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20,200
jmettraux/ruote
lib/ruote/svc/dispatch_pool.rb
Ruote.DispatchPool.dispatch_cancel
def dispatch_cancel(msg) flavour = msg['flavour'] participant = @context.plist.instantiate(msg['participant']) result = begin Ruote.participant_send( participant, [ :on_cancel, :cancel ], 'fei' => Ruote::FlowExpressionId.new(msg['fei']), 'flavour' => flavour) rescue => e raise(e) if flavour != 'kill' end @context.storage.put_msg( 'reply', 'fei' => msg['fei'], 'workitem' => msg['workitem'] ) if result != false end
ruby
def dispatch_cancel(msg) flavour = msg['flavour'] participant = @context.plist.instantiate(msg['participant']) result = begin Ruote.participant_send( participant, [ :on_cancel, :cancel ], 'fei' => Ruote::FlowExpressionId.new(msg['fei']), 'flavour' => flavour) rescue => e raise(e) if flavour != 'kill' end @context.storage.put_msg( 'reply', 'fei' => msg['fei'], 'workitem' => msg['workitem'] ) if result != false end
[ "def", "dispatch_cancel", "(", "msg", ")", "flavour", "=", "msg", "[", "'flavour'", "]", "participant", "=", "@context", ".", "plist", ".", "instantiate", "(", "msg", "[", "'participant'", "]", ")", "result", "=", "begin", "Ruote", ".", "participant_send", "(", "participant", ",", "[", ":on_cancel", ",", ":cancel", "]", ",", "'fei'", "=>", "Ruote", "::", "FlowExpressionId", ".", "new", "(", "msg", "[", "'fei'", "]", ")", ",", "'flavour'", "=>", "flavour", ")", "rescue", "=>", "e", "raise", "(", "e", ")", "if", "flavour", "!=", "'kill'", "end", "@context", ".", "storage", ".", "put_msg", "(", "'reply'", ",", "'fei'", "=>", "msg", "[", "'fei'", "]", ",", "'workitem'", "=>", "msg", "[", "'workitem'", "]", ")", "if", "result", "!=", "false", "end" ]
Instantiates the participant and calls its cancel method.
[ "Instantiates", "the", "participant", "and", "calls", "its", "cancel", "method", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/dispatch_pool.rb#L134-L157
20,201
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.receive
def receive(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.storage.put_msg( 'receive', 'fei' => workitem['fei'], 'workitem' => workitem, 'participant_name' => workitem['participant_name'], 'receiver' => sign) end
ruby
def receive(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.storage.put_msg( 'receive', 'fei' => workitem['fei'], 'workitem' => workitem, 'participant_name' => workitem['participant_name'], 'receiver' => sign) end
[ "def", "receive", "(", "workitem", ")", "workitem", "=", "workitem", ".", "to_h", "if", "workitem", ".", "respond_to?", "(", ":to_h", ")", "@context", ".", "storage", ".", "put_msg", "(", "'receive'", ",", "'fei'", "=>", "workitem", "[", "'fei'", "]", ",", "'workitem'", "=>", "workitem", ",", "'participant_name'", "=>", "workitem", "[", "'participant_name'", "]", ",", "'receiver'", "=>", "sign", ")", "end" ]
This method pipes back a workitem into the engine, letting it resume in its flow, hopefully.
[ "This", "method", "pipes", "back", "a", "workitem", "into", "the", "engine", "letting", "it", "resume", "in", "its", "flow", "hopefully", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L75-L85
20,202
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.flunk
def flunk(workitem, error_class_or_instance_or_message, *err_arguments) err = error_class_or_instance_or_message trace = Ruote.pop_trace(err_arguments) err = case err when Exception err when Class err.new(*err_arguments) when String begin Ruote.constantize(err).new(*err_arguments) rescue #NameError # rescue instanciation errors too RuntimeError.new(err) end else ArgumentError.new( "flunk() failed, cannot bring back err from #{err.inspect}") end err.set_backtrace(trace || err.backtrace || caller) workitem = workitem.to_h if workitem.respond_to?(:to_h) at = Ruote.now_to_utc_s @context.storage.put_msg( 'raise', 'fei' => workitem['fei'], 'wfid' => workitem['wfid'], 'msg' => { 'action' => 'dispatch', 'fei' => workitem['fei'], 'participant_name' => workitem['participant_name'], 'participant' => nil, 'workitem' => workitem, 'put_at' => at }, 'error' => { 'class' => err.class.name, 'message' => err.message, 'trace' => err.backtrace, 'at' => at, 'details' => err.respond_to?(:ruote_details) ? err.ruote_details : nil }) end
ruby
def flunk(workitem, error_class_or_instance_or_message, *err_arguments) err = error_class_or_instance_or_message trace = Ruote.pop_trace(err_arguments) err = case err when Exception err when Class err.new(*err_arguments) when String begin Ruote.constantize(err).new(*err_arguments) rescue #NameError # rescue instanciation errors too RuntimeError.new(err) end else ArgumentError.new( "flunk() failed, cannot bring back err from #{err.inspect}") end err.set_backtrace(trace || err.backtrace || caller) workitem = workitem.to_h if workitem.respond_to?(:to_h) at = Ruote.now_to_utc_s @context.storage.put_msg( 'raise', 'fei' => workitem['fei'], 'wfid' => workitem['wfid'], 'msg' => { 'action' => 'dispatch', 'fei' => workitem['fei'], 'participant_name' => workitem['participant_name'], 'participant' => nil, 'workitem' => workitem, 'put_at' => at }, 'error' => { 'class' => err.class.name, 'message' => err.message, 'trace' => err.backtrace, 'at' => at, 'details' => err.respond_to?(:ruote_details) ? err.ruote_details : nil }) end
[ "def", "flunk", "(", "workitem", ",", "error_class_or_instance_or_message", ",", "*", "err_arguments", ")", "err", "=", "error_class_or_instance_or_message", "trace", "=", "Ruote", ".", "pop_trace", "(", "err_arguments", ")", "err", "=", "case", "err", "when", "Exception", "err", "when", "Class", "err", ".", "new", "(", "err_arguments", ")", "when", "String", "begin", "Ruote", ".", "constantize", "(", "err", ")", ".", "new", "(", "err_arguments", ")", "rescue", "#NameError # rescue instanciation errors too", "RuntimeError", ".", "new", "(", "err", ")", "end", "else", "ArgumentError", ".", "new", "(", "\"flunk() failed, cannot bring back err from #{err.inspect}\"", ")", "end", "err", ".", "set_backtrace", "(", "trace", "||", "err", ".", "backtrace", "||", "caller", ")", "workitem", "=", "workitem", ".", "to_h", "if", "workitem", ".", "respond_to?", "(", ":to_h", ")", "at", "=", "Ruote", ".", "now_to_utc_s", "@context", ".", "storage", ".", "put_msg", "(", "'raise'", ",", "'fei'", "=>", "workitem", "[", "'fei'", "]", ",", "'wfid'", "=>", "workitem", "[", "'wfid'", "]", ",", "'msg'", "=>", "{", "'action'", "=>", "'dispatch'", ",", "'fei'", "=>", "workitem", "[", "'fei'", "]", ",", "'participant_name'", "=>", "workitem", "[", "'participant_name'", "]", ",", "'participant'", "=>", "nil", ",", "'workitem'", "=>", "workitem", ",", "'put_at'", "=>", "at", "}", ",", "'error'", "=>", "{", "'class'", "=>", "err", ".", "class", ".", "name", ",", "'message'", "=>", "err", ".", "message", ",", "'trace'", "=>", "err", ".", "backtrace", ",", "'at'", "=>", "at", ",", "'details'", "=>", "err", ".", "respond_to?", "(", ":ruote_details", ")", "?", "err", ".", "ruote_details", ":", "nil", "}", ")", "end" ]
Can be used to raise an error in the workflow instance. Can be called either with an error class and arguments, either with an error instance (and no arguments), or a string message and no arguments. The workitem can be either an instance of Ruote::Workitem or a workitem in its Hash representation. receiver.flunk(workitem, ArgumentError, "not enough info") receiver.flunk(workitem, "ArgumentError", "not enough info") receiver.flunk(workitem, ArgumentError, "not enough info", backtrace) receiver.flunk(workitem, "ArgumentError", "not enough info", backtrace) receiver.flunk(workitem, "not enough info") rescue => e receiver.flunk(workitem, e) end
[ "Can", "be", "used", "to", "raise", "an", "error", "in", "the", "workflow", "instance", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L116-L163
20,203
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.launch
def launch(process_definition, fields={}, variables={}, root_stash=nil) #puts caller.select { |l| # ! (l.match(/test\/unit[\.\/]/) or l.match(/\/rspec-core-/)) #} if @context.logger.noisy # # this is useful when noisy and running through a set of tests wfid = fields[:wfid] || @context.wfidgen.generate fields = Rufus::Json.dup(fields) variables = Rufus::Json.dup(variables) root_stash = Rufus::Json.dup(root_stash) # # making sure symbols are turned to strings @context.storage.put_msg( 'launch', 'wfid' => wfid, 'tree' => @context.reader.read(process_definition), 'workitem' => { 'fields' => fields }, 'variables' => variables, 'stash' => root_stash) wfid end
ruby
def launch(process_definition, fields={}, variables={}, root_stash=nil) #puts caller.select { |l| # ! (l.match(/test\/unit[\.\/]/) or l.match(/\/rspec-core-/)) #} if @context.logger.noisy # # this is useful when noisy and running through a set of tests wfid = fields[:wfid] || @context.wfidgen.generate fields = Rufus::Json.dup(fields) variables = Rufus::Json.dup(variables) root_stash = Rufus::Json.dup(root_stash) # # making sure symbols are turned to strings @context.storage.put_msg( 'launch', 'wfid' => wfid, 'tree' => @context.reader.read(process_definition), 'workitem' => { 'fields' => fields }, 'variables' => variables, 'stash' => root_stash) wfid end
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Given a process definitions and optional initial fields and variables, launches a new process instance. This method is mostly used from the Ruote::Dashboard class (which includes this mixin). process_definition must be a result of Ruote.process_definition call or XML or JSON serialized process definition, as accepted by Ruote::Reader#read. fields are workflow parameters that will be placed in workitem.fields. Calls to this method returns the newly launched "workflow instance id" ("wfid" for short), the [hopefully] unique identifier for the process instance. == custom :wfid When calling this method, it's OK to pass a field named :wfid (Symbol, not String) that will be used as the identifier for the process instance.
[ "Given", "a", "process", "definitions", "and", "optional", "initial", "fields", "and", "variables", "launches", "a", "new", "process", "instance", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L186-L211
20,204
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.fetch_flow_expression
def fetch_flow_expression(workitem_or_fei) Ruote::Exp::FlowExpression.fetch( @context, Ruote::FlowExpressionId.extract_h(workitem_or_fei)) end
ruby
def fetch_flow_expression(workitem_or_fei) Ruote::Exp::FlowExpression.fetch( @context, Ruote::FlowExpressionId.extract_h(workitem_or_fei)) end
[ "def", "fetch_flow_expression", "(", "workitem_or_fei", ")", "Ruote", "::", "Exp", "::", "FlowExpression", ".", "fetch", "(", "@context", ",", "Ruote", "::", "FlowExpressionId", ".", "extract_h", "(", "workitem_or_fei", ")", ")", "end" ]
Convenience method, given a workitem or a fei, returns the corresponding flow expession.
[ "Convenience", "method", "given", "a", "workitem", "or", "a", "fei", "returns", "the", "corresponding", "flow", "expession", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L225-L230
20,205
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.stash_get
def stash_get(workitem_or_fei, key=nil) stash = fetch_flow_expression(workitem_or_fei).h['stash'] rescue nil stash ||= {} key ? stash[key] : stash end
ruby
def stash_get(workitem_or_fei, key=nil) stash = fetch_flow_expression(workitem_or_fei).h['stash'] rescue nil stash ||= {} key ? stash[key] : stash end
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Fetches back a stashed value. get(fei, 'colour') # => 'blue' To return the whole stash get(fei) # => { 'colour' => 'blue' } put & get are useful for a participant that needs to communicate between its consume and its cancel.
[ "Fetches", "back", "a", "stashed", "value", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L306-L312
20,206
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.inactive?
def inactive? # the cheaper tests first return false if @msgs.size > 0 return false unless @context.storage.empty?('schedules') return false unless @context.storage.empty?('msgs') wfids = @context.storage.get_many('expressions').collect { |exp| exp['fei']['wfid'] } error_wfids = @context.storage.get_many('errors').collect { |err| err['fei']['wfid'] } (wfids - error_wfids == []) end
ruby
def inactive? # the cheaper tests first return false if @msgs.size > 0 return false unless @context.storage.empty?('schedules') return false unless @context.storage.empty?('msgs') wfids = @context.storage.get_many('expressions').collect { |exp| exp['fei']['wfid'] } error_wfids = @context.storage.get_many('errors').collect { |err| err['fei']['wfid'] } (wfids - error_wfids == []) end
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Returns true if the engine system is inactive, ie if all the process instances are terminated or are stuck in an error. NOTE : for now, if a branch of a process is in error while another is still running, this method will consider the process instance inactive (and it will return true if all the processes are considered inactive).
[ "Returns", "true", "if", "the", "engine", "system", "is", "inactive", "ie", "if", "all", "the", "process", "instances", "are", "terminated", "or", "are", "stuck", "in", "an", "error", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L149-L166
20,207
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.turn_schedule_to_msg
def turn_schedule_to_msg(schedule) return false unless @storage.reserve(schedule) msg = Ruote.fulldup(schedule['msg']) @storage.put_msg(msg.delete('action'), msg) true end
ruby
def turn_schedule_to_msg(schedule) return false unless @storage.reserve(schedule) msg = Ruote.fulldup(schedule['msg']) @storage.put_msg(msg.delete('action'), msg) true end
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Given a schedule, attempts to trigger it. It first tries to reserve the schedule. If the reservation fails (another worker was successful probably), false is returned. The schedule is triggered if the reservation was successful, true is returned.
[ "Given", "a", "schedule", "attempts", "to", "trigger", "it", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L355-L364
20,208
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.process
def process(msg) return false unless @storage.reserve(msg) begin @context.pre_notify(msg) case msg['action'] when 'launch', 'apply', 'regenerate' launch(msg) when *EXP_ACTIONS Ruote::Exp::FlowExpression.do_action(@context, msg) when *DISP_ACTIONS @context.dispatch_pool.handle(msg) when *PROC_ACTIONS self.send(msg['action'], msg) when 'reput' reput(msg) when 'raise' @context.error_handler.msg_handle(msg['msg'], msg['error']) when 'respark' respark(msg) #else # no special processing required for message, let it pass # to the subscribers (the notify two lines after) end @context.notify(msg) # notify subscribers of successfully processed msgs rescue => err @context.error_handler.msg_handle(msg, err) end @context.storage.done(msg) if @context.storage.respond_to?(:done) @info << msg if @info # for the stats true end
ruby
def process(msg) return false unless @storage.reserve(msg) begin @context.pre_notify(msg) case msg['action'] when 'launch', 'apply', 'regenerate' launch(msg) when *EXP_ACTIONS Ruote::Exp::FlowExpression.do_action(@context, msg) when *DISP_ACTIONS @context.dispatch_pool.handle(msg) when *PROC_ACTIONS self.send(msg['action'], msg) when 'reput' reput(msg) when 'raise' @context.error_handler.msg_handle(msg['msg'], msg['error']) when 'respark' respark(msg) #else # no special processing required for message, let it pass # to the subscribers (the notify two lines after) end @context.notify(msg) # notify subscribers of successfully processed msgs rescue => err @context.error_handler.msg_handle(msg, err) end @context.storage.done(msg) if @context.storage.respond_to?(:done) @info << msg if @info # for the stats true end
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Processes one msg. Will return false immediately if the msg reservation failed (another worker grabbed the message. Else will execute the action ordered in the msg, and return true. Exceptions in execution are intercepted here and passed to the engine's (context's) error_handler.
[ "Processes", "one", "msg", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L376-L433
20,209
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.launch
def launch(msg) tree = msg['tree'] variables = msg['variables'] wi = msg['workitem'] exp_class = @context.expmap.expression_class(tree.first) # msg['wfid'] only: it's a launch # msg['fei']: it's a sub launch (a supplant ?) if is_launch?(msg, exp_class) name = tree[1]['name'] || tree[1].keys.find { |k| tree[1][k] == nil } revision = tree[1]['revision'] || tree[1]['rev'] wi['wf_name'] ||= name wi['wf_revision'] ||= revision wi['wf_launched_at'] ||= Ruote.now_to_utc_s wi['sub_wf_name'] = name wi['sub_wf_revision'] = revision wi['sub_wf_launched_at'] = Ruote.now_to_utc_s end exp_hash = { 'fei' => msg['fei'] || { 'engine_id' => @context.engine_id, 'wfid' => msg['wfid'], 'subid' => Ruote.generate_subid(msg.inspect), 'expid' => msg['expid'] || '0' }, 'parent_id' => msg['parent_id'], 'variables' => variables, 'applied_workitem' => wi, 'forgotten' => msg['forgotten'], 'lost' => msg['lost'], 'flanking' => msg['flanking'], 'attached' => msg['attached'], 'supplanted' => msg['supplanted'], 'stash' => msg['stash'], 'trigger' => msg['trigger'], 'on_reply' => msg['on_reply'] } if not exp_class exp_class = Ruote::Exp::RefExpression elsif is_launch?(msg, exp_class) def_name, tree = Ruote::Exp::DefineExpression.reorganize(tree) variables[def_name] = [ '0', tree ] if def_name exp_class = Ruote::Exp::SequenceExpression end exp_hash = exp_hash.reject { |k, v| v.nil? } # compact nils away exp_hash['original_tree'] = tree # keep track of original tree exp = exp_class.new(@context, exp_hash) exp.initial_persist exp.do(:apply, msg) end
ruby
def launch(msg) tree = msg['tree'] variables = msg['variables'] wi = msg['workitem'] exp_class = @context.expmap.expression_class(tree.first) # msg['wfid'] only: it's a launch # msg['fei']: it's a sub launch (a supplant ?) if is_launch?(msg, exp_class) name = tree[1]['name'] || tree[1].keys.find { |k| tree[1][k] == nil } revision = tree[1]['revision'] || tree[1]['rev'] wi['wf_name'] ||= name wi['wf_revision'] ||= revision wi['wf_launched_at'] ||= Ruote.now_to_utc_s wi['sub_wf_name'] = name wi['sub_wf_revision'] = revision wi['sub_wf_launched_at'] = Ruote.now_to_utc_s end exp_hash = { 'fei' => msg['fei'] || { 'engine_id' => @context.engine_id, 'wfid' => msg['wfid'], 'subid' => Ruote.generate_subid(msg.inspect), 'expid' => msg['expid'] || '0' }, 'parent_id' => msg['parent_id'], 'variables' => variables, 'applied_workitem' => wi, 'forgotten' => msg['forgotten'], 'lost' => msg['lost'], 'flanking' => msg['flanking'], 'attached' => msg['attached'], 'supplanted' => msg['supplanted'], 'stash' => msg['stash'], 'trigger' => msg['trigger'], 'on_reply' => msg['on_reply'] } if not exp_class exp_class = Ruote::Exp::RefExpression elsif is_launch?(msg, exp_class) def_name, tree = Ruote::Exp::DefineExpression.reorganize(tree) variables[def_name] = [ '0', tree ] if def_name exp_class = Ruote::Exp::SequenceExpression end exp_hash = exp_hash.reject { |k, v| v.nil? } # compact nils away exp_hash['original_tree'] = tree # keep track of original tree exp = exp_class.new(@context, exp_hash) exp.initial_persist exp.do(:apply, msg) end
[ "def", "launch", "(", "msg", ")", "tree", "=", "msg", "[", "'tree'", "]", "variables", "=", "msg", "[", "'variables'", "]", "wi", "=", "msg", "[", "'workitem'", "]", "exp_class", "=", "@context", ".", "expmap", ".", "expression_class", "(", "tree", ".", "first", ")", "# msg['wfid'] only: it's a launch", "# msg['fei']: it's a sub launch (a supplant ?)", "if", "is_launch?", "(", "msg", ",", "exp_class", ")", "name", "=", "tree", "[", "1", "]", "[", "'name'", "]", "||", "tree", "[", "1", "]", ".", "keys", ".", "find", "{", "|", "k", "|", "tree", "[", "1", "]", "[", "k", "]", "==", "nil", "}", "revision", "=", "tree", "[", "1", "]", "[", "'revision'", "]", "||", "tree", "[", "1", "]", "[", "'rev'", "]", "wi", "[", "'wf_name'", "]", "||=", "name", "wi", "[", "'wf_revision'", "]", "||=", "revision", "wi", "[", "'wf_launched_at'", "]", "||=", "Ruote", ".", "now_to_utc_s", "wi", "[", "'sub_wf_name'", "]", "=", "name", "wi", "[", "'sub_wf_revision'", "]", "=", "revision", "wi", "[", "'sub_wf_launched_at'", "]", "=", "Ruote", ".", "now_to_utc_s", "end", "exp_hash", "=", "{", "'fei'", "=>", "msg", "[", "'fei'", "]", "||", "{", "'engine_id'", "=>", "@context", ".", "engine_id", ",", "'wfid'", "=>", "msg", "[", "'wfid'", "]", ",", "'subid'", "=>", "Ruote", ".", "generate_subid", "(", "msg", ".", "inspect", ")", ",", "'expid'", "=>", "msg", "[", "'expid'", "]", "||", "'0'", "}", ",", "'parent_id'", "=>", "msg", "[", "'parent_id'", "]", ",", "'variables'", "=>", "variables", ",", "'applied_workitem'", "=>", "wi", ",", "'forgotten'", "=>", "msg", "[", "'forgotten'", "]", ",", "'lost'", "=>", "msg", "[", "'lost'", "]", ",", "'flanking'", "=>", "msg", "[", "'flanking'", "]", ",", "'attached'", "=>", "msg", "[", "'attached'", "]", ",", "'supplanted'", "=>", "msg", "[", "'supplanted'", "]", ",", "'stash'", "=>", "msg", "[", "'stash'", "]", ",", "'trigger'", "=>", "msg", "[", "'trigger'", "]", ",", "'on_reply'", "=>", "msg", "[", "'on_reply'", "]", "}", "if", "not", "exp_class", "exp_class", "=", "Ruote", "::", "Exp", "::", "RefExpression", "elsif", "is_launch?", "(", "msg", ",", "exp_class", ")", "def_name", ",", "tree", "=", "Ruote", "::", "Exp", "::", "DefineExpression", ".", "reorganize", "(", "tree", ")", "variables", "[", "def_name", "]", "=", "[", "'0'", ",", "tree", "]", "if", "def_name", "exp_class", "=", "Ruote", "::", "Exp", "::", "SequenceExpression", "end", "exp_hash", "=", "exp_hash", ".", "reject", "{", "|", "k", ",", "v", "|", "v", ".", "nil?", "}", "# compact nils away", "exp_hash", "[", "'original_tree'", "]", "=", "tree", "# keep track of original tree", "exp", "=", "exp_class", ".", "new", "(", "@context", ",", "exp_hash", ")", "exp", ".", "initial_persist", "exp", ".", "do", "(", ":apply", ",", "msg", ")", "end" ]
Works for both the 'launch' and the 'apply' msgs. Creates a new expression, gives and applies it with the workitem contained in the msg.
