def _read_validated_scopes() -> List[str]:
"""
Prompts the user to enter a list of space-separated TimeScopes
- if nothing is entered, fall back to the "current" scope
- if whitespace is entered, return an empty list
- TimeScopes are checked for validity
"""
today_scope = TimeScope(datetime.now().strftime("%G-ww%V.%u"))
entered_scopes = input(f"Enter scopes to add [{today_scope}]: {Color.RED}")
print(Color.END, end='', flush=True)
if not entered_scopes:
requested_scopes = [today_scope]
elif not entered_scopes.strip():
requested_scopes = []
else:
requested_scopes = [TimeScope(s) for s in entered_scopes.split()]
try:
[s.get_type() for s in requested_scopes]
except ValueError as e:
print(e)
return
return requested_scopes
def test_invalid():
with pytest.raises(ValueError):
s = TimeScope("invalid scope string")
s.type
with pytest.raises(ValueError):
s = TimeScope("2020-w35")
s.type
def test_latest_scope(task_v1_session):
csv_test_file = """desc,scopes
task 1,2020-ww39.1 2020-ww39.2 2020-ww39.3
"""
import_from_csv(io.StringIO(csv_test_file), task_v1_session)
t: Task = Task.query.all()[0]
assert len(list(matching_scopes(t.task_id))) == 3
assert latest_scope(t.task_id, TimeScope("2020-ww39.1")) == "2020-ww39.3"
assert not latest_scope(t.task_id, TimeScope("2020-ww39.3"))
def report_notes_all():
page_scope = None
try:
parsed_scope = TimeScope(escape(request.args.get('scope')))
parsed_scope.get_type()
page_scope = parsed_scope
except ValueError:
pass
page_domain = request.args.get('domain')
return report.report_notes(page_scope=page_scope, page_domain=page_domain)
def edit_tasks_in_scope(scope_id):
if scope_id == 'week':
return redirect(
url_for(".edit_tasks_in_scope",
scope_id=datetime.now().strftime("%G-ww%V")))
page_scope = None
try:
parsed_scope = TimeScope(scope_id)
parsed_scope.get_type()
page_scope = parsed_scope
except ValueError:
pass
return report.edit_tasks_in_scope(page_scope=page_scope)
def update(session, requested_scopes, category, resolution, task_id):
t: Task = Task.query.filter(Task.task_id == task_id).one()
if requested_scopes:
# TODO: This is redundant, should let sqlalchemy enforce the no-dupes
existing_scopes = tasks_v1.report.matching_scopes(task_id)
for requested_scope in requested_scopes:
if TimeScope(requested_scope) not in existing_scopes:
session.add(
TaskTimeScope(task_id=t.task_id,
time_scope_id=requested_scope))
if category:
t.category = category
session.add(t)
if resolution:
t.resolution = resolution
session.add(t)
try:
session.commit()
print()
print(f"Updated task {t.task_id}")
print(json.dumps(t.to_json_dict(), indent=4))
except OperationalError as e:
print()
print(e)
return
def _to_summary_html(t: Task,
ref_scope: Optional[TimeScope],
print_task_id=False) -> str:
def _link_replacer(mdown: str):
return re.sub(r'\[(.+?)\]\((.+?)\)', r"""[\1](<a href="\2">\2</a>)""",
mdown)
def _to_time_html(t: Task) -> str:
if t.time_estimate is not None and t.time_actual is not None:
return f"`{t.time_estimate}h => {t.time_actual}h`"
elif t.time_estimate is not None:
return f"`{t.time_estimate}h`"
elif t.time_actual is not None:
return f"`=> {t.time_actual}`"
else:
return f"{t.time_estimate} => {t.time_actual}"
response_html = ""
if ref_scope:
short_scope = TimeScope(t.first_scope).shorten(ref_scope)
if short_scope:
response_html += f'\n<span class="time-scope">{short_scope}</span>'
response_html += f'\n<span class="desc">{_link_replacer(t.desc)}</span>'
if t.time_estimate is not None or t.time_actual is not None:
response_html += f'\n<span class="task-time">{_to_time_html(t)}</span>'
if print_task_id:
response_html += f'\n<span class="task-id"><a href="/task/{t.task_id}">#{t.task_id}</a></span>'
return response_html
def add_from_cli(session):
# Read description for the task
desc = input(f"Enter description: {Color.RED}")
