def _find_sb(directory):
sb = sandbox.create_from_within(directory)
if not sb:
print('%s does not appear to be inside a sandbox.' %
os.path.abspath(directory))
sys.exit(1)
return sb
def revno(dir):
sb = sandbox.create_from_within(dir)
revno = int(
vcs.revno(
sb.get_component_path(sb.get_top_component(),
component.CODE_ASPECT_NAME)))
#print('revno: {0}'.format(revno))
print(revno)
return revno
def getRevision(self):
sb = sandbox.create_from_within(self.conf.path)
branchLocation = os.path.join(sb.get_code_root(), sb.get_top_component())
return vcs.revno(branchLocation, True)
cwd = os.getcwd()
os.chdir(branchLocation)
p = subprocess.Popen(["bzr", "revno", "--tree"], stdout=subprocess.PIPE)
revno = p.stdout.read().strip()
os.chdir(cwd)
return revno
def getRevision(self):
sb = sandbox.create_from_within(self.conf.path)
branchLocation = os.path.join(sb.get_code_root(),
sb.get_top_component())
return vcs.revno(branchLocation, True)
cwd = os.getcwd()
os.chdir(branchLocation)
p = subprocess.Popen(['bzr', 'revno', '--tree'],
stdout=subprocess.PIPE)
revno = p.stdout.read().strip()
os.chdir(cwd)
return revno
def main(argv):
err = 0
args, args_options, builder, builder_options = parse_args(argv)
sb = sandbox.create_from_within(args_options.sandbox)
# Is this a buildable sandbox?
if component.CODE_ASPECT_NAME not in sb.get_component_aspects(
sb.get_top_component()):
builder = _SimulatedBuilder(True)
else:
if not builder_options.build_type:
builder_options.build_type = sb.get_build_config()
else:
sb.set_build_config(builder_options.build_type)
builder_options.quick = args_options.quick
args_options.assemble_only = args_options.assemble_only and os.path.isdir(
sb.get_built_root())
if args_options.dry_run:
builder = _SimulatedBuilder()
else:
# If cmdline specified a builder name, look up the corresponding object.
# Otherwise, select default one.
if builder:
builder = _builders[builder]
else:
builder = select_builder(sb)
if not builder:
if not os.path.isdir(sb.get_code_root()):
# User has requested a built sandbox -- now requesting that it be runnable!
args_options.assemble_only = True
else:
print('No build tool supports {0}.'.format(
sb.get_code_root()))
return 2
print('Using {0} as build tool.'.format(builder.get_name()))
if not args:
args = ['build']
if args_options.auto:
if sb.get_component_reused_aspect(
sb.get_top_component()) != component.CODE_ASPECT_NAME:
print("Can't auto-build if top component is pre-built.")
err = 1
else:
auto_build(sb, args_options, args, builder, builder_options)
else:
err = do_build(sb, args_options, args, builder, builder_options)
return err
def main(argv):
err = 0
args, args_options, builder, builder_options = parse_args(argv)
sb = sandbox.create_from_within(args_options.sandbox)
# Is this a buildable sandbox?
if component.CODE_ASPECT_NAME not in sb.get_component_aspects(sb.get_top_component()):
builder = _SimulatedBuilder(True)
else:
if not builder_options.build_type:
builder_options.build_type = sb.get_build_config()
else:
sb.set_build_config(builder_options.build_type)
builder_options.quick = args_options.quick
args_options.assemble_only = args_options.assemble_only and os.path.isdir(sb.get_built_root())
if args_options.dry_run:
builder = _SimulatedBuilder()
else:
# If cmdline specified a builder name, look up the corresponding object.
# Otherwise, select default one.
if builder:
builder = _builders[builder]
else:
builder = select_builder(sb)
if not builder:
if not os.path.isdir(sb.get_code_root()):
# User has requested a built sandbox -- now requesting that it be runnable!
args_options.assemble_only = True
else:
print('No build tool supports {0}.'.format(sb.get_code_root()))
return 2
print('Using {0} as build tool.'.format(builder.get_name()))
if not args:
args = ['build']
if args_options.auto:
if sb.get_component_reused_aspect(sb.get_top_component()) != component.CODE_ASPECT_NAME:
print("Can't auto-build if top component is pre-built.")
