def main():
'''Load, edit, and save a family tree'''
# Don't step on an existing family tree!
if not os.path.isfile('family.db'):
setup.setup()
cmd = ''
while cmd != 'quit':
display()
cmd = raw_input("$ ")
if cmd in ['insert']:
table = raw_input(" insert where? ")
insert(table)
elif cmd in ['show']:
table = raw_input(" show where? ")
show(table)
elif cmd in 'quit':
print 'bye!'
elif cmd in 'build':
associate()
elif cmd in 'search':
table = raw_input(" search where? ")
value = raw_input(" search what? ")
user_search(table, value)
raw_input(" \n any key to clear results")
else:
print "not implemented"
time.sleep(2)
os.system('clear') # clear the screen
pass # and execute the command
def _main(args, config, timesheet):
if args['add']:
add(args, config, timesheet)
if args['show']:
show(args, timesheet)
if args['reauth']:
reauth(config)
if args['delete']:
delete(args, timesheet)
def _main(args, config, timesheet):
if args['add']:
add(args, config, timesheet)
if args['show']:
show(args, timesheet)
if args['reauth']:
reauth(config)
if args['delete']:
delete(args, timesheet)
def display():
# TODO: implememt tree-walking display
# cli_display call takes root_node people_id
# SEARCH relationship
# CALL method grow takes edge_type r_type role_id
# select all relationships where people_1_id = root_noe and role_2
# ....
show('relationships', timed=False)
print
def show(args):
"""
provide a argparse namespace object.
Calls the show command
"""
# If no date supplied, set to None
if args.date == '':
d = None
else:
d = args.date
commands.show(d)
def handle_args(args):
if args.recordings:
commands.recordings()
elif args.reset:
commands.reset()
elif args.setup:
commands.setup()
elif args.show:
commands.show()
elif args.start:
commands.start(args.start)
elif args.stop:
commands.stop(args.stop)
elif args.teardown:
commands.teardown()
else:
print("You must select an argument.")
def main():
""" Main function to determine what command to enter """
segment_list = []
while True:
command = raw_input("Enter a command (type 'help' or 'h' for help):\n")
if command == 'exit':
break
# 'help' command
# prints a list of possible commands
elif command == 'help' or command == 'h':
commands.help()
# 'newarm (na)' command
# creates newarms and their corresponding segment sequences in a
# dictionary 'arms'
elif command == 'newarms' or command == 'na':
arms = commands.newarms()
# 'show (s)' command
# prints out the created arms
elif command == 'show' or command == 's':
try:
commands.show(arms)
except UnboundLocalError:
print "Generate your arms first!"
# 'link (l)' command
elif command == 'link' or command == 'l':
linker_list = commands.linker()
# 'crunch (c)' command
# produces random sequences of
elif command == 'crunch' or command == 'c':
try:
strands
except UnboundLocalError:
print "Maybe you should generate your strands first ('strandgen')?"
else:
try:
arms, strands, segment_list =\
commands.crunch(arms, strands, linker_list, segment_list)
print segment_list
except TypeError:
print "Something's not right. Try 'crunch' again."
# 'strandgen (sg)' command
elif command == 'strandgen' or command == 'sg':
try:
strands = commands.strandgen(arms, linker_list)
except UnboundLocalError:
print "Something's wrong. Maybe you missed a step?"
# 'repeatcheck (rp) command
elif command == 'repeatcheck' or command == 'rp':
try:
commands.repeatcheck(strands)
except UnboundLocalError:
print "Something's wrong. Maybe you missed a step?"
# 'dyadcheck (dc) command
elif command == 'dyadcheck' or command == 'dc':
try:
commands.dyadcheck(strands)
except UnboundLocalError:
print "Something's wrong. Maybe you missed a step?"
# 'save (sv)' command
elif command == 'save' or command == 'sv':
try:
commands.save(arms, strands)
except UnboundLocalError:
print "Something's wrong. Maybe you missed a step?"
elif command == 'load' or command == 'ld':
try:
strands = commands.load()
except (UnboundLocalError, TypeError):
print "Try again?"
else:
print "What? Retype command!"
return None
def log(id):
return commands.show(id)
def log(id):
return commands.show(id)
def command_caller(command_list):
if(command_list[0] == 'add'):
commands.add()
#print('Process raw now ? enter y to process, press any other key to skip > ',end = '')
#select = input()
#if(select == 'y'):
command_caller(['rawpro'])
elif(command_list[0] == 'rawpro'):
commands.raw_process()
print('-----------------------------')
commands.show('todo')
elif(command_list[0] == 'show'):
if(len(command_list) == 1):
commands.show('todo')
return None
commands.show(command_list[1].strip())
elif(command_list[0] == 'todo'):
commands.show('todo')
elif(command_list[0] == 'ls'):
commands.show('todo')
elif(command_list[0] == 'done'):
if(len(command_list) == 1):
print('Usage: done [id]')
return None
print(commands.done(command_list[1].strip()))
print('-----------------------------')
commands.show('todo')
elif(command_list[0] == 'repeatgen'):
commands.repeatgen()
elif(command_list[0] == 'clear'):
os.system('clear')
elif(command_list[0] == 'pp' or command_list[0] == 'postpone'):
if(len(command_list) == 3):
print(commands.postpone(command_list[1].strip(),command_list[2].strip()))
else:
content = call_vim_single_line('Enter target date')
print(commands.postpone(command_list[1].strip(),content))
commands.show('todo')
elif(command_list[0] == 'cancel'):
print(commands.cancel(command_list[1].strip()))
commands.show('todo')
elif(command_list[0] == 'editrep' or command_list[0] == 'editrepeat' or command_list[0] == 'editrp'):
commands.repeat_edit()
commands.repeatgen()
elif(command_list[0] == 'addto' or command_list[0] == 'addchild'):
commands.add_child()
commands.show('todo')
else:
print('command not found: ' + command_list[0])
commands.show('todo')