print(Color.END, end='', flush=True)
# Read relevant scopes
requested_scopes = sorted(_read_validated_scopes())
if not len(requested_scopes):
requested_scopes = [TimeScope(datetime.now().strftime("%G-ww%V.%u"))]
print(f" => defaulting to {requested_scopes}")
if len(requested_scopes) > 1:
print(f" => parsed as {requested_scopes}")
# Create a Task, now that we have all required fields
t = Task(desc=desc,
first_scope=requested_scopes[0],
created_at=datetime.now())
# And a category
category = input(f"Enter category: {Color.RED}")
if category is not None and category != "":
t.category = category
print(Color.END, end='', flush=True)
# And a time_estimate
time_estimate = input(f"Enter time_estimate: {Color.RED}")
if time_estimate is not None and time_estimate != "":
if not re.fullmatch(r"\d+\.\d", time_estimate):
print(Color.END, end='')
print(
"time_estimate must be in format like `12.0` (\"\\d+\\.\\d\"), exiting"
)
print()
return
t.time_estimate = time_estimate
print(Color.END, end='', flush=True)
# Try committing the Task
try:
session.add(t)
session.commit()
except StatementError as e:
print()
print("Hit exception when parsing:")
print(json.dumps(t.to_json_dict(), indent=4))
session.rollback()
return
# Try creating the TaskTimeScopes
for requested_scope in requested_scopes:
session.add(
TaskTimeScope(task_id=t.task_id, time_scope_id=requested_scope))
session.commit()
print()
print(f"Created task {t.task_id}")
print(json.dumps(t.to_json_dict(), indent=4))
def test_blank_domains_reporting(note_session):
csv_test_file = """scope,desc,short_desc,domains
2020-ww48.4,,day-long event,
"""
import_from_csv(io.StringIO(csv_test_file), note_session)
dict = _report_notes_for(scope=TimeScope("2020—Q4"), domain=None)
assert dict
assert "2020—Q4" in dict
assert '2020-ww48' in dict["2020—Q4"]["child_scopes"]
def _force_day_scope(scope_str):
maybe_scope = TimeScope(scope_str)
if maybe_scope.type == TimeScope.Type.quarter:
# Convert "quarter" scopes into their first day
scope = maybe_scope.start.strftime("%G-ww%V.%u")
return scope
elif maybe_scope.type == TimeScope.Type.week:
# Convert "week" scopes into their first day
scope = maybe_scope.start.strftime("%G-ww%V.%u")
return scope
return scope_str
def print_sort_time(n: Note) -> str:
scope_id_to_print = TimeScope(n.time_scope_id)
# For within-day notes, print something more detailed
if parent_scope_id.type == TimeScope.Type.day:
# Override with sort_time as needed
if n.sort_time:
scope_id_to_print = TimeScope(
n.sort_time.strftime("%G-ww%V.%u"))
# If the days are identical, just print the time
if parent_scope_id == scope_id_to_print:
return f'<span class="time">{str(n.sort_time)[11:16]}</span>'
else:
return f'''<span class="time">{
scope_id_to_print.shorten(parent_scope_id)
} {
str(n.sort_time)[11:16]
}</span>'''
return f'<span class="time">{scope_id_to_print.shorten(parent_scope_id)}</span>'
def test_report_emdash(note_session):
csv_test_file = """scope,desc,short_desc,domains
2020-ww48.4,,day-long event,d1
2020-ww48,,week-long,d1
2020—Q4,,quarter-long,d1
"""
import_from_csv(io.StringIO(csv_test_file), note_session)
dict = _report_notes_for(scope=TimeScope("2020—Q4"), domain=None)
assert dict
assert "2020—Q4" in dict
assert '2020-ww48' in dict["2020—Q4"]["child_scopes"]
def _migrate_simple(session, t1: Task_v1) -> Task_v2:
"""
Migrate an orphan task
Task_v1 only has a few fields that will turn into linkages:
- for first_scope, we can add the `created_at` field,
and possibly an `as_json()` dump
- for the last scope, we set `resolution` + `time_elapsed`
- every other linkage has no info, a `roll => wwXX.Y` resolution at most
Note that first_scope isn't guaranteed to be the _earliest_ scope,
it's intended to be the one where the task was created.