err = 1
else:
auto_build(sb, args_options, args, builder, builder_options)
else:
err = do_build(sb, args_options, args, builder, builder_options)
return err
def main(argv):
print("Minifying files")
args, args_options = parse_args(argv)
sb = sandbox.create_from_within(args_options.sandbox)
br = sb.get_built_root()
types = [ 'adminportal', 'uibase', 'search' ]
for type in types:
try:
mini = Minifier(type, br)
mini.do_minify()
except:
print "Minify error calling jsmin:\n%s" % sys.exc_info()[0]
raise
print("Minify succeeded")
def main(argv):
print("Minifying files")
args, args_options = parse_args(argv)
sb = sandbox.create_from_within(args_options.sandbox)
br = sb.get_built_root()
types = ['adminportal', 'uibase', 'search']
for type in types:
try:
mini = Minifier(type, br)
mini.do_minify()
except:
print "Minify error calling jsmin:\n%s" % sys.exc_info()[0]
raise
print("Minify succeeded")
def get_branch(self):
return sandbox.create_from_within(self.conf.path).get_branch()
def getProject(self):
return sandbox.create_from_within(self.conf.path).get_top_component()
def revno(dir):
sb = sandbox.create_from_within(dir)
revno = int(vcs.revno(sb.get_component_path(sb.get_top_component(), component.CODE_ASPECT_NAME)))
#print('revno: {0}'.format(revno))
print(revno)
return revno
def getProject(self):
return sandbox.create_from_within(self.conf.path).get_top_component()
def get_db(which):
return Dashboard(sandbox.create_from_within(os.path.join(TEST_ROOT_DIR, 'x.trunk.' + which)).get_report_root())
def _find_sb(directory):
sb = sandbox.create_from_within(directory)
if not sb:
print('%s does not appear to be inside a sandbox.' % os.path.abspath(directory))
sys.exit(1)
return sb
def find(self, path):
for key in self.formatErrors:
print ("%s%s\n" % (path, key))
for line in self.formatErrors[key]:
printc(
WARNING_COLOR
+ "Please change to the correct format specifiers on line %d." % line.fileLocs[0].line
+ ERROR_COLOR
)
printc("%s\n" % line.id + NORMTXT)
printc(CMD_COLOR + "".rjust(80, "*") + NORMTXT)
doNotExtract = open(path + ".do-not-extract.txt", "a")
num = 0
ff = FakeFile()
for key in self.possibleMisses:
num += len(self.possibleMisses[key])
try:
try:
print ("%d possible missed strings." % num)
fileNum = 1
for key in self.possibleMisses:
printc(CMD_COLOR + "\nFile %d of %d Files" % (fileNum, len(self.possibleMisses)) + NORMTXT)
fileNum += 1
ff.printf("%s%s\n" % (path, key))
printc(CMD_COLOR + "%s possible misses in this file.\n" % len(self.possibleMisses[key]) + NORMTXT)
f = open(path + "/" + key, "r+")
lines = f.readlines()
for miss in self.possibleMisses[key]:
start = lines[miss.fileLocs[0].line - 1].find(miss.id) - 1
end = start + len(miss.id) + 2
autoCorrect = ["text:\s?", "header:\s?", "title:\s?", "msg:\s?", "label:\s?"]
auto = False
for ac in autoCorrect:
correct = re.compile(r"%s" % ac, re.IGNORECASE)
if correct.search(lines[miss.fileLocs[0].line - 1][start - len(ac) : start]):
ff.printf(
"Auto change (from-to) line %s\n %s"
% (miss.fileLocs[0].line, lines[miss.fileLocs[0].line - 1].strip())
)
line = lines[miss.fileLocs[0].line - 1]
lines[miss.fileLocs[0].line - 1] = (
line[0:start] + "_(" + line[start:end] + ")" + line[end : len(line)]
)
ff.printf("%s\n" % lines[miss.fileLocs[0].line - 1].strip())
f.seek(0)
f.writelines(lines)
auto = True
break
if auto:
continue
answer = ""
while not answer:
printc(
DELIM_COLOR
+ "%s %s" % (miss.fileLocs[0].line - 1, lines[miss.fileLocs[0].line - 2].strip())
+ NORMTXT
)
printc(
DELIM_COLOR
+ str(miss.fileLocs[0].line)
+ " "
+ TITLE_COLOR
+ lines[miss.fileLocs[0].line - 1][0:start].lstrip()
+ WARNING_COLOR
+ lines[miss.fileLocs[0].line - 1][start:end]
+ TITLE_COLOR
+ lines[miss.fileLocs[0].line - 1][end : len(lines[miss.fileLocs[0].line - 1])]
+ NORMTXT
)
if miss.fileLocs[0].line < len(lines):
printc(
DELIM_COLOR
+ "%s %s" % (miss.fileLocs[0].line + 1, lines[miss.fileLocs[0].line].strip())
+ NORMTXT
)
print ("")
answer = raw_input(
"Is this string suppose to be translated {(y)es/(n)o/(s)kip/(e)dit}?[s]\n%s\t: "
% miss.id
)
print ("")
if answer == "":
answer = "s"
if "ty1".find(answer.lower()[0]) != -1:
ff.write(
"Auto change (from-to) line %s\n %s"
% (miss.fileLocs[0].line, lines[miss.fileLocs[0].line - 1].strip())
)
line = lines[miss.fileLocs[0].line - 1]
lines[miss.fileLocs[0].line - 1] = (
