def examine_ipc_scheme(ipc_file):
"""
Function that is used along with the above generator function
Scope is the same.
On success from the generator it returns the message.
On failure it returns a notification that the message is not found in the
scheme.
If the number of failures is 3 it aborts.
@rtype file object
@rvalue string
"""
cnt = 0
try:
with open(ipc_file) as f:
for message_found in ipc_message_gen(f):
if message_found[0] == True:
log.info('%s is found in ipc scheme.Try to modify this',
' '.join(message_found[1].split()))
break
else:
cnt += 1
log.warning(
'%s is not found in ipc scheme.Try next candidate',
' '.join(message_found[1].split()))
if cnt == len(ipc_message_db):
log.error(
'ipc message db is examined and no candidate found for editing'
)
sys.exit(3)
else:
log.info('Will change now %s in ipc file' %
message_found[1].split()[0])
except IOError:
#: if we get here then something is really messed up... :#
log.error('ipc encoding scheme seems that does not exist')
sys.exit(4)
return message_found[1]
def examine_ipc_scheme(ipc_file):
"""
Function that is used along with the above generator function
Scope is the same.
On success from the generator it returns the message.
On failure it returns a notification that the message is not found in the
scheme.
If the number of failures is 3 it aborts.
@rtype file object
@rvalue string
"""
cnt = 0
try:
with open(ipc_file) as f:
for message_found in ipc_message_gen(f):
if message_found[0] == True:
log.info('%s is found in ipc scheme.Try to modify this',
' '.join(message_found[1].split()))
break
else:
cnt += 1
log.warning('%s is not found in ipc scheme.Try next candidate', ' '.join(
message_found[1].split()))
if cnt == len(ipc_message_db):
log.error(
'ipc message db is examined and no candidate found for editing')
sys.exit(3)
else:
log.info('Will change now %s in ipc file' %
message_found[1].split()[0])
except IOError:
#: if we get here then something is really messed up... :#
log.error('ipc encoding scheme seems that does not exist')
sys.exit(4)
return message_found[1]
def commit_ban(BanServerUrl):
""" Function that checks if commit ban is ON/OFF"""
try:
resp = urllib2.urlopen(BanServerUrl).readlines()
except urllib2.HTTPError as e:
print 'Commit Ban Server is unavailable'
print 'Will use magic_word_ISUG anyway to be sure'
return True
else:
for line in resp:
if 'ON' in line and options.branch in line:
log.warning('COMMIT BAN is ON for %s' % options.branch)
log.warning('Will use magic_word_ISUG in commit msg')
print 'COMMIT BAN is ON for %s' % options.branch
print 'Will use magic_word_ISUG in commit msg'
return True
else:
pass
return False
def commit_ban(BanServerUrl):
""" Function that checks if commit ban is ON/OFF"""
try:
resp = urllib2.urlopen(BanServerUrl).readlines()
except urllib2.HTTPError as e:
print 'Commit Ban Server is unavailable'
print 'Will use magic_word_ISUG anyway to be sure'
return True
else:
for line in resp:
if 'ON' in line and options.branch in line:
log.warning('COMMIT BAN is ON for %s' % options.branch)
log.warning('Will use magic_word_ISUG in commit msg')
print 'COMMIT BAN is ON for %s' % options.branch
print 'Will use magic_word_ISUG in commit msg'
return True
else:
pass
return False
git.show_branches()
all_branches = git.stdOut
#: do git stash pop only if you are in the correct branch! :#
#: make use of mapping dict as master resolves into trunk... :#
if stashes and options.branch in [
pat.search(line).group(1) for line in stashes
] and options.branch == [
cur.split()[1]
for cur in all_branches.splitlines() if '*' in cur
][0]:
for line in stashes:
branch = pat.search(line).group(1)
if branch and branch == options.branch:
log.warning('Found stash %s for %s' %
(line, options.branch))
stash_rev = re.match('stash@{(\d+)}', line).group(1)
git.stash('pop stash@{' + stash_rev + '}')
log.warning('Pop up this stash %s back to %s' %
(line, options.branch))
break
else:
pass
else:
print 'No available stashes.Exit'
break
#log.info('Get the files back from stash if any\n %s' % git.stdOut)
print '========================================'
print 'Done\n'
sys.exit(2)
print'======================================'
pat = re.compile('WIP on (\w+):')
while True:
git.stash('list')
stashes = git.stdOut.splitlines()
git.show_branches()
all_branches = git.stdOut
#: do git stash pop only if you are in the correct branch! :#
#: make use of mapping dict as master resolves into trunk... :#
if stashes and options.branch in [pat.search(line).group(1) for line in stashes] and options.branch == [cur.split()[1] for cur in all_branches.splitlines() if '*' in cur][0]:
for line in stashes:
branch = pat.search(line).group(1)
if branch and branch == options.branch:
log.warning('Found stash %s for %s' %
(line, options.branch))
stash_rev = re.match('stash@{(\d+)}', line).group(1)
git.stash('pop stash@{' + stash_rev + '}')
log.warning('Pop up this stash %s back to %s' %
(line, options.branch))
break
else:
pass
else:
print 'No available stashes.Exit'
break
#log.info('Get the files back from stash if any\n %s' % git.stdOut)
print '========================================'
print 'Done\n'
sys.exit(2)