[ "Works", "for", "both", "the", "launch", "and", "the", "apply", "msgs", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L440-L509
20,210
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.pause_process
def pause_process(msg) root = @storage.find_root_expression(msg['wfid']) return unless root @storage.put_msg( msg['action'] == 'pause_process' ? 'pause' : 'resume', 'fei' => root['fei'], 'wfid' => msg['wfid']) # it was triggered by {pause|resume}_process end
ruby
def pause_process(msg) root = @storage.find_root_expression(msg['wfid']) return unless root @storage.put_msg( msg['action'] == 'pause_process' ? 'pause' : 'resume', 'fei' => root['fei'], 'wfid' => msg['wfid']) # it was triggered by {pause|resume}_process end
[ "def", "pause_process", "(", "msg", ")", "root", "=", "@storage", ".", "find_root_expression", "(", "msg", "[", "'wfid'", "]", ")", "return", "unless", "root", "@storage", ".", "put_msg", "(", "msg", "[", "'action'", "]", "==", "'pause_process'", "?", "'pause'", ":", "'resume'", ",", "'fei'", "=>", "root", "[", "'fei'", "]", ",", "'wfid'", "=>", "msg", "[", "'wfid'", "]", ")", "# it was triggered by {pause|resume}_process", "end" ]
Handles 'pause_process' and 'resume_process'.
[ "Handles", "pause_process", "and", "resume_process", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L547-L557
20,211
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.reput
def reput(msg) if doc = msg['doc'] r = @storage.put(doc) return unless r.is_a?(Hash) doc['_rev'] = r['_rev'] reput(msg) elsif msg = msg['msg'] @storage.put_msg(msg['action'], msg) end end
ruby
def reput(msg) if doc = msg['doc'] r = @storage.put(doc) return unless r.is_a?(Hash) doc['_rev'] = r['_rev'] reput(msg) elsif msg = msg['msg'] @storage.put_msg(msg['action'], msg) end end
[ "def", "reput", "(", "msg", ")", "if", "doc", "=", "msg", "[", "'doc'", "]", "r", "=", "@storage", ".", "put", "(", "doc", ")", "return", "unless", "r", ".", "is_a?", "(", "Hash", ")", "doc", "[", "'_rev'", "]", "=", "r", "[", "'_rev'", "]", "reput", "(", "msg", ")", "elsif", "msg", "=", "msg", "[", "'msg'", "]", "@storage", ".", "put_msg", "(", "msg", "[", "'action'", "]", ",", "msg", ")", "end", "end" ]
Reputs a doc or a msg. Used by certain storage implementations to pass documents around workers or to reschedule msgs (see ruote-swf).
[ "Reputs", "a", "doc", "or", "a", "msg", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L566-L582
20,212
jmettraux/ruote
lib/ruote/exp/fe_filter.rb
Ruote::Exp.FilterExpression.block_filter
def block_filter return nil if tree.last.empty? tree.last.collect { |line| next 'or' if line.first == 'or' rule = line[1].remap { |(k, v), h| if v == nil h['field'] = k else h[k] = v end } rule['field'] ||= line.first rule } end
ruby
def block_filter return nil if tree.last.empty? tree.last.collect { |line| next 'or' if line.first == 'or' rule = line[1].remap { |(k, v), h| if v == nil h['field'] = k else h[k] = v end } rule['field'] ||= line.first rule } end
[ "def", "block_filter", "return", "nil", "if", "tree", ".", "last", ".", "empty?", "tree", ".", "last", ".", "collect", "{", "|", "line", "|", "next", "'or'", "if", "line", ".", "first", "==", "'or'", "rule", "=", "line", "[", "1", "]", ".", "remap", "{", "|", "(", "k", ",", "v", ")", ",", "h", "|", "if", "v", "==", "nil", "h", "[", "'field'", "]", "=", "k", "else", "h", "[", "k", "]", "=", "v", "end", "}", "rule", "[", "'field'", "]", "||=", "line", ".", "first", "rule", "}", "end" ]
Filter is passed in a block (which is not evaluted as a ruote branch but immediately translated into a filter. pdef = Ruote.process_definition do filter do field 'x', :type => 'string' field 'y', :type => 'number' end end Note : 'or' is OK pdef = Ruote.process_definition do filter do field 'x', :type => 'string' _or field 'y', :type => 'number' end end
[ "Filter", "is", "passed", "in", "a", "block", "(", "which", "is", "not", "evaluted", "as", "a", "ruote", "branch", "but", "immediately", "translated", "into", "a", "filter", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_filter.rb#L599-L619
20,213
jmettraux/ruote
lib/ruote/exp/fe_filter.rb
Ruote::Exp.FilterExpression.one_line_filter
def one_line_filter if (attributes.keys - COMMON_ATT_KEYS - %w[ ref original_ref ]).empty? return nil end [ attributes.remap { |(k, v), h| if v.nil? h['field'] = k else h[k] = v end } ] end
ruby
def one_line_filter if (attributes.keys - COMMON_ATT_KEYS - %w[ ref original_ref ]).empty? return nil end [ attributes.remap { |(k, v), h| if v.nil? h['field'] = k else h[k] = v end } ] end
[ "def", "one_line_filter", "if", "(", "attributes", ".", "keys", "-", "COMMON_ATT_KEYS", "-", "%w[", "ref", "original_ref", "]", ")", ".", "empty?", "return", "nil", "end", "[", "attributes", ".", "remap", "{", "|", "(", "k", ",", "v", ")", ",", "h", "|", "if", "v", ".", "nil?", "h", "[", "'field'", "]", "=", "k", "else", "h", "[", "k", "]", "=", "v", "end", "}", "]", "end" ]
Filter thanks to the attributes of the expression. pdef = Ruote.process_definition do filter 'x', :type => 'string', :record => true filter 'y', :type => 'number', :record => true end
[ "Filter", "thanks", "to", "the", "attributes", "of", "the", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_filter.rb#L662-L675
20,214
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.compile_variables
def compile_variables vars = h.parent_id ? parent.compile_variables : {} vars.merge!(h.variables) if h.variables vars end
ruby
def compile_variables vars = h.parent_id ? parent.compile_variables : {} vars.merge!(h.variables) if h.variables vars end
[ "def", "compile_variables", "vars", "=", "h", ".", "parent_id", "?", "parent", ".", "compile_variables", ":", "{", "}", "vars", ".", "merge!", "(", "h", ".", "variables", ")", "if", "h", ".", "variables", "vars", "end" ]
Returns a fresh hash of all the variables visible from this expression. This is used mainly when forgetting an expression.
[ "Returns", "a", "fresh", "hash", "of", "all", "the", "variables", "visible", "from", "this", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L44-L50
20,215
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.unset_variable
def unset_variable(var, override=false) fexp, v = locate_set_var(var, override) || locate_var(var) fexp.un_set_variable(:unset, v, nil, (fexp.h.fei != h.fei)) if fexp end
ruby
def unset_variable(var, override=false) fexp, v = locate_set_var(var, override) || locate_var(var) fexp.un_set_variable(:unset, v, nil, (fexp.h.fei != h.fei)) if fexp end
[ "def", "unset_variable", "(", "var", ",", "override", "=", "false", ")", "fexp", ",", "v", "=", "locate_set_var", "(", "var", ",", "override", ")", "||", "locate_var", "(", "var", ")", "fexp", ".", "un_set_variable", "(", ":unset", ",", "v", ",", "nil", ",", "(", "fexp", ".", "h", ".", "fei", "!=", "h", ".", "fei", ")", ")", "if", "fexp", "end" ]
Unbinds a variables.
[ "Unbinds", "a", "variables", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L107-L112
20,216
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.split_prefix
def split_prefix(var, prefix) if prefix.nil? m = VAR_PREFIX_REGEX.match(var.to_s) prefix = m[1] var = m[2] end [ var, prefix ] end
ruby
def split_prefix(var, prefix) if prefix.nil? m = VAR_PREFIX_REGEX.match(var.to_s) prefix = m[1] var = m[2] end [ var, prefix ] end
[ "def", "split_prefix", "(", "var", ",", "prefix", ")", "if", "prefix", ".", "nil?", "m", "=", "VAR_PREFIX_REGEX", ".", "match", "(", "var", ".", "to_s", ")", "prefix", "=", "m", "[", "1", "]", "var", "=", "m", "[", "2", "]", "end", "[", "var", ",", "prefix", "]", "end" ]
Used by lookup_variable and set_variable to extract the prefix in a variable name
[ "Used", "by", "lookup_variable", "and", "set_variable", "to", "extract", "the", "prefix", "in", "a", "variable", "name" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L160-L169
20,217
jmettraux/ruote
lib/ruote/dboard/mutation.rb
Ruote.Mutation.walk
def walk(fexp, tree) ftree = Ruote.compact_tree(@ps.current_tree(fexp)) if ftree[0] != tree[0] || ftree[1] != tree[1] # # if there is anything different between the current tree and the # desired tree, let's force a re-apply register(MutationPoint.new(fexp.fei, tree, :re_apply)) elsif ftree[2] == tree[2] # # else, if the tree children are the same, exit, there is nothing to do return else register(MutationPoint.new(fexp.fei, tree, :update)) # # NOTE: maybe a switch for this mutation not to be added would # be necessary... if fexp.is_concurrent? # # concurrent expressions follow a different heuristic walk_concurrence(fexp, ftree, tree) else # # all other expressions are considered sequence-like walk_sequence(fexp, ftree, tree) end end end
ruby
def walk(fexp, tree) ftree = Ruote.compact_tree(@ps.current_tree(fexp)) if ftree[0] != tree[0] || ftree[1] != tree[1] # # if there is anything different between the current tree and the # desired tree, let's force a re-apply register(MutationPoint.new(fexp.fei, tree, :re_apply)) elsif ftree[2] == tree[2] # # else, if the tree children are the same, exit, there is nothing to do return else register(MutationPoint.new(fexp.fei, tree, :update)) # # NOTE: maybe a switch for this mutation not to be added would # be necessary... if fexp.is_concurrent? # # concurrent expressions follow a different heuristic walk_concurrence(fexp, ftree, tree) else # # all other expressions are considered sequence-like walk_sequence(fexp, ftree, tree) end end end
[ "def", "walk", "(", "fexp", ",", "tree", ")", "ftree", "=", "Ruote", ".", "compact_tree", "(", "@ps", ".", "current_tree", "(", "fexp", ")", ")", "if", "ftree", "[", "0", "]", "!=", "tree", "[", "0", "]", "||", "ftree", "[", "1", "]", "!=", "tree", "[", "1", "]", "#", "# if there is anything different between the current tree and the", "# desired tree, let's force a re-apply", "register", "(", "MutationPoint", ".", "new", "(", "fexp", ".", "fei", ",", "tree", ",", ":re_apply", ")", ")", "elsif", "ftree", "[", "2", "]", "==", "tree", "[", "2", "]", "#", "# else, if the tree children are the same, exit, there is nothing to do", "return", "else", "register", "(", "MutationPoint", ".", "new", "(", "fexp", ".", "fei", ",", "tree", ",", ":update", ")", ")", "#", "# NOTE: maybe a switch for this mutation not to be added would", "# be necessary...", "if", "fexp", ".", "is_concurrent?", "#", "# concurrent expressions follow a different heuristic", "walk_concurrence", "(", "fexp", ",", "ftree", ",", "tree", ")", "else", "#", "# all other expressions are considered sequence-like", "walk_sequence", "(", "fexp", ",", "ftree", ",", "tree", ")", "end", "end", "end" ]
Look for mutation points in an expression and its children.
[ "Look", "for", "mutation", "points", "in", "an", "expression", "and", "its", "children", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/mutation.rb#L146-L183
20,218
jmettraux/ruote
lib/ruote/dboard/mutation.rb
Ruote.Mutation.walk_sequence
def walk_sequence(fexp, ftree, tree) i = fexp.child_ids.first ehead = ftree[2].take(i) ecurrent = ftree[2][i] etail = ftree[2].drop(i + 1) head = tree[2].take(i) current = tree[2][i] tail = tree[2].drop(i + 1) if ehead != head # # if the name and/or attributes of the exp are supposed to change # then we have to reapply it # register(MutationPoint.new(fexp.fei, tree, :re_apply)) return end if ecurrent != current # # if the child currently applied is supposed to change, let's walk # it down # walk(@ps.fexp(fexp.children.first), current) end #if etail != tail # # # # if elements are added at the end of the sequence, let's register # # a mutation that simply changes the tree (no need to re-apply) # # # register(MutationPoint.new(fexp.fei, tree, :update)) #end end
ruby
def walk_sequence(fexp, ftree, tree) i = fexp.child_ids.first ehead = ftree[2].take(i) ecurrent = ftree[2][i] etail = ftree[2].drop(i + 1) head = tree[2].take(i) current = tree[2][i] tail = tree[2].drop(i + 1) if ehead != head # # if the name and/or attributes of the exp are supposed to change # then we have to reapply it # register(MutationPoint.new(fexp.fei, tree, :re_apply)) return end if ecurrent != current # # if the child currently applied is supposed to change, let's walk # it down # walk(@ps.fexp(fexp.children.first), current) end #if etail != tail # # # # if elements are added at the end of the sequence, let's register # # a mutation that simply changes the tree (no need to re-apply) # # # register(MutationPoint.new(fexp.fei, tree, :update)) #end end
[ "def", "walk_sequence", "(", "fexp", ",", "ftree", ",", "tree", ")", "i", "=", "fexp", ".", "child_ids", ".", "first", "ehead", "=", "ftree", "[", "2", "]", ".", "take", "(", "i", ")", "ecurrent", "=", "ftree", "[", "2", "]", "[", "i", "]", "etail", "=", "ftree", "[", "2", "]", ".", "drop", "(", "i", "+", "1", ")", "head", "=", "tree", "[", "2", "]", ".", "take", "(", "i", ")", "current", "=", "tree", "[", "2", "]", "[", "i", "]", "tail", "=", "tree", "[", "2", "]", ".", "drop", "(", "i", "+", "1", ")", "if", "ehead", "!=", "head", "#", "# if the name and/or attributes of the exp are supposed to change", "# then we have to reapply it", "#", "register", "(", "MutationPoint", ".", "new", "(", "fexp", ".", "fei", ",", "tree", ",", ":re_apply", ")", ")", "return", "end", "if", "ecurrent", "!=", "current", "#", "# if the child currently applied is supposed to change, let's walk", "# it down", "#", "walk", "(", "@ps", ".", "fexp", "(", "fexp", ".", "children", ".", "first", ")", ",", "current", ")", "end", "#if etail != tail", "# #", "# # if elements are added at the end of the sequence, let's register", "# # a mutation that simply changes the tree (no need to re-apply)", "# #", "# register(MutationPoint.new(fexp.fei, tree, :update))", "#end", "end" ]
Look for mutation points in any non-concurrent expression.
[ "Look", "for", "mutation", "points", "in", "any", "non", "-", "concurrent", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/mutation.rb#L244-L279
20,219
jmettraux/ruote
lib/ruote/exp/fe_cursor.rb
Ruote::Exp.CursorExpression.move_on
def move_on(workitem=h.applied_workitem) position = workitem['fei'] == h.fei ? -1 : Ruote::FlowExpressionId.child_id(workitem['fei']) position += 1 com, arg = get_command(workitem) return reply_to_parent(workitem) if com == 'break' case com when 'rewind', 'continue', 'reset' then position = 0 when 'skip' then position += arg when 'jump' then position = jump_to(workitem, position, arg) end position = 0 if position >= tree_children.size && is_loop? if position < tree_children.size workitem = h.applied_workitem if com == 'reset' apply_child(position, workitem) else reply_to_parent(workitem) end end
ruby
def move_on(workitem=h.applied_workitem) position = workitem['fei'] == h.fei ? -1 : Ruote::FlowExpressionId.child_id(workitem['fei']) position += 1 com, arg = get_command(workitem) return reply_to_parent(workitem) if com == 'break' case com when 'rewind', 'continue', 'reset' then position = 0 when 'skip' then position += arg when 'jump' then position = jump_to(workitem, position, arg) end position = 0 if position >= tree_children.size && is_loop? if position < tree_children.size workitem = h.applied_workitem if com == 'reset' apply_child(position, workitem) else reply_to_parent(workitem) end end
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Determines which child expression of the cursor is to be applied next.
[ "Determines", "which", "child", "expression", "of", "the", "cursor", "is", "to", "be", "applied", "next", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_cursor.rb#L259-L287
20,220
jmettraux/ruote
lib/ruote/exp/fe_cursor.rb
Ruote::Exp.CursorExpression.jump_to
def jump_to(workitem, position, arg) pos = Integer(arg) rescue nil return pos if pos != nil tree_children.each_with_index do |c, i| found = [ c[0], # exp_name c[1]['ref'], # ref c[1]['tag'], # tag (c[1].find { |k, v| v.nil? } || []).first # participant 'xxx' ].find do |v| v ? (dsub(v, workitem) == arg) : false end if found then pos = i; break; end end pos ? pos : position end
ruby
def jump_to(workitem, position, arg) pos = Integer(arg) rescue nil return pos if pos != nil tree_children.each_with_index do |c, i| found = [ c[0], # exp_name c[1]['ref'], # ref c[1]['tag'], # tag (c[1].find { |k, v| v.nil? } || []).first # participant 'xxx' ].find do |v| v ? (dsub(v, workitem) == arg) : false end if found then pos = i; break; end end pos ? pos : position end
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Jumps to an integer position, or the name of an expression or a tag name of a ref name.
