def processTestingFunction_(self, functionName, classNames = None, functionNames = None):
mainFileName = os.path.join(TEST_FILES_FOLDER, functionName + ".cpp")
resultMainFileName = os.path.join(TEST_FILES_FOLDER, functionName + "_result.cpp")
expectedMainFileName = os.path.join(TEST_FILES_FOLDER, functionName + "_expected.cpp")
dumpFileName = os.path.join(TEST_FILES_FOLDER, functionName + ".json")
try:
#TODO GERVA: keepBackupFiles == True
shutil.copy(mainFileName, MAIN_FILE_TO_ANNOTATE)
myCppAnnotator = CppAnnotator(MAIN_FILE_TO_ANNOTATE, MAIN_FUNCTION, BUILD_SOLUTION_COMMAND, keepBackupFiles = False)
myCppAnnotator.annotateMainFile(dumpFileName)
if classNames is None and functionNames is None:
myCppAnnotator.annotateFile(FILE_TO_ANNOTATE, HEADER_TO_INCLUDE)
else:
if classNames is not None:
myCppAnnotator.annotateClasses(FILE_TO_ANNOTATE, HEADER_TO_INCLUDE, classNames)
if functionNames is not None:
myCppAnnotator.annotateFunctions(FILE_TO_ANNOTATE, HEADER_TO_INCLUDE, functionNames)
with myCppAnnotator:
#It's annotated, it should generate a result file in resultFileName
os.system(SAMPLE_PROGRAM_EXE)
with open( dumpFileName, "r") as dumpFileFp:
with open( resultMainFileName, "w") as equivProgramFp:
#Get equivalent program
myCodeGenerator = CodeGenerator(dumpFileFp)
myCodeGenerator.generateEquivalentProgram(equivProgramFp)
self.compareFileContents_(resultMainFileName, expectedMainFileName)
finally:
if os.path.exists(resultMainFileName):
os.remove(resultMainFileName)
if os.path.exists(dumpFileName):
os.remove(dumpFileName)
def generateEquivalentProgram(self):
'''
User asks to generate an equivalent program from the selected program execution.
'''
FT = ExecutionsTreeWidgetItem.FileType
currentItem = self.executionsExplorerTreeWidget.currentItem()
myType = currentItem.getFileType()
if myType == FT.EXECUTION:
dumpFileName = currentItem.getFilePath()
equivProgramPath = getEquivalentProgramPathFromExecution(
dumpFileName, self.currentProject.getLanguage())
with open(dumpFileName, "r") as dumpFileFp:
with open(equivProgramPath, "w") as equivProgramFp:
#Get equivalent program
myCodeGenerator = CodeGenerator(
dumpFileFp, projectName=self.currentProject.getName())
mySourceType = GeneratedSourceType.UNIT_TEST if self.unitTestRadioButton.isChecked(
) else GeneratedSourceType.MAIN_FILE
myCodeGenerator.generateEquivalentProgram(
equivProgramFp,
searchLevel=ProgramExecution.MIN_LEVEL,
sourceType=mySourceType)
equivProgramTreeItem = createExecutionsTreeWidgetItem(
ExecutionsTreeWidgetItem.FileType.EQUIV_PROGRAM,
equivProgramPath)
currentItem.addChild(equivProgramTreeItem)
self.refreshFileContents(equivProgramPath)
def generateEquivalentProgram(self):
"""
User asks to generate an equivalent program from the selected program execution.
"""
FT = ExecutionsTreeWidgetItem.FileType
currentItem = self.executionsExplorerTreeWidget.currentItem()
myType = currentItem.getFileType()
if myType == FT.EXECUTION:
dumpFileName = currentItem.getFilePath()
equivProgramPath = getEquivalentProgramPathFromExecution(dumpFileName, self.currentProject.getLanguage())
with open(dumpFileName, "r") as dumpFileFp:
with open(equivProgramPath, "w") as equivProgramFp:
# Get equivalent program
myCodeGenerator = CodeGenerator(dumpFileFp, projectName=self.currentProject.getName())
mySourceType = (
GeneratedSourceType.UNIT_TEST
if self.unitTestRadioButton.isChecked()
else GeneratedSourceType.MAIN_FILE
)
myCodeGenerator.generateEquivalentProgram(
equivProgramFp, searchLevel=ProgramExecution.MIN_LEVEL, sourceType=mySourceType
)
equivProgramTreeItem = createExecutionsTreeWidgetItem(
ExecutionsTreeWidgetItem.FileType.EQUIV_PROGRAM, equivProgramPath
)
currentItem.addChild(equivProgramTreeItem)
self.refreshFileContents(equivProgramPath)
def processTestingFunction_(self,
functionName,
classNames=None,
functionNames=None):
mainFileName = os.path.join(TEST_FILES_FOLDER, functionName + ".cpp")
resultMainFileName = os.path.join(TEST_FILES_FOLDER,
functionName + "_result.cpp")
expectedMainFileName = os.path.join(TEST_FILES_FOLDER,
functionName + "_expected.cpp")
dumpFileName = os.path.join(TEST_FILES_FOLDER, functionName + ".json")
try:
#TODO GERVA: keepBackupFiles == True
shutil.copy(mainFileName, MAIN_FILE_TO_ANNOTATE)
myCppAnnotator = CppAnnotator(MAIN_FILE_TO_ANNOTATE,
MAIN_FUNCTION,
BUILD_SOLUTION_COMMAND,
keepBackupFiles=False)
myCppAnnotator.annotateMainFile(dumpFileName)
if classNames is None and functionNames is None:
myCppAnnotator.annotateFile(FILE_TO_ANNOTATE,
HEADER_TO_INCLUDE)
else:
if classNames is not None:
myCppAnnotator.annotateClasses(FILE_TO_ANNOTATE,
HEADER_TO_INCLUDE,
classNames)
if functionNames is not None:
myCppAnnotator.annotateFunctions(FILE_TO_ANNOTATE,
HEADER_TO_INCLUDE,
functionNames)
with myCppAnnotator:
#It's annotated, it should generate a result file in resultFileName
os.system(SAMPLE_PROGRAM_EXE)
with open(dumpFileName, "r") as dumpFileFp:
with open(resultMainFileName, "w") as equivProgramFp:
#Get equivalent program
myCodeGenerator = CodeGenerator(dumpFileFp)
myCodeGenerator.generateEquivalentProgram(equivProgramFp)
self.compareFileContents_(resultMainFileName, expectedMainFileName)
finally:
if os.path.exists(resultMainFileName):
os.remove(resultMainFileName)
if os.path.exists(dumpFileName):
os.remove(dumpFileName)
