def forceUpdatePaths(self, buildData):
'''
This function is called when there are no valid paths found in existing 'buildData.json' file.
'''
for (path, pathName) in self.toolsList:
while (True):
newPath = utils.getUserPath(pathName)
if utils.fileFolderExists(newPath):
buildData[path] = newPath
msg = "\tPath to '" + pathName + "' updated."
print(msg)
break # out of while loop
else:
msg = "\tPath to '" + pathName + "' not valid:\n\t" + str(
newPath)
print(msg)
gccExePath = buildData[self.bStr.gccExePath]
buildData[self.bStr.gccInludePath] = utils.getGccIncludePath(
gccExePath)
openOCDTargetPath = buildData[self.bStr.openOCDTargetPath]
buildData[self.bStr.openOCDInterfacePath] = utils.getSTLinkPath(
openOCDTargetPath)
print("Tools paths updated.\n")
return buildData
def getCubeMxExePath():
'''
Get absolute path to STM32CubeMX.exe either by windows default associated program or user input.
'''
cubeMxPath = utils.findExecutablePath('ioc', raiseException=False)
if cubeMxPath is not None:
if os.path.exists(cubeMxPath):
cubeMxPath = utils.pathWithForwardSlashes(cubeMxPath)
print("STM32CubeMX.exe path automatically updated.")
return cubeMxPath
else:
while cubeMxPath is None:
cubeMxPath = utils.getUserPath('STM32CubeMX.exe')
if os.path.exists(cubeMxPath):
cubeMxPath = utils.pathWithForwardSlashes(cubeMxPath)
return cubeMxPath
else:
cubeMxPath = None
def updatePath(self, pathName, default):
'''
This function is called when a path is detected as invalid or the user requests to update paths.
'''
# check if default path is command
pathDefault = None
if utils.commandExists(default):
pathDefault = shutil.which(default)
# if not a command, check if it's a path
elif utils.pathExists(default):
pathDefault = default
if pathDefault is not None:
msg = "\n\tDefault path to '" + pathName + "' detected at '" + pathDefault + "'\n\tUse this path? [y/n]: "
if utils.getYesNoAnswer(msg):
return pathDefault
# default not detected or user wants custom path/command
newPath = utils.getUserPath(pathName)
return newPath
def getKeilProjectPath(paths: Paths):
'''
Try to find Keil *.uvprojx file. If found, this file is used as project file.
If not found, throw error.
If multiple files found, user is asked to enter specific file path.
Return files absolute paths: *.uvprojx
'''
KEIL_PROJECT_FILE_EXTENSION = '.uvprojx'
# Get the list of all files in directory tree at given path
allFiles = utils.getAllFilesInFolderTree(paths.rootFolder)
keilProjectFiles = []
for theFile in allFiles:
if theFile.find(KEIL_PROJECT_FILE_EXTENSION) != -1:
keilProjectFiles.append(theFile)
if len(keilProjectFiles) == 0:
errorMsg = "Unable to find any Keil project files ending with " + KEIL_PROJECT_FILE_EXTENSION + ". "
errorMsg += "Is folder structure correct?\n\t"
errorMsg += "Searched files in folder tree: " + paths.rootFolder
raise Exception(errorMsg)
elif len(keilProjectFiles) == 1:
# only one keil project file available, take this one
print("Keil project file found:", keilProjectFiles[0])
return keilProjectFiles[0]
else:
print("More than one Keil project files available. Select the right one.")
keilProjectPath = None
while keilProjectPath is None:
keilProjectPath = utils.getUserPath('Keil project (.uvprojx)')
if os.path.exists(keilProjectPath):
break
else:
keilProjectPath = None
print("Keil project path updated.")
return keilProjectPath