[ "Jumps", "to", "an", "integer", "position", "or", "the", "name", "of", "an", "expression", "or", "a", "tag", "name", "of", "a", "ref", "name", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_cursor.rb#L299-L320
20,221
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.clear
def clear %w[ msgs schedules errors expressions workitems ].each do |type| purge_type!(type) end end
ruby
def clear %w[ msgs schedules errors expressions workitems ].each do |type| purge_type!(type) end end
[ "def", "clear", "%w[", "msgs", "schedules", "errors", "expressions", "workitems", "]", ".", "each", "do", "|", "type", "|", "purge_type!", "(", "type", ")", "end", "end" ]
Used when doing integration tests, removes all msgs, schedules, errors, expressions and workitems. NOTE that it doesn't remove engine variables (danger)
[ "Used", "when", "doing", "integration", "tests", "removes", "all", "msgs", "schedules", "errors", "expressions", "and", "workitems", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L267-L272
20,222
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.remove_process
def remove_process(wfid) 2.times do # two passes Thread.pass %w[ schedules expressions errors workitems ].each do |type| get_many(type, wfid).each { |d| delete(d) } end doc = get_trackers doc['trackers'].delete_if { |k, v| k.end_with?("!#{wfid}") } @context.storage.put(doc) end end
ruby
def remove_process(wfid) 2.times do # two passes Thread.pass %w[ schedules expressions errors workitems ].each do |type| get_many(type, wfid).each { |d| delete(d) } end doc = get_trackers doc['trackers'].delete_if { |k, v| k.end_with?("!#{wfid}") } @context.storage.put(doc) end end
[ "def", "remove_process", "(", "wfid", ")", "2", ".", "times", "do", "# two passes", "Thread", ".", "pass", "%w[", "schedules", "expressions", "errors", "workitems", "]", ".", "each", "do", "|", "type", "|", "get_many", "(", "type", ",", "wfid", ")", ".", "each", "{", "|", "d", "|", "delete", "(", "d", ")", "}", "end", "doc", "=", "get_trackers", "doc", "[", "'trackers'", "]", ".", "delete_if", "{", "|", "k", ",", "v", "|", "k", ".", "end_with?", "(", "\"!#{wfid}\"", ")", "}", "@context", ".", "storage", ".", "put", "(", "doc", ")", "end", "end" ]
Removes a process by removing all its schedules, expressions, errors, workitems and trackers. Warning: will not trigger any cancel behaviours at all, just removes the process.
[ "Removes", "a", "process", "by", "removing", "all", "its", "schedules", "expressions", "errors", "workitems", "and", "trackers", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L280-L297
20,223
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.prepare_msg_doc
def prepare_msg_doc(action, options) # merge! is way faster than merge (no object creation probably) @counter ||= 0 t = Time.now.utc ts = "#{t.strftime('%Y-%m-%d')}!#{t.to_i}.#{'%06d' % t.usec}" _id = "#{$$}!#{Thread.current.object_id}!#{ts}!#{'%03d' % @counter}" @counter = (@counter + 1) % 1000 # some platforms (windows) have shallow usecs, so adding that counter... msg = options.merge!('type' => 'msgs', '_id' => _id, 'action' => action) msg.delete('_rev') # in case of message replay msg end
ruby
def prepare_msg_doc(action, options) # merge! is way faster than merge (no object creation probably) @counter ||= 0 t = Time.now.utc ts = "#{t.strftime('%Y-%m-%d')}!#{t.to_i}.#{'%06d' % t.usec}" _id = "#{$$}!#{Thread.current.object_id}!#{ts}!#{'%03d' % @counter}" @counter = (@counter + 1) % 1000 # some platforms (windows) have shallow usecs, so adding that counter... msg = options.merge!('type' => 'msgs', '_id' => _id, 'action' => action) msg.delete('_rev') # in case of message replay msg end
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Used by put_msg
[ "Used", "by", "put_msg" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L310-L329
20,224
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.prepare_schedule_doc
def prepare_schedule_doc(flavour, owner_fei, s, msg) at = if s.is_a?(Time) # at or every s elsif Ruote.cron_string?(s) # cron Rufus::Scheduler::CronLine.new(s).next_time(Time.now + 1) else # at or every Ruote.s_to_at(s) end at = at.utc if at <= Time.now.utc && flavour == 'at' put_msg(msg.delete('action'), msg) return false end sat = at.strftime('%Y%m%d%H%M%S') i = "#{flavour}-#{Ruote.to_storage_id(owner_fei)}-#{sat}" { '_id' => i, 'type' => 'schedules', 'flavour' => flavour, 'original' => s, 'at' => Ruote.time_to_utc_s(at), 'owner' => owner_fei, 'wfid' => owner_fei['wfid'], 'msg' => msg } end
ruby
def prepare_schedule_doc(flavour, owner_fei, s, msg) at = if s.is_a?(Time) # at or every s elsif Ruote.cron_string?(s) # cron Rufus::Scheduler::CronLine.new(s).next_time(Time.now + 1) else # at or every Ruote.s_to_at(s) end at = at.utc if at <= Time.now.utc && flavour == 'at' put_msg(msg.delete('action'), msg) return false end sat = at.strftime('%Y%m%d%H%M%S') i = "#{flavour}-#{Ruote.to_storage_id(owner_fei)}-#{sat}" { '_id' => i, 'type' => 'schedules', 'flavour' => flavour, 'original' => s, 'at' => Ruote.time_to_utc_s(at), 'owner' => owner_fei, 'wfid' => owner_fei['wfid'], 'msg' => msg } end
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Used by put_schedule
[ "Used", "by", "put_schedule" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L333-L362
20,225
jmettraux/ruote
lib/ruote/exp/ro_on_x.rb
Ruote::Exp.FlowExpression.handle_on_error
def handle_on_error(msg, error) return false if h.state == 'failing' err = deflate(error) oe_parent = lookup_on_error(err) return false unless oe_parent # no parent with on_error attribute found handler = oe_parent.local_on_error(err) return false if handler.to_s == '' # empty on_error handler nullifies ancestor's on_error workitem = msg['workitem'] workitem['fields']['__error__'] = err immediate = if handler.is_a?(String) !! handler.match(/^!/) elsif handler.is_a?(Array) !! handler.first.to_s.match(/^!/) else false end # NOTE: why not pass the handler in the msg? # no, because of HandlerEntry (not JSON serializable) @context.storage.put_msg( 'fail', 'fei' => oe_parent.h.fei, 'workitem' => workitem, 'immediate' => immediate) true # yes, error is being handled. end
ruby
def handle_on_error(msg, error) return false if h.state == 'failing' err = deflate(error) oe_parent = lookup_on_error(err) return false unless oe_parent # no parent with on_error attribute found handler = oe_parent.local_on_error(err) return false if handler.to_s == '' # empty on_error handler nullifies ancestor's on_error workitem = msg['workitem'] workitem['fields']['__error__'] = err immediate = if handler.is_a?(String) !! handler.match(/^!/) elsif handler.is_a?(Array) !! handler.first.to_s.match(/^!/) else false end # NOTE: why not pass the handler in the msg? # no, because of HandlerEntry (not JSON serializable) @context.storage.put_msg( 'fail', 'fei' => oe_parent.h.fei, 'workitem' => workitem, 'immediate' => immediate) true # yes, error is being handled. end
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Looks up parent with on_error attribute and triggers it
[ "Looks", "up", "parent", "with", "on_error", "attribute", "and", "triggers", "it" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_on_x.rb#L68-L105
20,226
jmettraux/ruote
lib/ruote/exp/ro_on_x.rb
Ruote::Exp.FlowExpression.local_on_error
def local_on_error(err) if h.on_error.is_a?(String) or Ruote.is_tree?(h.on_error) return h.on_error end if h.on_error.is_a?(Array) # all for the 'on_error' expression # see test/functional/eft_38_ h.on_error.each do |oe| if (he = HandlerEntry.new(oe)).match(err) return he.narrow end end end nil end
ruby
def local_on_error(err) if h.on_error.is_a?(String) or Ruote.is_tree?(h.on_error) return h.on_error end if h.on_error.is_a?(Array) # all for the 'on_error' expression # see test/functional/eft_38_ h.on_error.each do |oe| if (he = HandlerEntry.new(oe)).match(err) return he.narrow end end end nil end
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Given an error, returns the on_error registered for it, or nil if none.
[ "Given", "an", "error", "returns", "the", "on_error", "registered", "for", "it", "or", "nil", "if", "none", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_on_x.rb#L167-L188
20,227
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.remove
def remove(tracker_ids, wfid) return if tracker_ids.empty? doc ||= @context.storage.get_trackers(wfid) return if (doc['trackers'].keys & tracker_ids).empty? doc['wfid'] = wfid # a little helper for some some storage implementations like ruote-swf # they need to know what workflow execution is targetted. tracker_ids.each { |ti| doc['trackers'].delete(ti) } r = @context.storage.put(doc) remove(tracker_ids, wfid) if r # the put failed, have to redo the work end
ruby
def remove(tracker_ids, wfid) return if tracker_ids.empty? doc ||= @context.storage.get_trackers(wfid) return if (doc['trackers'].keys & tracker_ids).empty? doc['wfid'] = wfid # a little helper for some some storage implementations like ruote-swf # they need to know what workflow execution is targetted. tracker_ids.each { |ti| doc['trackers'].delete(ti) } r = @context.storage.put(doc) remove(tracker_ids, wfid) if r # the put failed, have to redo the work end
[ "def", "remove", "(", "tracker_ids", ",", "wfid", ")", "return", "if", "tracker_ids", ".", "empty?", "doc", "||=", "@context", ".", "storage", ".", "get_trackers", "(", "wfid", ")", "return", "if", "(", "doc", "[", "'trackers'", "]", ".", "keys", "&", "tracker_ids", ")", ".", "empty?", "doc", "[", "'wfid'", "]", "=", "wfid", "# a little helper for some some storage implementations like ruote-swf", "# they need to know what workflow execution is targetted.", "tracker_ids", ".", "each", "{", "|", "ti", "|", "doc", "[", "'trackers'", "]", ".", "delete", "(", "ti", ")", "}", "r", "=", "@context", ".", "storage", ".", "put", "(", "doc", ")", "remove", "(", "tracker_ids", ",", "wfid", ")", "if", "r", "# the put failed, have to redo the work", "end" ]
Removes a set of tracker ids and updated the tracker document.
[ "Removes", "a", "set", "of", "tracker", "ids", "and", "updated", "the", "tracker", "document", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L110-L127
20,228
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.on_message
def on_message(pre, message) m_wfid = message['wfid'] || (message['fei']['wfid'] rescue nil) m_error = message['error'] m_action = message['action'] m_action = "pre_#{m_action}" if pre msg = m_action == 'error_intercepted' ? message['msg'] : message ids_to_remove = [] trackers.each do |tracker_id, tracker| # filter msgs t_wfid = tracker['wfid'] t_action = tracker['action'] next if t_wfid && t_wfid != m_wfid next if t_action && t_action != m_action next unless does_match?(message, tracker['conditions']) if tracker_id == 'on_error' || tracker_id == 'on_terminate' fs = msg['workitem']['fields'] next if m_action == 'error_intercepted' && fs['__error__'] next if m_action == 'terminated' && (fs['__error__'] || fs['__terminate__']) end # remove the message post-trigger? ids_to_remove << tracker_id if tracker['msg'].delete('_auto_remove') # OK, have to pull the trigger (or alter the message) then if pre && tracker['msg']['_alter'] alter(m_wfid, m_error, m_action, msg, tracker) else trigger(m_wfid, m_error, m_action, msg, tracker) end end remove(ids_to_remove, nil) end
ruby
def on_message(pre, message) m_wfid = message['wfid'] || (message['fei']['wfid'] rescue nil) m_error = message['error'] m_action = message['action'] m_action = "pre_#{m_action}" if pre msg = m_action == 'error_intercepted' ? message['msg'] : message ids_to_remove = [] trackers.each do |tracker_id, tracker| # filter msgs t_wfid = tracker['wfid'] t_action = tracker['action'] next if t_wfid && t_wfid != m_wfid next if t_action && t_action != m_action next unless does_match?(message, tracker['conditions']) if tracker_id == 'on_error' || tracker_id == 'on_terminate' fs = msg['workitem']['fields'] next if m_action == 'error_intercepted' && fs['__error__'] next if m_action == 'terminated' && (fs['__error__'] || fs['__terminate__']) end # remove the message post-trigger? ids_to_remove << tracker_id if tracker['msg'].delete('_auto_remove') # OK, have to pull the trigger (or alter the message) then if pre && tracker['msg']['_alter'] alter(m_wfid, m_error, m_action, msg, tracker) else trigger(m_wfid, m_error, m_action, msg, tracker) end end remove(ids_to_remove, nil) end
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The method behind on_pre_msg and on_msg. Filters msgs against trackers. Triggers trackers if there is a match.
[ "The", "method", "behind", "on_pre_msg", "and", "on_msg", ".", "Filters", "msgs", "against", "trackers", ".", "Triggers", "trackers", "if", "there", "is", "a", "match", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L132-L178
20,229
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.alter
def alter(m_wfid, m_error, m_action, msg, tracker) case tracker['msg'].delete('_alter') when 'merge' then msg.merge!(tracker['msg']) #else ... end end
ruby
def alter(m_wfid, m_error, m_action, msg, tracker) case tracker['msg'].delete('_alter') when 'merge' then msg.merge!(tracker['msg']) #else ... end end
[ "def", "alter", "(", "m_wfid", ",", "m_error", ",", "m_action", ",", "msg", ",", "tracker", ")", "case", "tracker", "[", "'msg'", "]", ".", "delete", "(", "'_alter'", ")", "when", "'merge'", "then", "msg", ".", "merge!", "(", "tracker", "[", "'msg'", "]", ")", "#else ...", "end", "end" ]
Alters the msg, only called in "pre" mode.
[ "Alters", "the", "msg", "only", "called", "in", "pre", "mode", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L182-L188
20,230
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.trigger
def trigger(m_wfid, m_error, m_action, msg, tracker) t_action = tracker['action'] tracker_id = tracker['id'] m = Ruote.fulldup(tracker['msg']) action = m.delete('action') m['wfid'] = m_wfid if m['wfid'] == 'replace' m['wfid'] ||= @context.wfidgen.generate m['workitem'] = msg['workitem'] if m['workitem'] == 'replace' if t_action == 'error_intercepted' m['workitem']['fields']['__error__'] = m_error elsif tracker_id == 'on_error' && m_action == 'error_intercepted' m['workitem']['fields']['__error__'] = m_error elsif tracker_id == 'on_terminate' && m_action == 'terminated' m['workitem']['fields']['__terminate__'] = { 'wfid' => m_wfid } end if m['variables'] == 'compile' fexp = Ruote::Exp::FlowExpression.fetch(@context, msg['fei']) m['variables'] = fexp ? fexp.compile_variables : {} end @context.storage.put_msg(action, m) end
ruby
def trigger(m_wfid, m_error, m_action, msg, tracker) t_action = tracker['action'] tracker_id = tracker['id'] m = Ruote.fulldup(tracker['msg']) action = m.delete('action') m['wfid'] = m_wfid if m['wfid'] == 'replace' m['wfid'] ||= @context.wfidgen.generate m['workitem'] = msg['workitem'] if m['workitem'] == 'replace' if t_action == 'error_intercepted' m['workitem']['fields']['__error__'] = m_error elsif tracker_id == 'on_error' && m_action == 'error_intercepted' m['workitem']['fields']['__error__'] = m_error elsif tracker_id == 'on_terminate' && m_action == 'terminated' m['workitem']['fields']['__terminate__'] = { 'wfid' => m_wfid } end if m['variables'] == 'compile' fexp = Ruote::Exp::FlowExpression.fetch(@context, msg['fei']) m['variables'] = fexp ? fexp.compile_variables : {} end @context.storage.put_msg(action, m) end
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Prepares the message that gets placed on the ruote msg queue.
[ "Prepares", "the", "message", "that", "gets", "placed", "on", "the", "ruote", "msg", "queue", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L192-L220
20,231
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.does_match?
def does_match?(msg, conditions) return true unless conditions conditions.each do |k, v| return false unless Array(v).find do |vv| # the Array(v) is for backward compatibility, although newer # track conditions are already stored as arrays. vv = Ruote.regex_or_s(vv) val = case k when 'class' then msg['error']['class'] when 'message' then msg['error']['message'] else Ruote.lookup(msg, k) end val && (vv.is_a?(Regexp) ? vv.match(val) : vv == val) end end true end
ruby
def does_match?(msg, conditions) return true unless conditions conditions.each do |k, v| return false unless Array(v).find do |vv| # the Array(v) is for backward compatibility, although newer # track conditions are already stored as arrays. vv = Ruote.regex_or_s(vv) val = case k when 'class' then msg['error']['class'] when 'message' then msg['error']['message'] else Ruote.lookup(msg, k) end val && (vv.is_a?(Regexp) ? vv.match(val) : vv == val) end end true end
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Given a msg and a hash of conditions, returns true if the msg matches the conditions.
[ "Given", "a", "msg", "and", "a", "hash", "of", "conditions", "returns", "true", "if", "the", "msg", "matches", "the", "conditions", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L236-L262
20,232
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.on_msg
def on_msg(msg) puts(fancy_print(msg, @noisy)) if @noisy return if msg['action'] == 'noop' @mutex.synchronize do @seen << msg @log << msg while @log.size > @log_max; @log.shift; end while @seen.size > @log_max; @seen.shift; end end end
ruby
def on_msg(msg) puts(fancy_print(msg, @noisy)) if @noisy return if msg['action'] == 'noop' @mutex.synchronize do @seen << msg @log << msg while @log.size > @log_max; @log.shift; end while @seen.size > @log_max; @seen.shift; end end end
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The context will call this method for each msg sucessfully processed by the worker.
[ "The", "context", "will", "call", "this", "method", "for", "each", "msg", "sucessfully", "processed", "by", "the", "worker", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L96-L110
20,233
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.wait_for
def wait_for(interests, opts={}) @waiting << [ Thread.current, interests ] Thread.current['__result__'] = nil start = Time.now to = opts[:timeout] || @timeout to = nil if to.nil? || to <= 0 loop do raise( Ruote::LoggerTimeout.new(interests, to) ) if to && (Time.now - start) > to @mutex.synchronize { check_waiting } break if Thread.current['__result__'] sleep 0.007 end Thread.current['__result__'] end
ruby
def wait_for(interests, opts={}) @waiting << [ Thread.current, interests ] Thread.current['__result__'] = nil start = Time.now to = opts[:timeout] || @timeout to = nil if to.nil? || to <= 0 loop do raise( Ruote::LoggerTimeout.new(interests, to) ) if to && (Time.now - start) > to @mutex.synchronize { check_waiting } break if Thread.current['__result__'] sleep 0.007 end Thread.current['__result__'] end
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Blocks until one or more interests are satisfied. interests must be an array of interests. Please refer to Dashboard#wait_for documentation for allowed values of each interest. If multiple interests are given, wait_for blocks until all of the interests are satisfied. wait_for may only be used by one thread at a time. If one thread calls wait_for and later another thread calls wait_for while the first thread is waiting, the first thread's interests are lost and the first thread will never wake up.
[ "Blocks", "until", "one", "or", "more", "interests", "are", "satisfied", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L140-L164
20,234
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.matches
def matches(interests, msg) action = msg['action'] interests.each do |interest| satisfied = case interest when :or_error # # let's force an immediate reply interests.clear if action == 'error_intercepted' when :inactive (FINAL_ACTIONS.include?(action) && @context.worker.inactive?) when :empty (action == 'terminated' && @context.storage.empty?('expressions')) when Symbol (action == 'dispatch' && msg['participant_name'] == interest.to_s) when Fixnum interests.delete(interest) if (interest > 1) interests << (interest - 1) false else true end when Hash interest.all? { |k, v| k = 'tree.0' if k == 'exp_name' Ruote.lookup(msg, k) == v } when /^[a-z_]+$/ (action == interest) else # wfid (FINAL_ACTIONS.include?(action) && msg['wfid'] == interest) end interests.delete(interest) if satisfied end if interests.include?(:or_error) (interests.size < 2) else (interests.size < 1) end end
ruby
def matches(interests, msg) action = msg['action'] interests.each do |interest| satisfied = case interest when :or_error # # let's force an immediate reply interests.clear if action == 'error_intercepted' when :inactive (FINAL_ACTIONS.include?(action) && @context.worker.inactive?) when :empty (action == 'terminated' && @context.storage.empty?('expressions')) when Symbol (action == 'dispatch' && msg['participant_name'] == interest.to_s) when Fixnum interests.delete(interest) if (interest > 1) interests << (interest - 1) false else true end when Hash interest.all? { |k, v| k = 'tree.0' if k == 'exp_name' Ruote.lookup(msg, k) == v } when /^[a-z_]+$/ (action == interest) else # wfid (FINAL_ACTIONS.include?(action) && msg['wfid'] == interest) end interests.delete(interest) if satisfied end if interests.include?(:or_error) (interests.size < 2) else (interests.size < 1) end end
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Checks whether message msg matches any of interests being waited for. Some interests look for actions on particular workflows (e.g., waiting for some workflow to finish). Other interests are not attached to any particular workflow (e.g., :inactive waits until the engine finishes processing all active and pending workflows) but are still satisfied when actions happen on workflows (e.g., the last workflow being run finishes). Returns true if all interests being waited for have been satisfied, false otherwise.
