #include "olcPixelGameEngine.h" #include <thread> #include <vector> #include <ctime> //Big yikes on the namespace, promise I was gonna change later using namespace std; class Tetris : public olc::PixelGameEngine { public: Tetris() { sAppName = "Tetris"; } private: //Game Assests //SPRITES olc::Sprite *tetrominoBlockColors; olc::Sprite *background; olc::Sprite *blockColor; olc::Sprite *Green = new olc::Sprite(16, 16), *Red = new olc::Sprite(16, 16), *Yellow = new olc::Sprite(16, 16), *Cyan = new olc::Sprite(16, 16), *Blue = new olc::Sprite(16, 16), *Purple = new olc::Sprite(16, 16), *Orange = new olc::Sprite(16, 16); olc::Sprite *Blank = new olc::Sprite(16, 16); olc::Sprite *oldBlockColors; //FIELD wstring tetromino[7]; int nFieldWidth = 12; int nFieldHeight = 20; unsigned char *pField = nullptr; //Tetromino Assets int colorSelector = 0; int nCurrentPiece = 0; olc::Sprite *screen = new olc::Sprite[ScreenWidth() * ScreenHeight()]; //Game Variables int nSpeed = 20; int nSpeedCounter = 0; bool bForceDown = false; int nPieceCount = 0; int nScore = 0; int nCurrentX = nFieldWidth / 3; int nCurrentY = 0; int nCurrentRotation = 0; int nTempCurrentX = 0; int nTempCurrentY = 0; bool bGameOver = false; vector<int> vLines; char piece; public: bool OnUserCreate() override { //GENERATE SEED srand(time(NULL)); //DRAW BACKGROUND & BORDER for (int px = 0; px < ScreenWidth(); px++) for (int py = 0; py < ScreenHeight(); py++) Draw(px, py, olc::Pixel(112, 128, 144)); //create playing field pField = new unsigned char[nFieldWidth*nFieldHeight]; for (int x = 0; x < nFieldWidth; x++) for (int y = 0; y < nFieldHeight; y++) pField[y*nFieldWidth + x] = (x == 0 || x == nFieldWidth - 1 || y == nFieldHeight - 1) ? 9 : 0; for (int i = 0; i < nFieldWidth * nFieldHeight; i++) screen[i] = olc::Sprite(16, 16); background = new olc::Sprite("tetrisBorder.png"); DrawSprite(32, 16, background, 0); //INITIALIZE TETROMINO PALLETE tetrominoBlockColors = new olc::Sprite("tetrisBlocks.png"); olc::Sprite *blocks[7] = { Green, Red, Yellow, Cyan, Blue, Purple, Orange }; for (int i = 0; i < 7; i++) { for (int x = 16 * colorSelector; x < 16 + colorSelector * 16; x++) { for (int y = 0; y < 16; y++) { olc::Pixel p = tetrominoBlockColors->GetPixel(x, y); blocks[i]->SetPixel((x - (16 * colorSelector)), y, p); } } colorSelector++; } //SELECT COLOR FOR TETROMINO colorSelector = rand() % 7; //CREATE BLOCK COLOR FOR NEW TETROMINO blockColor = new olc::Sprite(16, 16); for (int x = 16 * colorSelector; x < 16 + colorSelector * 16; x++) for (int y = 0; y < 16; y++) { olc::Pixel p = tetrominoBlockColors->GetPixel(x, y); blockColor->SetPixel((x - (16 * colorSelector)), y, p); } //create assets tetromino[0].append(L"..X."); tetromino[0].append(L"..X."); tetromino[0].append(L"..X."); tetromino[0].append(L"..X."); tetromino[1].append(L"..X."); tetromino[1].append(L".XX."); tetromino[1].append(L".X.."); tetromino[1].append(L"...."); tetromino[2].append(L".X.."); tetromino[2].append(L".XX."); tetromino[2].append(L"..X."); tetromino[2].append(L"...."); tetromino[3].append(L"...."); tetromino[3].append(L".XX."); tetromino[3].append(L".XX."); tetromino[3].append(L"...."); tetromino[4].append(L"..X."); tetromino[4].append(L".XX."); tetromino[4].append(L"..X."); tetromino[4].append(L"...."); tetromino[5].append(L"...."); tetromino[5].append(L".XX."); tetromino[5].append(L"..X."); tetromino[5].append(L"..X."); tetromino[6].append(L"...."); tetromino[6].append(L".XX."); tetromino[6].append(L".X.."); tetromino[6].append(L".X.."); //end of assets // Choose First Piece nCurrentPiece = rand() % 7; nCurrentRotation = 0; nCurrentX = nFieldWidth / 3; nCurrentY = -1; return true; } bool OnUserUpdate(float fElapsedTime) override { if (!bGameOver) { //GAME TIMING this_thread::sleep_for(50ms); //Game Tick nSpeedCounter++; bForceDown = (nSpeedCounter == nSpeed); //USER INPUT //<----Move----> nCurrentX -= (GetKey(olc::Key::LEFT).bHeld) && (DoesPieceFit(nCurrentPiece, nCurrentRotation, nCurrentX - 1, nCurrentY)) ? 1 : 0; nCurrentX += (GetKey(olc::Key::RIGHT).bHeld) && (DoesPieceFit(nCurrentPiece, nCurrentRotation, nCurrentX + 1, nCurrentY)) ? 1 : 0; nCurrentY += (GetKey(olc::Key::DOWN).bHeld) && (DoesPieceFit(nCurrentPiece, nCurrentRotation, nCurrentX, nCurrentY + 1)) ? 1 : 0; nCurrentRotation += (GetKey(olc::Key::SPACE).bPressed) && (DoesPieceFit(nCurrentPiece, nCurrentRotation + 1, nCurrentX, nCurrentY)) ? 1 : 0; //GAME LOGIC if (bForceDown) { //Animate Line completion if (!vLines.empty()) { this_thread::sleep_for(75ms); // Remove Line and move pieces down for (auto &v : vLines) for (int px = 1; px < nFieldWidth - 1; px++) { for (int py = v; py > 0; py--) pField[py * nFieldWidth + px] = pField[(py - 1) * nFieldWidth + px]; pField[px] = 0; } vLines.clear(); } if (DoesPieceFit(nCurrentPiece, nCurrentRotation, nCurrentX, nCurrentY + 1) && vLines.empty()) nCurrentY++; // Do it else { // Lock Current Piece into Field for (int px = 0; px < 4; px++) for (int py = 0; py < 4; py++) if (tetromino[nCurrentPiece][Rotate(px, py, nCurrentRotation)] != L'.') { piece = colorSelector + 49; pField[(nCurrentY + py) * nFieldWidth + (nCurrentX + px)] = piece; } //Iterate Game Difficulty if (nPieceCount % 10 == 0) if (nSpeed >= 10) nSpeed--; // Have Rows been Created for (int py = 0; py < 4; py++) if (nCurrentY + py < nFieldHeight - 1) { bool bLine = true; for (int px = 1; px < nFieldWidth - 1; px++) bLine &= (pField[(nCurrentY + py) * nFieldWidth + px]) != 0; if (bLine) { // Remove Line, set to = for (int px = 1; px < nFieldWidth - 1; px++) pField[(nCurrentY + py) * nFieldWidth + px] = 8; vLines.push_back(nCurrentY + py); } } //Create Line Multiplier nScore += 25; if (!vLines.empty()) nScore += (1 << vLines.size()) * 100; // Choose next Piece nCurrentX = nFieldWidth / 3; nCurrentY = -1; nCurrentRotation = 0; newTetromino(); // if piece does not fit bGameOver = !DoesPieceFit(nCurrentPiece, nCurrentRotation, nCurrentX, nCurrentY); } nSpeedCounter = 0; } //RENDEROUTPUT FillRect(0, 0, ScreenWidth(), ScreenHeight(), olc::Pixel(112, 128, 144)); //DRAW FIELD DrawSprite(32, 16, background, 0); //Draw Old Pieces int transition = 10; for (int x = 0; x < nFieldWidth; x++) { for (int y = 0; y < nFieldHeight; y++) { if (isdigit(pField[y*nFieldWidth + x])) { transition = pField[y*nFieldWidth + x]; //determine what color the blocks should be if (transition == 49) oldBlockColors = Green; else if (transition == 50) oldBlockColors = Red; else if (transition == 51) oldBlockColors = Yellow; else if (transition == 52) oldBlockColors = Cyan; else if (transition == 53) oldBlockColors = Blue; else if (transition == 54) oldBlockColors = Purple; else if (transition == 55) oldBlockColors = Orange; DrawSprite((2 + x) * 16, (2 + y) * 16, oldBlockColors, 0); } } } //Draw Current Piece if (vLines.empty()) { for (int px = 0; px < 4; px++) for (int py = 0; py < 4; py++) if (tetromino[nCurrentPiece][Rotate(px, py, nCurrentRotation)] == L'X') DrawSprite((2 + nCurrentX + px) * 16, (2 + nCurrentY + py) * 16, blockColor, 0); } // Draw Score DrawString(nFieldWidth + 22, 2, "Score: " + to_string(nScore), olc::WHITE); } //-----------TESTING PURPOSES ONLY-------------------\\ //DrawString(nFieldWidth + 200, 2, "Tranisition: " + to_string(transition), olc::WHITE); //DrawString(nFieldWidth + 200, 200, "Piece: " + to_string(piece), olc::WHITE); else { //GAME OVER //Render Output FillRect(0, 0, ScreenWidth(), ScreenHeight(), olc::Pixel(112, 128, 144)); DrawString(50, 80, "Game Over! Your Score is " + to_string(nScore), olc::WHITE); DrawString(50, 160, "Press Z to Continue Escape to Quit", olc::WHITE); if (GetKey(olc::Key::Z).bPressed) { pField = new unsigned char[nFieldWidth*nFieldHeight]; // Create play field buffer for (int x = 0; x < nFieldWidth; x++) for (int y = 0; y < nFieldHeight; y++) pField[y*nFieldWidth + x] = (x == 0 || x == nFieldWidth - 1 || y == nFieldHeight - 1) ? 9 : 0; nCurrentPiece = 1; nCurrentRotation = 0; nCurrentX = nFieldWidth / 3; nCurrentY = -1; nSpeed = 20; nSpeedCounter = 0; bForceDown = false; nPieceCount = 0; nScore = 0; bGameOver = false; } if (GetKey(olc::Key::ESCAPE).bPressed) return false; } } //CREATE TETROMINOS void newTetromino() { colorSelector = rand() % 7; //CREATE BLOCK COLOR FOR NEW TETROMINO blockColor = new olc::Sprite(16, 16); for (int x = 16 * colorSelector; x < 16 + colorSelector * 16; x++) for (int y = 0; y < 16; y++) { olc::Pixel p = tetrominoBlockColors->GetPixel(x, y); blockColor->SetPixel((x - (16 * colorSelector)), y, p); } //SELECT NEW TETROMINO nCurrentPiece = rand() % 7; } //CHECK ROTATION int Rotate(int px, int py, int r) { switch (r % 4) { case 0: return py * 4 + px; //0 degrees case 1: return 12 + py - (px * 4); //90 degrees case 2: return 15 - (py * 4) - px; //180 degrees case 3: return 3 - py + (px * 4); //270 degrees } return 0; } //DOES PIECE FIT bool DoesPieceFit(int nTetromino, int nRotation, int nPosX, int nPosY) { for (int px = 0; px < 4; px++) for (int py = 0; py < 4; py++) { //Get index into piece int pi = Rotate(px, py, nRotation); //Get index into field int fi = (nPosY + py) * nFieldWidth + (nPosX + px); if (nPosX + px >= 0 && nPosX + px < nFieldWidth) if (nPosY + py >= 0 && nPosY + py < nFieldHeight) { if (tetromino[nTetromino][pi] == L'X' && pField[fi] != 0) return false; //fail on first hit } } return true; } }; int main() { Tetris demo; if (demo.Construct(512, 480, 2, 2)) demo.Start(); return 0; }

