def compareAndMakeDirectories(userPath, newVersion, versionDirectoryContents,
userDirectoryContents):
# think of the paramaters this way for now:
# source = userPath
# destination = newVersion
# recentVersionCont = versionDirectoryContents
# sourceFiles = userDirectoryContents
versionContentList = []
userContentList = []
# go through contents of old directory
for x in range(0, len(versionDirectoryContents)):
file = recentVersion + '/' + str(versionDirectoryContents[x])
versionContents = makeFiles.readFiles(file)
versionContentList.append(versionContents)
# go through contents of user-given directory
for x in range(0, len(userDirectoryContents)):
# the reason we're putting userPath in here is so that
# the program will have the path to the file
file = userPath + '/' + str(userDirectoryContents[x])
userContents = makeFiles.readFiles(file)
userContentList.append(userContents)
#Ignore this, it is there incase we need to do more troubleshooting
# print "userContentList"
# print userContentList
# print "sorted user"
# print sorted(userContentList)
# print "versionContentList"
# print versionContentList
# print "sorted version"
# print sorted(versionContentList)
# if there are no changes then return no changes
if sorted(versionContentList) == sorted(userContentList):
print "no change"
for fileName in userDirectoryContents:
os.remove(userPath + "/" + fileName)
return
# newVersion will eventually come from repo (being the path for the
# user's repo) + '.' + timeStamp (so that it will be named so that it
# is after lastDir, and becomes the NEW most recent directory, or
# lastDir the NEXT time you run this function.
elif sorted(userContentList) != sorted(versionContentList):
distutils.dir_util.copy_tree(userPath, newVersion)
for fileName in userDirectoryContents:
os.remove(userPath + "/" + fileName)
return
else:
print "something went wrong"
return
def compareAndMakeDirectories(userPath, newVersion, repoDirectoryContents, userDirectoryContents):
# think of the paramaters this way for now:
# source = userPath
# destination = newVersion
# repoCont = repoDirectoryContents
# srcCont = userDirectoryContents
repoContentList = []
userContentList = []
# go through contents of old directory
for x in range(0, len(repoDirectoryContents)):
file = str(repoDirectoryContents[x])
repoContents = makeFiles.readFiles(file)
repoContentList.append(repoContents)
# go through contents of user-given directory
for x in range(0, len(userDirectoryContents)):
# the reason we're putting userPath in here is so that
# the program will have the path to the file
file = userPath+'/'+str(userDirectoryContents[x])
userContents = makeFiles.readFiles(file)
userContentList.append(userContents)
# if there are no changes then return no changes
if repoContentList == userContentList:
print "no change"
return
# newVersion will eventually come from repo (being the path for the
# user's repo) + '.' + timeStamp (so that it will be named so that it
# is after lastDir, and becomes the NEW most recent directory, or
# lastDir the NEXT time you run this function.
elif userContentList != repoContentList:
distutils.dir_util.copy_tree(userPath, newVersion)
return
else:
print "something went wrong"
return
# def compareAndMakeDirectories(userPath, newVersion, repoDirectoryContents, userDirectoryContents):
# think of the paramaters this way for now:
# source = userPath
# destination = newVersion
# repoCont = repoDirectoryContents
# srcCont = userDirectoryContents
repoContentList = []
userContentList = []
# go through contents of old directory
for x in repoCont:
repoFile = x
repoContents = makeFiles.readFiles(repoFile)
repoContentList.append(repoContents)
print repoContentList
# go through contents of user-given directory
for y in srcCont:
userFile = y
userContents = makeFiles.readFiles(userFile)
userContentList.append(userContents)
print userContentList
# if there are no changes then return no changes
if repoContentList == userContentList:
print "no change"
# def compareAndMakeDirectories(userPath, newVersion, repoDirectoryContents, userDirectoryContents):
# think of the paramaters this way for now:
# source = userPath
# destination = newVersion
# repoCont = repoDirectoryContents
# srcCont = userDirectoryContents
repoContentList = []
userContentList = []
# go through contents of old directory
for x in repoCont:
repoFile = x
repoContents = makeFiles.readFiles(repoFile)
repoContentList.append(repoContents)
print repoContentList
# go through contents of user-given directory
for y in srcCont:
userFile = y
userContents = makeFiles.readFiles(userFile)
userContentList.append(userContents)
print userContentList
# if there are no changes then return no changes
if repoContentList == userContentList:
print "no change"