[ "Checks", "whether", "message", "msg", "matches", "any", "of", "interests", "being", "waited", "for", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L221-L282
20,235
jmettraux/ruote
lib/ruote/context.rb
Ruote.Context.has_service?
def has_service?(service_name) service_name = service_name.to_s service_name = "s_#{service_name}" if ! SERVICE_PREFIX.match(service_name) @services.has_key?(service_name) end
ruby
def has_service?(service_name) service_name = service_name.to_s service_name = "s_#{service_name}" if ! SERVICE_PREFIX.match(service_name) @services.has_key?(service_name) end
[ "def", "has_service?", "(", "service_name", ")", "service_name", "=", "service_name", ".", "to_s", "service_name", "=", "\"s_#{service_name}\"", "if", "!", "SERVICE_PREFIX", ".", "match", "(", "service_name", ")", "@services", ".", "has_key?", "(", "service_name", ")", "end" ]
Returns true if this context has a given service registered.
[ "Returns", "true", "if", "this", "context", "has", "a", "given", "service", "registered", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/context.rb#L216-L222
20,236
jmettraux/ruote
lib/ruote/exp/ro_persist.rb
Ruote::Exp.FlowExpression.do_p
def do_p(pers) case r = pers ? try_persist : try_unpersist when true false # do not go on when Hash self.h = r self.send("do_#{@msg['action']}", @msg) if @msg false # do not go on else true # success, do go on end end
ruby
def do_p(pers) case r = pers ? try_persist : try_unpersist when true false # do not go on when Hash self.h = r self.send("do_#{@msg['action']}", @msg) if @msg false # do not go on else true # success, do go on end end
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Does persist or unpersist, if successful then returns true. If the expression is gone, returns false. If there is a 'fresher' version of the expression, re-attempt and returns false.
[ "Does", "persist", "or", "unpersist", "if", "successful", "then", "returns", "true", ".", "If", "the", "expression", "is", "gone", "returns", "false", ".", "If", "there", "is", "a", "fresher", "version", "of", "the", "expression", "re", "-", "attempt", "and", "returns", "false", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_persist.rb#L151-L163
20,237
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.on_workitem
def on_workitem doc = workitem.to_h doc.merge!( 'type' => 'workitems', '_id' => to_id(doc['fei']), 'participant_name' => doc['participant_name'], 'wfid' => doc['fei']['wfid']) doc['store_name'] = @store_name if @store_name @context.storage.put(doc, :update_rev => true) end
ruby
def on_workitem doc = workitem.to_h doc.merge!( 'type' => 'workitems', '_id' => to_id(doc['fei']), 'participant_name' => doc['participant_name'], 'wfid' => doc['fei']['wfid']) doc['store_name'] = @store_name if @store_name @context.storage.put(doc, :update_rev => true) end
[ "def", "on_workitem", "doc", "=", "workitem", ".", "to_h", "doc", ".", "merge!", "(", "'type'", "=>", "'workitems'", ",", "'_id'", "=>", "to_id", "(", "doc", "[", "'fei'", "]", ")", ",", "'participant_name'", "=>", "doc", "[", "'participant_name'", "]", ",", "'wfid'", "=>", "doc", "[", "'fei'", "]", "[", "'wfid'", "]", ")", "doc", "[", "'store_name'", "]", "=", "@store_name", "if", "@store_name", "@context", ".", "storage", ".", "put", "(", "doc", ",", ":update_rev", "=>", "true", ")", "end" ]
This is the method called by ruote when passing a workitem to this participant.
[ "This", "is", "the", "method", "called", "by", "ruote", "when", "passing", "a", "workitem", "to", "this", "participant", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L80-L93
20,238
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.proceed
def proceed(workitem) r = remove_workitem('proceed', workitem) return proceed(workitem) if r != nil workitem.h.delete('_rev') reply_to_engine(workitem) end
ruby
def proceed(workitem) r = remove_workitem('proceed', workitem) return proceed(workitem) if r != nil workitem.h.delete('_rev') reply_to_engine(workitem) end
[ "def", "proceed", "(", "workitem", ")", "r", "=", "remove_workitem", "(", "'proceed'", ",", "workitem", ")", "return", "proceed", "(", "workitem", ")", "if", "r", "!=", "nil", "workitem", ".", "h", ".", "delete", "(", "'_rev'", ")", "reply_to_engine", "(", "workitem", ")", "end" ]
Removes the workitem from the storage and replies to the engine.
[ "Removes", "the", "workitem", "from", "the", "storage", "and", "replies", "to", "the", "engine", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L155-L164
20,239
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.flunk
def flunk(workitem, err_class_or_instance, *err_arguments) r = remove_workitem('reject', workitem) return flunk(workitem) if r != nil workitem.h.delete('_rev') super(workitem, err_class_or_instance, *err_arguments) end
ruby
def flunk(workitem, err_class_or_instance, *err_arguments) r = remove_workitem('reject', workitem) return flunk(workitem) if r != nil workitem.h.delete('_rev') super(workitem, err_class_or_instance, *err_arguments) end
[ "def", "flunk", "(", "workitem", ",", "err_class_or_instance", ",", "*", "err_arguments", ")", "r", "=", "remove_workitem", "(", "'reject'", ",", "workitem", ")", "return", "flunk", "(", "workitem", ")", "if", "r", "!=", "nil", "workitem", ".", "h", ".", "delete", "(", "'_rev'", ")", "super", "(", "workitem", ",", "err_class_or_instance", ",", "err_arguments", ")", "end" ]
Removes the workitem and hands it back to the flow with an error to raise for the participant expression that emitted the workitem.
[ "Removes", "the", "workitem", "and", "hands", "it", "back", "to", "the", "flow", "with", "an", "error", "to", "raise", "for", "the", "participant", "expression", "that", "emitted", "the", "workitem", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L169-L178
20,240
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.all
def all(opts={}) res = fetch_all(opts) res.is_a?(Array) ? res.map { |hwi| Ruote::Workitem.new(hwi) } : res end
ruby
def all(opts={}) res = fetch_all(opts) res.is_a?(Array) ? res.map { |hwi| Ruote::Workitem.new(hwi) } : res end
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Returns all the workitems stored in here.
[ "Returns", "all", "the", "workitems", "stored", "in", "here", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L209-L214
20,241
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.by_wfid
def by_wfid(wfid, opts={}) if @context.storage.respond_to?(:by_wfid) return @context.storage.by_wfid('workitems', wfid, opts) end wis(@context.storage.get_many('workitems', wfid, opts)) end
ruby
def by_wfid(wfid, opts={}) if @context.storage.respond_to?(:by_wfid) return @context.storage.by_wfid('workitems', wfid, opts) end wis(@context.storage.get_many('workitems', wfid, opts)) end
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Return all workitems for the specified wfid
[ "Return", "all", "workitems", "for", "the", "specified", "wfid" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L226-L233
20,242
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.by_participant
def by_participant(participant_name, opts={}) return @context.storage.by_participant( 'workitems', participant_name, opts ) if @context.storage.respond_to?(:by_participant) do_select(opts) do |hwi| hwi['participant_name'] == participant_name end end
ruby
def by_participant(participant_name, opts={}) return @context.storage.by_participant( 'workitems', participant_name, opts ) if @context.storage.respond_to?(:by_participant) do_select(opts) do |hwi| hwi['participant_name'] == participant_name end end
[ "def", "by_participant", "(", "participant_name", ",", "opts", "=", "{", "}", ")", "return", "@context", ".", "storage", ".", "by_participant", "(", "'workitems'", ",", "participant_name", ",", "opts", ")", "if", "@context", ".", "storage", ".", "respond_to?", "(", ":by_participant", ")", "do_select", "(", "opts", ")", "do", "|", "hwi", "|", "hwi", "[", "'participant_name'", "]", "==", "participant_name", "end", "end" ]
Returns all workitems for the specified participant name
[ "Returns", "all", "workitems", "for", "the", "specified", "participant", "name" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L237-L246
20,243
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.query
def query(criteria) cr = Ruote.keys_to_s(criteria) if @context.storage.respond_to?(:query_workitems) return @context.storage.query_workitems(cr) end opts = {} opts[:skip] = cr.delete('offset') || cr.delete('skip') opts[:limit] = cr.delete('limit') opts[:count] = cr.delete('count') wfid = cr.delete('wfid') count = opts[:count] pname = cr.delete('participant_name') || cr.delete('participant') opts.delete(:count) if pname hwis = wfid ? @context.storage.get_many('workitems', wfid, opts) : fetch_all(opts) return hwis unless hwis.is_a?(Array) hwis = hwis.select { |hwi| Ruote::StorageParticipant.matches?(hwi, pname, cr) } count ? hwis.size : wis(hwis) end
ruby
def query(criteria) cr = Ruote.keys_to_s(criteria) if @context.storage.respond_to?(:query_workitems) return @context.storage.query_workitems(cr) end opts = {} opts[:skip] = cr.delete('offset') || cr.delete('skip') opts[:limit] = cr.delete('limit') opts[:count] = cr.delete('count') wfid = cr.delete('wfid') count = opts[:count] pname = cr.delete('participant_name') || cr.delete('participant') opts.delete(:count) if pname hwis = wfid ? @context.storage.get_many('workitems', wfid, opts) : fetch_all(opts) return hwis unless hwis.is_a?(Array) hwis = hwis.select { |hwi| Ruote::StorageParticipant.matches?(hwi, pname, cr) } count ? hwis.size : wis(hwis) end
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Queries the store participant for workitems. Some examples : part.query(:wfid => @wfid).size part.query('place' => 'nara').size part.query('place' => 'heiankyou').size part.query(:wfid => @wfid, :place => 'heiankyou').size There are two 'reserved' criterion : 'wfid' and 'participant' ('participant_name' as well). The rest of the criteria are considered constraints for fields. 'offset' and 'limit' are reserved as well. They should prove useful for pagination. 'skip' can be used instead of 'offset'. Note : the criteria is AND only, you'll have to do ORs (aggregation) by yourself.
[ "Queries", "the", "store", "participant", "for", "workitems", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L290-L320
20,244
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.per_participant_count
def per_participant_count per_participant.remap { |(k, v), h| h[k] = v.size } end
ruby
def per_participant_count per_participant.remap { |(k, v), h| h[k] = v.size } end
[ "def", "per_participant_count", "per_participant", ".", "remap", "{", "|", "(", "k", ",", "v", ")", ",", "h", "|", "h", "[", "k", "]", "=", "v", ".", "size", "}", "end" ]
Mostly a test method. Returns a Hash were keys are participant names and values are integers, the count of workitems for a given participant name.
[ "Mostly", "a", "test", "method", ".", "Returns", "a", "Hash", "were", "keys", "are", "participant", "names", "and", "values", "are", "integers", "the", "count", "of", "workitems", "for", "a", "given", "participant", "name", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L356-L359
20,245
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.delegate
def delegate(workitem, new_owner) hwi = fetch(workitem) fail ArgumentError.new( "workitem not found" ) if hwi == nil fail ArgumentError.new( "cannot delegate, workitem doesn't belong to anyone" ) if hwi['owner'] == nil fail ArgumentError.new( "cannot delegate, " + "workitem owned by '#{hwi['owner']}', not '#{workitem.owner}'" ) if hwi['owner'] != workitem.owner hwi['owner'] = new_owner r = @context.storage.put(hwi, :update_rev => true) fail ArgumentError.new("workitem is gone") if r == true fail ArgumentError.new("workitem got modified meanwhile") if r != nil Workitem.new(hwi) end
ruby
def delegate(workitem, new_owner) hwi = fetch(workitem) fail ArgumentError.new( "workitem not found" ) if hwi == nil fail ArgumentError.new( "cannot delegate, workitem doesn't belong to anyone" ) if hwi['owner'] == nil fail ArgumentError.new( "cannot delegate, " + "workitem owned by '#{hwi['owner']}', not '#{workitem.owner}'" ) if hwi['owner'] != workitem.owner hwi['owner'] = new_owner r = @context.storage.put(hwi, :update_rev => true) fail ArgumentError.new("workitem is gone") if r == true fail ArgumentError.new("workitem got modified meanwhile") if r != nil Workitem.new(hwi) end
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Delegates a currently owned workitem to a new owner. Fails if the workitem can't be found, belongs to noone, or if the workitem passed as argument is out of date (got modified in the mean time). It's OK to delegate to nil, thus freeing the workitem. See #reserve for an an explanation of the reserve/delegate/proceed flow.
[ "Delegates", "a", "currently", "owned", "workitem", "to", "a", "new", "owner", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L405-L430
20,246
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.do_select
def do_select(opts, &block) skip = opts[:offset] || opts[:skip] limit = opts[:limit] count = opts[:count] hwis = fetch_all({}) hwis = hwis.select(&block) hwis = hwis[skip..-1] if skip hwis = hwis[0, limit] if limit return hwis.size if count hwis.collect { |hwi| Ruote::Workitem.new(hwi) } end
ruby
def do_select(opts, &block) skip = opts[:offset] || opts[:skip] limit = opts[:limit] count = opts[:count] hwis = fetch_all({}) hwis = hwis.select(&block) hwis = hwis[skip..-1] if skip hwis = hwis[0, limit] if limit return hwis.size if count hwis.collect { |hwi| Ruote::Workitem.new(hwi) } end
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Given a few options and a block, returns all the workitems that match the block
[ "Given", "a", "few", "options", "and", "a", "block", "returns", "all", "the", "workitems", "that", "match", "the", "block" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L457-L472
20,247
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.to_id
def to_id(fei) a = [ Ruote.to_storage_id(fei) ] a.unshift(@store_name) if @store_name a.unshift('wi') a.join('!') end
ruby
def to_id(fei) a = [ Ruote.to_storage_id(fei) ] a.unshift(@store_name) if @store_name a.unshift('wi') a.join('!') end
[ "def", "to_id", "(", "fei", ")", "a", "=", "[", "Ruote", ".", "to_storage_id", "(", "fei", ")", "]", "a", ".", "unshift", "(", "@store_name", ")", "if", "@store_name", "a", ".", "unshift", "(", "'wi'", ")", "a", ".", "join", "(", "'!'", ")", "end" ]
Computes the id for the document representing the document in the storage.
[ "Computes", "the", "id", "for", "the", "document", "representing", "the", "document", "in", "the", "storage", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L476-L485
20,248
jmettraux/ruote
lib/ruote/exp/fe_command.rb
Ruote::Exp.CommandExpression.fetch_command_target
def fetch_command_target(exp=parent) case exp when nil then nil when Ruote::Exp::CommandedExpression then exp else fetch_command_target(exp.parent) end end
ruby
def fetch_command_target(exp=parent) case exp when nil then nil when Ruote::Exp::CommandedExpression then exp else fetch_command_target(exp.parent) end end
[ "def", "fetch_command_target", "(", "exp", "=", "parent", ")", "case", "exp", "when", "nil", "then", "nil", "when", "Ruote", "::", "Exp", "::", "CommandedExpression", "then", "exp", "else", "fetch_command_target", "(", "exp", ".", "parent", ")", "end", "end" ]
Walks up the expression tree (process instance and returns the first expression that includes the CommandMixin (CommandExpression includes CommandMixin, but since it doesn't have children, no need to 'evince' it)
[ "Walks", "up", "the", "expression", "tree", "(", "process", "instance", "and", "returns", "the", "first", "expression", "that", "includes", "the", "CommandMixin" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_command.rb#L149-L156
20,249
jmettraux/ruote
lib/ruote/part/rev_participant.rb
Ruote.RevParticipant.lookup_code
def lookup_code wi = workitem rev = wi.params['revision'] || wi.params['rev'] [ [ wi.wf_name, wi.wf_revision, wi.participant_name, rev ], [ wi.wf_name, wi.wf_revision, wi.participant_name ], [ wi.wf_name, '', wi.participant_name ], [ wi.participant_name, rev ], [ wi.participant_name ], ].each do |fname| fname = File.join(@dir, "#{fname.compact.join('__')}.rb") next unless File.exist?(fname) cpart = Class.new cpart.send(:include, Ruote::LocalParticipant) cpart.module_eval(File.read(fname)) part = cpart.new part.context = @context next if part.respond_to?(:accept?) and (not part.accept?(wi)) return part end raise ArgumentError.new( "couldn't find code for participant #{wi.participant_name} " + "in dir #{@dir}" ) end
ruby
def lookup_code wi = workitem rev = wi.params['revision'] || wi.params['rev'] [ [ wi.wf_name, wi.wf_revision, wi.participant_name, rev ], [ wi.wf_name, wi.wf_revision, wi.participant_name ], [ wi.wf_name, '', wi.participant_name ], [ wi.participant_name, rev ], [ wi.participant_name ], ].each do |fname| fname = File.join(@dir, "#{fname.compact.join('__')}.rb") next unless File.exist?(fname) cpart = Class.new cpart.send(:include, Ruote::LocalParticipant) cpart.module_eval(File.read(fname)) part = cpart.new part.context = @context next if part.respond_to?(:accept?) and (not part.accept?(wi)) return part end raise ArgumentError.new( "couldn't find code for participant #{wi.participant_name} " + "in dir #{@dir}" ) end
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Maybe "lookup_real_participant_code" would be a better name...
[ "Maybe", "lookup_real_participant_code", "would", "be", "a", "better", "name", "..." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/rev_participant.rb#L143-L175
20,250
jmettraux/ruote
lib/ruote/exp/fe_if.rb
Ruote::Exp.IfExpression.reply
def reply(workitem) if workitem['fei'] == h.fei # apply --> reply h.test = attribute(:test) h.test = attribute(:t) if h.test.nil? h.test = attribute_text if h.test.nil? h.test = nil if h.test == '' offset = (h.test.nil? || Condition.true?(h.test)) ? 0 : 1 apply_child(offset, workitem) else # reply from a child if h.test != nil || Ruote::FlowExpressionId.child_id(workitem['fei']) != 0 reply_to_parent(workitem) else apply_child(workitem['fields']['__result__'] == true ? 1 : 2, workitem) end end end
ruby
def reply(workitem) if workitem['fei'] == h.fei # apply --> reply h.test = attribute(:test) h.test = attribute(:t) if h.test.nil? h.test = attribute_text if h.test.nil? h.test = nil if h.test == '' offset = (h.test.nil? || Condition.true?(h.test)) ? 0 : 1 apply_child(offset, workitem) else # reply from a child if h.test != nil || Ruote::FlowExpressionId.child_id(workitem['fei']) != 0 reply_to_parent(workitem) else apply_child(workitem['fields']['__result__'] == true ? 1 : 2, workitem) end end end
[ "def", "reply", "(", "workitem", ")", "if", "workitem", "[", "'fei'", "]", "==", "h", ".", "fei", "# apply --> reply", "h", ".", "test", "=", "attribute", "(", ":test", ")", "h", ".", "test", "=", "attribute", "(", ":t", ")", "if", "h", ".", "test", ".", "nil?", "h", ".", "test", "=", "attribute_text", "if", "h", ".", "test", ".", "nil?", "h", ".", "test", "=", "nil", "if", "h", ".", "test", "==", "''", "offset", "=", "(", "h", ".", "test", ".", "nil?", "||", "Condition", ".", "true?", "(", "h", ".", "test", ")", ")", "?", "0", ":", "1", "apply_child", "(", "offset", ",", "workitem", ")", "else", "# reply from a child", "if", "h", ".", "test", "!=", "nil", "||", "Ruote", "::", "FlowExpressionId", ".", "child_id", "(", "workitem", "[", "'fei'", "]", ")", "!=", "0", "reply_to_parent", "(", "workitem", ")", "else", "apply_child", "(", "workitem", "[", "'fields'", "]", "[", "'__result__'", "]", "==", "true", "?", "1", ":", "2", ",", "workitem", ")", "end", "end", "end" ]
called by 'else', 'then' or perhaps 'equals'
[ "called", "by", "else", "then", "or", "perhaps", "equals" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_if.rb#L169-L193
20,251
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.unregister
def unregister(name_or_participant) code = nil entry = nil list = get_list name_or_participant = name_or_participant.to_s entry = list['list'].find { |re, pa| name_or_participant.match(re) } return nil unless entry code = entry.last if entry.last.is_a?(String) list['list'].delete(entry) if r = @context.storage.put(list) # # put failed, have to redo it # return unregister(name_or_participant) end entry.first end
ruby
def unregister(name_or_participant) code = nil entry = nil list = get_list name_or_participant = name_or_participant.to_s entry = list['list'].find { |re, pa| name_or_participant.match(re) } return nil unless entry code = entry.last if entry.last.is_a?(String) list['list'].delete(entry) if r = @context.storage.put(list) # # put failed, have to redo it # return unregister(name_or_participant) end entry.first end
[ "def", "unregister", "(", "name_or_participant", ")", "code", "=", "nil", "entry", "=", "nil", "list", "=", "get_list", "name_or_participant", "=", "name_or_participant", ".", "to_s", "entry", "=", "list", "[", "'list'", "]", ".", "find", "{", "|", "re", ",", "pa", "|", "name_or_participant", ".", "match", "(", "re", ")", "}", "return", "nil", "unless", "entry", "code", "=", "entry", ".", "last", "if", "entry", ".", "last", ".", "is_a?", "(", "String", ")", "list", "[", "'list'", "]", ".", "delete", "(", "entry", ")", "if", "r", "=", "@context", ".", "storage", ".", "put", "(", "list", ")", "#", "# put failed, have to redo it", "#", "return", "unregister", "(", "name_or_participant", ")", "end", "entry", ".", "first", "end" ]
Removes a participant, given via its name or directly from this participant list. Called usually by Engine#unregister_participant.