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// Copyright (c) 2011-2013 The Bitcoin developers // Distributed under the MIT/X11 software license, see the accompanying // file COPYING or http://www.opensource.org/licenses/mit-license.php. #ifndef GUIUTIL_H #define GUIUTIL_H #include <QMessageBox> #include <QObject> #include <QString> class QValidatedLineEdit; class SendCoinsRecipient; QT_BEGIN_NAMESPACE class QAbstractItemView; class QDateTime; class QFont; class QLineEdit; class QUrl; class QWidget; QT_END_NAMESPACE /** Utility functions used by the Bitcoin Qt UI. */ namespace GUIUtil { // Create human-readable string from date QString dateTimeStr(const QDateTime &datetime); QString dateTimeStr(qint64 nTime); // Render Bitcoin addresses in monospace font QFont bitcoinAddressFont(); // Set up widgets for address and amounts void setupAddressWidget(QValidatedLineEdit *widget, QWidget *parent); void setupAmountWidget(QLineEdit *widget, QWidget *parent); // Parse "megcoin:" URI into recipient object, return true on successful parsing bool parseBitcoinURI(const QUrl &uri, SendCoinsRecipient *out); bool parseBitcoinURI(QString uri, SendCoinsRecipient *out); QString formatBitcoinURI(const SendCoinsRecipient &info); // Returns true if given address+amount meets "dust" definition bool isDust(const QString& address, qint64 amount); // HTML escaping for rich text controls QString HtmlEscape(const QString& str, bool fMultiLine=false); QString HtmlEscape(const std::string& str, bool fMultiLine=false); /** Copy a field of the currently selected entry of a view to the clipboard. Does nothing if nothing is selected. @param[in] column Data column to extract from the model @param[in] role Data role to extract from the model @see TransactionView::copyLabel, TransactionView::copyAmount, TransactionView::copyAddress */ void copyEntryData(QAbstractItemView *view, int column, int role=Qt::EditRole); void setClipboard(const QString& str); /** Get save filename, mimics QFileDialog::getSaveFileName, except that it appends a default suffix when no suffix is provided by the user. @param[in] parent Parent window (or 0) @param[in] caption Window caption (or empty, for default) @param[in] dir Starting directory (or empty, to default to documents directory) @param[in] filter Filter specification such as "Comma Separated Files (*.csv)" @param[out] selectedSuffixOut Pointer to return the suffix (file type) that was selected (or 0). Can be useful when choosing the save file format based on suffix. */ QString getSaveFileName(QWidget *parent, const QString &caption, const QString &dir, const QString &filter, QString *selectedSuffixOut); /** Get open filename, convenience wrapper for QFileDialog::getOpenFileName. @param[in] parent Parent window (or 0) @param[in] caption Window caption (or empty, for default) @param[in] dir Starting directory (or empty, to default to documents directory) @param[in] filter Filter specification such as "Comma Separated Files (*.csv)" @param[out] selectedSuffixOut Pointer to return the suffix (file type) that was selected (or 0). Can be useful when choosing the save file format based on suffix. */ QString getOpenFileName(QWidget *parent, const QString &caption, const QString &dir, const QString &filter, QString *selectedSuffixOut); /** Get connection type to call object slot in GUI thread with invokeMethod. The call will be blocking. @returns If called from the GUI thread, return a Qt::DirectConnection. If called from another thread, return a Qt::BlockingQueuedConnection. */ Qt::ConnectionType blockingGUIThreadConnection(); // Determine whether a widget is hidden behind other windows bool isObscured(QWidget *w); // Open debug.log void openDebugLogfile(); /** Qt event filter that intercepts ToolTipChange events, and replaces the tooltip with a rich text representation if needed. This assures that Qt can word-wrap long tooltip messages. Tooltips longer than the provided size threshold (in characters) are wrapped. */ class ToolTipToRichTextFilter : public QObject { Q_OBJECT public: explicit ToolTipToRichTextFilter(int size_threshold, QObject *parent = 0); protected: bool eventFilter(QObject *obj, QEvent *evt); private: int size_threshold; }; bool GetStartOnSystemStartup(); bool SetStartOnSystemStartup(bool fAutoStart); /** Save window size and position */ void saveWindowGeometry(const QString& strSetting, QWidget *parent); /** Restore window size and position */ void restoreWindowGeometry(const QString& strSetting, const QSize &defaultSizeIn, QWidget *parent); } // namespace GUIUtil #endif // GUIUTIL_H

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/* the main window. */ #ifndef OPENGLTEST_H #define OPENGLTEST_H #include <QtGui/QMainWindow> #include "ui_opengltest.h" class OpenGLTest : public QMainWindow { Q_OBJECT public: OpenGLTest(QWidget *parent = 0, Qt::WFlags flags = 0); ~OpenGLTest(); private: Ui::OpenGLTestClass ui; }; #endif // OPENGLTEST_H

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//////////////////////////////////////////////////////////////////////////////// // temperature.hpp // Boost.Units - A C++ library for zero-overhead dimensional analysis and // unit/quantity manipulation and conversion // // Copyright (C) 2003-2008 Matthias Christian Schabel // Copyright (C) 2008 Steven Watanabe // // Distributed under the Boost Software License, Version 1.0. (See // accompanying file LICENSE_1_0.txt or copy at // http://www.boost.org/LICENSE_1_0.txt) #ifndef BOOST_UNITS_SI_TEMPERATURE_HPP #define BOOST_UNITS_SI_TEMPERATURE_HPP #include <boost/units/systems/si/base.hpp> namespace boost { namespace units { namespace si { typedef unit<temperature_dimension,si::system> temperature; BOOST_UNITS_STATIC_CONSTANT(kelvin,temperature); BOOST_UNITS_STATIC_CONSTANT(kelvins,temperature); } // namespace si } // namespace units } // namespace boost #endif // BOOST_UNITS_SI_TEMPERATURE_HPP ///////////////////////////////////////////////// // vnDev.Games - Trong.LIVE - DAO VAN TRONG // ////////////////////////////////////////////////////////////////////////////////

