def tcl_list_min():
DATA = get_DATA() # return standard dictionary object DATA
E_DICT = DATA["events"] # extract event dictionary
RET = [] # return string list
def list_events(key): # key in yearly, monthly, weekly, daily, no-repeat
DEFAULTS = E_DICT[key]["default"]
TODOS = E_DICT[key]["todo"]
RET.append("{key_str:-^35}".format(key_str=key))
for e in DEFAULTS:
RET.append("* {e_name:<30}".format(e_name=e["name"]))
for e in TODOS:
mark = tc_meta.check_mark if e[
"done"] == "yes" else tc_meta.cross_mark
RET.append("* {e_name:<30} {mark_s}".format(e_name=e["name"],
mark_s=mark))
return 0
for key in ["yearly", "monthly", "weekly", "daily", "no-repeat"]:
list_events(key)
counter = 0
for i in range(len(RET)):
if RET[i][0] != '-':
counter += 1
RET[i] = ("[{count:0>2}] ".format(count=str(counter))) + RET[i]
else:
RET[i] = tc_meta.color_white + RET[i] + tc_meta.color_reset
return RET
def print_week_all ():
TIME_INFO = tc_time.get_time_info ()
DATA = tc_data.get_DATA ()
summary_defaults = tc_handler.summarize_defaults (DATA, TIME_INFO)
summary_todos = tc_handler.summarize_todos (DATA, TIME_INFO)
to_be_done = [e for e in summary_todos if e ["done"] == "no"]
the_rest = [e for e in summary_todos if e ["done"] == "yes"] + summary_defaults
summary = tc_handler.sort (to_be_done) + tc_handler.sort (the_rest)
for e in summary:
try:
if e ["done"] == "yes":
done_mark = __check_mark
else:
done_mark = __cross_mark
except:
done_mark = ' '
print (u'\u001b[38;5;' + e ["color"] + 'm' +
"{month:>2}/{day:<2} {time:<5} {name:.>30} {done}".format (
month = e ["month"],
day = e ["day"],
time = __hour_to_time (e ["hour"]),
name = e ["name"],
done = done_mark )
+ u'\u001b[0m')
return 0
def print_week_defaults ():
TIME_INFO = tc_time.get_time_info ()
DATA = tc_data.get_DATA ()
summary = tc_handler.summarize_defaults (DATA, TIME_INFO)
for e in summary:
print (u'\u001b[38;5;' + e ["color"] + 'm' +
"{month:>2}/{day:<2} {time:<5} {name:.>30}".format (
month = e ["month"],
day = e ["day"],
time = __hour_to_time (e ["hour"]),
name = e ["name"] )
+ u'\u001b[0m')
return 0
def print_week_todos ():
TIME_INFO = tc_time.get_time_info ()
DATA = tc_data.get_DATA ()
summary = tc_handler.summarize_todos (DATA, TIME_INFO)
for e in summary:
print (u'\u001b[38;5;' + e ["color"] + 'm' +
"{month:>2}/{day:<2} {time:<5} {name:.>30} {done}".format (
month = e ["month"],
day = e ["day"],
time = __hour_to_time (e ["hour"]),
name = e ["name"],
done = __check_mark if e ["done"] == "yes" else __cross_mark )
+ u'\u001b[0m')
return 0
def pass_info ():
TIME_INFO = tc_time.get_time_info ()
DATA = tc_data.get_DATA ()
summary_defaults = tc_handler.summarize_defaults (DATA, TIME_INFO)
summary_todos = tc_handler.summarize_todos (DATA, TIME_INFO)
summary = summary_defaults + summary_todos # not-sorted
for e in summary:
try:
if e ["done"] == "yes":
e ["mark"] = __check_mark
else:
e ["mark"] = __cross_mark
except:
e ["mark"] = ''
return (summary, DATA ['meta'] ['dimension'], TIME_INFO)
def tcl_list_all():
