rem stringlengths 0 322k | add stringlengths 0 2.05M | context stringlengths 8 228k |
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ws.factory("Minus[-1]"); ws.factory("$Alias(Addition_,sum_)") ; | ws.factory("Minus[-1]") ws.factory("$Alias(Addition_,sum_)") | def buildJpsiphi(ws, name) : buildAngularBasis(ws, abasis(ws,'trcospsi','trcostheta','trphi') ) # define the relevant combinations of strong amplitudes ws.factory("expr::NAzAz ('( @0 * @0 + @1 * @1 )',{ReAz,ImAz,ReAperp,ImAperp,ReApar,ImApar})") ws.factory("expr::NAparApar ('( @4 * @4 + @5 * @5 )',{ReAz,ImAz,ReA... |
rc = 0 import re rexp = re.compile(pattern) | from ROOT import TRegexp, TString rc = int(0) rexp = TRegexp(pattern,True) | def setConstant(ws, pattern, constant = True, value = None): rc = 0 import re rexp = re.compile(pattern) for arg in ws.allVars() : if not rexp.match(arg.GetName()) : continue arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.s... |
if not rexp.match(arg.GetName()) : continue arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.setVal(value) rc += 1 | if TString(arg.GetName()).Index(rexp)>=0 : arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.setVal(value) rc += 1 | def setConstant(ws, pattern, constant = True, value = None): rc = 0 import re rexp = re.compile(pattern) for arg in ws.allVars() : if not rexp.match(arg.GetName()) : continue arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.s... |
if not rexp.match(arg) : continue | if not rexp.match(arg.GetName()) : continue | def setConstant(ws, pattern, constant = True, value = None): rc = 0 import re rexp = re.compile(pattern) for arg in ws.allVars() : if not rexp.match(arg) : continue arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.setVal(valu... |
, _ba("AparAperp", [ ( 2,2,2,-1, sqrt( 9./15.)) ] ) , _ba("AzAperp", [ ( 2,1,2, 1,-sqrt(18./15.)) ] ) , _ba("AzApar", [ ( 2,1,2,-2, sqrt(18./15.)) ] ) | , _ba("AparAperp", [ ( 2,2,2,-1, sqrt(3./5.)) ] ) , _ba("AzAperp", [ ( 2,1,2, 1, sqrt(6./5.)) ] ) , _ba("AzApar", [ ( 2,1,2,-2,-sqrt(6./5.)) ] ) | def _ba(name,comp) : n = name + '_basis' s = RooArgSet() for c in comp : s.add( ab(name,c[0],c[1],c[2],c[3],c[4]) ) ws.put(RooAddition_( n, n, s ) ) return ws.function(n) |
from ROOT import TRegexp, TString rc = int(0) rexp = TRegexp(pattern,True) | rc = 0 import re rexp = re.compile(pattern) | def setConstant(ws, pattern, constant = True, value = None): # TODO: replace TRegexp by native python re from ROOT import TRegexp, TString rc = int(0) rexp = TRegexp(pattern,True) for arg in ws.allVars() : if TString(arg.GetName()).Index(rexp)>=0 : arg.setConstant( constant ) if constant and value : if value < arg.getM... |
if TString(arg.GetName()).Index(rexp)>=0 : arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.setVal(value) rc += 1 | if not rexp.match(arg) : continue arg.setConstant( constant ) if constant and value : if value < arg.getMin() : arg.setMin(value) if value > arg.getMax() : arg.setMax(value) arg.setVal(value) rc += 1 | def setConstant(ws, pattern, constant = True, value = None): # TODO: replace TRegexp by native python re from ROOT import TRegexp, TString rc = int(0) rexp = TRegexp(pattern,True) for arg in ws.allVars() : if TString(arg.GetName()).Index(rexp)>=0 : arg.setConstant( constant ) if constant and value : if value < arg.getM... |
return ( _ba("AzAz", [ ( 0,0,0, 0, 2.), ( 0,0,2,0, sqrt(1./ 5.)), ( 0,0,2,2, -sqrt( 3./ 5.)) , ( 2,0,0, 0, 4.), ( 2,0,2,0, sqrt(4./ 5.)), ( 2,0,2,2, -sqrt(12./ 5.)) ] ) , _ba("AparApar", [ ( 2,2,0, 0, 1.), ( 2,2,2,0, sqrt(1./20.)), ( 2,2,2,2, sqrt( 3./20.)) ] ) , _ba("AperpAperp", [ ( 2,2,0, 0, 1.), ( 2,2,2,0,... | return ( _ba("AzAz", [ ( 0,0,0, 0, 2.), ( 0,0,2,0, sqrt(1./5.)), ( 0,0,2,2, -sqrt( 3./5.)) , ( 2,0,0, 0, 4.), ( 2,0,2,0, sqrt(4./5.)), ( 2,0,2,2, -sqrt(12./5.)) ] ) , _ba("AparApar", [ ( 2,2,0, 0, 2.), ( 2,2,2,0, sqrt(1./5.)), ( 2,2,2,2, sqrt( 3./5.)) ] ) , _ba("AperpAperp", [ ( 2,2,0, 0, 1.), ( 2,2,2,0,-sqrt(... | def _ba(name,comp) : n = name + '_basis' s = RooArgSet() for c in comp : s.add( ab(name,c[0],c[1],c[2],c[3],c[4]) ) ws.put(RooAddition_( n, n, s ) ) return ws.function(n) |
