def test_genreMonthCount(self):
'''Test that the function creates a dictionary counting the frequency
of words'''
# Expected result
dataCount_result = {
'adventure': 2,
'drama': 16,
'crime': 4,
'comedy': 3,
'biography': 4,
'6': 1,
'action': 1,
'none': 1,
'history': 1,
'romance': 1,
'7.8': 1,
'sport': 1,
'december': 3,
'november': 5,
'october': 3,
'july': 1,
'january': 3,
'112': 1,
'february': 1,
'may': 1
}
# Call the genreMonthCount function and pass the test string data
self.assertEqual(FileEditor.genreMonthCount(self.test_matrixString),
dataCount_result)
def run(self):
r = Runner.DynamicRunner(self.net, self.runFile)
i = 0
#start simulation and log simTime
startTime = time.time()
r.createRandomTrips(self.pop)
rc = RouteChanger.RouteChanger()
rc.getFile()
rc.writeFile()
r.runNoGui() # r.runNoGui()
simTime = time.time() - startTime
#Analyse for traffic density fitness
densityFitness = getFitness.main()
#Create FileEditor object
f = FileEditor.FileEditor(simTime, densityFitness)
f.getOutput()
f.getTimeStamps()
#f.setBreakpoints()
#f.writeFile()
if f.getTeleports() > 0:
fitness = round((densityFitness / f.getTeleports()), 2)
print("Fitness: " + str(fitness))
else:
fitness = densityFitness
print("Fit: " + str(fitness))
print(str("Teleports: " + str(f.getTeleports())))
return fitness
def run(self):
r = Runner.Runner(self.net, self.runFile)
i = 0
while i < self.simNum:
#start simulation and log simTime
print("Count: " + str(i))
startTime = time.time()
r.createRandomTrips()
r.runNoGui()
simTime = time.time() - startTime
#Analyse for traffic density fitness
densityFitness = getFitness.main()
#Create FileEditor object
f = FileEditor.FileEditor(simTime, densityFitness)
f.getOutput()
f.getTimeStamps()
f.setBreakpoints()
f.writeFile()
if f.getTeleports() > 0:
fitness = round((densityFitness / f.getTeleports()), 2)
else:
fitness = densityFitness
f.setFitness(fitness)
print("SimRun F: " + str(fitness))
#if collisions occur copy route data, warning file and breakpoint file
print("Collision Num: " + str(f.getCollisionWarnings()))
if f.getWarnings() > 0 and f.getTeleports() < 10:
f.copyDir()
f.copyFile()
f.writeBreakPointFile()
i += 1
def testValidInput(self):
'''Test that the function passes through data that is valid and shows
error for invalid data'''
# Expected result for valid data
movie1_result = (2018, 5, 7.7, 140, 64, 175, 136.73, 'action',
'adventure', 'march')
# Call the validInput function to input data and create data in tuple
self.assertEqual(FileEditor.validInput(), movie1_result)
#!/usr/bin/env python
from FileEditor import *
editor = FileEditor()
editor.setIsTest(True)
#editor.setBlockSize(5)
#editor.setFilter(r'^ *namespace MolMcD *\n *{')
#editor.setOld(r'MolMcD *\n *{( *\n)*')
#editor.setNew(r'Util\n{\n\n')
#for directory in mcmd_directories:
# editor.editFiles(directory, "*.h")
# editor.editFiles(directory, "*.cpp")
#editor.setFilter(r'#define +([A-Z]+_)+H *$')
#editor.setOld(r'#define +')
#editor.setNew(r'#define ')
#editor.editFiles(".", "*.h")
#editor.setFilter(r'#ifndef +([A-Z]+_)+H *$')
#editor.setOld(r'#ifndef +')
#editor.setNew(r'#ifndef ')
#editor.editFiles(".", "*.h")
#editor.setFilter(r'MCMD_MCMD_')
#editor.setOld(r'MCMD_MCMD_')
#editor.setNew(r'MCMD_')
#editor.editFiles(".", "*.h")
#editor.editFiles(".", "*.cpp")
def yamlToMap(self):
fileEditor=FileEditor()
yamlFile=open('YamlFile.yml','r')
testMap=fileEditor.fileToMap(yamlFile)
return testMap
def createYamlFile(self,costMap):
fileEditor=FileEditor()
costmap=fileEditor.modifyValuesList(costMap)
fileEditor.mapToFile(costMap)
def yamlToMap(self):
fileEditor = FileEditor()
yamlFile = open('YamlFile.yml', 'r')
testMap = fileEditor.fileToMap(yamlFile)
return testMap
def createYamlFile(self, costMap):
fileEditor = FileEditor()
costmap = fileEditor.modifyValuesList(costMap)
fileEditor.mapToFile(costMap)