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/* ************************************************************************** */ /* */ /* ::: :::::::: */ /* Map.hpp :+: :+: :+: */ /* +:+ +:+ +:+ */ /* By: dbliss <dbliss@student.42.fr> +#+ +:+ +#+ */ /* +#+#+#+#+#+ +#+ */ /* Created: 2021/05/19 17:14:29 by dbliss #+# #+# */ /* Updated: 2021/05/28 17:18:49 by dbliss ### ########.fr */ /* */ /* ************************************************************************** */ #ifndef MAP_HPP #define MAP_HPP #include "Algorithm.hpp" #include "Identifiers.hpp" #include "MapIterator.hpp" #include <utility> namespace ft { template <class Key, class T, class Compare = less<Key>, class Alloc = std::allocator<std::pair<const Key, T> > > class map { private: struct TreeNode { std::pair<const Key, T> val; TreeNode *left; TreeNode *right; TreeNode *parent; int height; }; public: typedef Key key_type; typedef T mapped_type; typedef std::pair<const key_type, mapped_type> value_type; typedef less<key_type> key_compare; typedef Alloc allocator_type; typedef typename Alloc::reference reference; typedef typename Alloc::const_reference const_reference; typedef typename Alloc::pointer pointer; typedef typename Alloc::const_pointer const_pointer; typedef typename ft::MapIterator<pointer, TreeNode> iterator; typedef typename ft::MapIterator<const pointer, TreeNode> const_iterator; typedef typename ft::myReverseIterator<iterator> reverse_iterator; typedef typename ft::myReverseIterator<const_iterator> const_reverse_iterator; typedef ptrdiff_t difference_type; typedef size_t size_type; typedef typename Alloc::template rebind<TreeNode>::other node_allocator_type; /*================================ 4 CONSTRUCTORS: ================================*/ /* EMPTY */ explicit map(const key_compare &comp = key_compare(), const allocator_type &alloc = allocator_type()) : _node(NULL), _comp(comp), _allocator_type(alloc) { this->_last_node = allocate_tree_node(); } /*RANGE*/ template <class InputIterator> map(InputIterator first, InputIterator last, const key_compare &comp = key_compare(), const allocator_type &alloc = allocator_type()); /*COPY*/ map(const map &x); /*================================ DESTRUCTOR: ================================*/ virtual ~map() {} /*================================ OPERATOR=: ================================*/ map &operator=(const map &x); /*================================ ITERATORS: ================================*/ iterator begin() { return (iterator(min_node(this->_node))); } const_iterator begin() const; iterator end() { return (iterator(this->_last_node)); } const_iterator end() const { return (const_iterator(this->_last_node)); } reverse_iterator rbegin() { return (reverse_iterator(end())); } const_reverse_iterator rbegin() const { return (const_reverse_iterator(end())); } reverse_iterator rend() { return (reverse_iterator(begin())); } const_reverse_iterator rend() const { return (const_reverse_iterator(begin())); } /*================================ CAPACITY: ================================*/ bool empty() const; size_type size() const; size_type max_size() const; /*================================ ELEMENT ACCESS: ================================*/ mapped_type &operator[](const key_type &k) { //return (*((this->insert(make_pair(k,mapped_type()))).first)).second); } /*================================ MODIFIERS: ================================*/ /* INSERT */ /* The single element versions (1) return a pair, with its member pair::first set to an iterator pointing to either the newly inserted element or to the element with an equivalent key in the map. The pair::second element in the pair is set to true if a new element was inserted or false if an equivalent key already existed. */ std::pair<iterator, bool> insert (const value_type &val) { iterator it; // if (!this->_node) // Insert the first node, if root is NULL. // { // _node = allocate_tree_node(); // _allocator_type.construct(&_node->val, val); // _last_node->parent = _node; // _node->left = NULL; // _node->right = NULL; // //_node->right = _last_node; // it = _node; // return make_pair(it, true); // } // else // { _node = insert_node(_node, val); it = _node; // std::cout << "_last_node->parent val : " << _last_node->parent->val.first << std::endl; return make_pair(it, true); // } } // std::pair<iterator, bool> insert(const value_type &val) // { // iterator iter; // if (!this->_node) // Insert the first node, if root is NULL. // { // this->_node = allocate_tree_node(); // this->_allocator_type.construct(&_node->val, val); // this->_last_node->parent = this->_node; // this->_node->right = this->_last_node; // iter = this->_node; // return make_pair(iter, true); // } // else // { // TreeNode *new_node; // TreeNode *root = _node; // if (val.first <= _node->val.first) // { // while (root->left) // { // root = root->left; // } // new_node = construct_tree_node(val); // root->left = new_node; // new_node->right = NULL; // new_node->left = NULL; // new_node->parent = root; // iter = new_node; // } // else // { // while (root->right != _last_node) // { // root = root->right; // } // if (root->val.first == val.first) // return (make_pair(iterator(root), false)); // new_node = construct_tree_node(val); // root->right = new_node; // new_node->left = NULL; // new_node->right = _last_node; // _last_node->parent = new_node; // new_node->parent = root; // iter = _last_node; // } // return make_pair(iter, true); // } // } // then add balancing function ! iterator insert(iterator position, const value_type &val); template <class InputIterator> void insert(InputIterator first, InputIterator last); /* ERASE */ void erase(iterator position); size_type erase(const key_type &k); void erase(iterator first, iterator last); /* SWAP */ void swap(map &x); /* CLEAR */ void clear(); /*================================ OBSERVERS: ================================*/ key_compare key_comp() const; // value_compare value_comp() const; /*================================ OPERATIONS: ================================*/ iterator find(const key_type &k); const_iterator find(const key_type &k) const; size_type count(const key_type &k) const; iterator lower_bound(const key_type &k); const_iterator lower_bound(const key_type &k) const; iterator upper_bound(const key_type &k); const_iterator upper_bound(const key_type &k) const; std::pair<const_iterator, const_iterator> equal_range(const key_type &k) const; std::pair<iterator, iterator> equal_range(const key_type &k); /*================================ HELPING FUNCTIONS : ================================*/ TreeNode *allocate_tree_node() { TreeNode *node; node = this->_alloc_node.allocate(1); node->right = NULL; node->left = NULL; node->parent = NULL; std::memset(&node->val, 0, sizeof(node->val)); return node; } TreeNode *construct_tree_node(const_reference val) { TreeNode *node; node = allocate_tree_node(); this->_allocator_type.construct(&node->val, val); return (node); } size_type _height(TreeNode *tmp, int i = 1) { int x; int y; if (tmp && tmp != _last_node) { if (tmp->left && tmp->right && tmp->right != _last_node) { x = _height(tmp->left, i + 1); y = _height(tmp->right, i + 1); i = (x > y) ? x : y; } else if (tmp->left) i = _height(tmp->left, i + 1); else if (tmp->right && tmp->right != _last_node) i = _height(tmp->right, i + 1); } else return (0); return (i); } // A utility function to get maximum // of two integers int max(int a, int b) { return (a > b) ? a : b; } int height(TreeNode *N) { if (N == NULL) return 0; return N->height; } /* Helper function that allocates a new node with the given key and NULL left and right pointers. */ TreeNode *newNode(const value_type &val, TreeNode *parent = NULL) { TreeNode *node; node = _alloc_node.allocate(1); _allocator_type.construct(&node->val, val); node->right = NULL; node->left = NULL; node->parent = parent; node->height = 1; // new node is initially // added at leaf return (node); } // A utility function to right // rotate subtree rooted with y // See the diagram given above. TreeNode *rightRotate(TreeNode *y) { TreeNode *x = y->left; TreeNode *T2 = x->right; // Perform rotation x->parent = y->parent; x->right = y; y->left = T2; y->parent = x; T2->parent = y; // Update heights y->height = max(height(y->left), height(y->right)) + 1; x->height = max(height(x->left), height(x->right)) + 1; // Return new root return x; } // A utility function to left // rotate subtree rooted with x // See the diagram given above. TreeNode *leftRotate(TreeNode *x) { TreeNode *y = x->right; TreeNode *T2 = y->left; // Perform rotation y->left = x; x->right = T2; // Update heights x->height = max(height(x->left), height(x->right)) + 1; y->height = max(height(y->left), height(y->right)) + 1; // Return new root return y; } // Get Balance factor of node N int getBalance(TreeNode *N) { if (N == NULL) return 0; return height(N->left) - height(N->right); } // Recursive function to insert a key // in the subtree rooted with node and // returns the new root of the subtree. TreeNode *insert_node(TreeNode *node, const value_type &val, TreeNode *parent = NULL) { if (node == NULL) return (newNode(val, parent)); // initially parent is set to NULL /* 1. Perform the normal BST insertion */ if (val.first < node->val.first) { node->left = insert_node(node->left, val, node); // here we instead of NULL parent has the value } else if (val.first > node->val.first) { node->right = insert_node(node->right, val, node); // here we instead of NULL parent has the value } else // Equal keys are not allowed in BST return node; /* 2. Update height of this ancestor node */ node->height = 1 + max(height(node->left), height(node->right)); /* 3. Get the balance factor of this ancestor node to check whether this node became unbalanced */ int balance = getBalance(node); // If this node becomes unbalanced, then // there are 4 cases // Left Left Case if (balance > 1 && val.first < node->left->val.first) return rightRotate(node); // Right Right Case if (balance < -1 && val.first > node->right->val.first) return leftRotate(node); // Left Right Case if (balance > 1 && val.first > node->left->val.first) { node->left = leftRotate(node->left); return rightRotate(node); } // Right Left Case if (balance < -1 && val.first < node->right->val.first) { node->right = rightRotate(node->right); return leftRotate(node); } /* return the (unchanged) node pointer */ return node; } TreeNode *min_node(TreeNode *node) { if (node) { while (node->left) node = node->left; } return (node); } private: TreeNode *_node; TreeNode *_last_node; Compare _comp; allocator_type _allocator_type; node_allocator_type _alloc_node; }; } #endif

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//===- TypeTableBuilder.h ---------------------------------------*- C++ -*-===// // // The LLVM Compiler Infrastructure // // This file is distributed under the University of Illinois Open Source // License. See LICENSE.TXT for details. // //===----------------------------------------------------------------------===// #ifndef LLVM_DEBUGINFO_CODEVIEW_TYPETABLEBUILDER_H #define LLVM_DEBUGINFO_CODEVIEW_TYPETABLEBUILDER_H #include "llvm/DebugInfo/CodeView/CodeView.h" #include "llvm/DebugInfo/CodeView/TypeIndex.h" #include "llvm/DebugInfo/CodeView/TypeRecord.h" #include "llvm/Support/Compiler.h" namespace llvm { class StringRef; namespace codeview { class FieldListRecordBuilder; class MethodListRecordBuilder; class TypeRecordBuilder; class TypeTableBuilder { private: TypeTableBuilder(const TypeTableBuilder &) = delete; TypeTableBuilder &operator=(const TypeTableBuilder &) = delete; protected: TypeTableBuilder(); public: virtual ~TypeTableBuilder(); public: TypeIndex writeModifier(const ModifierRecord &Record); TypeIndex writeProcedure(const ProcedureRecord &Record); TypeIndex writeMemberFunction(const MemberFunctionRecord &Record); TypeIndex writeArgList(const ArgListRecord &Record); TypeIndex writePointer(const PointerRecord &Record); TypeIndex writeArray(const ArrayRecord &Record); TypeIndex writeClass(const ClassRecord &Record); TypeIndex writeUnion(const UnionRecord &Record); TypeIndex writeEnum(const EnumRecord &Record); TypeIndex writeBitField(const BitFieldRecord &Record); TypeIndex writeVFTableShape(const VFTableShapeRecord &Record); TypeIndex writeStringId(const StringIdRecord &Record); TypeIndex writeVFTable(const VFTableRecord &Record); TypeIndex writeUdtSourceLine(const UdtSourceLineRecord &Record); TypeIndex writeUdtModSourceLine(const UdtModSourceLineRecord &Record); TypeIndex writeFuncId(const FuncIdRecord &Record); TypeIndex writeMemberFuncId(const MemberFuncIdRecord &Record); TypeIndex writeBuildInfo(const BuildInfoRecord &Record); TypeIndex writeMethodOverloadList(const MethodOverloadListRecord &Record); TypeIndex writeTypeServer2(const TypeServer2Record &Record); TypeIndex writeFieldList(FieldListRecordBuilder &FieldList); TypeIndex writeRecord(TypeRecordBuilder &builder); virtual TypeIndex writeRecord(llvm::StringRef record) = 0; }; } } #endif

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#pragma once #include "SystemHeader.h" #include "ThreadingHeader.h" #include "AudioHeader.h" class AudioMaster { public: static std::string getAbsoluteFileName(std::string fileName) { char* nameBuffer = new char[1024]; if (GetModuleFileName(NULL, nameBuffer, 1024)) { } std::string absolutePath(nameBuffer); int pointer = absolutePath.rfind("\\"); absolutePath = absolutePath.substr(0, pointer + 1); return absolutePath + fileName; } };

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#pragma once #include "CoreMinimal.h" #include "AnimClassInterface.generated.h" UCLASS() class UAnimClassInterface : public UInterface { GENERATED_BODY() public: };