, _ba("AzAperp", [ ( 2,1,2, 1,-sqrt(6./5.)) ] ) , _ba("AzApar", [ ( 2,1,2,-2,sqrt(6./5.)) ] ) | , _ba("AzAperp", [ ( 2,1,2, 1, sqrt(6./5.)) ] ) , _ba("AzApar", [ ( 2,1,2,-2,-sqrt(6./5.)) ] ) | def _ba(name,comp) : n = name + '_basis' s = RooArgSet() for c in comp : s.add( ab(name,c[0],c[1],c[2],c[3],c[4]) ) ws.put(RooAddition_( n, n, s ) ) return ws.function(n) |
updateMainMenu(j) | def processFile(filename): """ Loads the given lang.XX.js file, processes it and saves it back to the file system """ in_file = open('./editor/locale/'+filename, 'r') in_string = in_file.read() in_file.close() try: j = json.loads(in_string) # process the JSON object here updateMainMenu(j) # now write it out back to ... | |
in_string = open('./editor/locale/'+filename).read() | in_file = open('./editor/locale/'+filename, 'r') in_string = in_file.read() in_file.close() | def processFile(filename): in_string = open('./editor/locale/'+filename).read() try: j = json.loads(in_string) pass except ValueError: print "ERROR! " + filename + " was not valid JSON, please fix it!" |
pass | updateMainMenu(j) s = ourPrettyPrint(j).encode("UTF-8"); out_file = open('./editor/locale/'+filename, 'w') out_file.write( s ) out_file.close() print "Updated " + filename | def processFile(filename): in_string = open('./editor/locale/'+filename).read() try: j = json.loads(in_string) pass except ValueError: print "ERROR! " + filename + " was not valid JSON, please fix it!" |
in_string = open('./editor/locale/' + filename, 'r').read() | in_string = open('../editor/locale/' + filename, 'r').read() | def processFile(filename): """ Loads the given lang.XX.js file, processes it and saves it back to the file system """ in_string = open('./editor/locale/' + filename, 'r').read() try: j = json.loads(in_string) # process the JSON object here changeTooltipTarget(j) # now write it out back to the file s = ourPrettyPrint... |
open('./editor/locale/' + filename, 'w').write(s) | open('../editor/locale/' + filename, 'w').write(s) | def processFile(filename): """ Loads the given lang.XX.js file, processes it and saves it back to the file system """ in_string = open('./editor/locale/' + filename, 'r').read() try: j = json.loads(in_string) # process the JSON object here changeTooltipTarget(j) # now write it out back to the file s = ourPrettyPrint... |
for file_name in os.listdir('./editor/locale/'): | for file_name in os.listdir('../editor/locale/'): | def processFile(filename): """ Loads the given lang.XX.js file, processes it and saves it back to the file system """ in_string = open('./editor/locale/' + filename, 'r').read() try: j = json.loads(in_string) # process the JSON object here changeTooltipTarget(j) # now write it out back to the file s = ourPrettyPrint... |
resolution = eval(size) | resolution = eval(resolution) | def run(self): while True: |
self._UpdatedDb = True | self._UpdatedDb = False | def clear (self) : self.Counter = 0 self.Jobs = {} self.Workers = {} self._ActiveJobs = set () self.addJob (0, Job ("Root", priority=1, retry=0)) self._UpdatedDb = True self._StAffinity = {} # static affinity self._DynAffinity = {} # dynamic affinity, job affinity concatened to the children jobs affinity |
version = pickle.load(fo) | version = cPickle.load(fo) | def read (self, fo): version = pickle.load(fo) if version == DBVersion: self.Counter = pickle.load (fo) self.Jobs = pickle.load (fo) self.Workers = pickle.load (fo) self._refresh () #self.dump () else: raise Exception ("Database too old, erase the master_db file") self.clear () |
self.Counter = pickle.load (fo) self.Jobs = pickle.load (fo) self.Workers = pickle.load (fo) | self.Counter = cPickle.load (fo) self.Jobs = cPickle.load (fo) self.Workers = cPickle.load (fo) | def read (self, fo): version = pickle.load(fo) if version == DBVersion: self.Counter = pickle.load (fo) self.Jobs = pickle.load (fo) self.Workers = pickle.load (fo) self._refresh () #self.dump () else: raise Exception ("Database too old, erase the master_db file") self.clear () |