[ "Removes", "a", "participant", "given", "via", "its", "name", "or", "directly", "from", "this", "participant", "list", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L140-L164
20,252
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.lookup
def lookup(participant_name, workitem, opts={}) pinfo = participant_name.is_a?(String) ? lookup_info(participant_name, workitem) : participant_name instantiate(pinfo, opts) end
ruby
def lookup(participant_name, workitem, opts={}) pinfo = participant_name.is_a?(String) ? lookup_info(participant_name, workitem) : participant_name instantiate(pinfo, opts) end
[ "def", "lookup", "(", "participant_name", ",", "workitem", ",", "opts", "=", "{", "}", ")", "pinfo", "=", "participant_name", ".", "is_a?", "(", "String", ")", "?", "lookup_info", "(", "participant_name", ",", "workitem", ")", ":", "participant_name", "instantiate", "(", "pinfo", ",", "opts", ")", "end" ]
Returns a participant instance, or nil if there is no participant for the given participant name. Mostly a combination of #lookup_info and #instantiate.
[ "Returns", "a", "participant", "instance", "or", "nil", "if", "there", "is", "no", "participant", "for", "the", "given", "participant", "name", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L171-L177
20,253
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.lookup_info
def lookup_info(pname, workitem) return nil unless pname wi = workitem ? Ruote::Workitem.new(workitem.merge('participant_name' => pname)) : nil get_list['list'].each do |regex, pinfo| next unless pname.match(regex) return pinfo if workitem.nil? pa = instantiate(pinfo, :if_respond_to? => :accept?) return pinfo if pa.nil? return pinfo if Ruote.participant_send(pa, :accept?, 'workitem' => wi) end # nothing found... nil end
ruby
def lookup_info(pname, workitem) return nil unless pname wi = workitem ? Ruote::Workitem.new(workitem.merge('participant_name' => pname)) : nil get_list['list'].each do |regex, pinfo| next unless pname.match(regex) return pinfo if workitem.nil? pa = instantiate(pinfo, :if_respond_to? => :accept?) return pinfo if pa.nil? return pinfo if Ruote.participant_send(pa, :accept?, 'workitem' => wi) end # nothing found... nil end
[ "def", "lookup_info", "(", "pname", ",", "workitem", ")", "return", "nil", "unless", "pname", "wi", "=", "workitem", "?", "Ruote", "::", "Workitem", ".", "new", "(", "workitem", ".", "merge", "(", "'participant_name'", "=>", "pname", ")", ")", ":", "nil", "get_list", "[", "'list'", "]", ".", "each", "do", "|", "regex", ",", "pinfo", "|", "next", "unless", "pname", ".", "match", "(", "regex", ")", "return", "pinfo", "if", "workitem", ".", "nil?", "pa", "=", "instantiate", "(", "pinfo", ",", ":if_respond_to?", "=>", ":accept?", ")", "return", "pinfo", "if", "pa", ".", "nil?", "return", "pinfo", "if", "Ruote", ".", "participant_send", "(", "pa", ",", ":accept?", ",", "'workitem'", "=>", "wi", ")", "end", "# nothing found...", "nil", "end" ]
Given a participant name, returns participant details. Returns nil if there is no participant registered that covers the given participant name.
[ "Given", "a", "participant", "name", "returns", "participant", "details", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L184-L207
20,254
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.instantiate
def instantiate(pinfo, opts={}) return nil unless pinfo pa_class_name, options = pinfo if rp = options['require_path'] require(rp) end if lp = options['load_path'] load(lp) end pa_class = Ruote.constantize(pa_class_name) pa_m = pa_class.instance_methods irt = opts[:if_respond_to?] if irt && ! (pa_m.include?(irt.to_s) || pa_m.include?(irt.to_sym)) return nil end initialize_participant(pa_class, options) end
ruby
def instantiate(pinfo, opts={}) return nil unless pinfo pa_class_name, options = pinfo if rp = options['require_path'] require(rp) end if lp = options['load_path'] load(lp) end pa_class = Ruote.constantize(pa_class_name) pa_m = pa_class.instance_methods irt = opts[:if_respond_to?] if irt && ! (pa_m.include?(irt.to_s) || pa_m.include?(irt.to_sym)) return nil end initialize_participant(pa_class, options) end
[ "def", "instantiate", "(", "pinfo", ",", "opts", "=", "{", "}", ")", "return", "nil", "unless", "pinfo", "pa_class_name", ",", "options", "=", "pinfo", "if", "rp", "=", "options", "[", "'require_path'", "]", "require", "(", "rp", ")", "end", "if", "lp", "=", "options", "[", "'load_path'", "]", "load", "(", "lp", ")", "end", "pa_class", "=", "Ruote", ".", "constantize", "(", "pa_class_name", ")", "pa_m", "=", "pa_class", ".", "instance_methods", "irt", "=", "opts", "[", ":if_respond_to?", "]", "if", "irt", "&&", "!", "(", "pa_m", ".", "include?", "(", "irt", ".", "to_s", ")", "||", "pa_m", ".", "include?", "(", "irt", ".", "to_sym", ")", ")", "return", "nil", "end", "initialize_participant", "(", "pa_class", ",", "options", ")", "end" ]
Returns an instance of a participant.
[ "Returns", "an", "instance", "of", "a", "participant", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L211-L234
20,255
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.create_user_playlist
def create_user_playlist(user_id, name, is_public = true) run(:post, "/v1/users/#{user_id}/playlists", [201], JSON.dump(name: name, public: is_public), false) end
ruby
def create_user_playlist(user_id, name, is_public = true) run(:post, "/v1/users/#{user_id}/playlists", [201], JSON.dump(name: name, public: is_public), false) end
[ "def", "create_user_playlist", "(", "user_id", ",", "name", ",", "is_public", "=", "true", ")", "run", "(", ":post", ",", "\"/v1/users/#{user_id}/playlists\"", ",", "[", "201", "]", ",", "JSON", ".", "dump", "(", "name", ":", "name", ",", "public", ":", "is_public", ")", ",", "false", ")", "end" ]
Create a playlist for a Spotify user. The playlist will be empty until you add tracks. Requires playlist-modify-public for a public playlist. Requires playlist-modify-private for a private playlist.
[ "Create", "a", "playlist", "for", "a", "Spotify", "user", ".", "The", "playlist", "will", "be", "empty", "until", "you", "add", "tracks", "." ]
2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L91-L93
20,256
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.add_user_tracks_to_playlist
def add_user_tracks_to_playlist(user_id, playlist_id, uris = [], position = nil) params = { uris: Array.wrap(uris)[0..99].join(',') } if position params.merge!(position: position) end run(:post, "/v1/users/#{user_id}/playlists/#{playlist_id}/tracks", [201], JSON.dump(params), false) end
ruby
def add_user_tracks_to_playlist(user_id, playlist_id, uris = [], position = nil) params = { uris: Array.wrap(uris)[0..99].join(',') } if position params.merge!(position: position) end run(:post, "/v1/users/#{user_id}/playlists/#{playlist_id}/tracks", [201], JSON.dump(params), false) end
[ "def", "add_user_tracks_to_playlist", "(", "user_id", ",", "playlist_id", ",", "uris", "=", "[", "]", ",", "position", "=", "nil", ")", "params", "=", "{", "uris", ":", "Array", ".", "wrap", "(", "uris", ")", "[", "0", "..", "99", "]", ".", "join", "(", "','", ")", "}", "if", "position", "params", ".", "merge!", "(", "position", ":", "position", ")", "end", "run", "(", ":post", ",", "\"/v1/users/#{user_id}/playlists/#{playlist_id}/tracks\"", ",", "[", "201", "]", ",", "JSON", ".", "dump", "(", "params", ")", ",", "false", ")", "end" ]
Add an Array of track uris to an existing playlist. Adding tracks to a user's public playlist requires authorization of the playlist-modify-public scope; adding tracks to a private playlist requires the playlist-modify-private scope. client.add_user_tracks_to_playlist('1181346016', '7i3thJWDtmX04dJhFwYb0x', %w(spotify:track:4iV5W9uYEdYUVa79Axb7Rh spotify:track:2lzEz3A3XIFyhMDqzMdcss))
[ "Add", "an", "Array", "of", "track", "uris", "to", "an", "existing", "playlist", "." ]
2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L101-L107
20,257
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.follow
def follow(type, ids) params = { type: type, ids: Array.wrap(ids).join(',') } run(:put, "/v1/me/following", [204], params) end
ruby
def follow(type, ids) params = { type: type, ids: Array.wrap(ids).join(',') } run(:put, "/v1/me/following", [204], params) end
[ "def", "follow", "(", "type", ",", "ids", ")", "params", "=", "{", "type", ":", "type", ",", "ids", ":", "Array", ".", "wrap", "(", "ids", ")", ".", "join", "(", "','", ")", "}", "run", "(", ":put", ",", "\"/v1/me/following\"", ",", "[", "204", "]", ",", "params", ")", "end" ]
Follow artists or users client.follow('artist', ['0BvkDsjIUla7X0k6CSWh1I'])
[ "Follow", "artists", "or", "users" ]
2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L186-L189
20,258
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.url
def url url_params = { :host => @host, :port => @port, :path => "/_status", :query => "format=xml" } @ssl ? URI::HTTPS.build(url_params) : URI::HTTP.build(url_params) end
ruby
def url url_params = { :host => @host, :port => @port, :path => "/_status", :query => "format=xml" } @ssl ? URI::HTTPS.build(url_params) : URI::HTTP.build(url_params) end
[ "def", "url", "url_params", "=", "{", ":host", "=>", "@host", ",", ":port", "=>", "@port", ",", ":path", "=>", "\"/_status\"", ",", ":query", "=>", "\"format=xml\"", "}", "@ssl", "?", "URI", "::", "HTTPS", ".", "build", "(", "url_params", ")", ":", "URI", "::", "HTTP", ".", "build", "(", "url_params", ")", "end" ]
Create a new instance of the status class with the given options <b>Options:</b> * +host+ - the host for monit, defaults to +localhost+ * +port+ - the Monit port, defaults to +2812+ * +ssl+ - should we use SSL for the connection to Monit (default: false) * +auth+ - should authentication be used, defaults to false * +username+ - username for authentication * +password+ - password for authentication Construct the URL
[ "Create", "a", "new", "instance", "of", "the", "status", "class", "with", "the", "given", "options" ]
ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L40-L43
20,259
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.get
def get uri = self.url http = Net::HTTP.new(uri.host, uri.port) if @ssl http.use_ssl = true http.verify_mode = OpenSSL::SSL::VERIFY_NONE end request = Net::HTTP::Get.new(uri.request_uri) if @auth request.basic_auth(@username, @password) end request["User-Agent"] = "Monit Ruby client #{Monit::VERSION}" begin response = http.request(request) rescue Errno::ECONNREFUSED return false end if (response.code =~ /\A2\d\d\z/) @xml = response.body return self.parse(@xml) else return false end end
ruby
def get uri = self.url http = Net::HTTP.new(uri.host, uri.port) if @ssl http.use_ssl = true http.verify_mode = OpenSSL::SSL::VERIFY_NONE end request = Net::HTTP::Get.new(uri.request_uri) if @auth request.basic_auth(@username, @password) end request["User-Agent"] = "Monit Ruby client #{Monit::VERSION}" begin response = http.request(request) rescue Errno::ECONNREFUSED return false end if (response.code =~ /\A2\d\d\z/) @xml = response.body return self.parse(@xml) else return false end end
[ "def", "get", "uri", "=", "self", ".", "url", "http", "=", "Net", "::", "HTTP", ".", "new", "(", "uri", ".", "host", ",", "uri", ".", "port", ")", "if", "@ssl", "http", ".", "use_ssl", "=", "true", "http", ".", "verify_mode", "=", "OpenSSL", "::", "SSL", "::", "VERIFY_NONE", "end", "request", "=", "Net", "::", "HTTP", "::", "Get", ".", "new", "(", "uri", ".", "request_uri", ")", "if", "@auth", "request", ".", "basic_auth", "(", "@username", ",", "@password", ")", "end", "request", "[", "\"User-Agent\"", "]", "=", "\"Monit Ruby client #{Monit::VERSION}\"", "begin", "response", "=", "http", ".", "request", "(", "request", ")", "rescue", "Errno", "::", "ECONNREFUSED", "return", "false", "end", "if", "(", "response", ".", "code", "=~", "/", "\\A", "\\d", "\\d", "\\z", "/", ")", "@xml", "=", "response", ".", "body", "return", "self", ".", "parse", "(", "@xml", ")", "else", "return", "false", "end", "end" ]
Get the status from Monit.
[ "Get", "the", "status", "from", "Monit", "." ]
ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L46-L75
20,260
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.parse
def parse(xml) @hash = Hash.from_xml(xml) @server = Server.new(@hash["monit"]["server"]) @platform = Platform.new(@hash["monit"]["platform"]) options = { :host => @host, :port => @port, :ssl => @ssl, :auth => @auth, :username => @username, :password => @password } if @hash["monit"]["service"].is_a? Array @services = @hash["monit"]["service"].map do |service| Service.new(service, options) end else @services = [Service.new(@hash["monit"]["service"], options)] end true rescue false end
ruby
def parse(xml) @hash = Hash.from_xml(xml) @server = Server.new(@hash["monit"]["server"]) @platform = Platform.new(@hash["monit"]["platform"]) options = { :host => @host, :port => @port, :ssl => @ssl, :auth => @auth, :username => @username, :password => @password } if @hash["monit"]["service"].is_a? Array @services = @hash["monit"]["service"].map do |service| Service.new(service, options) end else @services = [Service.new(@hash["monit"]["service"], options)] end true rescue false end
[ "def", "parse", "(", "xml", ")", "@hash", "=", "Hash", ".", "from_xml", "(", "xml", ")", "@server", "=", "Server", ".", "new", "(", "@hash", "[", "\"monit\"", "]", "[", "\"server\"", "]", ")", "@platform", "=", "Platform", ".", "new", "(", "@hash", "[", "\"monit\"", "]", "[", "\"platform\"", "]", ")", "options", "=", "{", ":host", "=>", "@host", ",", ":port", "=>", "@port", ",", ":ssl", "=>", "@ssl", ",", ":auth", "=>", "@auth", ",", ":username", "=>", "@username", ",", ":password", "=>", "@password", "}", "if", "@hash", "[", "\"monit\"", "]", "[", "\"service\"", "]", ".", "is_a?", "Array", "@services", "=", "@hash", "[", "\"monit\"", "]", "[", "\"service\"", "]", ".", "map", "do", "|", "service", "|", "Service", ".", "new", "(", "service", ",", "options", ")", "end", "else", "@services", "=", "[", "Service", ".", "new", "(", "@hash", "[", "\"monit\"", "]", "[", "\"service\"", "]", ",", "options", ")", "]", "end", "true", "rescue", "false", "end" ]
Parse the XML from Monit into a hash and into a Ruby representation.
[ "Parse", "the", "XML", "from", "Monit", "into", "a", "hash", "and", "into", "a", "Ruby", "representation", "." ]
ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L78-L102
20,261
berkshelf/solve
lib/solve/graph.rb
Solve.Graph.artifact
def artifact(name, version) unless artifact?(name, version) artifact = Artifact.new(self, name, version) @artifacts["#{name}-#{version}"] = artifact @artifacts_by_name[name] << artifact end @artifacts["#{name}-#{version}"] end
ruby
def artifact(name, version) unless artifact?(name, version) artifact = Artifact.new(self, name, version) @artifacts["#{name}-#{version}"] = artifact @artifacts_by_name[name] << artifact end @artifacts["#{name}-#{version}"] end
[ "def", "artifact", "(", "name", ",", "version", ")", "unless", "artifact?", "(", "name", ",", "version", ")", "artifact", "=", "Artifact", ".", "new", "(", "self", ",", "name", ",", "version", ")", "@artifacts", "[", "\"#{name}-#{version}\"", "]", "=", "artifact", "@artifacts_by_name", "[", "name", "]", "<<", "artifact", "end", "@artifacts", "[", "\"#{name}-#{version}\"", "]", "end" ]
Add an artifact to the graph @param [String] name @Param [String] version
[ "Add", "an", "artifact", "to", "the", "graph" ]
a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/graph.rb#L28-L36
20,262
berkshelf/solve
lib/solve/graph.rb
Solve.Graph.versions
def versions(name, constraint = Semverse::DEFAULT_CONSTRAINT) constraint = Semverse::Constraint.coerce(constraint) if constraint == Semverse::DEFAULT_CONSTRAINT @artifacts_by_name[name] else @artifacts_by_name[name].select do |artifact| constraint.satisfies?(artifact.version) end end end
ruby
def versions(name, constraint = Semverse::DEFAULT_CONSTRAINT) constraint = Semverse::Constraint.coerce(constraint) if constraint == Semverse::DEFAULT_CONSTRAINT @artifacts_by_name[name] else @artifacts_by_name[name].select do |artifact| constraint.satisfies?(artifact.version) end end end
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Return all the artifacts from the collection of artifacts with the given name. @param [String] name @return [Array<Solve::Artifact>]
[ "Return", "all", "the", "artifacts", "from", "the", "collection", "of", "artifacts", "with", "the", "given", "name", "." ]
a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/graph.rb#L51-L61
20,263
berkshelf/solve
lib/solve/constraint.rb
Solve.Constraint.satisfies?
def satisfies?(target) target = Semverse::Version.coerce(target) return false if !(version == 0) && greedy_match?(target) compare(target) end
ruby
def satisfies?(target) target = Semverse::Version.coerce(target) return false if !(version == 0) && greedy_match?(target) compare(target) end
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Returns true or false if the given version would be satisfied by the version constraint. @param [Semverse::Version, #to_s] target @return [Boolean]
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/constraint.rb#L201-L207
20,264
berkshelf/solve
lib/solve/gecode_solver.rb
Solve.GecodeSolver.solve_demands
def solve_demands(demands_as_constraints) selector = DepSelector::Selector.new(ds_graph, (timeout_ms / 1000.0)) selector.find_solution(demands_as_constraints, all_artifacts) rescue DepSelector::Exceptions::InvalidSolutionConstraints => e report_invalid_constraints_error(e) rescue DepSelector::Exceptions::NoSolutionExists => e report_no_solution_error(e) rescue DepSelector::Exceptions::TimeBoundExceeded # DepSelector timed out trying to find the solution. There may or may # not be a solution. raise Solve::Errors::NoSolutionError.new( "The dependency constraints could not be solved in the time allotted.") rescue DepSelector::Exceptions::TimeBoundExceededNoSolution # DepSelector determined there wasn't a solution to the problem, then # timed out trying to determine which constraints cause the conflict. raise Solve::Errors::NoSolutionCauseUnknown.new( "There is a dependency conflict, but the solver could not determine the precise cause in the time allotted.") end
ruby
def solve_demands(demands_as_constraints) selector = DepSelector::Selector.new(ds_graph, (timeout_ms / 1000.0)) selector.find_solution(demands_as_constraints, all_artifacts) rescue DepSelector::Exceptions::InvalidSolutionConstraints => e report_invalid_constraints_error(e) rescue DepSelector::Exceptions::NoSolutionExists => e report_no_solution_error(e) rescue DepSelector::Exceptions::TimeBoundExceeded # DepSelector timed out trying to find the solution. There may or may # not be a solution. raise Solve::Errors::NoSolutionError.new( "The dependency constraints could not be solved in the time allotted.") rescue DepSelector::Exceptions::TimeBoundExceededNoSolution # DepSelector determined there wasn't a solution to the problem, then # timed out trying to determine which constraints cause the conflict. raise Solve::Errors::NoSolutionCauseUnknown.new( "There is a dependency conflict, but the solver could not determine the precise cause in the time allotted.") end
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Runs the solver with the set of demands given. If any DepSelector exceptions are raised, they are rescued and re-raised
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/gecode_solver.rb#L94-L111
20,265
berkshelf/solve
lib/solve/ruby_solver.rb
Solve.RubySolver.requirement_satisfied_by?
def requirement_satisfied_by?(requirement, activated, spec) version = spec.version return false unless requirement.constraint.satisfies?(version) shared_possibility_versions = possibility_versions(requirement, activated) return false if !shared_possibility_versions.empty? && !shared_possibility_versions.include?(version) true end
ruby
def requirement_satisfied_by?(requirement, activated, spec) version = spec.version return false unless requirement.constraint.satisfies?(version) shared_possibility_versions = possibility_versions(requirement, activated) return false if !shared_possibility_versions.empty? && !shared_possibility_versions.include?(version) true end
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Callback required by Molinillo Determines whether the given `requirement` is satisfied by the given `spec`, in the context of the current `activated` dependency graph. @param [Object] requirement @param [DependencyGraph] activated the current dependency graph in the resolution process. @param [Object] spec @return [Boolean] whether `requirement` is satisfied by `spec` in the context of the current `activated` dependency graph.
