def createNewMakefile(self):
'''
Merge existing Makefile data and user fields from existing 'c_cpp_properties.json.'
'''
cP = wks.CProperties()
cPropertiesData = cP.getCPropertiesData()
with open(utils.makefilePath, 'r') as makefile:
data = makefile.readlines()
# sources
cSources = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_cSources)
data = self.searchAndAppend(data, self.mkfStr.cSources, cSources)
asmSources = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_asmSources)
data = self.searchAndAppend(data, self.mkfStr.asmSources, asmSources)
ldSources = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_ldSources)
data = self.searchAndAppend(data,
self.mkfStr.ldSources,
ldSources,
preappend='-l:')
# includes
cIncludes = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_cIncludes)
data = self.searchAndAppend(data,
self.mkfStr.cIncludes,
cIncludes,
preappend='-I')
asmIncludes = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_asmIncludes)
data = self.searchAndAppend(data,
self.mkfStr.asmIncludes,
asmIncludes,
preappend='-I')
ldIncludes = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_ldIncludes)
data = self.searchAndAppend(data,
self.mkfStr.ldIncludes,
ldIncludes,
preappend='-L')
# defines
cDefines = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_cDefines)
data = self.searchAndAppend(data,
self.mkfStr.cDefines,
cDefines,
preappend='-D')
asmDefines = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_asmDefines)
data = self.searchAndAppend(data,
self.mkfStr.asmDefines,
asmDefines,
preappend='-D')
# compiler flags
cFlags = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_cFlags)
data = self.searchAndAppend(data, self.mkfStr.cFlags, cFlags)
asmFlags = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_asmFlags)
data = self.searchAndAppend(data, self.mkfStr.asmFlags, asmFlags)
ldFlags = cP.getCPropertiesKeyData(cPropertiesData,
self.cPStr.user_ldFlags)
data = self.searchAndAppend(data, self.mkfStr.ldFlags, ldFlags)
data = self.replaceMakefileHeader(data)
try:
with open(utils.makefilePath, 'w') as makefile:
for line in data:
makefile.write(line)
print("New Makefile data succesfully written.")
except Exception as err:
errorMsg = "Exception error writing new data to Makefile:\n"
errorMsg += str(err)
utils.printAndQuit(errorMsg)
def searchAndAppend(self, data, searchString, appendData, preappend=None):
'''
Search for string in 'data' list and append 'appendData' according to Makefile syntax.
if 'preappend' is defined, each item of 'appendData' is preappended with this string.
'''
NOT_FOUND = -1
if preappend is not None:
appendData = utils.preappendString(appendData, preappend)
for lineIndex, line in enumerate(data):
line = line.rstrip('\n') # strip string of '\n'
if line.find(searchString) != NOT_FOUND: # search for start string
if line[0] == '#': # this is a comment
continue
if line.find("\\") == NOT_FOUND:
# one-liner, no '\' sign at the end of the line
if isinstance(appendData, list): # if this is list
if appendData: # and it is not empty
if len(
appendData
) == 1: # this list has only one item, add it without '\'
if line[-1] != ' ': # avoid double spaces
line += " "
data[lineIndex] = line + appendData[0] + "\n"
else:
# this is list with multiple items, '\' will be needed
line += " \\\n"
data[lineIndex] = line
for itemIndex, item in enumerate(appendData):
stringToInsert = item
if item != appendData[
-1]: # for last item do not append "\"
stringToInsert += "\\"
stringToInsert += "\n" # new line must always be added
data.insert(lineIndex + itemIndex + 1,
stringToInsert)
return data
else: # appendData is string (not list)
if appendData != '':
if data[lineIndex][
-1] != ' ': # avoid double spaces
data[lineIndex] += " "
data[lineIndex] += appendData + "\n"
return data
else: # already a multi-liner, append at the beginning, but in new line
if isinstance(appendData, list):
for itemIndex, item in enumerate(appendData):
stringToInsert = item + " \\\n"
data.insert(lineIndex + itemIndex + 1,
stringToInsert)
else: # appendData is string (not list)
data[lineIndex] += item + " \\\n"
return data
errorMsg = "String item " + str(searchString) + " not found!"
utils.printAndQuit(errorMsg)
def verifyToolsPaths(self, toolsPaths, request=False):
'''
This function checks if paths in 'toolsPaths.json' are a valid paths.
If any path is not valid/missing, user is asked for update via updatePath().
If 'request' is set to True, user is asked to update path even if it is a valid path.
Returns updated valid tools paths.
'''
for pathName in self.bStr.toolsPaths:
try:
mustBeUpdated = False
if pathName in toolsPaths:
# 'toolsPaths.json' keys are not lists. Always a plain path (string)
if not utils.pathExists(toolsPaths[pathName]):
mustBeUpdated = True
# path not valid, check if command
if utils.commandExists(toolsPaths[pathName]):
mustBeUpdated = False
if mustBeUpdated:
if toolsPaths[pathName] != '':
# avoid reporting invalid file path, if there is an empty string
msg = "\n\nInvalid path detected in '" + pathName + "' key."
print(msg)
else:
if request:
msg = "\n\nValid path(s) for " + pathName + " detected: '" + toolsPaths[
pathName] + "'."
msg += "\n\tUpdate? [y/n]: "
if utils.getYesNoAnswer(msg):
mustBeUpdated = True
else: # this key is missing in toolsPaths.json!
mustBeUpdated = True
if mustBeUpdated:
if pathName in self.bStr.derivedPaths:
continue
elif pathName == self.bStr.openOcdConfig:
# get openOcdConfig - special handler
toolsPaths[pathName] = utils.getOpenOcdConfig(
toolsPaths[self.bStr.openOcdPath])
elif pathName in self.pathsDescriptionsData:
name = self.pathsDescriptionsData[pathName]['name']
defaultPath = self.pathsDescriptionsData[pathName][
'defaultPath']
toolsPaths[pathName] = self.updatePath(
name, defaultPath)
else:
toolsPaths[pathName] = self.updatePath(pathName, None)
except Exception as err:
toolsPaths[pathName] = self.updatePath(pathName, None)
for pathName in self.bStr.derivedPaths:
if pathName == self.bStr.pythonExec:
toolsPaths[self.bStr.pythonExec] = utils.getPython3Executable()
elif pathName == self.bStr.gccInludePath:
toolsPaths[self.bStr.gccInludePath] = utils.getGccIncludePath(
toolsPaths[self.bStr.gccExePath])
else:
errorMsg = "ideScripts design error: pathName '" + pathName + "' is in 'self.bStr.derivedPaths' list, "
errorMsg += "but no 'get()' handler is specified."
utils.printAndQuit(errorMsg)
return toolsPaths