line[0:start] + "_(" + line[start:end] + ")" + line[end : len(line)]
)
ff.write("%s\n" % lines[miss.fileLocs[0].line - 1].strip())
f.seek(0)
f.writelines(lines)
elif "fn0".find(answer.lower()[0]) != -1:
doNotExtract.write(miss.id + "\n")
elif "s".find(answer.lower()[0]) != -1:
pass
elif "e".find(answer.lower()[0]) != -1:
if os.name == "nt":
os.system("start notepad %s" % ("%s/%s" % (path, key)))
else:
os.system("vi -R %s" % ("%s/%s" % (path, key)))
else:
print ("Not a vaild response")
answer = ""
f.close()
except KeyboardInterrupt:
f.close()
finally:
sb = sandbox.create_from_within(path)
if not os.path.exists(os.path.join(sb.get_root(), "translations")):
os.mkdir(os.path.join(sb.get_root(), "translations"))
cl = open(os.path.join(sb.get_root(), "translations", "LocChanges.log"), "w")
cl.write(ff.txt)
doNotExtract.close()
subject = '%s build of %s on %s %s.' % (sb.get_variant(), sb.get_top_component(), bi.host, status)
arguments = '--to %s --sender sadm --subject "%s" --host smtp.example.com --port 587' % (emails, subject) # TODO KIM TO CONF
arguments += ' --username [email protected] --password password' # TODO KIM TO CONF
if body:
arguments += ' --body "%s"' % body
os.system('python %s/buildscripts/mailout.py %s' % (sb.get_code_root(), arguments))
if not state.err:
state.reason = ''
if _should_report(sb, options):
report(sb, state)
else:
print('Skipping report phase.')
return state.err
if __name__ == '__main__':
import sys
parser = _define_options()
options, args = parser.parse_args(sys.argv)
try:
sb = sandbox.create_from_within(options.sandbox)
if not sb:
print('%s does not appear to be inside a sandbox.' % os.path.abspath(options.sandbox))
err = 1
else:
err = evaluate(sb, options)
except:
traceback.print_exc()
err = 1
sys.exit(err)
arguments += ' --username [email protected] --password password' # TODO KIM TO CONF if body: arguments += ' --body "%s"' % body os.system('python %s/buildscripts/mailout.py %s' % (sb.get_code_root(), arguments)) if not state.err: state.reason = '' if _should_report(sb, options): report(sb, state) else: print('Skipping report phase.') return state.err if __name__ == '__main__': import sys parser = _define_options() options, args = parser.parse_args(sys.argv) try: sb = sandbox.create_from_within(options.sandbox) if not sb: print('%s does not appear to be inside a sandbox.' % os.path.abspath(options.sandbox)) err = 1 else: err = evaluate(sb, options) except: traceback.print_exc() err = 1 sys.exit(err)
def get_branch(self):
return sandbox.create_from_within(self.conf.path).get_branch()
stdin=subprocess.PIPE,
stderr=subprocess.STDOUT,
cwd=os.path.dirname(__file__))
if cmd.find('wmic') > -1:
(stdout, stderr) = p.communicate(com)
# Sometimes a process waits for its stdout to be read before it will exit.
# Therefore, attempt to read before we wait for exit.
out = p.stdout.read()
# Now wait for process to exit.
exitcode = p.wait()
# Append any other text that accumulated.
if cmd.find('wmic') > -1:
out += stdout
else:
out += p.stdout.read()
except Exception:
out = str(sys.exc_value)
exitcode = -1
if not acceptFailure:
raise
return (out, exitcode)
if __name__ == "__main__":
import sandbox
if len(sys.argv) > 1:
sb = sandbox.create_from_within(sys.argv[1])
else:
sb = sandbox.current
sb.check_tools()
def find(self, path):
for key in self.formatErrors:
print('%s%s\n' % (path, key))
for line in self.formatErrors[key]:
printc(
WARNING_COLOR +
'Please change to the correct format specifiers on line %d.'
% line.fileLocs[0].line + ERROR_COLOR)
printc("%s\n" % line.id + NORMTXT)
printc(CMD_COLOR + ''.rjust(80, '*') + NORMTXT)
doNotExtract = open(path + '.do-not-extract.txt', 'a')
num = 0
ff = FakeFile()
for key in self.possibleMisses:
num += len(self.possibleMisses[key])
try:
try:
print("%d possible missed strings." % num)
fileNum = 1
for key in self.possibleMisses:
printc(CMD_COLOR + '\nFile %d of %d Files' %
(fileNum, len(self.possibleMisses)) + NORMTXT)
fileNum += 1
ff.printf('%s%s\n' % (path, key))
printc(CMD_COLOR + '%s possible misses in this file.\n' %
len(self.possibleMisses[key]) + NORMTXT)
f = open(path + '/' + key, 'r+')
lines = f.readlines()
for miss in self.possibleMisses[key]:
start = lines[miss.fileLocs[0].line - 1].find(
miss.id) - 1
end = start + len(miss.id) + 2
autoCorrect = [
'text:\s?', 'header:\s?', 'title:\s?', 'msg:\s?',
'label:\s?'
