def _loop_remotes(self):
for item in self._remotes:
filename = item["name"] + "." + item["type"]
print self._base_path
download_path = self._base_path + filename
extract_path = self._base_path + item["name"]
if rm_existing(extract_path):
print "Directory deleted: " + extract_path
print "Attempting to download: " + filename
if self._download(item["url"], download_path):
print "File downloaded: " + filename
archive = self._get_archive(download_path, item["type"])
archive.extract(extract_path)
print "Extracted :" + filename
os.remove(download_path)
print "Removed: " + filename
return True
def execute(self):
if not self._out_path:
set_out_path(self._base_path)
for root, dirs, files in os.walk(self._base_path):
for item in self._ignores:
self._remove_from_list(dirs,item)
self._remove_from_list(files,item)
# Create all required directories
for d in dirs:
root = fix_path(root)
old = root + d
new = self._out_path + old.replace(self._base_path,'')
if rm_existing(new):
print 'Directory removed: ' + new
if not os.path.isdir(new):
os.mkdir(new)
print 'Directory created at: ' + new
#loop through all files in the directory
for f in files:
root = fix_path(root)
old = root + f
new = self._out_path + old.replace(self._base_path,'')
try:
new_file = open(new,'w')
new_file.write(open(old,'r').read())
new_file.flush()
new_file.close()
print 'File ' + f + ' copied.'
except IOError:
print "Error writing file: " + f