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//===----------------------------------------------------------------------===// // // Part of the LLVM Project, under the Apache License v2.0 with LLVM Exceptions. // See https://llvm.org/LICENSE.txt for license information. // SPDX-License-Identifier: Apache-2.0 WITH LLVM-exception // //===----------------------------------------------------------------------===// // UNSUPPORTED: c++03, c++11, c++14, c++17 // functional // template <class F, class... Args> constexpr unspecified bind_front(F&&, Args&&...); #include <functional> #include "callable_types.h" #include "test_macros.h" constexpr int add(int a, int b) { return a + b; } constexpr int long_test(int a, int b, int c, int d, int e, int f) { return a + b + c + d + e + f; } struct Foo { int a; int b; }; struct FooCall { constexpr Foo operator()(int a, int b) { return Foo{a, b}; } }; struct S { constexpr bool operator()(int a) { return a == 1; } }; struct CopyMoveInfo { enum { none, copy, move } copy_kind; constexpr CopyMoveInfo() : copy_kind(none) {} constexpr CopyMoveInfo(CopyMoveInfo const&) : copy_kind(copy) {} constexpr CopyMoveInfo(CopyMoveInfo&&) : copy_kind(move) {} }; constexpr bool wasCopied(CopyMoveInfo info) { return info.copy_kind == CopyMoveInfo::copy; } constexpr bool wasMoved(CopyMoveInfo info) { return info.copy_kind == CopyMoveInfo::move; } constexpr void basic_tests() { int n = 2; int m = 1; auto a = std::bind_front(add, m, n); assert(a() == 3); auto b = std::bind_front(long_test, m, n, m, m, m, m); assert(b() == 7); auto c = std::bind_front(long_test, n, m); assert(c(1, 1, 1, 1) == 7); auto d = std::bind_front(S{}, m); assert(d()); auto f = std::bind_front(add, n); assert(f(3) == 5); auto g = std::bind_front(add, n, 1); assert(g() == 3); auto h = std::bind_front(long_test, 1, 1, 1); assert(h(2, 2, 2) == 9); // Make sure the arg is passed by value. auto i = std::bind_front(add, n, 1); n = 100; assert(i() == 3); CopyMoveInfo info; auto copied = std::bind_front(wasCopied, info); assert(copied()); auto moved = std::bind_front(wasMoved, info); assert(std::move(moved)()); } struct variadic_fn { template <class... Args> constexpr int operator()(Args&&... args) { return sizeof...(args); } }; constexpr void test_variadic() { variadic_fn value; auto fn = std::bind_front(value, 0, 0, 0); assert(fn(0, 0, 0) == 6); } struct mutable_callable { bool should_call_const; constexpr bool operator()(int, int) { assert(!should_call_const); return true; } constexpr bool operator()(int, int) const { assert(should_call_const); return true; } }; constexpr void test_mutable() { const mutable_callable v1{true}; const auto fn1 = std::bind_front(v1, 0); assert(fn1(0)); mutable_callable v2{false}; auto fn2 = std::bind_front(v2, 0); assert(fn2(0)); }; struct call_member { constexpr bool member(int, int) { return true; } }; constexpr void test_call_member() { call_member value; auto fn = std::bind_front(&call_member::member, value, 0); assert(fn(0)); } struct no_const_lvalue { constexpr void operator()(int) && {}; }; constexpr auto make_no_const_lvalue(int x) { // This is to test that bind_front works when something like the following would not: // return [nc = no_const_lvalue{}, x] { return nc(x); }; // Above would not work because it would look for a () const & overload. return std::bind_front(no_const_lvalue{}, x); } constexpr void test_no_const_lvalue() { make_no_const_lvalue(1)(); } constexpr void constructor_tests() { { MoveOnlyCallable value(true); using RetT = decltype(std::bind_front(std::move(value), 1)); static_assert(std::is_move_constructible<RetT>::value); static_assert(!std::is_copy_constructible<RetT>::value); static_assert(!std::is_move_assignable<RetT>::value); static_assert(!std::is_copy_assignable<RetT>::value); auto ret = std::bind_front(std::move(value), 1); assert(ret()); assert(ret(1, 2, 3)); auto ret1 = std::move(ret); assert(!ret()); assert(ret1()); assert(ret1(1, 2, 3)); } { CopyCallable value(true); using RetT = decltype(std::bind_front(value, 1)); static_assert(std::is_move_constructible<RetT>::value); static_assert(std::is_copy_constructible<RetT>::value); static_assert(!std::is_move_assignable<RetT>::value); static_assert(!std::is_copy_assignable<RetT>::value); auto ret = std::bind_front(value, 1); assert(ret()); assert(ret(1, 2, 3)); auto ret1 = std::move(ret); assert(ret1()); assert(ret1(1, 2, 3)); auto ret2 = std::bind_front(std::move(value), 1); assert(!ret()); assert(ret2()); assert(ret2(1, 2, 3)); } { CopyAssignableWrapper value(true); using RetT = decltype(std::bind_front(value, 1)); static_assert(std::is_move_constructible<RetT>::value); static_assert(std::is_copy_constructible<RetT>::value); static_assert(std::is_move_assignable<RetT>::value); static_assert(std::is_copy_assignable<RetT>::value); } { MoveAssignableWrapper value(true); using RetT = decltype(std::bind_front(std::move(value), 1)); static_assert(std::is_move_constructible<RetT>::value); static_assert(!std::is_copy_constructible<RetT>::value); static_assert(std::is_move_assignable<RetT>::value); static_assert(!std::is_copy_assignable<RetT>::value); } } template <class Res, class F, class... Args> constexpr void test_return(F&& value, Args&&... args) { auto ret = std::bind_front(std::forward<F>(value), std::forward<Args>(args)...); static_assert(std::is_same<decltype(ret()), Res>::value); } constexpr void test_return_types() { test_return<Foo>(FooCall{}, 1, 2); test_return<bool>(S{}, 1); test_return<int>(add, 2, 2); } constexpr void test_arg_count() { using T = decltype(std::bind_front(add, 1)); static_assert(!std::is_invocable<T>::value); static_assert(std::is_invocable<T, int>::value); } template <class... Args> struct is_bind_frontable { template <class... LocalArgs> static auto test(int) -> decltype((void)std::bind_front(std::declval<LocalArgs>()...), std::true_type()); template <class...> static std::false_type test(...); static constexpr bool value = decltype(test<Args...>(0))::value; }; struct NotCopyMove { NotCopyMove() = delete; NotCopyMove(const NotCopyMove&) = delete; NotCopyMove(NotCopyMove&&) = delete; void operator()() {} }; struct NonConstCopyConstructible { explicit NonConstCopyConstructible() {} NonConstCopyConstructible(NonConstCopyConstructible&) {} }; struct MoveConstructible { explicit MoveConstructible() {} MoveConstructible(MoveConstructible&&) {} }; constexpr void test_invocability() { static_assert(!std::is_constructible_v<NotCopyMove, NotCopyMove>); static_assert(!std::is_move_constructible_v<NotCopyMove>); static_assert(!is_bind_frontable<NotCopyMove>::value); static_assert(!is_bind_frontable<NotCopyMove&>::value); static_assert( !std::is_constructible_v<MoveConstructible, MoveConstructible&>); static_assert(std::is_move_constructible_v<MoveConstructible>); static_assert(is_bind_frontable<variadic_fn, MoveConstructible>::value); static_assert( !is_bind_frontable<variadic_fn, MoveConstructible&>::value); static_assert(std::is_constructible_v<NonConstCopyConstructible, NonConstCopyConstructible&>); static_assert(!std::is_move_constructible_v<NonConstCopyConstructible>); static_assert( !is_bind_frontable<variadic_fn, NonConstCopyConstructible&>::value); static_assert( !is_bind_frontable<variadic_fn, NonConstCopyConstructible>::value); } constexpr bool test() { basic_tests(); constructor_tests(); test_return_types(); test_arg_count(); test_variadic(); test_mutable(); test_call_member(); test_no_const_lvalue(); test_invocability(); return true; } int main(int, char**) { test(); static_assert(test()); return 0; }

[ "curioustommy@protonmail.com" ]

curioustommy@protonmail.com

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/bj/p1000/9202_quadratic.cc

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ingyeoking13/algorithm

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refs/heads/master

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#include <iostream> #include <string.h> #define MAX_TABLE (int)3e6 using namespace std; struct Hash { int idx; Hash() { idx=-1; } }; char words[(int)3e5][9]; Hash hashes[MAX_TABLE]; char boggle[4][5]; // input bool v[4][4]; bool wordChk[(int)3e5*9]; int score_table[10] = {0, 0, 0, 1, 1, 2, 3, 5, 11}; int Score; char ansWord[9]; int mxLen; char tempWord[9]; int hit; unsigned long hashFunc(const char *str) { unsigned long hash = 5381; int c; while (c = *str++) hash = (((hash << 5) + hash) + c) % MAX_TABLE; return hash % MAX_TABLE; } void go (int x, int y , int depth) { if ( depth == 9) return; tempWord[depth-1] = boggle[x][y]; tempWord[depth] = 0; int key = hashFunc(tempWord); long long idx = key; int ii =0; while ( hashes[idx].idx != -1 ) { int iidx = hashes[idx].idx; if ( strcmp (words[iidx], tempWord) == 0 ) { if ( wordChk[iidx] ) break; wordChk[iidx]=true; Score+=score_table[depth]; hit++; int tmpLen = strlen(tempWord); if ( mxLen < tmpLen) { strcpy(ansWord, tempWord); mxLen = tmpLen; } else if ( mxLen == tmpLen ) { if ( strcmp(ansWord, tempWord) >0) strcpy(ansWord, tempWord); } } ii++; idx = key + ii + (long long)ii*ii; idx%=MAX_TABLE; } for (int i=-1; i<=1; i++) { for (int j=-1; j<=1; j++) { int nx = x +i, ny = y+j; if ( nx < 0 || ny <0 || nx >=4 || ny >= 4 ) continue; if( v[nx][ny] ) continue; v[nx][ny]=1; go(nx, ny, depth+1); v[nx][ny]=0; } } } int main() { int n; cin >> n; for (int i=0; i<n; i++) { cin >> words[i]; } /* HASHING */ int ii =0; for (int i=0; i<n; i++) { long long key = hashFunc(words[i]); int idx = key; while ( hashes[idx].idx != -1 ) { ii++; idx = key + ii + (long long)ii*ii; idx%=MAX_TABLE; } hashes[idx].idx = i; } /* End of Creating */ int T; cin >> T; for (int test_case=1; test_case<=T; test_case++) { memset(wordChk, false, sizeof(wordChk)); memset(ansWord, 0, sizeof(ansWord)); Score= hit = mxLen= 0; for (int i=0; i<4; i++) cin >> boggle[i]; for (int i=0; i<4; i++) { for (int j=0; j<4; j++) { v[i][j]=1; go(i,j,1); v[i][j]=0; } } cout << Score << " " << ansWord << " " << hit << "\n"; } }

[ "ingyeoking13@gmail.com" ]