pickle.dump (version, fo) pickle.dump (self.Counter, fo) pickle.dump (self.Jobs, fo) pickle.dump (self.Workers, fo) | cPickle.dump (version, fo) cPickle.dump (self.Counter, fo) cPickle.dump (self.Jobs, fo) cPickle.dump (self.Workers, fo) | def write (self, fo): version = DBVersion pickle.dump (version, fo) pickle.dump (self.Counter, fo) pickle.dump (self.Jobs, fo) pickle.dump (self.Workers, fo) self._UpdatedDb = False #self.dump () |
if self._UpdatedDb or forceSaveDb: | if forceSaveDb: | def update (self, forceSaveDb = False) : global TimeOut _time = time.time () refreshActive = False for id in State._ActiveJobs.copy () : try: job = self.Jobs[id] if job.State == "WORKING": if _time - job.PingTime > TimeOut : # Job times out, no heartbeat received for too long output ("Job " + str(job.ID) + " is AWOL") ... |
totalerror += 1 | totalerrors += 1 | def _upChildren (job) : total = 0 totalerrors = 0 totalfinished = 0 for cid in job.Children : child = self.Jobs[cid] _upChildren (child) total += child.Total totalerrors += child.TotalErrors totalfinished += child.TotalFinished if child.State == "ERROR": totalerror += 1 elif child.State == "FINISHED": totalfinished += ... |
fo = open(dataDir + "/master_db.part", "wb") try: State.write (fo) fo.close() try: os.remove (dataDir + '/master_db') except OSError: pass os.rename (dataDir + '/master_db.part', dataDir + '/master_db') except IOError: fo.close() output ("DB saved") | global GErr, GOk if State._UpdatedDb: fo = open(dataDir + "/master_db.part", "wb") try: State.write (fo) fo.close() try: os.remove (dataDir + '/master_db') except OSError: pass os.rename (dataDir + '/master_db.part', dataDir + '/master_db') except IOError: fo.close() output ("DB saved") reactor.callLater(5, saveDb) | def saveDb (): global State, dataDir fo = open(dataDir + "/master_db.part", "wb") try: State.write (fo) fo.close() try: os.remove (dataDir + '/master_db') except OSError: pass os.rename (dataDir + '/master_db.part', dataDir + '/master_db') except IOError: fo.close() output ("DB saved") |
except: | except Exception as inst: print inst.args | def readDb (): global State, dataDir output ("Read DB") try: fo = open(dataDir + "/master_db", "rb") try: State.read (fo) except: fo.close() print ("Error reading master_db, create a new one") State = CState() except: output ("No db found, create a new one") State = CState() return output ("DB is OK") # Touch every wor... |
date = lang_obj.strftime(datas['form']['date'].timetuple(), lang.code, lang.date) | date = lang_obj.strftime(datas['form']['date'], lang.code, lang.date) | def _action_open(self, cursor, user, datas, context=None): if context is None: context = {} model_data_obj = self.pool.get('ir.model.data') act_window_obj = self.pool.get('ir.action.act_window') company_obj = self.pool.get('company.company') lang_obj = self.pool.get('ir.lang') |
if not line.tax_lines and line.account.taxes: if line.account.id in no_code_taxes: taxes[(line.account.id, False, False)] = True else: no_code_taxes.append(line.account.id) elif not line.tax_lines: taxes[(line.account.id, False, False)] = True | if not line.tax_lines: no_code_taxes.append(line.account.id) for no_code_account_id in no_code_taxes: for (account_id, code_id, tax_id), test in \ taxes.iteritems(): if (not test and not code_id and no_code_account_id == account_id): taxes[(account_id, code_id, tax_id)] = True | def default_get(self, fields, with_rec_name=True): move_obj = self.pool.get('account.move') tax_obj = self.pool.get('account.tax') account_obj = self.pool.get('account.account') tax_code_obj = self.pool.get('account.tax.code') currency_obj = self.pool.get('currency.currency') values = super(Line, self).default_get(fiel... |
self.assertRaises(Exception, test_view('account')) | test_view('account') | def test0005views(self): ''' Test views. ''' self.assertRaises(Exception, test_view('account')) |
