def add_todo(args):
"""Add a new item to the list of things todo."""
if str(args) == args:
line = args
elif len(args) >= 1:
line = concat(args, " ")
else:
line = prompt("Add:")
prepend = CONFIG["PRE_DATE"]
l = len([1 for l in iter_todos()]) + 1
pri_re = re.compile('(\([A-X]\))')
if pri_re.match(line) and prepend:
line = pri_re.sub(
concat(["\g<1>", datetime.now().strftime(" %Y-%m-%d ")]), line)
elif prepend:
line = concat([datetime.now().strftime("%Y-%m-%d "), line])
with open(CONFIG["TODO_FILE"], "a") as fd:
fd.write(concat([line, "\n"]))
s = "TODO: '{0}' added on line {1}.".format(line, l)
print(s)
if CONFIG["USE_GIT"]:
_git_commit([CONFIG["TODO_FILE"]], s)
return l
def add_todo(args):
"""Add a new item to the list of things todo."""
if str(args) == args:
line = args
elif len(args) >= 1:
line = concat(args, " ")
else:
line = prompt("Add:")
prepend = CONFIG["PRE_DATE"]
l = len([1 for l in iter_todos()]) + 1
pri_re = re.compile("(\([A-X]\))")
if pri_re.match(line) and prepend:
line = pri_re.sub(concat(["\g<1>", datetime.now().strftime(" %Y-%m-%d ")]), line)
elif prepend:
line = concat([datetime.now().strftime("%Y-%m-%d "), line])
with open(CONFIG["TODO_FILE"], "a") as fd:
fd.write(concat([line, "\n"]))
s = "TODO: '{0}' added on line {1}.".format(line, l)
print(s)
if CONFIG["USE_GIT"]:
_git_commit([CONFIG["TODO_FILE"]], s)
return l
def assert_nopri(self, lines):
# This should check to make sure the function removes the priorities
# from the beginning of the lines (formatted or otherwise).
self.assertIsInstance(lines, dict)
keys = list(lines.keys())
keys.sort()
self.assertEqual(todo.concat(keys), todo.PRIORITIES)
color_dict = self._generate_re_dictionary(True)
for k, v in lines.items():
for line in v:
self.assertIsNotNone(color_dict[k].match(line),
todo.concat([k, line], " "))
def assert_nopri(self, lines):
# This should check to make sure the function removes the priorities
# from the beginning of the lines (formatted or otherwise).
self.assertIsInstance(lines, dict)
keys = list(lines.keys())
keys.sort()
self.assertEqual(todo.concat(keys), todo.PRIORITIES)
color_dict = self._generate_re_dictionary(True)
for k, v in lines.items():
for line in v:
self.assertIsNotNone(color_dict[k].match(line), todo.concat([k,
line], " "))
def _test_lines_context(self, num):
projects = ["@foo", "@bar", "@bogus", "@github", "@school", "@work", "@inthemorning", "@agenda", "@noagenda"]
n = len(projects)
l = self._test_lines_pri(num)
m = []
for i in range(0, num):
m.append(todo.concat([l[i], projects[i % n]], " "))
return m
def _test_lines_project(self, num):
projects = ["+foo", "+bar", "+bogus", "+github", "+school", "+work", "+inthemorning", "+agenda", "+noagenda"]
n = len(projects)
l = self._test_lines_pri(num)
m = []
for i in range(0, num):
m.append(todo.concat([l[i], projects[i % n]], " "))
return m
def _test_lines_date(self, num):
l = self._test_lines_pri(num)
m = []
start_date = datetime.date.today()
for d, l in zip((start_date + datetime.timedelta(n) for n in range(num)), l):
m.append(todo.concat([l, " #{%s}" % d.isoformat()]))
return m
def assert_formatted(self, lines):
# This needs to check that the string starts with the proper code (i.e.
# todo.TERM_COLORS["red"] and terminates with
# todo.TERM_COLORS["default"]\n for the proper colors based on priority
# also checks that the return value is a dictionary.
self.assertIsInstance(lines, dict)
keys = list(lines.keys())
keys.sort()
self.assertEqual(todo.concat(keys), todo.PRIORITIES)
color_dict = self._generate_re_dictionary()
for k, v in lines.items():
for line in v:
self.assertIsNotNone(color_dict[k].match(line),
todo.concat([k, line], " "))
def assert_formatted(self, lines):