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/ruby_solver.rb#L171-L177
20,266
berkshelf/solve
lib/solve/ruby_solver.rb
Solve.RubySolver.possibility_versions
def possibility_versions(requirement, activated) activated.vertices.values.flat_map do |vertex| next unless vertex.payload next unless vertex.name == requirement.name if vertex.payload.respond_to?(:possibilities) vertex.payload.possibilities.map(&:version) else vertex.payload.version end end.compact end
ruby
def possibility_versions(requirement, activated) activated.vertices.values.flat_map do |vertex| next unless vertex.payload next unless vertex.name == requirement.name if vertex.payload.respond_to?(:possibilities) vertex.payload.possibilities.map(&:version) else vertex.payload.version end end.compact end
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Searches the current dependency graph to find previously activated requirements for the current artifact. @param [Object] requirement @param [DependencyGraph] activated the current dependency graph in the resolution process. @return [Array<Semverse::Version> the list of currently activated versions of this requirement
[ "Searches", "the", "current", "dependency", "graph", "to", "find", "previously", "activated", "requirements", "for", "the", "current", "artifact", "." ]
a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/ruby_solver.rb#L187-L200
20,267
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.clock
def clock(frequency) options = {4000 => 0, #4 kHz 8000 => 32768, #8 kHz 15625 => 16384, #15.625 kHz 31250 => 8192, #31.25 kHz 62500 => 4096, #62.5 kHz 125000 => 2048, #125 kHz 250000 => 1024, #250 kHz 500000 => 512, #500 kHz 1000000 => 256, #1 MHz 2000000 => 128, #2 MHz 4000000 => 64, #4 MHz 8000000 => 32, #8 MHz 20000000 => 16 #20 MHz } divider = options[frequency] PiPiper.driver.spi_clock(divider) end
ruby
def clock(frequency) options = {4000 => 0, #4 kHz 8000 => 32768, #8 kHz 15625 => 16384, #15.625 kHz 31250 => 8192, #31.25 kHz 62500 => 4096, #62.5 kHz 125000 => 2048, #125 kHz 250000 => 1024, #250 kHz 500000 => 512, #500 kHz 1000000 => 256, #1 MHz 2000000 => 128, #2 MHz 4000000 => 64, #4 MHz 8000000 => 32, #8 MHz 20000000 => 16 #20 MHz } divider = options[frequency] PiPiper.driver.spi_clock(divider) end
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Sets the SPI clock frequency
[ "Sets", "the", "SPI", "clock", "frequency" ]
bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L64-L81
20,268
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.chip_select
def chip_select(chip=CHIP_SELECT_0) chip = @chip if @chip PiPiper.driver.spi_chip_select(chip) if block_given? begin yield ensure PiPiper.driver.spi_chip_select(CHIP_SELECT_NONE) end end end
ruby
def chip_select(chip=CHIP_SELECT_0) chip = @chip if @chip PiPiper.driver.spi_chip_select(chip) if block_given? begin yield ensure PiPiper.driver.spi_chip_select(CHIP_SELECT_NONE) end end end
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Activate a specific chip so that communication can begin When a block is provided, the chip is automatically deactivated after the block completes. When a block is not provided, the user is responsible for calling chip_select(CHIP_SELECT_NONE) @example With block (preferred) spi.chip_select do spi.write(0xFF) end @example Without block spi.chip_select(CHIP_SELECT_0) spi.write(0xFF) spi.write(0x22) spi.chip_select(CHIP_SELECT_NONE) @yield @param [optional, CHIP_SELECT_*] chip the chip select line options
[ "Activate", "a", "specific", "chip", "so", "that", "communication", "can", "begin" ]
bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L113-L123
20,269
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.chip_select_active_low
def chip_select_active_low(active_low, chip=nil) chip = @chip if @chip chip = CHIP_SELECT_0 unless chip PiPiper.driver.spi_chip_select_polarity(chip, active_low ? 0 : 1) end
ruby
def chip_select_active_low(active_low, chip=nil) chip = @chip if @chip chip = CHIP_SELECT_0 unless chip PiPiper.driver.spi_chip_select_polarity(chip, active_low ? 0 : 1) end
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Configure the active state of the chip select line The default state for most chips is active low. "active low" means the clock line is kept high during idle, and goes low when communicating. "active high" means the clock line is kept low during idle, and goes high when communicating. @param [Boolean] active_low true for active low, false for active high @param [optional, CHIP_SELECT_*] chip one of CHIP_SELECT_*
[ "Configure", "the", "active", "state", "of", "the", "chip", "select", "line" ]
bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L135-L140
20,270
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.write
def write(*args) case args.count when 0 raise ArgumentError, "missing arguments" when 1 data = args.first else data = args end enable do case data when Numeric PiPiper.driver.spi_transfer(data) when Enumerable PiPiper.driver.spi_transfer_bytes(data) else raise ArgumentError, "#{data.class} is not valid data. Use Numeric or an Enumerable of numbers" end end end
ruby
def write(*args) case args.count when 0 raise ArgumentError, "missing arguments" when 1 data = args.first else data = args end enable do case data when Numeric PiPiper.driver.spi_transfer(data) when Enumerable PiPiper.driver.spi_transfer_bytes(data) else raise ArgumentError, "#{data.class} is not valid data. Use Numeric or an Enumerable of numbers" end end end
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Write to the bus @example Write a single byte spi.write(0x22) @example Write multiple bytes spi.write(0x22, 0x33, 0x44) @return [Number|Array] data that came out of MISO during write
[ "Write", "to", "the", "bus" ]
bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L172-L192
20,271
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.add_subview
def add_subview(view_or_constant, opts={}) subviews_added = [] selected.each do |selected_view| created = false appended = false built = false if view_or_constant.is_a?(UIView) new_view = view_or_constant else created = true new_view = create_view(view_or_constant, opts) end rmq_data = new_view.rmq_data unless rmq_data.built rmq_data.built = true # build only once built = true end rmq_data.view_controller = self.weak_view_controller subviews_added << new_view unless opts[:do_not_add] if at_index = opts[:at_index] selected_view.insertSubview(new_view, atIndex: at_index) elsif below_view = opts[:below_view] selected_view.insertSubview(new_view, belowSubview: below_view) else selected_view.addSubview(new_view) end appended = true end if created new_view.rmq_created end new_view.rmq_build if built new_view.rmq_appended if appended if self.stylesheet apply_style_to_view(new_view, opts[:style]) if opts[:style] end end view = RMQ.create_with_array_and_selectors(subviews_added, selectors, @context, self) opts[:block].call view if opts[:block] opts[:raw_block].call view.get if opts[:raw_block] view end
ruby
def add_subview(view_or_constant, opts={}) subviews_added = [] selected.each do |selected_view| created = false appended = false built = false if view_or_constant.is_a?(UIView) new_view = view_or_constant else created = true new_view = create_view(view_or_constant, opts) end rmq_data = new_view.rmq_data unless rmq_data.built rmq_data.built = true # build only once built = true end rmq_data.view_controller = self.weak_view_controller subviews_added << new_view unless opts[:do_not_add] if at_index = opts[:at_index] selected_view.insertSubview(new_view, atIndex: at_index) elsif below_view = opts[:below_view] selected_view.insertSubview(new_view, belowSubview: below_view) else selected_view.addSubview(new_view) end appended = true end if created new_view.rmq_created end new_view.rmq_build if built new_view.rmq_appended if appended if self.stylesheet apply_style_to_view(new_view, opts[:style]) if opts[:style] end end view = RMQ.create_with_array_and_selectors(subviews_added, selectors, @context, self) opts[:block].call view if opts[:block] opts[:raw_block].call view.get if opts[:raw_block] view end
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This is used by build, create, and append. You really shouldn't use it directly. Although it's totally fine if you do @return [RMQ]
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L20-L73
20,272
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.find_or_append
def find_or_append(view_or_constant, style=nil, opts = {}, &block) if style && (q = self.find(style)) && q.length > 0 view_or_constant = q.get end append(view_or_constant, style, opts, &block) end
ruby
def find_or_append(view_or_constant, style=nil, opts = {}, &block) if style && (q = self.find(style)) && q.length > 0 view_or_constant = q.get end append(view_or_constant, style, opts, &block) end
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Same as append, but will look for a view with the same name and reapply styles to it if it finds one. If it doesn't, it'll append as normal. @example @my_button = rmq.find_or_append(UIButton, :my_button) @my_button = rmq.find_or_append(UIButton, :my_button) # Only one created
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L120-L126
20,273
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.find_or_append!
def find_or_append!(view_or_constant, style=nil, opts = {}, &block) find_or_append(view_or_constant, style, opts, &block).get end
ruby
def find_or_append!(view_or_constant, style=nil, opts = {}, &block) find_or_append(view_or_constant, style, opts, &block).get end
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Same as append!, but will look for a view with the same name and reapply styles to it if it finds one. If it doesn't, it'll append! as normal. @example @my_button = rmq.find_or_append!(UIButton, :my_button) @my_button = rmq.find_or_append!(UIButton, :my_button) # Only one created
[ "Same", "as", "append!", "but", "will", "look", "for", "a", "view", "with", "the", "same", "name", "and", "reapply", "styles", "to", "it", "if", "it", "finds", "one", ".", "If", "it", "doesn", "t", "it", "ll", "append!", "as", "normal", "." ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L134-L136
20,274
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.unshift
def unshift(view_or_constant, style=nil, opts = {}, &block) opts[:at_index] = 0 opts[:style] = style opts[:block] = block if block add_subview view_or_constant, opts end
ruby
def unshift(view_or_constant, style=nil, opts = {}, &block) opts[:at_index] = 0 opts[:style] = style opts[:block] = block if block add_subview view_or_constant, opts end
[ "def", "unshift", "(", "view_or_constant", ",", "style", "=", "nil", ",", "opts", "=", "{", "}", ",", "&", "block", ")", "opts", "[", ":at_index", "]", "=", "0", "opts", "[", ":style", "]", "=", "style", "opts", "[", ":block", "]", "=", "block", "if", "block", "add_subview", "view_or_constant", ",", "opts", "end" ]
Just like append, but inserts the view at index 0 of the subview array @return [RMQ]
[ "Just", "like", "append", "but", "inserts", "the", "view", "at", "index", "0", "of", "the", "subview", "array" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L141-L146
20,275
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.build
def build(view, style = nil, opts = {}, &block) opts[:do_not_add] = true opts[:style] = style opts[:block] = block if block add_subview view, opts end
ruby
def build(view, style = nil, opts = {}, &block) opts[:do_not_add] = true opts[:style] = style opts[:block] = block if block add_subview view, opts end
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Build a view, similar to create and append, but only inits an existing view. Usefull in collectionview cells for example @example # In your collectionview rmq.build(cell) unless cell.reused # Then in your cell def rmq_build rmq.append(UIView, :foo) end
[ "Build", "a", "view", "similar", "to", "create", "and", "append", "but", "only", "inits", "an", "existing", "view", ".", "Usefull", "in", "collectionview", "cells", "for", "example" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L209-L214
20,276
infinitered/rmq
motion/ruby_motion_query/validation.rb
RubyMotionQuery.Validation.universal_validation_checks
def universal_validation_checks (data, options={}) # shortcircuit if debugging return true if RubyMotionQuery::RMQ.debugging? # allow blank data if specified return true if (options[:allow_blank] && (data.nil? || data.empty?)) # allow whitelist data if specified return true if (options[:white_list] && options[:white_list].include?(data)) false end
ruby
def universal_validation_checks (data, options={}) # shortcircuit if debugging return true if RubyMotionQuery::RMQ.debugging? # allow blank data if specified return true if (options[:allow_blank] && (data.nil? || data.empty?)) # allow whitelist data if specified return true if (options[:white_list] && options[:white_list].include?(data)) false end
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this method shortcuts specific validation rules. As such it should only be added to for universal validation needs. It must be kept as efficient as possible.
