def handler(act):
if act is 'R':
actions.remove()
elif act is 'C':
actions.create()
elif act is 'A':
actions.add()
elif act is 'E':
actions.edit()
else:
print("Action error")
main()
def main(argsList):
if cmd == 'create':
create(argsList)
elif cmd == 'lookup':
lookup(argsList)
elif cmd in 'add':
add(argsList)
elif cmd in 'change':
change(argsList)
elif cmd in 'remove':
remove(argsList)
elif cmd in 'reverse-lookup':
reverseLookup(argsList)
else:
print 'The command you type doesn\'t been exit'
def main(argsList):
if cmd == 'create':
create(argsList)
elif cmd == 'lookup':
lookup(argsList)
elif cmd in 'add':
add(argsList)
elif cmd in 'change':
change(argsList)
elif cmd in 'remove':
remove(argsList)
elif cmd in 'reverse-lookup':
reverseLookup(argsList)
else:
print 'The command you type doesn\'t been exit'
def handle_action_commands(args):
"""coordinates receiving, parsing, executing action commands"""
tasks = collect_tasks()
addition = None
# grab addition if exists
if args[0] == 'add':
args.pop(0)
args, addition = extract_addition(args)
target = len(tasks)
# or pop first element off as target if is digit
elif args[0].isdigit():
target = int(args.pop(0)) - 1
# if the first arg is neither a target nor "add", the next int
# has to be the target
else:
args, target = extract_target(args)
command_list = make_command_list(args, action_commands)
# add the target into the arg list of every command
if target is not None:
for _, args in command_list:
args.insert(0, target)
else:
print('Error: you must specify a target')
# if addition, add task so other commands can act upon it
if addition:
tasks = actions.add(tasks, addition)
try:
tasks = execute_command_list(tasks, command_list, action_commands)
except IndexError:
print("Error: task number is invalid")
raise
write_tasks(tasks)
def main():
try:
commands = []
for argument in sys.argv[1:]:
if argument.startswith('-'):
keyAndValue = argument.split('=')
key = keyAndValue[0].strip().lstrip('-')
if key == 'help':
commands.insert(0, 'help')
if len(keyAndValue) > 1:
value = keyAndValue[1].strip()
if value == 'false':
config.overrides[key] = False
elif value == 'true':
config.overrides[key] = True
else:
config.overrides[key] = value
else:
commands.append(argument.strip())
daysData = storage.yaml.load(config.log_path())
days = importer.getDays(daysData)
if not commands:
output.status(days)
elif commands[0] == 'timer':
if len(commands) > 1:
actions.timer(days, commands[1])
else:
actions.timer(days)
elif commands[0] == 'update':
if len(commands) > 1:
actions.change(days, commands[1])
elif commands[0] == 'pause':
actions.pause(days)
elif commands[0] == 'log':
actions.log()
elif commands[0] == 'export':
actions.export(days)
elif commands[0] == 'report':
if len(commands) > 1 and commands[1] == 'text':
actions.export(days)
elif len(commands) > 1 and commands[1] == 'ods':
actions.report.export_ods(days)
else:
actions.report.export_excel(days)
elif commands[0] == 'import':
if len(commands) > 1:
actions.add(commands[1], days)
else:
print("No file to import given.")
elif commands[0] == 'sync':
actions.syncDown()
actions.syncUp()
else:
print("WorkTimer " + __version__ +
" by Max Melzer (moehrenzahn.de)")
print("")
print("Usage: run worktimer.py to display current timer stats.")
print(" Use param 'timer [category]' to start or stop timer")
print(
" Use param 'update [category]' to change the currently tracked category"
)
print(" Use param 'pause' to start or stop pause")
print(
" Use param 'sync' to attempt synchronisation with remote repository"
)
print(" Use param 'log' to open the log file in default editor")
print(
" Use param 'export' to export your log to a human-readable text file"
)
print(" Use param 'report' to create a work report spreadsheet")
print(
" 'report excel --xlsx_template='template.xlsx'' for Excel"
)
print(
" 'report ods --ods_template='template.ods'' for Open Document"
)
print(
" Use param 'import [file]' to import a log into your existing database"
)
print("")
print("Options (see config_default.json) for complete list:")
print(" --hours_per_day=8")
print(" --log=path/to/your/work/log")
print(" --sync_automatically=false")
return 2
return 0
except ValueError as e:
output.notification('Critical Error', str(e))
return 1
def action(self):
actions.load_database(self.conf, self.loader)
actions.add(self.conf, self.args.name, self.args.username,
self.args.comment, self.args.nonce, self.args.length,
self.args.entropy, self.args.generator)
actions.save_database(self.conf, self.loader)