'required': Or(Bool(Eval('centralised')), And(Equal(Eval('type'), 'cash'), Bool(Get(Eval('context', {}), 'company', 0)))), | 'required': And(Or(Bool(Eval('centralised')), Equal(Eval('type'), 'cash')), Bool(Get(Eval('context', {}), 'company', 0))), | def default_readonly(self): return False |
res2 = self.get_balance(cursor, user, ids, name, arg, context=ctx) | res2 = self.get_balance(cursor, user, ids, name, context=ctx) | def get_balance(self, cursor, user, ids, name, context=None): res = {} company_obj = self.pool.get('company.company') currency_obj = self.pool.get('currency.currency') move_line_obj = self.pool.get('account.move.line') fiscalyear_obj = self.pool.get('account.fiscalyear') deferral_obj = self.pool.get('account.account.de... |
:param arg: optional argument | def get_credit_debit(self, cursor, user, ids, names, context=None): ''' Function to compute debit, credit for account ids. | |
res2 = self.get_credit_debit(cursor, user, ids, names, arg, | res2 = self.get_credit_debit(cursor, user, ids, names, | def get_credit_debit(self, cursor, user, ids, names, context=None): ''' Function to compute debit, credit for account ids. |
if not fiscalyear_ids: fiscalyear_ids = [0] | fiscalyear_id = fiscalyear_ids and fiscalyear_ids[0] or 0 | def query_get(self, cursor, user, obj='l', context=None): ''' Return SQL clause and fiscal years for account move line depending of the context. |
str(fiscalyear_ids[0]) + ' ' \ | str(fiscalyear_id) + ' ' \ | def query_get(self, cursor, user, obj='l', context=None): ''' Return SQL clause and fiscal years for account move line depending of the context. |
('create_uid', '=', user), | ('create_uid', '=', Transaction().user), | def default_get(self, fields, with_rec_name=True): move_obj = self.pool.get('account.move') tax_obj = self.pool.get('account.tax') account_obj = self.pool.get('account.account') tax_code_obj = self.pool.get('account.tax.code') currency_obj = self.pool.get('currency.currency') values = super(Line, self).default_get(fiel... |
res = act_window_obj.read(cursor, user, model_data.db_id, context=context) | res = act_window_obj.read(cursor, user, act_window_id, context=context) | def _action_open(self, cursor, user, datas, context=None): if context is None: context = {} model_data_obj = self.pool.get('ir.model.data') act_window_obj = self.pool.get('ir.action.act_window') period_obj = self.pool.get('account.period') |
if not line.tax_lines and line.account.taxes: if line.account.id in no_code_taxes: taxes[(line.account.id, False, False)] = True else: no_code_taxes.append(line.account.id) elif not line.tax_lines: taxes[(line.account.id, False, False)] = True | if not line.tax_lines: no_code_taxes.append(line.account.id) for no_code_account_id in no_code_taxes: for (account_id, code_id, tax_id), test in \ taxes.iteritems(): if (not test and not code_id and no_code_account_id == account_id): taxes[(account_id, code_id, tax_id)] = True | def default_get(self, cursor, user, fields, context=None, with_rec_name=True): if context is None: context = {} move_obj = self.pool.get('account.move') tax_obj = self.pool.get('account.tax') account_obj = self.pool.get('account.account') tax_code_obj = self.pool.get('account.tax.code') currency_obj = self.pool.get('cu... |
partial_paths.add(p) | partial_paths.append(p) | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
for i in reversed(range(indent+1, old_indent+1)): index += TAB*i + "</ul>\n" | for i in reversed(range(indent, old_indent)): index += TAB*(i+1) + "</ul>\n" | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
partial_paths = set() | partial_paths = [] | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
parset.add_option("-t","--tmax", type="int", dest="tmax", default=300000, help="Maximum time interval [s] [default: %default]") | parser.add_option("-t","--tmax", type="int", dest="tmax", default=30000, help="Maximum time interval [s] [default: %default]") | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