[ "this", "method", "shortcuts", "specific", "validation", "rules", ".", "As", "such", "it", "should", "only", "be", "added", "to", "for", "universal", "validation", "needs", ".", "It", "must", "be", "kept", "as", "efficient", "as", "possible", "." ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/validation.rb#L110-L119
20,277
infinitered/rmq
motion/ruby_motion_query/debug.rb
RubyMotionQuery.Debug.log_detailed
def log_detailed(label, params = {}) return unless RMQ.app.development? || RMQ.app.test? objects = params[:objects] skip_first_caller = params[:skip_first_caller] if block_given? && !objects objects = yield end callers = caller callers = callers.drop(1) if skip_first_caller out = %( ------------------------------------------------ Deep log - #{label} At: #{Time.now.to_s} Callers: #{callers.join("\n - ")} Objects: #{objects.map{|k, v| "#{k.to_s}: #{v.inspect}" }.join("\n\n")} ------------------------------------------------ ).gsub(/^ +/, '') NSLog out label end
ruby
def log_detailed(label, params = {}) return unless RMQ.app.development? || RMQ.app.test? objects = params[:objects] skip_first_caller = params[:skip_first_caller] if block_given? && !objects objects = yield end callers = caller callers = callers.drop(1) if skip_first_caller out = %( ------------------------------------------------ Deep log - #{label} At: #{Time.now.to_s} Callers: #{callers.join("\n - ")} Objects: #{objects.map{|k, v| "#{k.to_s}: #{v.inspect}" }.join("\n\n")} ------------------------------------------------ ).gsub(/^ +/, '') NSLog out label end
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Warning, this is very slow
[ "Warning", "this", "is", "very", "slow" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/debug.rb#L41-L71
20,278
infinitered/rmq
motion/ruby_motion_query/debug.rb
RubyMotionQuery.Debug.assert
def assert(truthy, label = nil, objects = nil) if (RMQ.app.development? || RMQ.app.test?) && !truthy label ||= 'Assert failed' if block_given? && !objects objects = yield end log_detailed label, objects: objects, skip_first_caller: true end end
ruby
def assert(truthy, label = nil, objects = nil) if (RMQ.app.development? || RMQ.app.test?) && !truthy label ||= 'Assert failed' if block_given? && !objects objects = yield end log_detailed label, objects: objects, skip_first_caller: true end end
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Warning, this is very slow to output log, checking truthy however is basically as performant as an if statement @example # foo and bar are objects we want to inspect rmq.debug.assert(1==2, 'Bad stuff happened', { foo: foo, bar: bar })
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/debug.rb#L83-L91
20,279
infinitered/rmq
motion/ruby_motion_query/position.rb
RubyMotionQuery.RMQ.subviews_bottom_right
def subviews_bottom_right(view, args = {}) w = 0 h = 0 view.subviews.each do |subview| rect = subview.rmq.frame w = [rect.right, w].max h = [rect.bottom, h].max end rect = view.rmq.frame w = rect.width if (w == 0 || args[:only_height]) h = rect.height if (h == 0 || args[:only_width]) {w: (w + (args[:right] || 0)), h: (h + (args[:bottom] || 0))} end
ruby
def subviews_bottom_right(view, args = {}) w = 0 h = 0 view.subviews.each do |subview| rect = subview.rmq.frame w = [rect.right, w].max h = [rect.bottom, h].max end rect = view.rmq.frame w = rect.width if (w == 0 || args[:only_height]) h = rect.height if (h == 0 || args[:only_width]) {w: (w + (args[:right] || 0)), h: (h + (args[:bottom] || 0))} end
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Calculates the bottom right of a view using its subviews @return [Hash]
[ "Calculates", "the", "bottom", "right", "of", "a", "view", "using", "its", "subviews" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/position.rb#L189-L204
20,280
infinitered/rmq
motion/ruby_motion_query/base.rb
RubyMotionQuery.RMQ.context=
def context=(value) if value if value.is_a?(UIViewController) @context = RubyMotionQuery::RMQ.weak_ref(value) elsif value.is_a?(UIView) @context = value #else #debug.log_detailed('Invalid context', objects: {value: value}) end else @context = nil end @context end
ruby
def context=(value) if value if value.is_a?(UIViewController) @context = RubyMotionQuery::RMQ.weak_ref(value) elsif value.is_a?(UIView) @context = value #else #debug.log_detailed('Invalid context', objects: {value: value}) end else @context = nil end @context end
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This is mostly used internally If rmq was called in a view, context will be that view. If it was called in a UIViewController, it will be that controller. If it is called in another object, it will be current controller's rmq instance and thus context will be that controller
[ "This", "is", "mostly", "used", "internally" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/base.rb#L30-L43
20,281
infinitered/rmq
motion/ruby_motion_query/base.rb
RubyMotionQuery.RMQ.selected
def selected if @selected_dirty @_selected = [] if RMQ.is_blank?(self.selectors) @_selected << context_or_context_view else working_selectors = self.selectors.dup extract_views_from_selectors(@_selected, working_selectors) unless RMQ.is_blank?(working_selectors) subviews = all_subviews_for(root_view) subviews.each do |subview| @_selected << subview if match(subview, working_selectors) end end @_selected.uniq! end @selected_dirty = false else @_selected ||= [] end @_selected end
ruby
def selected if @selected_dirty @_selected = [] if RMQ.is_blank?(self.selectors) @_selected << context_or_context_view else working_selectors = self.selectors.dup extract_views_from_selectors(@_selected, working_selectors) unless RMQ.is_blank?(working_selectors) subviews = all_subviews_for(root_view) subviews.each do |subview| @_selected << subview if match(subview, working_selectors) end end @_selected.uniq! end @selected_dirty = false else @_selected ||= [] end @_selected end
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The UIViews currently selected Use {#get} instead to get the actual UIView objects @return [Array]
[ "The", "UIViews", "currently", "selected" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/base.rb#L60-L86
20,282
infinitered/rmq
motion/ruby_motion_query/base.rb
RubyMotionQuery.RMQ.wrap
def wrap(*views) views.flatten! views.select!{ |v| v.is_a?(UIView) } RMQ.create_with_array_and_selectors(views, views, views.first, self) end
ruby
def wrap(*views) views.flatten! views.select!{ |v| v.is_a?(UIView) } RMQ.create_with_array_and_selectors(views, views, views.first, self) end
[ "def", "wrap", "(", "*", "views", ")", "views", ".", "flatten!", "views", ".", "select!", "{", "|", "v", "|", "v", ".", "is_a?", "(", "UIView", ")", "}", "RMQ", ".", "create_with_array_and_selectors", "(", "views", ",", "views", ",", "views", ".", "first", ",", "self", ")", "end" ]
Wraps 1 or more views in an rmq instance. Normally you select a view or views using rmq(my_view). Which doesn't work if you have an instance of a RMQ, in which case it isn't a method. In some cases you want to save an instance of rmq and use it like the rmq method, for this you'd use #wrap @example q = RubyMotionQuery::RMQ.new # Bad q(my_view).view_controller # Good q.wrap(my_view).view_controller
[ "Wraps", "1", "or", "more", "views", "in", "an", "rmq", "instance", "." ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/base.rb#L103-L107
20,283
infinitered/rmq
motion/ruby_motion_query/base.rb
RubyMotionQuery.RMQ.log
def log(opt = nil) if opt == :tree puts tree_to_s(selected) return end wide = (opt == :wide) out = "\n object_id | class | style_name | frame |" out << "\n" unless wide out << " sv id | superview | subviews count | tags |" line = " - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - |\n" out << "\n" out << line.chop if wide out << line selected.each do |view| out << " #{view.object_id.to_s.ljust(12)}|" out << " #{view.class.name[0..21].ljust(22)}|" out << " #{(view.rmq_data.style_name || '')[0..23].ljust(24)}|" s = "" if view.origin format = '#0.#' s = " {l: #{RMQ.format.numeric(view.origin.x, format)}" s << ", t: #{RMQ.format.numeric(view.origin.y, format)}" s << ", w: #{RMQ.format.numeric(view.size.width, format)}" s << ", h: #{RMQ.format.numeric(view.size.height, format)}}" end out << s.ljust(33) out << '|' out << "\n" unless wide out << " #{view.superview.object_id.to_s.ljust(12)}|" out << " #{(view.superview ? view.superview.class.name : '')[0..21].ljust(22)}|" out << " #{view.subviews.length.to_s.ljust(23)} |" #out << " #{view.subviews.length.to_s.rjust(8)} #{view.superview.class.name.ljust(20)} #{view.superview.object_id.to_s.rjust(10)}" out << " #{view.rmq_data.tag_names.join(',').ljust(32)}|" out << "\n" out << line unless wide end out << "RMQ #{self.object_id}. #{self.count} selected. selectors: #{self.selectors}" puts out end
ruby
def log(opt = nil) if opt == :tree puts tree_to_s(selected) return end wide = (opt == :wide) out = "\n object_id | class | style_name | frame |" out << "\n" unless wide out << " sv id | superview | subviews count | tags |" line = " - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - |\n" out << "\n" out << line.chop if wide out << line selected.each do |view| out << " #{view.object_id.to_s.ljust(12)}|" out << " #{view.class.name[0..21].ljust(22)}|" out << " #{(view.rmq_data.style_name || '')[0..23].ljust(24)}|" s = "" if view.origin format = '#0.#' s = " {l: #{RMQ.format.numeric(view.origin.x, format)}" s << ", t: #{RMQ.format.numeric(view.origin.y, format)}" s << ", w: #{RMQ.format.numeric(view.size.width, format)}" s << ", h: #{RMQ.format.numeric(view.size.height, format)}}" end out << s.ljust(33) out << '|' out << "\n" unless wide out << " #{view.superview.object_id.to_s.ljust(12)}|" out << " #{(view.superview ? view.superview.class.name : '')[0..21].ljust(22)}|" out << " #{view.subviews.length.to_s.ljust(23)} |" #out << " #{view.subviews.length.to_s.rjust(8)} #{view.superview.class.name.ljust(20)} #{view.superview.object_id.to_s.rjust(10)}" out << " #{view.rmq_data.tag_names.join(',').ljust(32)}|" out << "\n" out << line unless wide end out << "RMQ #{self.object_id}. #{self.count} selected. selectors: #{self.selectors}" puts out end
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Super useful in the console. log outputs to the console a table of the selected views @param :wide outputs wide format (really wide, but awesome: rmq.all.log :wide). :tree outputs the log in a tree form @return [String] @example (main)> rmq(UIImageView).log object_id | class | style_name | frame | sv id | superview | subviews count | tags | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 168150976 | UIImageView | logo | {l: 60, t: 10, w: 200, h: 95.5} | 168128784 | UIView | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 168180640 | UIImageView | | {l: 1, t: 1, w: 148, h: 19} | 168173616 | UIRoundedRectButton | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 168204336 | UIImageView | | {l: 1, t: 0, w: 77, h: 27} | 168201952 | _UISwitchInternalView | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 172600352 | UIImageView | | {l: -2, t: 0, w: 79, h: 27} | 168204512 | UIView | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 168205504 | UIImageView | | {l: -2, t: 0, w: 131, h: 27} | 168204512 | UIView | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | 168205600 | UIImageView | | {l: 49, t: 0, w: 29, h: 27} | 168204512 | UIView | 0 | | - - - - - - | - - - - - - - - - - - | - - - - - - - - - - - - | - - - - - - - - - - - - - - - - | RMQ 278442176. 6 selected. selectors: [UIImageView] @example rmq.log :tree @example rmq.all.log :wide
[ "Super", "useful", "in", "the", "console", ".", "log", "outputs", "to", "the", "console", "a", "table", "of", "the", "selected", "views" ]
a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/base.rb#L228-L272
20,284
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.apply_to_method
def apply_to_method(method) filtered_advices = filter_advices advices, method return if filtered_advices.empty? logger.debug 'apply-to-method', method scope ||= context.instance_method_type(method) recreate_method method, filtered_advices, scope end
ruby
def apply_to_method(method) filtered_advices = filter_advices advices, method return if filtered_advices.empty? logger.debug 'apply-to-method', method scope ||= context.instance_method_type(method) recreate_method method, filtered_advices, scope end
[ "def", "apply_to_method", "(", "method", ")", "filtered_advices", "=", "filter_advices", "advices", ",", "method", "return", "if", "filtered_advices", ".", "empty?", "logger", ".", "debug", "'apply-to-method'", ",", "method", "scope", "||=", "context", ".", "instance_method_type", "(", "method", ")", "recreate_method", "method", ",", "filtered_advices", ",", "scope", "end" ]
Applies advices to a given method @note This method is public only because we use it from define_method on a module @note If will figure out the method scope (private/public/protected) on its own @param method [Symbol] method to which we want to apply this interception
[ "Applies", "advices", "to", "a", "given", "method" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L57-L66
20,285
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.define_methods_for_advice_blocks
def define_methods_for_advice_blocks advices.each do |advice| next if advice.raw? next unless advice.advice_block context.send :define_method, advice.with_method, advice.advice_block context.send :private, advice.with_method end end
ruby
def define_methods_for_advice_blocks advices.each do |advice| next if advice.raw? next unless advice.advice_block context.send :define_method, advice.with_method, advice.advice_block context.send :private, advice.with_method end end
[ "def", "define_methods_for_advice_blocks", "advices", ".", "each", "do", "|", "advice", "|", "next", "if", "advice", ".", "raw?", "next", "unless", "advice", ".", "advice_block", "context", ".", "send", ":define_method", ",", "advice", ".", "with_method", ",", "advice", ".", "advice_block", "context", ".", "send", ":private", ",", "advice", ".", "with_method", "end", "end" ]
Defines on a target element new methods that will contain advices logic as long as their blocks. Then we can invoke advices logic as a normal methods In a way it just casts a block to methods for peformance reasons If we have advices that just execute already existing methods, this won't create anything @note All methods like this are set to private - they should stay as an internal implementation detail
[ "Defines", "on", "a", "target", "element", "new", "methods", "that", "will", "contain", "advices", "logic", "as", "long", "as", "their", "blocks", ".", "Then", "we", "can", "invoke", "advices", "logic", "as", "a", "normal", "methods", "In", "a", "way", "it", "just", "casts", "a", "block", "to", "methods", "for", "peformance", "reasons", "If", "we", "have", "advices", "that", "just", "execute", "already", "existing", "methods", "this", "won", "t", "create", "anything" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L77-L84
20,286
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.apply_to_methods
def apply_to_methods # If method/methods option is set and all are String or Symbol, apply to those only, instead of # iterating through all methods methods = [@options[:method] || @options[:methods]] methods.compact! methods.flatten! if !methods.empty? && methods.all?{ |method| method.is_a?(String) || method.is_a?(Symbol) } methods.each do |method| apply_to_method(method.to_s) end return end context.public_instance_methods.each do |method| apply_to_method(method.to_s) end context.protected_instance_methods.each do |method| apply_to_method(method.to_s) end if @options[:private_methods] context.private_instance_methods.each do |method| apply_to_method(method.to_s) end end end
ruby
def apply_to_methods # If method/methods option is set and all are String or Symbol, apply to those only, instead of # iterating through all methods methods = [@options[:method] || @options[:methods]] methods.compact! methods.flatten! if !methods.empty? && methods.all?{ |method| method.is_a?(String) || method.is_a?(Symbol) } methods.each do |method| apply_to_method(method.to_s) end return end context.public_instance_methods.each do |method| apply_to_method(method.to_s) end context.protected_instance_methods.each do |method| apply_to_method(method.to_s) end if @options[:private_methods] context.private_instance_methods.each do |method| apply_to_method(method.to_s) end end end
[ "def", "apply_to_methods", "# If method/methods option is set and all are String or Symbol, apply to those only, instead of", "# iterating through all methods", "methods", "=", "[", "@options", "[", ":method", "]", "||", "@options", "[", ":methods", "]", "]", "methods", ".", "compact!", "methods", ".", "flatten!", "if", "!", "methods", ".", "empty?", "&&", "methods", ".", "all?", "{", "|", "method", "|", "method", ".", "is_a?", "(", "String", ")", "||", "method", ".", "is_a?", "(", "Symbol", ")", "}", "methods", ".", "each", "do", "|", "method", "|", "apply_to_method", "(", "method", ".", "to_s", ")", "end", "return", "end", "context", ".", "public_instance_methods", ".", "each", "do", "|", "method", "|", "apply_to_method", "(", "method", ".", "to_s", ")", "end", "context", ".", "protected_instance_methods", ".", "each", "do", "|", "method", "|", "apply_to_method", "(", "method", ".", "to_s", ")", "end", "if", "@options", "[", ":private_methods", "]", "context", ".", "private_instance_methods", ".", "each", "do", "|", "method", "|", "apply_to_method", "(", "method", ".", "to_s", ")", "end", "end", "end" ]
Will apply all the advices to all methods that match
[ "Will", "apply", "all", "the", "advices", "to", "all", "methods", "that", "match" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L97-L125
20,287
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.invoke_deferred_logics
def invoke_deferred_logics logics = @aspect.class.storage.deferred_logics return if logics.empty? logics.each do |logic| result = logic.apply context, aspect if advices.detect { |advice| advice.use_deferred_logic? logic } @deferred_logic_results ||= {} @deferred_logic_results[logic] = result end end end
ruby
def invoke_deferred_logics logics = @aspect.class.storage.deferred_logics return if logics.empty? logics.each do |logic| result = logic.apply context, aspect if advices.detect { |advice| advice.use_deferred_logic? logic } @deferred_logic_results ||= {} @deferred_logic_results[logic] = result end end end
[ "def", "invoke_deferred_logics", "logics", "=", "@aspect", ".", "class", ".", "storage", ".", "deferred_logics", "return", "if", "logics", ".", "empty?", "logics", ".", "each", "do", "|", "logic", "|", "result", "=", "logic", ".", "apply", "context", ",", "aspect", "if", "advices", ".", "detect", "{", "|", "advice", "|", "advice", ".", "use_deferred_logic?", "logic", "}", "@deferred_logic_results", "||=", "{", "}", "@deferred_logic_results", "[", "logic", "]", "=", "result", "end", "end", "end" ]
Invokes deferred logics blocks on a target element and stores deferred logic invokations results
[ "Invokes", "deferred", "logics", "blocks", "on", "a", "target", "element", "and", "stores", "deferred", "logic", "invokations", "results" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L141-L152
20,288
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.add_method_hooks
def add_method_hooks eigen_class = @target.singleton_class if @options[:class_methods] return unless @target.is_a?(Module) orig_singleton_method_added = @target.method(:singleton_method_added) eigen_class.send :define_method, :singleton_method_added do |method| aspector_singleton_method_added(method) orig_singleton_method_added.call(method) end else if @target.is_a? Module orig_method_added = @target.method(:method_added) else orig_method_added = eigen_class.method(:method_added) end eigen_class.send :define_method, :method_added do |method| aspector_instance_method_added(method) orig_method_added.call(method) end end end
ruby
def add_method_hooks eigen_class = @target.singleton_class if @options[:class_methods] return unless @target.is_a?(Module) orig_singleton_method_added = @target.method(:singleton_method_added) eigen_class.send :define_method, :singleton_method_added do |method| aspector_singleton_method_added(method) orig_singleton_method_added.call(method) end else if @target.is_a? Module orig_method_added = @target.method(:method_added) else orig_method_added = eigen_class.method(:method_added) end eigen_class.send :define_method, :method_added do |method| aspector_instance_method_added(method) orig_method_added.call(method) end end end
[ "def", "add_method_hooks", "eigen_class", "=", "@target", ".", "singleton_class", "if", "@options", "[", ":class_methods", "]", "return", "unless", "@target", ".", "is_a?", "(", "Module", ")", "orig_singleton_method_added", "=", "@target", ".", "method", "(", ":singleton_method_added", ")", "eigen_class", ".", "send", ":define_method", ",", ":singleton_method_added", "do", "|", "method", "|", "aspector_singleton_method_added", "(", "method", ")", "orig_singleton_method_added", ".", "call", "(", "method", ")", "end", "else", "if", "@target", ".", "is_a?", "Module", "orig_method_added", "=", "@target", ".", "method", "(", ":method_added", ")", "else", "orig_method_added", "=", "eigen_class", ".", "method", "(", ":method_added", ")", "end", "eigen_class", ".", "send", ":define_method", ",", ":method_added", "do", "|", "method", "|", "aspector_instance_method_added", "(", "method", ")", "orig_method_added", ".", "call", "(", "method", ")", "end", "end", "end" ]
Redefines singleton_method_added and method_added methods so they are monitored If new method is added we will apply to it appropriate advices
[ "Redefines", "singleton_method_added", "and", "method_added", "methods", "so", "they", "are", "monitored", "If", "new", "method", "is", "added", "we", "will", "apply", "to", "it", "appropriate", "advices" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L173-L197
20,289
gcao/aspector
lib/aspector/interception.rb
Aspector.Interception.recreate_method
def recreate_method(method, advices, scope) context.instance_variable_set(:@aspector_creating_method, true) raw_advices = advices.select(&:raw?) if raw_advices.size > 0 raw_advices.each do |advice| if @target.is_a?(Module) && !@options[:class_methods] @target.class_exec method, self, &advice.advice_block else @target.instance_exec method, self, &advice.advice_block end end return if raw_advices.size == advices.size end begin @wrapped_methods[method] = context.instance_method(method) rescue # ignore undefined method error if @options[:existing_methods_only] logger.log Logging::WARN, 'method-not-found', method end return end before_advices = advices.select(&:before?) + advices.select(&:before_filter?) after_advices = advices.select(&:after?) around_advices = advices.select(&:around?) (around_advices.size - 1).downto(1) do |i| advice = around_advices[i] recreate_method_with_advices method, [], [], advice end recreate_method_with_advices( method, before_advices, after_advices, around_advices.first ) context.send scope, method if scope != :public ensure context.send :remove_instance_variable, :@aspector_creating_method end
ruby
def recreate_method(method, advices, scope) context.instance_variable_set(:@aspector_creating_method, true) raw_advices = advices.select(&:raw?) if raw_advices.size > 0 raw_advices.each do |advice| if @target.is_a?(Module) && !@options[:class_methods] @target.class_exec method, self, &advice.advice_block else @target.instance_exec method, self, &advice.advice_block end end return if raw_advices.size == advices.size end begin @wrapped_methods[method] = context.instance_method(method) rescue # ignore undefined method error if @options[:existing_methods_only] logger.log Logging::WARN, 'method-not-found', method end return end before_advices = advices.select(&:before?) + advices.select(&:before_filter?) after_advices = advices.select(&:after?) around_advices = advices.select(&:around?) (around_advices.size - 1).downto(1) do |i| advice = around_advices[i] recreate_method_with_advices method, [], [], advice end recreate_method_with_advices( method, before_advices, after_advices, around_advices.first ) context.send scope, method if scope != :public ensure context.send :remove_instance_variable, :@aspector_creating_method end
[ "def", "recreate_method", "(", "method", ",", "advices", ",", "scope", ")", "context", ".", "instance_variable_set", "(", ":@aspector_creating_method", ",", "true", ")", "raw_advices", "=", "advices", ".", "select", "(", ":raw?", ")", "if", "raw_advices", ".", "size", ">", "0", "raw_advices", ".", "each", "do", "|", "advice", "|", "if", "@target", ".", "is_a?", "(", "Module", ")", "&&", "!", "@options", "[", ":class_methods", "]", "@target", ".", "class_exec", "method", ",", "self", ",", "advice", ".", "advice_block", "else", "@target", ".", "instance_exec", "method", ",", "self", ",", "advice", ".", "advice_block", "end", "end", "return", "if", "raw_advices", ".", "size", "==", "advices", ".", "size", "end", "begin", "@wrapped_methods", "[", "method", "]", "=", "context", ".", "instance_method", "(", "method", ")", "rescue", "# ignore undefined method error", "if", "@options", "[", ":existing_methods_only", "]", "logger", ".", "log", "Logging", "::", "WARN", ",", "'method-not-found'", ",", "method", "end", "return", "end", "before_advices", "=", "advices", ".", "select", "(", ":before?", ")", "+", "advices", ".", "select", "(", ":before_filter?", ")", "after_advices", "=", "advices", ".", "select", "(", ":after?", ")", "around_advices", "=", "advices", ".", "select", "(", ":around?", ")", "(", "around_advices", ".", "size", "-", "1", ")", ".", "downto", "(", "1", ")", "do", "|", "i", "|", "advice", "=", "around_advices", "[", "i", "]", "recreate_method_with_advices", "method", ",", "[", "]", ",", "[", "]", ",", "advice", "end", "recreate_method_with_advices", "(", "method", ",", "before_advices", ",", "after_advices", ",", "around_advices", ".", "first", ")", "context", ".", "send", "scope", ",", "method", "if", "scope", "!=", ":public", "ensure", "context", ".", "send", ":remove_instance_variable", ",", ":@aspector_creating_method", "end" ]
Recreates a given method applying all the advices one by one @param method [String] method name of a method that we want to recreate @param advices [Array<Aspector::Advice>] all the advices that should be applied (after filtering) @param scope [Symbol] method visibility (private, protected, public)
[ "Recreates", "a", "given", "method", "applying", "all", "the", "advices", "one", "by", "one" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/interception.rb#L214-L261
20,290
gcao/aspector
lib/aspector/logger.rb
Aspector.Logger.message
def message(*args) msg = [] if context.is_a? Aspector::Base msg << context.class.to_s msg << context.target.to_s else msg << context.to_s end msg += args msg.join(' | ') end
ruby
def message(*args) msg = [] if context.is_a? Aspector::Base msg << context.class.to_s msg << context.target.to_s else msg << context.to_s end msg += args msg.join(' | ') end
[ "def", "message", "(", "*", "args", ")", "msg", "=", "[", "]", "if", "context", ".", "is_a?", "Aspector", "::", "Base", "msg", "<<", "context", ".", "class", ".", "to_s", "msg", "<<", "context", ".", "target", ".", "to_s", "else", "msg", "<<", "context", ".", "to_s", "end", "msg", "+=", "args", "msg", ".", "join", "(", "' | '", ")", "end" ]
Creates a full messages that we want to log @param args any arguments that we want to log based on @return [String] message string for logging - provides additional context information @example Create a message based on a single argument message('action taken') #=> 'Aspector::Base | ExampleClass | action taken'
[ "Creates", "a", "full", "messages", "that", "we", "want", "to", "log" ]
c82396dc8678bf632959fdaf25aa28e76b0e4605
https://github.com/gcao/aspector/blob/c82396dc8678bf632959fdaf25aa28e76b0e4605/lib/aspector/logger.rb#L36-L49
20,291
Fullscreen/squid
lib/squid/plotter.rb
Squid.Plotter.legend
def legend(labels, height:, right: 0, colors: []) left = @pdf.bounds.width/2 box(x: left, y: @pdf.bounds.top, w: left, h: height) do x = @pdf.bounds.right - right options = {size: 7, height: @pdf.bounds.height, valign: :center} labels.each.with_index do |label, i| index = labels.size - 1 - i series_color = colors.fetch index, series_colors(index) color = Array.wrap(series_color).first x = legend_item label, x, color, options end end end
ruby
def legend(labels, height:, right: 0, colors: []) left = @pdf.bounds.width/2 box(x: left, y: @pdf.bounds.top, w: left, h: height) do x = @pdf.bounds.right - right options = {size: 7, height: @pdf.bounds.height, valign: :center} labels.each.with_index do |label, i| index = labels.size - 1 - i series_color = colors.fetch index, series_colors(index) color = Array.wrap(series_color).first x = legend_item label, x, color, options end end end
[ "def", "legend", "(", "labels", ",", "height", ":", ",", "right", ":", "0", ",", "colors", ":", "[", "]", ")", "left", "=", "@pdf", ".", "bounds", ".", "width", "/", "2", "box", "(", "x", ":", "left", ",", "y", ":", "@pdf", ".", "bounds", ".", "top", ",", "w", ":", "left", ",", "h", ":", "height", ")", "do", "x", "=", "@pdf", ".", "bounds", ".", "right", "-", "right", "options", "=", "{", "size", ":", "7", ",", "height", ":", "@pdf", ".", "bounds", ".", "height", ",", "valign", ":", ":center", "}", "labels", ".", "each", ".", "with_index", "do", "|", "label", ",", "i", "|", "index", "=", "labels", ".", "size", "-", "1", "-", "i", "series_color", "=", "colors", ".", "fetch", "index", ",", "series_colors", "(", "index", ")", "color", "=", "Array", ".", "wrap", "(", "series_color", ")", ".", "first", "x", "=", "legend_item", "label", ",", "x", ",", "color", ",", "options", "end", "end", "end" ]
Draws the graph legend with the given labels. @param [Array<LegendItem>] The labels to write as part of the legend.