ingyeoking13@gmail.com

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/sngcpp20/pp/PP.cpp

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refs/heads/master

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// ================================= // Copyright (c) 2022 Seppo Laakko // Distributed under the MIT license // ================================= #include <sngcpp20/pp/PP.hpp> #include <sngcpp20/pp/Macro.hpp> #include <sngcpp20/pp/Lines.hpp> #include <sngcpp20/pp/Scan.hpp> #include <sngcpp20/pp/PPLexer.hpp> #include <sngcpp20/pp/PPParser.hpp> #include <sngcpp20/pp/PPTokens.hpp> #include <sngcpp20/pp/TextLexer.hpp> #include <sngcpp20/pp/TextTokens.hpp> #include <sngcpp20/pp/Util.hpp> #include <sngcpp20/lexer/CppKeywords.hpp> #include <sngcpp20/lexer/CppLexer.hpp> #include <sngcpp20/lexer/CppTokens.hpp> #include <sngcpp20/parser/LiteralTokenParser.hpp> #include <sngcpp20/parser/ExpressionParser.hpp> #include <sngcpp20/symbols/Context.hpp> #include <soulng/util/MappedInputFile.hpp> #include <soulng/util/Path.hpp> #include <soulng/util/TextUtils.hpp> #include <soulng/util/Time.hpp> #include <soulng/util/Unicode.hpp> #include <boost/filesystem.hpp> #include <iostream> namespace sngcpp::pp { using namespace soulng::util; using namespace soulng::unicode; PPSourceLocation::PPSourceLocation() : fileIndex(0), lineNumber(0) { } PPSourceLocation::PPSourceLocation(int fileIndex_, int lineNumber_) : fileIndex(fileIndex_), lineNumber(lineNumber_) { } Token CombineStringLitTokens(const Token& left, const Token& right, PP* pp) { std::unique_ptr<sngcpp::ast::StringLiteralNode> leftNode(sngcpp::par::ParseStringLiteral(pp->GetSourcePos(), pp->FileName(), left.match.ToString())); sngcpp::ast::EncodingPrefix leftEncodingPrefix = leftNode->GetEncodingPrefix(); std::unique_ptr<sngcpp::ast::StringLiteralNode> rightNode(sngcpp::par::ParseStringLiteral(pp->GetSourcePos(), pp->FileName(), right.match.ToString())); sngcpp::ast::EncodingPrefix rightEncodingPrefix = rightNode->GetEncodingPrefix(); sngcpp::ast::EncodingPrefix commonEncodingPrefix = CommonEncodingPrefix(leftEncodingPrefix, rightEncodingPrefix); std::u32string rep = sngcpp::ast::EncodingPrefixStr(commonEncodingPrefix); rep.append(1, '"'); std::u32string value = leftNode->Value(); value.append(rightNode->Value()); rep.append(StringStr(value)); rep.append(1, '"'); Lexeme lexeme = pp->StringsRef().Install(std::move(rep)); return Token(TextTokens::STRINGLITERAL, lexeme, left.line); } std::vector<Token> CombineAdjacentStringLiterals(const std::vector<Token>& tokens, PP* pp) { std::vector<Token> combinedTokens; int n = tokens.size(); int state = 0; if (n > 0) { for (int i = 0; i < n; ++i) { Token token = tokens[i]; switch (state) { case 0: { if (token.id == TextTokens::STRINGLITERAL || token.id == TextTokens::QUOTEHEADERNAME) { token.id = TextTokens::STRINGLITERAL; combinedTokens.push_back(token); state = 1; } else { combinedTokens.push_back(token); } break; } case 1: { if (token.id == TextTokens::STRINGLITERAL || token.id == TextTokens::QUOTEHEADERNAME) { token.id = TextTokens::STRINGLITERAL; std::vector<Token>::iterator p = combinedTokens.end() - 1; while (p != combinedTokens.begin() && (p->id == TextTokens::WS || p->id == TextTokens::NEWLINE)) { --p; } *p = CombineStringLitTokens(*p, token, pp); combinedTokens.erase(p + 1, combinedTokens.end()); } else if (token.id == TextTokens::WS || token.id == TextTokens::NEWLINE) { combinedTokens.push_back(token); } else { combinedTokens.push_back(token); state = 0; } break; } } } } return combinedTokens; } class PPTokenToTextTokenMap { public: static void Init(); static void Done(); static PPTokenToTextTokenMap& Instance() { return *instance; } Token GetTextToken(const Token& ppToken) const; private: PPTokenToTextTokenMap(); static std::unique_ptr<PPTokenToTextTokenMap> instance; std::map<int, int> map; }; std::unique_ptr<PPTokenToTextTokenMap> PPTokenToTextTokenMap::instance; void PPTokenToTextTokenMap::Init() { instance.reset(new PPTokenToTextTokenMap()); } void PPTokenToTextTokenMap::Done() { instance.reset(); } PPTokenToTextTokenMap::PPTokenToTextTokenMap() { map[PPTokens::END] = TextTokens::END; map[PPTokens::DEFINED] = TextTokens::DEFINED; map[PPTokens::IF] = TextTokens::ID; map[PPTokens::ELSE] = TextTokens::ID; map[PPTokens::LINECOMMENT] = TextTokens::LINECOMMENT; map[PPTokens::BLOCKCOMMENT] = TextTokens::BLOCKCOMMENT; map[PPTokens::ANGLEHEADERNAME] = TextTokens::ANGLEHEADERNAME; map[PPTokens::QUOTEHEADERNAME] = TextTokens::QUOTEHEADERNAME; map[PPTokens::PPNUMBER] = TextTokens::PPNUMBER; map[PPTokens::CHARLITERAL] = TextTokens::CHARLITERAL; map[PPTokens::STRINGLITERAL] = TextTokens::STRINGLITERAL; map[PPTokens::BEGINRAWSTRINGLITERAL] = TextTokens::BEGINRAWSTRINGLITERAL; map[PPTokens::BLOCKCOMMENT] = TextTokens::BLOCKCOMMENT; map[PPTokens::LINECOMMENT] = TextTokens::LINECOMMENT; map[PPTokens::WS] = TextTokens::WS; map[PPTokens::NEWLINE] = TextTokens::NEWLINE; map[PPTokens::HASHHASH] = TextTokens::HASHHASH; map[PPTokens::HASH] = TextTokens::HASH; map[PPTokens::CHAR] = TextTokens::CHAR; map[PPTokens::ID] = TextTokens::ID; map[PPTokens::COLONCOLON] = TextTokens::COLONCOLON; map[PPTokens::COMMA] = TextTokens::COMMA; map[PPTokens::ASSIGN] = TextTokens::ASSIGN; map[PPTokens::MULASSIGN] = TextTokens::MULASSIGN; map[PPTokens::DIVASSIGN] = TextTokens::DIVASSIGN; map[PPTokens::REMASSIGN] = TextTokens::REMASSIGN; map[PPTokens::ADDASSIGN] = TextTokens::ADDASSIGN; map[PPTokens::SUBASSIGN] = TextTokens::SUBASSIGN; map[PPTokens::SHIFTRIGHTASSIGN] = TextTokens::SHIFTRIGHTASSIGN; map[PPTokens::SHIFTLEFTASSIGN] = TextTokens::SHIFTLEFTASSIGN; map[PPTokens::ANDASSIGN] = TextTokens::ANDASSIGN; map[PPTokens::XORASSIGN] = TextTokens::XORASSIGN; map[PPTokens::ORASSIGN] = TextTokens::ORASSIGN; map[PPTokens::QUEST] = TextTokens::QUEST; map[PPTokens::COLON] = TextTokens::COLON; map[PPTokens::OROR] = TextTokens::OROR; map[PPTokens::AMPAMP] = TextTokens::AMPAMP; map[PPTokens::OR] = TextTokens::OR; map[PPTokens::XOR] = TextTokens::XOR; map[PPTokens::AMP] = TextTokens::AMP; map[PPTokens::EQ] = TextTokens::EQ; map[PPTokens::NEQ] = TextTokens::NEQ; map[PPTokens::LEQ] = TextTokens::LEQ; map[PPTokens::GEQ] = TextTokens::GEQ; map[PPTokens::SPACESHIP] = TextTokens::SPACESHIP; map[PPTokens::LANGLE] = TextTokens::LANGLE; map[PPTokens::RANGLE] = TextTokens::RANGLE; map[PPTokens::SHIFTLEFT] = TextTokens::SHIFTLEFT; map[PPTokens::SHIFTRIGHT] = TextTokens::SHIFTRIGHT; map[PPTokens::PLUS] = TextTokens::PLUS; map[PPTokens::MINUS] = TextTokens::MINUS; map[PPTokens::STAR] = TextTokens::STAR; map[PPTokens::DIV] = TextTokens::DIV; map[PPTokens::MOD] = TextTokens::MOD; map[PPTokens::DOTSTAR] = TextTokens::DOTSTAR; map[PPTokens::ARROWSTAR] = TextTokens::ARROWSTAR; map[PPTokens::LPAREN] = TextTokens::LPAREN; map[PPTokens::RPAREN] = TextTokens::RPAREN; map[PPTokens::PLUSPLUS] = TextTokens::PLUSPLUS; map[PPTokens::MINUSMINUS] = TextTokens::MINUSMINUS; map[PPTokens::EXCLAMATION] = TextTokens::EXCLAMATION; map[PPTokens::TILDE] = TextTokens::TILDE; map[PPTokens::LBRACKET] = TextTokens::LBRACKET; map[PPTokens::RBRACKET] = TextTokens::RBRACKET; map[PPTokens::LBRACE] = TextTokens::LBRACE; map[PPTokens::RBRACE] = TextTokens::RBRACE; map[PPTokens::DOT] = TextTokens::DOT; map[PPTokens::ARROW] = TextTokens::ARROW; map[PPTokens::SEMICOLON] = TextTokens::SEMICOLON; map[PPTokens::ELLIPSIS] = TextTokens::ELLIPSIS; map[PPTokens::OTHER] = TextTokens::OTHER; } Token PPTokenToTextTokenMap::GetTextToken(const Token& ppToken) const { int id = TextTokens::OTHER; auto it = map.find(ppToken.id); if (it != map.cend()) { id = it->second; } return Token(id, ppToken.match, ppToken.line); } Token ConvertPPTokenToTextToken(const Token& ppToken) { return PPTokenToTextTokenMap::Instance().GetTextToken(ppToken); } class TextTokenToCppTokenMap { public: static void Init(); static void Done(); static TextTokenToCppTokenMap& Instance() { return *instance; } std::vector<Token> ConvertTextTokensToCppTokens(const std::vector<Token>& textTokens, PP* pp) const; private: TextTokenToCppTokenMap(); static std::unique_ptr<TextTokenToCppTokenMap> instance; std::map<int, int> map; }; std::unique_ptr<TextTokenToCppTokenMap> TextTokenToCppTokenMap::instance; void TextTokenToCppTokenMap::Init() { instance.reset(new TextTokenToCppTokenMap()); } void TextTokenToCppTokenMap::Done() { instance.reset(); } TextTokenToCppTokenMap::TextTokenToCppTokenMap() { for (int tokenId = TextTokens::END; tokenId < TextTokens::MAX; ++tokenId) { map[tokenId] = INVALID_TOKEN; } map[TextTokens::END] = CppTokens::END; map[TextTokens::CHARLITERAL] = CppTokens::CHARLIT; map[TextTokens::STRINGLITERAL] = CppTokens::STRINGLIT; map[TextTokens::ID] = CppTokens::ID; map[TextTokens::COLONCOLON] = CppTokens::COLONCOLON; map[TextTokens::COMMA] = CppTokens::COMMA; map[TextTokens::ASSIGN] = CppTokens::ASSIGN; map[TextTokens::MULASSIGN] = CppTokens::MULASSIGN; map[TextTokens::DIVASSIGN] = CppTokens::DIVASSIGN; map[TextTokens::REMASSIGN] = CppTokens::REMASSIGN; map[TextTokens::ADDASSIGN] = CppTokens::ADDASSIGN; map[TextTokens::SUBASSIGN] = CppTokens::SUBASSIGN; map[TextTokens::SHIFTRIGHTASSIGN] = CppTokens::SHIFTRIGHTASSIGN; map[TextTokens::SHIFTLEFTASSIGN] = CppTokens::SHIFTLEFTASSIGN; map[TextTokens::ANDASSIGN] = CppTokens::ANDASSIGN; map[TextTokens::XORASSIGN] = CppTokens::XORASSIGN; map[TextTokens::ORASSIGN] = CppTokens::ORASSIGN; map[TextTokens::QUEST] = CppTokens::QUEST; map[TextTokens::COLON] = CppTokens::COLON; map[TextTokens::OROR] = CppTokens::OROR; map[TextTokens::AMPAMP] = CppTokens::AMPAMP; map[TextTokens::OR] = CppTokens::OR; map[TextTokens::XOR] = CppTokens::XOR; map[TextTokens::AMP] = CppTokens::AMP; map[TextTokens::EQ] = CppTokens::EQ; map[TextTokens::NEQ] = CppTokens::NEQ; map[TextTokens::LEQ] = CppTokens::LEQ; map[TextTokens::GEQ] = CppTokens::GEQ; map[TextTokens::SPACESHIP] = CppTokens::SPACESHIP; map[TextTokens::LANGLE] = CppTokens::LANGLE; map[TextTokens::RANGLE] = CppTokens::RANGLE; map[TextTokens::SHIFTLEFT] = CppTokens::SHIFTLEFT; map[TextTokens::SHIFTRIGHT] = CppTokens::SHIFTRIGHT; map[TextTokens::PLUS] = CppTokens::PLUS; map[TextTokens::MINUS] = CppTokens::MINUS; map[TextTokens::STAR] = CppTokens::STAR; map[TextTokens::DIV] = CppTokens::DIV; map[TextTokens::MOD] = CppTokens::MOD; map[TextTokens::DOTSTAR] = CppTokens::DOTSTAR; map[TextTokens::ARROWSTAR] = CppTokens::ARROWSTAR; map[TextTokens::LPAREN] = CppTokens::LPAREN; map[TextTokens::RPAREN] = CppTokens::RPAREN; map[TextTokens::PLUSPLUS] = CppTokens::PLUSPLUS; map[TextTokens::MINUSMINUS] = CppTokens::MINUSMINUS; map[TextTokens::EXCLAMATION] = CppTokens::EXCLAMATION; map[TextTokens::TILDE] = CppTokens::TILDE; map[TextTokens::LBRACKET] = CppTokens::LBRACKET; map[TextTokens::RBRACKET] = CppTokens::RBRACKET; map[TextTokens::LBRACE] = CppTokens::LBRACE; map[TextTokens::RBRACE] = CppTokens::RBRACE; map[TextTokens::DOT] = CppTokens::DOT; map[TextTokens::ARROW] = CppTokens::ARROW; map[TextTokens::SEMICOLON] = CppTokens::SEMICOLON; map[TextTokens::ELLIPSIS] = CppTokens::ELLIPSIS; } const char32_t* zeroLit = U"0"; const soulng::lexer::Lexeme zeroLexeme(zeroLit, zeroLit + 1); const soulng::lexer::Token zeroToken(CppTokens::INTLIT, zeroLexeme, 1); const char32_t* oneLit = U"1"; const soulng::lexer::Lexeme oneLexeme(oneLit, oneLit + 1); const soulng::lexer::Token oneToken(CppTokens::INTLIT, oneLexeme, 1); std::vector<Token> TextTokenToCppTokenMap::ConvertTextTokensToCppTokens(const std::vector<Token>& textTokens, PP* pp) const { std::vector<Token> cppTokens; int state = 0; for (const Token& textToken : textTokens) { switch (state) { case 0: { switch (textToken.id) { case TextTokens::KEYWORD: case TextTokens::ID: { cppTokens.push_back(zeroToken); break; } case TextTokens::PPNUMBER: { CppLexer lexer(textToken.match.begin, textToken.match.end, std::string(), 0); ++lexer; cppTokens.push_back(lexer.GetToken(lexer.GetPos())); break; } case TextTokens::DEFINED: { state = 1; break; } case TextTokens::WS: case TextTokens::BLOCKCOMMENT: case TextTokens::LINECOMMENT: { break; } default: { auto it = map.find(textToken.id); if (it != map.cend()) { int id = it->second; cppTokens.push_back(Token(id, textToken.match, textToken.line)); } else { cppTokens.push_back(INVALID_TOKEN); } break; } } break; } case 1: { switch (textToken.id) { case TextTokens::LPAREN: { state = 2; break; } case TextTokens::ID: { if (pp->IsMacroDefined(textToken.match)) { cppTokens.push_back(oneToken); } else { cppTokens.push_back(zeroToken); } state = 0; break; } case TextTokens::WS: { break; } default: { cppTokens.push_back(zeroToken); state = 0; break; } } break; } case 2: { switch (textToken.id) { case TextTokens::ID: { if (pp->IsMacroDefined(textToken.match)) { cppTokens.push_back(oneToken); } else { cppTokens.push_back(zeroToken); } state = 3; break; } case TextTokens::WS: { break; } default: { cppTokens.push_back(zeroToken); state = 3; break; } } break; } case 3: { switch (textToken.id) { case TextTokens::RPAREN: { state = 0; break; } default: { break; } } break; } } } return cppTokens; } std::vector<Token> ConvertTextTokensToCppTokens(const std::vector<Token>& textTokens, PP* pp) { return TextTokenToCppTokenMap::Instance().ConvertTextTokensToCppTokens(textTokens, pp); } PPResult::PPResult() : lineMapper(*this), empty(true), msvcMode(false) { } PPResult::PPResult(std::vector<std::string>&& fileNames_, Strings&& strings_, std::vector<std::unique_ptr<LogicalPhysicalMapping>>&& logicalPhysicalMappings_, std::map<int, PPSourceLocation>&& lineMap_, const Lexeme& resultText_, std::vector<std::string>&& errors_, const Lexeme& macros_) : lineMapper(*this), fileNames(std::move(fileNames_)), strings(std::move(strings_)), logicalPhysicalMappings(std::move(logicalPhysicalMappings_)), lineMap(lineMap_), resultText(resultText_), errors(std::move(errors_)), empty(false), msvcMode(false), macros(macros_) { } const PPSourceLocation* PPResult::GetSourceLocation(int line) const { auto it = lineMap.find(line); if (it != lineMap.cend()) { return &it->second; } else { return nullptr; } } std::string PPResult::GetMappedFileName(int fileIndex) const { if (fileIndex >= 0 && fileIndex < fileNames.size()) { return fileNames[fileIndex]; } else { return std::string(); } } const LogicalPhysicalMapping* PPResult::GetMapping(int fileIndex) const { if (fileIndex >= 0 && fileIndex < logicalPhysicalMappings.size()) { return logicalPhysicalMappings[fileIndex].get(); } else { return nullptr; } } SourcePos PPResult::GetMappedPos(const SourcePos& sourcePos) const { const PPSourceLocation* sourceLocation = GetSourceLocation(sourcePos.line); if (sourceLocation) { const LogicalPhysicalMapping* mapping = GetMapping(sourceLocation->fileIndex); if (mapping) { SourcePos logicalPos(-1, sourceLocation->lineNumber, sourcePos.col); SourcePos physicalPos = mapping->GetMappedPos(logicalPos); return physicalPos; } else { return SourcePos(); } } else { return SourcePos(); } } std::string PPResult::GetMappedSourceLine(const SourcePos& sourcePos) const { const PPSourceLocation* sourceLocation = GetSourceLocation(sourcePos.line); if (sourceLocation) { const LogicalPhysicalMapping* mapping = GetMapping(sourceLocation->fileIndex); if (mapping) { SourcePos logicalPos(-1, sourceLocation->lineNumber, sourcePos.col); SourcePos physicalPos = mapping->GetMappedPos(logicalPos); if (physicalPos.line >= 1 && physicalPos.line <= mapping->PhysicalLines().Count()) { return ToUtf8(mapping->PhysicalLines()[physicalPos.line - 1].ToString()); } else { return std::string(); } } else { return std::string(); } } else { return std::string(); } } PPLineMapper::PPLineMapper(PPResult& ppResult_) : ppResult(ppResult_) { } SourceInfo PPLineMapper::GetSourceInfo(const SourcePos& sourcePos) { const PPSourceLocation* sourceLocation = ppResult.GetSourceLocation(sourcePos.line); if (sourceLocation && sourceLocation->lineNumber) { SourceInfo sourceInfo; sourceInfo.fileName = ppResult.GetMappedFileName(sourceLocation->fileIndex); SourcePos physicalPos = ppResult.GetMappedPos(sourcePos); sourceInfo.lineNumber = physicalPos.line; sourceInfo.sourceLine = ppResult.GetMappedSourceLine(sourcePos); return sourceInfo; } else { return SourceInfo(); } } PP::PP(EvaluationContext& evaluationContext_) : evaluationContext(evaluationContext_), fileIndex(-1), skip(false), processed(false), lineNumber(1), level(0), lineIndex(0), skipToEnd(false), inMSVCMode(false), printMacros(false) { space = strings.Install(U" "); nl = strings.Install(U"\n"); mspragmaLexeme = strings.Install(U"__pragma"); std::string date = GetCurrentDate().ToString(); std::string dateTime = GetCurrentDateTime().ToString(); std::string time = dateTime.substr(11); DefineObjectMacro(U"__DATE__", ToUtf32(date)); DefineObjectMacro(U"__TIME__", ToUtf32(time)); fileMacro.reset(new ObjectMacro(strings.Install(U"__FILE__"), "", 0, std::vector<Token>(), std::u32string())); lineMacro.reset(new ObjectMacro(strings.Install(U"__LINE__"), "", 0, std::vector<Token>(), std::u32string())); sngcppMSVCModeMacroName = strings.Install(U"__SNGCPP_MSVC_MODE"); } void PP::SetMSVCModeFlag() { if (IsMacroDefined(sngcppMSVCModeMacroName)) { inMSVCMode = true; } } bool PP::IsKeywordToken(const Token& token) const { soulng::lexer::KeywordMap* keywordMap = CppKeywords::GetKeywordMap(); return keywordMap->GetKeywordToken(token.match) != soulng::lexer::INVALID_TOKEN; } Macro* PP::GetMacro(const Lexeme& name) const { auto it = macroMap.find(name); if (it != macroMap.cend()) { return it->second; } else { return nullptr; } } std::vector<Token> PP::MacroExpand(const std::vector<Token>& tokens, soulng::lexer::Lexer* lexer) { return MacroExpand(tokens, lexer, false); } std::vector<Token> PP::MacroExpand(const std::vector<Token>& tokens, soulng::lexer::Lexer* lexer, bool saveDefined) { std::set<Macro*> expandedMacros; std::vector<Token> expandedTokens; std::vector<Token> tokensToProcess; const std::vector<Token>* tokenVecPtr = &tokens; bool expanded = true; bool definedSeen = false; bool recursive = false; while (expanded || lexer != nullptr) { expanded = false; std::set<Macro*> loopExpandedMacros; bool end = false; int i = 0; int e = tokenVecPtr->size(); while (i != e || (lexer != nullptr && !end)) { Token token; if (lexer != nullptr) { token = lexer->GetToken(i); } else { token = (*tokenVecPtr)[i]; } switch (token.id) { case TextTokens::ID: { if (saveDefined && definedSeen) { expandedTokens.push_back(token); definedSeen = false; } else { Macro* macro = GetMacro(token.match); if (macro) { if (!recursive || expandedMacros.find(macro) == expandedMacros.cend()) { i = macro->Expand(i, e, *tokenVecPtr, lexer, expandedTokens, this, end); if (end) { break; } expanded = true; loopExpandedMacros.insert(macro); } else { expandedTokens.push_back(token); } } else { expandedTokens.push_back(token); } } break; } case TextTokens::DEFINED: { expandedTokens.push_back(token); definedSeen = true; break; } case TextTokens::NEWLINE: { expandedTokens.push_back(token); end = true; SetLineNumber(LineNumber() + 1); break; } case TextTokens::END: { end = true; break; } case TextTokens::LINECOMMENT: { expandedTokens.push_back(token); end = true; break; } case TextTokens::BEGINBLOCKCOMMENT: { if (lexer) { if (ScanBlockComment(*lexer, token)) { int n = GetNumberOfNewLines(token.match); lineIndex += n; expandedTokens.push_back(token); } else { std::string error = "error: open block comment: " + FileName() + ":" + std::to_string(GetLineIndex() + 1); AddError(error); end = true; } } else { std::string error = "internal error: block comment inside macro: " + FileName() + ":" + std::to_string(GetLineIndex() + 1); AddError(error); end = true; } break; } case TextTokens::BEGINRAWSTRINGLITERAL: { if (lexer) { if (ScanRawStringLiteral(*lexer, token)) { int n = GetNumberOfNewLines(token.match); lineIndex += n; SetLineNumber(LineNumber() + n); expandedTokens.push_back(token); } else { std::string error = "error: open raw string literal: " + FileName() + ":" + std::to_string(GetLineIndex() + 1); AddError(error); end = true; } } else { std::string error = "internal error: raw string literal inside macro: " + FileName() + ":" + std::to_string(GetLineIndex() + 1); AddError(error); end = true; } break; } case TextTokens::QUOTEHEADERNAME: { token.id = TextTokens::STRINGLITERAL; expandedTokens.push_back(token); break; } default: { expandedTokens.push_back(token); break; } } if (lexer) { ++(*lexer); ++i; e = i; } else if (i != e) { ++i; } } lexer = nullptr; if (expanded) { for (const auto& macro : loopExpandedMacros) { expandedMacros.insert(macro); } tokensToProcess.clear(); std::swap(expandedTokens, tokensToProcess); tokensToProcess = ConcatenateTokens(tokensToProcess, this); tokenVecPtr = &tokensToProcess; i = 0; e = tokenVecPtr->size(); recursive = true; } } return expandedTokens; } void PP::AddError(const std::string& error) { errors.push_back(error); } void PP::AddToken(const Token& token) { tokens.push_back(token); } Lexeme PP::EmitText() { std::u32string text; for (const Token& token : tokens) { text.append(token.match.ToString()); } return strings.Install(std::move(text)); } void PP::SetFile(const std::string& file_) { fileStr = ToUtf32(file_); fileMacro->SetValue(Token(TextTokens::STRINGLITERAL, Lexeme(fileStr.c_str(), fileStr.c_str() + fileStr.length()), 1)); } void PP::SetLine(int line_) { lineStr = ToUtf32(std::to_string(line_)); lineMacro->SetValue(Token(TextTokens::PPNUMBER, Lexeme(lineStr.c_str(), lineStr.c_str() + lineStr.length()), 1)); } void PP::PushLineIndex() { lineIndexStack.push(lineIndex); } void PP::PopLineIndex() { lineIndex = lineIndexStack.top(); lineIndexStack.pop(); } void PP::AddProcessedHeader(const std::string& header) { processedHeaders.insert(header); } bool PP::IsHeaderProcessed(const std::string& header) const { return processedHeaders.find(header) != processedHeaders.cend(); } void PP::AddFileName(const std::string& fileName) { fileNames.push_back(fileName); } void PP::AddLogicalPhysicalMapping(std::unique_ptr<LogicalPhysicalMapping>&& mapping) { logicalPhysicalMappings.push_back(std::move(mapping)); } void PP::DefineObjectMacro(const Lexeme& name, const std::vector<Token>& replacementList, const std::u32string& definitionStr) { Macro* prevMacro = GetMacro(name); if (prevMacro) { if (prevMacro->IsObjectMacro()) { ObjectMacro* objectMacro = static_cast<ObjectMacro*>(prevMacro); if (definitionStr != objectMacro->DefinitionStr()) { std::string error = "error: object macro '" + ToUtf8(name.ToString()) + "' definition not equal to previous definition: " + fileName + ":" + std::to_string(lineNumber); error.append("\nnote: previous definition was in '" + prevMacro->FileName() + ":" + std::to_string(prevMacro->LineNumber()) + "'"); AddError(error); } } else if (prevMacro->IsFunctionMacro()) { std::string error = "error: object macro '" + ToUtf8(name.ToString()) + "' definition not equal to previous definition: note: previous was function macro: " + fileName + ":" + std::to_string(lineNumber); error.append("\nnote: previous definition was in '" + prevMacro->FileName() + ":" + std::to_string(prevMacro->LineNumber()) + "'"); AddError(error); } } else { std::vector<Token> definition = replacementList; if (ContainsHash(definition)) { std::string error = "error: replacement list of an object macro cannot contain the # operator: " + fileName + ":" + std::to_string(lineNumber); AddError(error); } else if (ContainsHashHash(definition)) { std::string error = "error: replacement list of an object macro cannot contain the ## operator: " + fileName + ":" + std::to_string(lineNumber); AddError(error); } std::unique_ptr<Macro> macro(new ObjectMacro(name, fileName, lineNumber, definition, definitionStr)); macroMap[name] = macro.get(); macros.push_back(std::move(macro)); } } void PP::DefineFunctionMacro(const Lexeme& name, const std::vector<Token>& paramList, const std::vector<Token>& replacementList, const std::u32string& definitionStr) { std::vector<Token> params; for (const Token& param : paramList) { std::vector<Token> p(1, param); std::vector<Token> tokens = MacroExpand(p, nullptr); for (const Token& t : tokens) { params.push_back(t); } } Macro* prevMacro = GetMacro(name); if (prevMacro) { if (prevMacro->IsObjectMacro()) { std::string error = "error: function macro '" + ToUtf8(name.ToString()) + "' definition not equal to previous definition: note: previous was object macro: " + fileName + ":" + std::to_string(lineNumber); error.append("\nnote: previous definition was in '" + prevMacro->FileName() + ":" + std::to_string(prevMacro->LineNumber()) + "'"); AddError(error); } else if (prevMacro->IsFunctionMacro()) { FunctionMacro* functionMacro = static_cast<FunctionMacro*>(prevMacro); if (ToString(functionMacro->Parameters()) != ToString(params)) { std::string error = "error: function macro '" + ToUtf8(name.ToString()) + "' definition not equal to previous definition: " + fileName + ":" + std::to_string(lineNumber); error.append("\nnote: parameter lists differ: note: previous definition in '" + prevMacro->FileName() + ":" + std::to_string(prevMacro->LineNumber()) + "'"); AddError(error); } else if (functionMacro->DefinitionStr() != definitionStr) { std::string error = "error: function macro '" + ToUtf8(name.ToString()) + "' definition not equal to previous definition: " + fileName + ":" + std::to_string(lineNumber); error.append("\nnote: definitions differ: note: previous definition was in '" + prevMacro->FileName() + ":" + std::to_string(prevMacro->LineNumber()) + "'"); AddError(error); } } } else { std::vector<Token> definition = replacementList; std::unique_ptr<FunctionMacro> macro(new FunctionMacro(name, fileName, lineNumber, params, definition, definitionStr, this)); if (!macro->MakeParamIndexMap()) { std::string error = "error: duplicate identifier in parameter list of function macro '" + ToUtf8(macro->Name().ToString()) + "' : " + fileName + ":" + std::to_string(lineNumber); AddError(error); } else { macroMap[name] = macro.get(); macros.push_back(std::move(macro)); } } } void PP::DefineObjectMacro(const std::u32string& name, const std::u32string& value) { std::u32string nm = name; Lexeme macroName = strings.Install(std::move(nm)); if (!value.empty()) { std::u32string replacementText = value; Lexeme replacement = strings.Install(std::move(replacementText)); PPLexer lexer(replacement.begin, replacement.end, fileName, fileIndex); ++lexer; std::vector<Token> replacementList; ParseReplacementList(lexer, replacementList); DefineObjectMacro(macroName, replacementList, value); } else { DefineObjectMacro(macroName, std::vector<Token>(), std::u32string()); } } void PP::Undefine(const Lexeme& name) { macroMap.erase(name); } void PP::Line(const std::vector<Token>& tokens) { // todo } void PP::Error(const std::vector<Token>& tokens) { AddError(ToUtf8(ToString(tokens))); } void PP::Pragma(const std::vector<Token>& tokens) { if (InMSVCMode()) { if (tokens.size() == 1 && tokens.front().match.ToString() == U"once") { if (IsHeaderProcessed(fileName)) { SetSkipToEnd(); } else { AddProcessedHeader(fileName); } } else if (tokens.size() >= 1 && tokens.front().match.ToString() == U"message") { std::cout << ToUtf8(ToString(tokens)) << std::endl; } } } struct IncludeGuard { IncludeGuard(PP* pp_) : pp(pp_) { pp->PushLineIndex(); } ~IncludeGuard() { pp->PopLineIndex(); } PP* pp; }; void PP::Include(const std::vector<Token>& tokens) { std::string headerName; bool parse = true; bool expanded = false; bool searchCurrentDir = false; if (!tokens.empty()) { Token token = tokens.front(); while (parse) { if (token.id == TextTokens::ANGLEHEADERNAME) { headerName = ParseAngleHeaderName(token, this); parse = false; } else if (token.id == TextTokens::QUOTEHEADERNAME) { headerName = ParseQuoteHeaderName(token, this); searchCurrentDir = true; parse = false; } else { if (expanded) { parse = false; } else { expanded = true; std::vector<Token> replacementTokens = TrimTextTokens(MacroExpand(tokens, nullptr)); if (!replacementTokens.empty()) { token = replacementTokens.front(); } else { parse = false; } } } } } if (!headerName.empty()) { for (const std::string& includePath : includePaths) { std::string filePath = GetFullPath(Path::Combine(includePath, headerName)); if (boost::filesystem::exists(filePath)) { IncludeGuard guard(this); Preprocess(filePath, this); return; } } if (searchCurrentDir) { std::string filePath = GetFullPath(Path::Combine(Path::GetDirectoryName(fileName), headerName)); if (boost::filesystem::exists(filePath)) { IncludeGuard guard(this); Preprocess(filePath, this); return; } } std::string error = "include file name '" + headerName + "' not found: " + fileName + ":" + std::to_string(lineNumber); AddError(error); } else { std::string error = "invalid include directive: " + fileName + ":" + std::to_string(lineNumber); AddError(error); } } bool PP::IsMacroDefined(const Lexeme& macroName) const { return macroMap.find(macroName) != macroMap.cend(); } void PP::Ifdef(const Token& id) { processedStack.push(processed); processed = false; skipStack.push(skip); if (!skip) { bool defined = IsMacroDefined(id.match); skip = !defined; if (!skip) { processed = true; } } } void PP::Ifndef(const Token& id) { processedStack.push(processed); processed = false; skipStack.push(skip); if (!skip) { bool defined = IsMacroDefined(id.match); skip = defined; if (!skip) { processed = true; } } } void PP::If(const std::vector<Token>& tokens) { processedStack.push(processed); processed = false; skipStack.push(skip); if (!skip) { bool cond = Evaluate(tokens); skip = !cond; if (!skip) { processed = true; } } } void PP::Elif(const std::vector<Token>& tokens) { if (!skipStack.top() && !processed) { bool cond = Evaluate(tokens); skip = !cond; if (!skip) { processed = true; } } else { skip = true; } } void PP::Else() { if (!skipStack.top() && !processed) { skip = false; } else { skip = true; } } void PP::EndIf() { if (!skipStack.empty()) { skip = skipStack.top(); skipStack.pop(); } else { std::string error = "error: skip stack is empty: " + FileName() + ":" + std::to_string(LineNumber()); AddError(error); } if (!processedStack.empty()) { processed = processedStack.top(); processedStack.pop(); } else { std::string error = "error: processed stack is empty: " + FileName() + ":" + std::to_string(LineNumber()); AddError(error); } } bool PP::Evaluate(const std::vector<Token>& tokens) { try { std::vector<Token> conditionTextTokens = MacroExpand(tokens, nullptr, true); std::vector<Token> conditionCppTokens = ConvertTextTokensToCppTokens(conditionTextTokens, this); CppLexer lexer(std::u32string(), fileName, fileIndex); lexer.SetLine(lineNumber); lexer.SetTokens(conditionCppTokens); sngcpp::symbols::Context ctx; std::unique_ptr<sngcpp::ast::Node> expr = ExpressionParser::Parse(lexer, &ctx); bool value = EvaluateBooleanConstantExpression(expr.get(), evaluationContext, this); return value; } catch (const std::exception& ex) { AddError(ex.what()); } return false; } void PP::AddIncludePath(const std::string& includePath) { includePaths.push_back(includePath); } void PP::PushFileName(const std::string& fileName_) { fileNameStack.push(fileName); fileName = fileName_; } void PP::PopFileName() { if (!fileNameStack.empty()) { fileName = fileNameStack.top(); fileNameStack.pop(); } else { std::string error = "error: file name stack is empty: " + FileName() + ":" + std::to_string(LineNumber()); AddError(error); } } SourcePos PP::GetSourcePos() const { return SourcePos(-1, lineNumber, 1); } Lexeme PP::DoPrintMacros() { std::u32string macroText; for (const auto& macro : macroMap) { macroText.append(U"#define ").append(ToUtf32(macro.second->ToString())).append(1, '\n'); } return strings.Install(std::move(macroText)); } void PP::MapLine(int lineNumber, const PPSourceLocation& sourceLocation) { lineMap[lineNumber] = sourceLocation; } std::unique_ptr<PPResult> Preprocess(const std::string& fileName, PP* pp) { try { if (pp->Level() == 0) { pp->SetMSVCModeFlag(); } pp->AddFileName(fileName); pp->IncFileIndex(); pp->SetFile(fileName); pp->IncLevel(); pp->PushFileName(fileName); Lexeme fileContent = pp->StringsRef().Install(ToUtf32(ReadFile(fileName))); pp->AddLogicalPhysicalMapping(MapLines(fileContent, pp)); LogicalPhysicalMapping* lineMapping = pp->CurrentLogicalPhysicalMapping(); const Lines& lines = lineMapping->LogicalLines(); int lineIndex = 0; while (lineIndex < lines.Count()) { pp->SetLineIndex(lineIndex); pp->SetLine(lineIndex + 1); Lexeme line = lines[lineIndex]; if (IsPPLine(line)) { PPLexer lexer(line.begin, lines.End(), fileName, pp->FileIndex()); lexer.SetLine(pp->LineNumber()); lexer.SetCountLines(false); lexer.pp = pp; ++lexer; ParseControlLine(lexer); lineIndex = pp->GetLineIndex(); if (pp->SkipToEnd()) { pp->ResetSkipToEnd(); lineIndex = lines.Count(); continue; } } else if (!pp->Skip()) { PPSourceLocation ppSourceLocation(pp->FileIndex(), lineIndex + 1); pp->MapLine(pp->LineNumber(), ppSourceLocation); TextLexer lexer(line.begin, lines.End(), fileName, pp->FileIndex()); lexer.pp = pp; lexer.SetLine(pp->LineNumber()); lexer.SetCountLines(false); ++lexer; std::vector<Token> tokens; tokens = pp->MacroExpand(tokens, &lexer); lineIndex = pp->GetLineIndex(); if (pp->InMSVCMode()) { std::vector<Token> pragmaTokens; int newLines = 0; if (IsMSPragma(tokens, pp->MSPragmaLexeme(), pragmaTokens, newLines)) { tokens.swap(pragmaTokens); pp->SetLineNumber(pp->LineNumber() + newLines); } } for (const Token& token : tokens) { switch (token.id) { case TextTokens::BLOCKCOMMENT: case TextTokens::LINECOMMENT: { pp->AddToken(Token(TextTokens::WS, pp->Space(), pp->LineNumber())); break; } default: { pp->AddToken(token); break; } } } } ++lineIndex; } pp->PopFileName(); pp->DecLevel(); if (pp->Level() == 0) { std::vector<Token> tokens = pp->GetTokens(); tokens = CombineAdjacentStringLiterals(tokens, pp); pp->SetTokens(std::move(tokens)); Lexeme resultText = pp->EmitText(); std::vector<std::string> fileNames = pp->GetFileNames(); std::vector<std::unique_ptr<LogicalPhysicalMapping>> mappings = pp->GetLogicalPhysicalMappings(); std::map<int, PPSourceLocation> lineMap = pp->GetLineMap(); std::vector<std::string> errors = pp->GetErrors(); Lexeme macros; if (pp->PrintMacros()) { macros = pp->DoPrintMacros(); } Strings strings = pp->GetStrings(); return std::unique_ptr<PPResult>(new PPResult(std::move(fileNames), std::move(strings), std::move(mappings), std::move(lineMap), resultText, std::move(errors), macros)); } } catch (const std::exception& ex) { pp->AddProcessedHeader(fileName); pp->AddError(pp->FileName() + ":" + std::to_string(pp->GetLineIndex() + 1) + ": " + ex.what()); pp->PopFileName(); pp->DecLevel(); } return std::unique_ptr<PPResult>(); } void InitPP() { PPTokenToTextTokenMap::Init(); TextTokenToCppTokenMap::Init(); } void DonePP() { TextTokenToCppTokenMap::Done(); PPTokenToTextTokenMap::Done(); } } // namespace sngcpp::pp