x = xfactorSmall * tau | x = xfactorSmall * tauSmall | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
outfile=open(outputfile,'w') | outfile=open(options.outputfile,'w') | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
logflux = line[options.fluxLoc] | logflux = float(line[options.fluxLoc]) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
fy=array() | fy=array([]) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
fysize=nstepSmall | size=nstepSmall | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
newy[0:size+1] = abs_fy[0:size+1] * cphases newy[size+1:] = abs_fy[size+1:]*cphases.conjugate()[:0:-1] | newy[0:size+1] = fy[0:size+1] * cphases newy[size+1:] = fy[size+1:]*cphases.conjugate()[:0:-1] | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
newflux = pow(10,f)*(1 + delta) | newflux = pow(10,logflux)*(1 + delta) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
elapsedTime=array() | elapsedTime=array([]) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
elapsedTime = double(range(tauSmall.size))*step | elapsedTime = double(range(tauSmall.size))*options.step | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
elapsedTime = double(range(tau.size))*step | elapsedTime = double(range(tau.size))*options.step | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
outfile.write(component+" ") | outfile.write("%s %7.4f "%(component,logflux)) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
outfile.write("%12.8f "%f) | outfile.write("%12.8e "%max(f,0.)) | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
index += TAB*old_indent + "</ul>\n" | for i in reversed(range(indent+1, old_indent+1)): index += TAB*i + "</ul>\n" | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
cmd = 'find %s -name %s | sed "s if DEBUG: print ' ', cmd PKGS = os.popen(cmd) | for subdir in ['Base', 'Interfaces', 'Components', 'Systems']: cmd = 'find %s/%s -name %s | sed "s if DEBUG: print ' ', cmd PKGS += os.popen(cmd).readlines() | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
if old_indent > indent: index += TAB*old_indent + "</ul>\n" | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... | |
f = open('/tmp/index.html', 'w') f.write(index) f.close() | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... | |
if abs(stats['peak']-1.)>0.02: | if abs(stats['peak']-1.)>0.1: | def analyseResult(spr): ''' spr - synthesis program runner (to run imageStats) throws exceptions if something is wrong, otherwise just returns ''' src_offset = 0.006/math.pi*180. psf_peak=[-172.5,-45] true_peak=sinProjection(psf_peak,src_offset,src_offset) stats = spr.imageStats('image.field1.restored') print "Statist... |
print "DEBUG...." | def run(self): for cmd_name in self.get_sub_commands(): print "DEBUG...." self.run_command(cmd_name) | |
def BuildTree(path, partial_paths, old_indent): | def BuildTree(path, partial_paths): | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
Given a package directory path, return indented HTML list items of the path. | Given a package directory path, return list of tuples containing indent level and directory name of partial paths. | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
index = '' | items = [] | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
indent = len(p.split('/')) if indent < old_indent: for i in reversed(range(indent, old_indent)): index += TAB*(i+1) + "</ul>\n" index += TAB*indent + "<li> %s </li>\n" % comp index += TAB*(indent+1) + "<ul>\n" if len(partial_paths) > 1 and p == partial_paths[-2]: index += TAB*old_indent + "</ul\n>" return index | items.append((len(p.split('/')), "<li> %s </li>" % comp)) return items | def BuildTree(path, partial_paths, old_indent): ''' Given a package directory path, return indented HTML list items of the path. Need to keep track of partial paths already seen. ''' path_components = path.split('/') p = '' index = '' for comp in path_components[0:-1]: p += comp + '/' if not p in partial_paths: parti... |