]
auto = False
for ac in autoCorrect:
correct = re.compile(r'%s' % ac, re.IGNORECASE)
if correct.search(lines[miss.fileLocs[0].line -
1][start - len(ac):start]):
ff.printf(
'Auto change (from-to) line %s\n %s' %
(miss.fileLocs[0].line,
lines[miss.fileLocs[0].line - 1].strip()))
line = lines[miss.fileLocs[0].line - 1]
lines[
miss.fileLocs[0].line -
1] = line[0:start] + '_(' + line[
start:end] + ')' + line[end:len(line)]
ff.printf(
'%s\n' %
lines[miss.fileLocs[0].line - 1].strip())
f.seek(0)
f.writelines(lines)
auto = True
break
if auto:
continue
answer = ''
while not answer:
printc(DELIM_COLOR + '%s %s' %
(miss.fileLocs[0].line - 1,
lines[miss.fileLocs[0].line - 2].strip()) +
NORMTXT)
printc(
DELIM_COLOR + str(miss.fileLocs[0].line) +
' ' + TITLE_COLOR +
lines[miss.fileLocs[0].line -
1][0:start].lstrip() + WARNING_COLOR +
lines[miss.fileLocs[0].line - 1][start:end] +
TITLE_COLOR +
lines[miss.fileLocs[0].line -
1][end:len(lines[miss.fileLocs[0].line -
1])] + NORMTXT)
if miss.fileLocs[0].line < len(lines):
printc(DELIM_COLOR + '%s %s' %
(miss.fileLocs[0].line + 1,
lines[miss.fileLocs[0].line].strip()) +
NORMTXT)
print('')
answer = raw_input(
'Is this string suppose to be translated {(y)es/(n)o/(s)kip/(e)dit}?[s]\n%s\t: '
% miss.id)
print('')
if answer == '':
answer = 's'
if 'ty1'.find(answer.lower()[0]) != -1:
ff.write(
'Auto change (from-to) line %s\n %s' %
(miss.fileLocs[0].line,
lines[miss.fileLocs[0].line - 1].strip()))
line = lines[miss.fileLocs[0].line - 1]
lines[
miss.fileLocs[0].line -
1] = line[0:start] + '_(' + line[
start:end] + ')' + line[end:len(line)]
ff.write(
'%s\n' %
lines[miss.fileLocs[0].line - 1].strip())
f.seek(0)
f.writelines(lines)
elif 'fn0'.find(answer.lower()[0]) != -1:
doNotExtract.write(miss.id + '\n')
elif 's'.find(answer.lower()[0]) != -1:
pass
elif 'e'.find(answer.lower()[0]) != -1:
if os.name == 'nt':
os.system('start notepad %s' %
('%s/%s' % (path, key)))
else:
os.system('vi -R %s' % ('%s/%s' %
(path, key)))
else:
print('Not a vaild response')
answer = ''
f.close()
except KeyboardInterrupt:
f.close()
finally:
sb = sandbox.create_from_within(path)
if not os.path.exists(os.path.join(sb.get_root(), 'translations')):
os.mkdir(os.path.join(sb.get_root(), 'translations'))
cl = open(
os.path.join(sb.get_root(), 'translations', 'LocChanges.log'),
'w')
cl.write(ff.txt)
doNotExtract.close()
args = shlex.split(cmd)
else:
args = cmd
p = subprocess.Popen(args, stdout=subprocess.PIPE, shell=useShell, stdin=subprocess.PIPE, stderr=subprocess.STDOUT, cwd=os.path.dirname(__file__))
if cmd.find('wmic') > -1:
(stdout, stderr) = p.communicate(com)
# Sometimes a process waits for its stdout to be read before it will exit.
# Therefore, attempt to read before we wait for exit.
out = p.stdout.read()
# Now wait for process to exit.
exitcode = p.wait()
# Append any other text that accumulated.
if cmd.find('wmic') > -1:
out += stdout
else:
out += p.stdout.read()
except Exception:
out = str(sys.exc_value)
exitcode = -1
if not acceptFailure:
raise
return (out, exitcode)
if __name__ == "__main__":
import sandbox
if len(sys.argv) > 1:
sb = sandbox.create_from_within(sys.argv[1])
else:
sb = sandbox.current
sb.check_tools()