[ "slaakko@gmail.com" ]

slaakko@gmail.com

d1e2b0a6c2527297c9864e032a67df084d1ad8dd

45364deefe009a0df9e745a4dd4b680dcedea42b

/SDK/FSD_Bar_Glass_Physics_DarkMorkite_parameters.hpp

2cd828ec82288c2926fa5b1b3132ac323ea72d38

[]

no_license

RussellJerome/DeepRockGalacticSDK

5ae9b59c7324f2a97035f28545f92773526ed99e

f13d9d8879a645c3de89ad7dc6756f4a7a94607e

refs/heads/master

2022-11-26T17:55:08.185666

2020-07-26T21:39:30

277,796,048

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#pragma once // DeepRockGalactic SDK #ifdef _MSC_VER #pragma pack(push, 0x8) #endif #include "FSD_Bar_Glass_Physics_DarkMorkite_classes.hpp" namespace SDK { //--------------------------------------------------------------------------- //Parameters //--------------------------------------------------------------------------- } #ifdef _MSC_VER #pragma pack(pop) #endif

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darkmanvoo@gmail.com

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// Copyright (c) 2019 The Chromium Authors. All rights reserved. // Use of this source code is governed by a BSD-style license that can be // found in the LICENSE file. #ifndef ASH_SYSTEM_ACCESSIBILITY_ACCESSIBILITY_FEATURE_DISABLE_DIALOG_H_ #define ASH_SYSTEM_ACCESSIBILITY_ACCESSIBILITY_FEATURE_DISABLE_DIALOG_H_ #include "base/callback.h" #include "base/macros.h" #include "base/memory/weak_ptr.h" #include "base/strings/string16.h" #include "ui/views/window/dialog_delegate.h" namespace ash { // Defines a dialog for accessibility features that require confirmation from // users prior to being disabled. For features like automatic clicks and switch // access, accidentally disabling the feature could cause users to be unable to // use their devices. class AccessibilityFeatureDisableDialog : public views::DialogDelegateView { public: AccessibilityFeatureDisableDialog(int window_title_text_id, int dialog_text_id, base::OnceClosure on_accept_callback, base::OnceClosure on_cancel_callback); ~AccessibilityFeatureDisableDialog() override; // views::DialogDelegateView: ui::ModalType GetModalType() const override; base::WeakPtr<AccessibilityFeatureDisableDialog> GetWeakPtr(); // views::View: const char* GetClassName() const override; private: base::OnceClosure on_cancel_callback_; base::WeakPtrFactory<AccessibilityFeatureDisableDialog> weak_ptr_factory_{ this}; DISALLOW_COPY_AND_ASSIGN(AccessibilityFeatureDisableDialog); }; } // namespace ash #endif // ASH_SYSTEM_ACCESSIBILITY_ACCESSIBILITY_FEATURE_DISABLE_DIALOG_H_

[ "commit-bot@chromium.org" ]

commit-bot@chromium.org

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#ifndef UTILS_DATETIME_TIMER_HXX #define UTILS_DATETIME_TIMER_HXX #include <chrono> // std::chrono::steady_clock #include "../config/timer.hxx" // Config::Utils::Timer::Default_description #include "../containers/c-string.hxx" // CString #include "../misc/bool-flag.hxx" // BoolFlag #include "../preproc/paste.hxx" // PASTE_E namespace Utils { /** * @brief Measures execution time using high resolution clock. * Logs elapsed time on destruction (in automatic mode only). * TODO: [0;1] `clock_type' as a template parameter. * TODO: [1;1] Split to two classes: manual & automatic. * TODO: [1;2] Add file & line to the description. */ class Timer final { public: /** * @brief */ using clock_type = std::chrono::steady_clock; private: /** * @brief */ using self_type = Timer; public: /** * @brief */ using is_automatic_flag = BoolFlag <self_type>; public: /** * @brief * @return */ Timer (); /** * @brief * @param that * @return */ Timer (const self_type & that [[maybe_unused]]) = default; /** * @brief * @param that * @return */ Timer (self_type && that [[maybe_unused]]) = default; /** * @brief * @param description * @return */ explicit Timer (const CString & description); /** * @brief * @param is_automatic */ explicit Timer (is_automatic_flag is_automatic); /** * @brief * @param description * @param is_automatic * @return */ explicit Timer (const CString & description, is_automatic_flag is_automatic); /** * @brief */ ~ Timer (); /** * @brief * @return */ [[nodiscard]] const CString & description () const noexcept; /** * @brief * @return */ [[nodiscard]] bool isAutomatic () const noexcept; /** * @brief * @return */ [[nodiscard]] clock_type::time_point timeStarted () const; /** * @brief * @return */ [[nodiscard]] clock_type::time_point timeStopped () const; /** * @brief * @return */ [[nodiscard]] clock_type::duration timeElapsed () const; /** * @brief */ void logTimeElapsed () const; /** * @brief */ void start (); /** * @brief */ void stop (); /** * @brief * @param that * @return */ self_type & operator = (const self_type & that [[maybe_unused]]) noexcept = default; /** * @brief * @param that * @return */ self_type & operator = (self_type && that [[maybe_unused]]) noexcept = default; private: /** * @brief * @param time_started */ void timeStarted_ (clock_type::time_point time_started); /** * @brief * @param time_started */ void timeStopped_ (clock_type::time_point time_stopped); /** * @brief */ void initialize_ (); /** * @brief */ const CString description_ { Config::Utils::Timer::Default_description }; /** * @brief */ const bool is_automatic_ { true }; /** * @brief */ clock_type::time_point time_started_; /** * @brief */ clock_type::time_point time_stopped_; }; } #ifdef WITH_TIMERS /** * @brief */ #define TIMER_AUTO() const ::Utils::Timer (PASTE_E (timer_, __COUNTER__)) (__PRETTY_FUNCTION__) /** * @brief */ #define TIMER_CREATE(id, description) \ ::Utils::Timer (PASTE_E (timer_, id)) ((description), ::Utils::Timer::is_automatic_flag (false)) /** * @brief */ #define TIMER_START(id) \ do \ { \ (PASTE_E (timer_, id)).start (); \ } \ while (false) /** * @brief */ #define TIMER_STOP(id) \ do \ { \ (PASTE_E (timer_, id)).stop (); \ (PASTE_E (timer_, id)).logTimeElapsed (); \ } \ while (false) #define TIMER_WRAP(id, description, ...) \ do \ { \ TIMER_CREATE (id, (description)); \ TIMER_START (id); \ __VA_ARGS__ \ TIMER_STOP (id); \ } \ while (false) #else // WITH_TIMERS #define TIMER_AUTO() (void (0)) #define TIMER_CREATE(id, description) (void (0)) #define TIMER_START(id) do { } while (false) #define TIMER_STOP(id) do { } while (false) #define TIMER_WRAP(id, description, ...) \ do \ { \ __VA_ARGS__ \ } \ while (false) #endif // WITH_TIMERS #endif // UTILS_DATETIME_TIMER_HXX

[ "0x414c@gmail.com" ]

0x414c@gmail.com