indent = 0 | orig_indent = 2 old_indent = orig_indent | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
index += TAB*2 + "<ul>\n" | index += TAB*orig_indent + "<ul>\n" | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
old_indent = indent index += BuildTree(subtree, partial_paths, old_indent) | items += BuildTree(subtree, partial_paths) | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
index += TAB*indent + \ '<li><a href="%s"> %s </a></li>\n' % (subtree, pkg) | items += [(indent, '<li><a href="%s">%s</a></li>' % (subtree, pkg))] | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
for i in reversed(range(2, indent+1)): | for i in reversed(range(orig_indent, indent+1)): | def CopyDocs(doc_type, doc_loc, find_term): ''' The ASKAPsoft system uses different type of documentation depending on the language used. e.g. java -> javadocs, python -> sphinx, C++ -> doxygen This is the "doc_type" parameter. The documentation is produced in different locations depending on the type. This is the "do... |
alpha = log10(s1400/s0610)/log10(1400./610.) | alpha = (s1400-s0610)/log10(1400./610.) | def getTabName(x,y,type): ''' Return a SKADS S3SEX components table name based on the position offset and the source type ''' xsign='' if(x<0): xsign='m' elif(x>0): xsign='p' ysign='' if(y<0): ysign='m' elif(y>0): ysign='p' name="Components_%s_%s%d_%s%d"%(type,xsign,abs(x),ysign,abs(y)) return name |
catfile.write("%10.6f %10.6f %20.16f %10.6f %10.6f %10.6f %10.6f %10.6f\n"%(ra,dec,s1400,alpha,beta,maj,min,pa)) | catfile.write("%10.6f %10.6f %20.16f %20.16f %10.6f %10.6f %10.6f %10.6f %10.6f\n"%(ra,dec,s1400,flux0,alpha,beta,maj,min,pa)) | def getTabName(x,y,type): ''' Return a SKADS S3SEX components table name based on the position offset and the source type ''' xsign='' if(x<0): xsign='m' elif(x>0): xsign='p' ysign='' if(y<0): ysign='m' elif(y>0): ysign='p' name="Components_%s_%s%d_%s%d"%(type,xsign,abs(x),ysign,abs(y)) return name |
parser.add_option("-f","--fluxCol", type="int", dest="fluxLoc", default=11, help="Column in input file with flux [default: %default]") | parser.add_option("-f","--fluxCol", type="int", dest="fluxLoc", default=10, help="Column in input file with flux [default: %default]") | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
s0=6.4e7 | s0=3.164e7 | def flux2size(flux,lam=0.21): k=1.3807e-23 T=1.e12 return sqrt(lam**2 * flux * 1.e-26 / (2.*pi*k*T)) |
exec expr in self.doc.datamodel | try: exec expr in self.doc.datamodel except: sys.stderr.write("Error occurred while executing expression: '%s'\n" % expr) raise | def f(): exec expr in self.doc.datamodel |
return eval(expr, self.doc.datamodel) | try: return eval(expr, self.doc.datamodel) except: sys.stderr.write("Error occurred while executing expression: '%s'\n" % expr) raise | def getExprValue(self, expr): """These expression are always one-line, so their value is evaluated and returned.""" if not expr: return None expr = unescape(expr) return eval(expr, self.doc.datamodel) |
if not conf.MYSQL_HOST is None: | if not conf.POSTGRESQL_HOST is None: | def __init__(self): """ Constructs the broker. """ self._connection_details = { 'database': conf.POSTGRESQL_DATABASE, 'user': conf.POSTGRESQL_USERNAME, 'password': conf.POSTGRESQL_PASSWORD, } if not conf.MYSQL_HOST is None: self._connection_details['host'] = conf.POSTGRESQL_HOST self._connection_details['port'] = conf.... |
__getstate__ = freeze | def freeze(self, skipSet = None): if type(self._members) == str: return self._members else: return misc.depSetFreeze(self.members); | |
__setstate__ = __init__ | def __init__(self, frz = None): if frz is not None: frz = intern(frz) self._members = frz else: self._members = '' | |
def proxyBypass(self, proxy, host): | def proxyBypass(self, proxy, host, useConaryProxy): | def proxyBypass(self, proxy, host): if self.forceProxy: return False # Split the port and username/pass from proxy proxyHost = urllib.splituser(urllib.splitport(proxy)[0])[1] |