[ "Draws", "the", "graph", "legend", "with", "the", "given", "labels", "." ]
c8fa02c185d41b880219bc72707b9d72a54b374b
https://github.com/Fullscreen/squid/blob/c8fa02c185d41b880219bc72707b9d72a54b374b/lib/squid/plotter.rb#L25-L37
20,292
Fullscreen/squid
lib/squid/plotter.rb
Squid.Plotter.horizontal_line
def horizontal_line(y, options = {}) with options do at = y + @bottom @pdf.stroke_horizontal_line left, @pdf.bounds.right - right, at: at end end
ruby
def horizontal_line(y, options = {}) with options do at = y + @bottom @pdf.stroke_horizontal_line left, @pdf.bounds.right - right, at: at end end
[ "def", "horizontal_line", "(", "y", ",", "options", "=", "{", "}", ")", "with", "options", "do", "at", "=", "y", "+", "@bottom", "@pdf", ".", "stroke_horizontal_line", "left", ",", "@pdf", ".", "bounds", ".", "right", "-", "right", ",", "at", ":", "at", "end", "end" ]
Draws a horizontal line.
[ "Draws", "a", "horizontal", "line", "." ]
c8fa02c185d41b880219bc72707b9d72a54b374b
https://github.com/Fullscreen/squid/blob/c8fa02c185d41b880219bc72707b9d72a54b374b/lib/squid/plotter.rb#L45-L50
20,293
Fullscreen/squid
lib/squid/plotter.rb
Squid.Plotter.legend_item
def legend_item(label, x, color, options) size, symbol_padding, entry_padding = 5, 3, 12 x -= @pdf.width_of(label, size: 7).ceil @pdf.text_box label, options.merge(at: [x, @pdf.bounds.height]) x -= (symbol_padding + size) with fill_color: color do @pdf.fill_rectangle [x, @pdf.bounds.height - size], size, size end x - entry_padding end
ruby
def legend_item(label, x, color, options) size, symbol_padding, entry_padding = 5, 3, 12 x -= @pdf.width_of(label, size: 7).ceil @pdf.text_box label, options.merge(at: [x, @pdf.bounds.height]) x -= (symbol_padding + size) with fill_color: color do @pdf.fill_rectangle [x, @pdf.bounds.height - size], size, size end x - entry_padding end
[ "def", "legend_item", "(", "label", ",", "x", ",", "color", ",", "options", ")", "size", ",", "symbol_padding", ",", "entry_padding", "=", "5", ",", "3", ",", "12", "x", "-=", "@pdf", ".", "width_of", "(", "label", ",", "size", ":", "7", ")", ".", "ceil", "@pdf", ".", "text_box", "label", ",", "options", ".", "merge", "(", "at", ":", "[", "x", ",", "@pdf", ".", "bounds", ".", "height", "]", ")", "x", "-=", "(", "symbol_padding", "+", "size", ")", "with", "fill_color", ":", "color", "do", "@pdf", ".", "fill_rectangle", "[", "x", ",", "@pdf", ".", "bounds", ".", "height", "-", "size", "]", ",", "size", ",", "size", "end", "x", "-", "entry_padding", "end" ]
Draws a single item of the legend, which includes the label and the symbol with the matching color. Labels are written from right to left. @param
[ "Draws", "a", "single", "item", "of", "the", "legend", "which", "includes", "the", "label", "and", "the", "symbol", "with", "the", "matching", "color", ".", "Labels", "are", "written", "from", "right", "to", "left", "." ]
c8fa02c185d41b880219bc72707b9d72a54b374b
https://github.com/Fullscreen/squid/blob/c8fa02c185d41b880219bc72707b9d72a54b374b/lib/squid/plotter.rb#L172-L181
20,294
Fullscreen/squid
lib/squid/plotter.rb
Squid.Plotter.with
def with(new_values = {}) transparency = new_values.delete(:transparency) { 1.0 } old_values = Hash[new_values.map{|k,_| [k,@pdf.public_send(k)]}] new_values.each{|k, new_value| @pdf.public_send "#{k}=", new_value } @pdf.transparent(transparency) do @pdf.stroke { yield } end old_values.each{|k, old_value| @pdf.public_send "#{k}=", old_value } end
ruby
def with(new_values = {}) transparency = new_values.delete(:transparency) { 1.0 } old_values = Hash[new_values.map{|k,_| [k,@pdf.public_send(k)]}] new_values.each{|k, new_value| @pdf.public_send "#{k}=", new_value } @pdf.transparent(transparency) do @pdf.stroke { yield } end old_values.each{|k, old_value| @pdf.public_send "#{k}=", old_value } end
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Convenience method to wrap a block by setting and unsetting a Prawn property such as line_width.
[ "Convenience", "method", "to", "wrap", "a", "block", "by", "setting", "and", "unsetting", "a", "Prawn", "property", "such", "as", "line_width", "." ]
c8fa02c185d41b880219bc72707b9d72a54b374b
https://github.com/Fullscreen/squid/blob/c8fa02c185d41b880219bc72707b9d72a54b374b/lib/squid/plotter.rb#L185-L193
20,295
poise/application
lib/poise_application/utils.rb
PoiseApplication.Utils.primary_group_for
def primary_group_for(user) # Force a reload in case any users were created earlier in the run. Etc.endpwent Etc.endgrent user = if user.is_a?(Integer) Etc.getpwuid(user) else Etc.getpwnam(user.to_s) end Etc.getgrgid(user.gid).name rescue ArgumentError # One of the get* calls exploded. ¯\_(ツ)_/¯ user.to_s end
ruby
def primary_group_for(user) # Force a reload in case any users were created earlier in the run. Etc.endpwent Etc.endgrent user = if user.is_a?(Integer) Etc.getpwuid(user) else Etc.getpwnam(user.to_s) end Etc.getgrgid(user.gid).name rescue ArgumentError # One of the get* calls exploded. ¯\_(ツ)_/¯ user.to_s end
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Try to find the primary group name for a given user. @param user [String, Integer] User to check, if given as an integer this is used as a UID, otherwise it is the username. @return [String] @example attribute(:group, kind_of: [String, Integer], default: lazy { PoiseApplication::Utils.primary_group_for(user) })
[ "Try", "to", "find", "the", "primary", "group", "name", "for", "a", "given", "user", "." ]
1c9d273210c5fbbde4329d8809368daeac4711ff
https://github.com/poise/application/blob/1c9d273210c5fbbde4329d8809368daeac4711ff/lib/poise_application/utils.rb#L36-L49
20,296
cmeerbeek/fluent-plugin-splunkhec
lib/fluent/plugin/out_splunkhec.rb
Fluent::Plugin.SplunkHECOutput.write
def write(chunk) body = '' chunk.msgpack_each {|(tag,time,record)| # define index and sourcetype dynamically begin index = expand_param(@index, tag, time, record) sourcetype = expand_param(@sourcetype, tag, time, record) event_host = expand_param(@event_host, tag, time, record) token = expand_param(@token, tag, time, record) rescue => e # handle dynamic parameters misconfigurations router.emit_error_event(tag, time, record, e) next end log.debug "routing event from #{event_host} to #{index} index" log.debug "expanded token #{token}" # Parse record to Splunk event format case record when Integer event = record.to_s when Hash if @send_event_as_json event = record.to_json else event = record.to_json.gsub("\"", %q(\\\")) end else event = record end sourcetype = @sourcetype == 'tag' ? tag : @sourcetype # Build body for the POST request if !@usejson event = record["time"]+ " " + record["message"].to_json.gsub(/^"|"$/,"") body << '{"time":"'+ DateTime.parse(record["time"]).strftime("%Q") +'", "event":"' + event + '", "sourcetype" :"' + sourcetype + '", "source" :"' + @source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' elsif @send_event_as_json body << '{"time" :' + time.to_s + ', "event" :' + event + ', "sourcetype" :"' + sourcetype + '", "source" :"' + source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' else body << '{"time" :' + time.to_s + ', "event" :"' + event + '", "sourcetype" :"' + sourcetype + '", "source" :"' + source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' end if @send_batched_events body << "\n" else send_to_splunk(body, token) body = '' end } if @send_batched_events send_to_splunk(body, token) end end
ruby
def write(chunk) body = '' chunk.msgpack_each {|(tag,time,record)| # define index and sourcetype dynamically begin index = expand_param(@index, tag, time, record) sourcetype = expand_param(@sourcetype, tag, time, record) event_host = expand_param(@event_host, tag, time, record) token = expand_param(@token, tag, time, record) rescue => e # handle dynamic parameters misconfigurations router.emit_error_event(tag, time, record, e) next end log.debug "routing event from #{event_host} to #{index} index" log.debug "expanded token #{token}" # Parse record to Splunk event format case record when Integer event = record.to_s when Hash if @send_event_as_json event = record.to_json else event = record.to_json.gsub("\"", %q(\\\")) end else event = record end sourcetype = @sourcetype == 'tag' ? tag : @sourcetype # Build body for the POST request if !@usejson event = record["time"]+ " " + record["message"].to_json.gsub(/^"|"$/,"") body << '{"time":"'+ DateTime.parse(record["time"]).strftime("%Q") +'", "event":"' + event + '", "sourcetype" :"' + sourcetype + '", "source" :"' + @source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' elsif @send_event_as_json body << '{"time" :' + time.to_s + ', "event" :' + event + ', "sourcetype" :"' + sourcetype + '", "source" :"' + source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' else body << '{"time" :' + time.to_s + ', "event" :"' + event + '", "sourcetype" :"' + sourcetype + '", "source" :"' + source + '", "index" :"' + index + '", "host" : "' + event_host + '"}' end if @send_batched_events body << "\n" else send_to_splunk(body, token) body = '' end } if @send_batched_events send_to_splunk(body, token) end end
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Loop through all records and sent them to Splunk
[ "Loop", "through", "all", "records", "and", "sent", "them", "to", "Splunk" ]
2382bf7e8f8e6dd92679e4060896434b0d7e3d1d
https://github.com/cmeerbeek/fluent-plugin-splunkhec/blob/2382bf7e8f8e6dd92679e4060896434b0d7e3d1d/lib/fluent/plugin/out_splunkhec.rb#L102-L157
20,297
poise/poise
lib/poise/utils.rb
Poise.Utils.find_cookbook_name
def find_cookbook_name(run_context, filename) possibles = {} Poise.debug("[Poise] Checking cookbook for #{filename.inspect}") run_context.cookbook_collection.each do |name, ver| # This special method is added by Halite::Gem#as_cookbook_version. if ver.respond_to?(:halite_root) # The join is there because ../poise-ruby/lib starts with ../poise so # we want a trailing /. if filename.start_with?(File.join(ver.halite_root, '')) Poise.debug("[Poise] Found matching halite_root in #{name}: #{ver.halite_root.inspect}") possibles[ver.halite_root] = name end else Chef::CookbookVersion::COOKBOOK_SEGMENTS.each do |seg| ver.segment_filenames(seg).each do |file| if ::File::ALT_SEPARATOR file = file.gsub(::File::ALT_SEPARATOR, ::File::SEPARATOR) end # Put this behind an environment variable because it is verbose # even for normal debugging-level output. Poise.debug("[Poise] Checking #{seg} in #{name}: #{file.inspect}") if file == filename Poise.debug("[Poise] Found matching #{seg} in #{name}: #{file.inspect}") possibles[file] = name end end end end end raise Poise::Error.new("Unable to find cookbook for file #{filename.inspect}") if possibles.empty? # Sort the items by matching path length, pick the name attached to the longest. possibles.sort_by{|key, value| key.length }.last[1] end
ruby
def find_cookbook_name(run_context, filename) possibles = {} Poise.debug("[Poise] Checking cookbook for #{filename.inspect}") run_context.cookbook_collection.each do |name, ver| # This special method is added by Halite::Gem#as_cookbook_version. if ver.respond_to?(:halite_root) # The join is there because ../poise-ruby/lib starts with ../poise so # we want a trailing /. if filename.start_with?(File.join(ver.halite_root, '')) Poise.debug("[Poise] Found matching halite_root in #{name}: #{ver.halite_root.inspect}") possibles[ver.halite_root] = name end else Chef::CookbookVersion::COOKBOOK_SEGMENTS.each do |seg| ver.segment_filenames(seg).each do |file| if ::File::ALT_SEPARATOR file = file.gsub(::File::ALT_SEPARATOR, ::File::SEPARATOR) end # Put this behind an environment variable because it is verbose # even for normal debugging-level output. Poise.debug("[Poise] Checking #{seg} in #{name}: #{file.inspect}") if file == filename Poise.debug("[Poise] Found matching #{seg} in #{name}: #{file.inspect}") possibles[file] = name end end end end end raise Poise::Error.new("Unable to find cookbook for file #{filename.inspect}") if possibles.empty? # Sort the items by matching path length, pick the name attached to the longest. possibles.sort_by{|key, value| key.length }.last[1] end
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Find the cookbook name for a given filename. The can used to find the cookbook that corresponds to a caller of a file. @param run_context [Chef::RunContext] Context to check. @param filename [String] Absolute filename to check for. @return [String] @example def my_thing caller_filename = caller.first.split(':').first cookbook = Poise::Utils.find_cookbook_name(run_context, caller_filename) # ... end
[ "Find", "the", "cookbook", "name", "for", "a", "given", "filename", ".", "The", "can", "used", "to", "find", "the", "cookbook", "that", "corresponds", "to", "a", "caller", "of", "a", "file", "." ]
07c33d4f844cf6e97cf349a12f06448d0db9a8d2
https://github.com/poise/poise/blob/07c33d4f844cf6e97cf349a12f06448d0db9a8d2/lib/poise/utils.rb#L40-L72
20,298
poise/poise
lib/poise/utils.rb
Poise.Utils.ancestor_send
def ancestor_send(obj, msg, *args, default: nil, ignore: [default]) # Class is a subclass of Module, if we get something else use its class. obj = obj.class unless obj.is_a?(Module) ancestors = [] if obj.respond_to?(:superclass) # Check the superclass first if present. ancestors << obj.superclass end # Make sure we don't check obj itself. ancestors.concat(obj.ancestors.drop(1)) ancestors.each do |mod| if mod.respond_to?(msg) val = mod.send(msg, *args) # If we get the default back, assume we should keep trying. return val unless ignore.include?(val) end end # Nothing valid found, use the default. default end
ruby
def ancestor_send(obj, msg, *args, default: nil, ignore: [default]) # Class is a subclass of Module, if we get something else use its class. obj = obj.class unless obj.is_a?(Module) ancestors = [] if obj.respond_to?(:superclass) # Check the superclass first if present. ancestors << obj.superclass end # Make sure we don't check obj itself. ancestors.concat(obj.ancestors.drop(1)) ancestors.each do |mod| if mod.respond_to?(msg) val = mod.send(msg, *args) # If we get the default back, assume we should keep trying. return val unless ignore.include?(val) end end # Nothing valid found, use the default. default end
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Try to find an ancestor to call a method on. @since 2.2.3 @since 2.3.0 Added ignore parameter. @param obj [Object] Self from the caller. @param msg [Symbol] Method to try to call. @param args [Array<Object>] Method arguments. @param default [Object] Default return value if no valid ancestor exists. @param ignore [Array<Object>] Return value to ignore when scanning ancesors. @return [Object] @example val = @val || Poise::Utils.ancestor_send(self, :val)
[ "Try", "to", "find", "an", "ancestor", "to", "call", "a", "method", "on", "." ]
07c33d4f844cf6e97cf349a12f06448d0db9a8d2
https://github.com/poise/poise/blob/07c33d4f844cf6e97cf349a12f06448d0db9a8d2/lib/poise/utils.rb#L87-L106
20,299
poise/poise
lib/poise/utils.rb
Poise.Utils.parameterized_module
def parameterized_module(mod, &block) raise Poise::Error.new("Cannot parameterize an anonymous module") unless mod.name && !mod.name.empty? parent_name_parts = mod.name.split(/::/) # Grab the last piece which will be the method name. mod_name = parent_name_parts.pop # Find the enclosing module or class object. parent = parent_name_parts.inject(Object) {|memo, name| memo.const_get(name) } # Object is a special case since we need #define_method instead. method_type = if parent == Object :define_method else :define_singleton_method end # Scoping hack. self_ = self # Construct the method. parent.send(method_type, mod_name) do |*args| self_.send(:check_block_arity!, block, args) # Create a new anonymous module to be returned from the method. Module.new do # Fake the name. define_singleton_method(:name) do super() || mod.name end # When the stub module gets included, activate our behaviors. define_singleton_method(:included) do |klass| super(klass) klass.send(:include, mod) klass.instance_exec(*args, &block) end end end end
ruby
def parameterized_module(mod, &block) raise Poise::Error.new("Cannot parameterize an anonymous module") unless mod.name && !mod.name.empty? parent_name_parts = mod.name.split(/::/) # Grab the last piece which will be the method name. mod_name = parent_name_parts.pop # Find the enclosing module or class object. parent = parent_name_parts.inject(Object) {|memo, name| memo.const_get(name) } # Object is a special case since we need #define_method instead. method_type = if parent == Object :define_method else :define_singleton_method end # Scoping hack. self_ = self # Construct the method. parent.send(method_type, mod_name) do |*args| self_.send(:check_block_arity!, block, args) # Create a new anonymous module to be returned from the method. Module.new do # Fake the name. define_singleton_method(:name) do super() || mod.name end # When the stub module gets included, activate our behaviors. define_singleton_method(:included) do |klass| super(klass) klass.send(:include, mod) klass.instance_exec(*args, &block) end end end end
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Create a helper to invoke a module with some parameters. @since 2.3.0 @param mod [Module] The module to wrap. @param block [Proc] The module to implement to parameterization. @return [void] @example module MyMixin def self.my_mixin_name(name) # ... end end Poise::Utils.parameterized_module(MyMixin) do |name| my_mixin_name(name) end
[ "Create", "a", "helper", "to", "invoke", "a", "module", "with", "some", "parameters", "." ]
07c33d4f844cf6e97cf349a12f06448d0db9a8d2
https://github.com/poise/poise/blob/07c33d4f844cf6e97cf349a12f06448d0db9a8d2/lib/poise/utils.rb#L124-L157