# This needs to check that the string starts with the proper code (i.e.
# todo.TERM_COLORS["red"] and terminates with
# todo.TERM_COLORS["default"]\n for the proper colors based on priority
# also checks that the return value is a dictionary.
self.assertIsInstance(lines, dict)
keys = list(lines.keys())
keys.sort()
self.assertEqual(todo.concat(keys), todo.PRIORITIES)
color_dict = self._generate_re_dictionary()
for k, v in lines.items():
for line in v:
self.assertIsNotNone(color_dict[k].match(line),
todo.concat([k, line], " "))
def _test_lines_date(self, num):
l = self._test_lines_pri(num)
m = []
start_date = datetime.date.today()
for d, l in zip(
(start_date + datetime.timedelta(n) for n in range(num)), l):
m.append(todo.concat([l, " #{%s}" % d.isoformat()]))
return m
def _test_lines_context(self, num):
projects = [
"@foo", "@bar", "@bogus", "@github", "@school", "@work",
"@inthemorning", "@agenda", "@noagenda"
]
n = len(projects)
l = self._test_lines_pri(num)
m = []
for i in range(0, num):
m.append(todo.concat([l[i], projects[i % n]], " "))
return m
def _test_lines_project(self, num):
projects = [
"+foo", "+bar", "+bogus", "+github", "+school", "+work",
"+inthemorning", "+agenda", "+noagenda"
]
n = len(projects)
l = self._test_lines_pri(num)
m = []
for i in range(0, num):
m.append(todo.concat([l[i], projects[i % n]], " "))
return m
def rev_list():
"""List items in reverse order so for long lists, the most important stuff
won't scroll off the top of the screen."""
formatted = format_lines()
lines = []
for p in PRIORITIES[::-1]:
lines.extend(formatted[p])
if lines:
print(concat(lines)[:-1])
print_x_of_y(lines, lines)
def rev_list():
"""List items in reverse order so for long lists, the most important stuff
won't scroll off the top of the screen."""
formatted = format_lines()
lines = []
for p in PRIORITIES[::-1]:
lines.extend(formatted[p])
if lines:
print(concat(lines)[:-1])
print_x_of_y(lines, lines)
def assert_color_only(self, lines):
# This needs to check that the return value is only a list of strings
# colored by priority.
self.assertIsInstance(lines, list)
re_dict = self._generate_re_dictionary()
priority = re.compile(".*\(([A-X])\).*")
for line in lines:
line = line.strip()
p = priority.sub("\g<1>", line)
self.assertIsNotNone(re_dict[p].match(line), todo.concat([p, line],
" "))
def assert_color_only(self, lines):
# This needs to check that the return value is only a list of strings
# colored by priority.
self.assertIsInstance(lines, list)
re_dict = self._generate_re_dictionary()
priority = re.compile(".*\(([A-X])\).*")
for line in lines:
line = line.strip()
p = priority.sub("\g<1>", line)
self.assertIsNotNone(re_dict[p].match(line),
todo.concat([p, line], " "))
import re, datetime
from todo import usage, iter_todos, CONFIG, concat, _git_commit
from todo import format_lines, PRIORITIES, prioritize_todo, print_x_of_y
@usage('\tadd | a "Item to do +project @context #{yyyy-mm-dd}"',
concat([
"\t\tAdds 'Item to do +project @context #{yyyy-mm-dd}'",
"to your todo.txt"
], ' '), "\t\tfile.",
"\t\t+project, @context, #{yyyy-mm-dd} are optional\n")
def add_todo(args):
"""Add a new item to the list of things todo."""
if str(args) == args:
line = args
elif len(args) >= 1:
line = concat(args, " ")
else:
line = prompt("Add:")
prepend = CONFIG["PRE_DATE"]
l = len([1 for l in iter_todos()]) + 1
pri_re = re.compile('(\([A-X]\))')
if pri_re.match(line) and prepend:
line = pri_re.sub(
concat(["\g<1>", datetime.now().strftime(" %Y-%m-%d ")]), line)
elif prepend:
line = concat([datetime.now().strftime("%Y-%m-%d "), line])
with open(CONFIG["TODO_FILE"], "a") as fd:
import re, datetime
from todo import usage, iter_todos, CONFIG, concat, _git_commit
from todo import format_lines, PRIORITIES, prioritize_todo, print_x_of_y
@usage(
'\tadd | a "Item to do +project @context #{yyyy-mm-dd}"',
concat(["\t\tAdds 'Item to do +project @context #{yyyy-mm-dd}'", "to your todo.txt"], " "),
"\t\tfile.",
"\t\t+project, @context, #{yyyy-mm-dd} are optional\n",
)
def add_todo(args):
"""Add a new item to the list of things todo."""
if str(args) == args:
line = args
elif len(args) >= 1:
line = concat(args, " ")
else:
line = prompt("Add:")
prepend = CONFIG["PRE_DATE"]
l = len([1 for l in iter_todos()]) + 1
pri_re = re.compile("(\([A-X]\))")
if pri_re.match(line) and prepend:
line = pri_re.sub(concat(["\g<1>", datetime.now().strftime(" %Y-%m-%d ")]), line)
elif prepend:
line = concat([datetime.now().strftime("%Y-%m-%d "), line])
with open(CONFIG["TODO_FILE"], "a") as fd:
fd.write(concat([line, "\n"]))