if not useConaryProxy and self.proxyBypass(host, realhost): | if self.proxyBypass(host, realhost, useConaryProxy): | def createConnection(self, url, ssl=False, withProxy=False): # Return an HTTP or HTTPS class suitable for use by open_http self.usedProxy = False if ssl: protocol='https' else: protocol='http' |
repo.remove(files, unlink=True) | wlock = repo.wlock() try: for name in files: os.unlink(name) repo.dirstate.remove(name) finally: wlock.release() | def generate(repo): version = _getVersion() old = open('NEWS').read() if '@NEW@' in old: sys.exit("error: NEWS contains a @NEW@ section") elif ('Changes in %s:' % version) in old: sys.exit("error: NEWS already contains a %s section" % version) lines, htmlLines, files = preview(repo, modifiedOK=False) new = '\n'.join(l... |
url, sizes = self._saveFileContentsChangeset(fileList) | url, sizes = self._saveFileContentsChangeset(clientVersion, fileList) | def getFileContents(self, caller, authToken, clientVersion, fileList, authCheckOnly = False): if clientVersion < 42: # server doesn't support auth checks through getFileContents return caller.getFileContents(clientVersion, fileList, authCheckOnly) |
for x in flags if x ] | for x in rpmflags if x ] | def _getDepsetFromHeader(self, tag): depset = deps.DependencySet() flagre = re.compile('\((.*?)\)') depnamere = re.compile('(.*?)\(.*') localere = re.compile('locale\((.*):(.*)\)') packageName = self.get(NAME, '') |
trv = self.cache.getTrove(*troveTup, withFiles = False) provTrv = self.cache.getTrove(*provTroveTup, withFiles = False) | trv = self.cache.getTrove(withFiles = False, *troveTup) provTrv = self.cache.getTrove(withFiles = False, *provTroveTup) | def getReasonString(self, name, version, flavor): reason = self.reasons[name, version, flavor] if reason is None: return "Added for an unknown reason" |
if written != sizeLimit: | if sizeLimit is not None and written != sizeLimit: | def set(self, key, value): (csInfo, inF, sizeLimit) = value |
CpioHeader.HeaderLength, len(buf))) | amt, len(buf))) | def _readExact(self, amt, eofOK = False): buf = self.stream.read(amt) if not buf and eofOK: return None if len(buf) != amt: raise ShortReadError("Expected %d bytes, got %d" % ( CpioHeader.HeaderLength, len(buf))) self._currentPosition += amt return buf |
stream = self.environ['wsgi.input'] | try: stream = self._getStream() except WrappedResponse, wrapper: yield wrapper.response | def _iter_post(self): """POST method -- handle XMLRPC requests""" |
def derive(repos, cfg, targetLabel, troveSpec, checkoutDir = None, | def derive(repos, cfg, targetLabel, troveToDerive, checkoutDir = None, | def derive(repos, cfg, targetLabel, troveSpec, checkoutDir = None, extract = False, info = False, callback = None): """ Creates a derived recipe. Note that is does not actually commit anything to the repository. Finally if extract = True, it installs an version of the binary package into a root. @param repos: troveso... |
troveName, versionSpec, flavor = conaryclient.cmdline.parseTroveSpec( troveSpec) | if isinstance(troveToDerive,tuple): troveName, versionSpec, flavor = troveToDerive versionSpec = str(versionSpec) troveSpec = conaryclient.cmdline.toTroveSpec(troveName, versionSpec, flavor) else: troveSpec = troveToDerive troveName, versionSpec, flavor = conaryclient.cmdline.parseTroveSpec( troveSpec) if isinstance(... | def derive(repos, cfg, targetLabel, troveSpec, checkoutDir = None, extract = False, info = False, callback = None): """ Creates a derived recipe. Note that is does not actually commit anything to the repository. Finally if extract = True, it installs an version of the binary package into a root. @param repos: troveso... |
nvfToDerive, = repos.findTrove(cfg.buildLabel, (troveName, versionSpec, flavor), cfg.flavor) troveToDerive = repos.getTrove(*nvfToDerive) | def derive(repos, cfg, targetLabel, troveSpec, checkoutDir = None, extract = False, info = False, callback = None): """ Creates a derived recipe. Note that is does not actually commit anything to the repository. Finally if extract = True, it installs an version of the binary package into a root. @param repos: troveso... | |