DATA = get_DATA() # return standard dictionary object DATA
E_DICT = DATA["events"] # extract event dictionary
RET = [] # return string list
# list yearly events
RET.append("{key_str:-^50}".format(key_str="yearly"))
for e in E_DICT["yearly"]["default"]:
RET.append("* {e_name:<30} {e_month:>2}/{e_day:<2}".format(
e_name=e["name"], e_month=e["month"], e_day=e["day"]))
for e in E_DICT["yearly"]["todo"]:
mark = tc_meta.check_mark if e["done"] == "yes" else tc_meta.cross_mark
RET.append("* {e_name:<30} {e_month:>2}/{e_day:<2} {mark_s}".format(
e_name=e["name"], e_month=e["month"], e_day=e["day"], mark_s=mark))
# list monthly events
RET.append("{key_str:-^50}".format(key_str="monthly"))
for e in E_DICT["monthly"]["default"]:
RET.append("* {e_name:<30} {e_month:>2}/{e_day:<2}".format(
e_name=e["name"], e_month='--', e_day=e["day"]))
for e in E_DICT["monthly"]["todo"]:
mark = tc_meta.check_mark if e["done"] == "yes" else tc_meta.cross_mark
RET.append("* {e_name:<30} {e_month:>2}/{e_day:<2} {mark_s}".format(
e_name=e["name"], e_month='--', e_day=e["day"], mark_s=mark))
# list weekly events
RET.append("{key_str:-^50}".format(key_str="weekly"))
WD = {
0: "Sun",
1: "Mon",
2: "Tue",
3: "Wed",
4: "Thur",
5: "Fri",
6: "Sat"
}
for e in E_DICT["weekly"]["default"]:
RET.append("* {e_name:<30} {e_weekday:<4}".format(e_name=e["name"],
e_weekday=WD[int(
e["day"])]))
for e in E_DICT["weekly"]["todo"]:
mark = tc_meta.check_mark if e["done"] == "yes" else tc_meta.cross_mark
RET.append("* {e_name:<30} {e_weekday:<4} {mark_s}".format(
e_name=e["name"], e_weekday=WD[int(e["day"])], mark_s=mark))
# list daily events
RET.append("{key_str:-^50}".format(key_str="daily"))
def make_hour_str(hour): # raw hour string from DATA object
hm_l = [s.strip() for s in hour.split(' ')]
if len(hm_l) == 1:
return "{h:>2}:{m:<2}".format(h=hm_l[0], m="00")
else:
return "{h:>2}:{m:0<2}".format(h=hm_l[0], m=hm_l[1])
for e in E_DICT["daily"]["default"]:
RET.append("* {e_name:<30} {e_time}".format(e_name=e["name"],
e_time=make_hour_str(
e["hour"])))
for e in E_DICT["daily"]["todo"]:
mark = tc_meta.check_mark if e["done"] == "yes" else tc_meta.cross_mark
RET.append("* {e_name:<30} {e_time} {mark_s}".format(
e_name=e["name"], e_time=make_hour_str(e["hour"]), mark_s=mark))
# list no-repeat events
RET.append("{key_str:-^50}".format(key_str="no-repeat"))
for e in E_DICT["no-repeat"]["default"]:
RET.append("* {e_name:<30} {e_month:>2}/{e_day:<2} {e_time}".format(
e_name=e["name"],
e_month=e["month"],
e_day=e["day"],
e_time=make_hour_str(e["hour"])))
for e in E_DICT["no-repeat"]["todo"]:
mark = tc_meta.check_mark if e["done"] == "yes" else tc_meta.cross_mark
RET.append(
"* {e_name:<30} {e_month:>2}/{e_day:<2} {e_time} {mark_s}".format(
e_name=e["name"],
e_month=e["month"],
e_day=e["day"],
e_time=make_hour_str(e["hour"]),
mark_s=mark))
counter = 0
for i in range(len(RET)):
if RET[i][0] != '-':
counter += 1
RET[i] = ("[{count:0>2}] ".format(count=str(counter))) + RET[i]
else:
RET[i] = tc_meta.color_white + RET[i] + tc_meta.color_reset
return RET