raise BranchError('\n\n'.join(msg)) | raise errors.BranchError('\n\n'.join(msg)) | def derive(repos, cfg, targetLabel, troveSpec, checkoutDir = None, extract = False, info = False, callback = None): """ Creates a derived recipe. Note that is does not actually commit anything to the repository. Finally if extract = True, it installs an version of the binary package into a root. @param repos: troveso... |
pass | ''' In this recipe, you can make modifications to the package. | def setup(r): pass |
recipeBaseClass=derivedRecipeType) | recipeBaseClass=derivedRecipeType, removeText=removeText) | def setup(r): pass |
cwd = os.getcwd() | cwd = '' | def _freezeFromChangesets(self): ret = [] cwd = os.getcwd() for f in self._fromChangesets: if not f.fileName: continue fn = f.fileName if not fn.startswith('/'): fn = util.joinPaths(cwd, fn) ret.append(fn) return ret |
passwdMgr = urllib2.HTTPPasswordMgrWithDefaultRealm() | passwdMgr = self.BasicPasswordManager() | def _fetchUrl(self, url, headers): retries = 0 inFile = None while retries < 5: try: # set up a handler that tracks cookies to handle # sites like Colabnet that want to set a session cookie cj = cookielib.LWPCookieJar() passwdMgr = urllib2.HTTPPasswordMgrWithDefaultRealm() if self.cfg.proxy and \ not self.noproxyFilter... |
proxyPasswdMgr = urllib2.HTTPPasswordMgrWithDefaultRealm() | proxyPasswdMgr = urllib2.HTTPPasswordMgr() | def _fetchUrl(self, url, headers): retries = 0 inFile = None while retries < 5: try: # set up a handler that tracks cookies to handle # sites like Colabnet that want to set a session cookie cj = cookielib.LWPCookieJar() passwdMgr = urllib2.HTTPPasswordMgrWithDefaultRealm() if self.cfg.proxy and \ not self.noproxyFilter... |
passwdMgr.add_password(None, urlStr, url.user, url.passwd) | passwdMgr.add_password(url.user, url.passwd) | def _fetchUrl(self, url, headers): retries = 0 inFile = None while retries < 5: try: # set up a handler that tracks cookies to handle # sites like Colabnet that want to set a session cookie cj = cookielib.LWPCookieJar() passwdMgr = urllib2.HTTPPasswordMgrWithDefaultRealm() if self.cfg.proxy and \ not self.noproxyFilter... |
origTrv = self.db.getTrove(*thisTrv.getNameVersionFlavor(), **{pristine: True}) | origTrv = self.db.getTrove(pristine = True, *thisTrv.getNameVersionFlavor()) | def _recurseTrove(self, trv, duplicateFilterSet = None): verifyList = [] |
path = self.parent.path + (self.parent.params or '') | path = self.parent.path + (self.parent.params and '?%s' % self.parent.params or '') | def filePath(self, useParentPath=True): if self.parent and useParentPath: fragment = self.parent.fragment or '' port = self.parent.port or '' path = self.parent.path + (self.parent.params or '') host = self.parent.host else: fragment = self.fragment or '' port = self.port or '' path = self.path + (self.params and '?%s'... |
fileName, lineNo, funcName, text, idx = inspect.getframeinfo(frame) | try: frameInfo = inspect.getframeinfo(frame, context=1) except: frameInfo = inspect.getframeinfo(frame, context=0) fileName, lineNo, funcName, text, idx = frameInfo | def updatecache(*args): # linecache.updatecache looks in the module search path for # files that match the module name. This is a problem if you # have a file without source with the same name as a python # standard library module. We'll just check to see if the file # exists first and require exact path matches. if no... |
if not modelFile.exists(): | if not modelFile.exists() and not kwargs.get('ignore-model'): | def runCommand(self, cfg, argSet, otherArgs): kwargs = { 'systemModel': False } model = cml.CML(cfg) modelFile = systemmodel.SystemModelFile(model) |
if modelFile.exists(): | if modelFile.exists() and not kwargs.pop('ignoreModel'): | def runCommand(self, cfg, argSet, otherArgs): kwargs = { 'systemModel': False } model = cml.CML(cfg) modelFile = systemmodel.SystemModelFile(model) |
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