"""
t2 = Task_v2(desc=t1.desc,
category=t1.category,
time_estimate=t1.time_estimate)
session.add(t2)
session.flush()
#print(f"DEBUG: {t2} <= _migrate_simple({t1})")
created_at_linkage = None
prior_linkage = None
for scope_id in _get_scopes(t1):
linkage = TaskLinkage(task_id=t2.task_id, time_scope_id=scope_id)
linkage.created_at = datetime.now()
session.add(linkage)
# Touch up created_at_linkage
if scope_id == _force_day_scope(t1.first_scope):
created_at_linkage = linkage
created_at_linkage.created_at = t1.created_at if t1.created_at else datetime.now(
)
created_at_linkage.detailed_resolution = json.dumps(t1.as_json(),
indent=4)
# For "ordinary" linkages, append `roll => wwXX.Y` resolution
if prior_linkage:
min_scope_id = TimeScope(t1.first_scope).minimize(scope_id)
prior_linkage.resolution = f"roll => {min_scope_id}"
prior_linkage = linkage
# For the final linkage, inherit any/all Task_v1 fields
final_linkage = prior_linkage if prior_linkage else created_at_linkage
final_linkage.resolution = t1.resolution
final_linkage.time_elapsed = t1.time_actual
return t2
def report_open_tasks(hide_future_tasks: bool):
query: Query = Task.query \
.filter(Task.resolution == None) \
.order_by(Task.category, Task.created_at)
future_tasks_cutoff = datetime.now()
ref_scope = TimeScope(future_tasks_cutoff.date().strftime("%G-ww%V.%u"))
if hide_future_tasks:
# TODO: This is a very simple filter that barely does what's requested.
query = query.filter(Task.first_scope < ref_scope)
return render_template('task.html',
short_scope=_short_scope,
tasks_by_scope={ref_scope: query.all()},
to_details_html=to_details_html,
to_summary_html=to_summary_html)
def update_from_cli(session, task_id):
# Open relevant task
t: Task = Task.query.filter(Task.task_id == task_id).one()
if len(t.desc) <= 70:
print(t.desc)
print()
else:
print(t.desc[:60] + "…")
print()
matching_scopes = tasks_v1.report.matching_scopes(task_id)
print(f"Existing scopes => {', '.join(matching_scopes)}")
# Read relevant scopes
requested_scopes = _read_validated_scopes()
# Decide whether we're resolving it
if t.resolution:
print(f"Task already has a resolution => {t.resolution}")
requested_resolution = input(
f"Enter resolution to set [{t.resolution}]: {Color.RED}")
print(Color.END, end='', flush=True)
else:
requested_resolution = input(f"Enter resolution to set: {Color.RED}")
print(Color.END, end='', flush=True)
if requested_resolution:
t.resolution = requested_resolution
session.add(t)
# And update the scopes, maybe
for requested_scope in requested_scopes:
if TimeScope(requested_scope) not in matching_scopes:
session.add(
TaskTimeScope(task_id=t.task_id,
time_scope_id=requested_scope))
try:
session.commit()
print()
print(f"Updated task {t.task_id}")
print(json.dumps(t.to_json_dict(), indent=4))
except OperationalError as e:
print()
print(e)
return
def add_note(self, n: Note):
"""
This is the only time Notes are sorted into special summary/event types.
"""
# Add the note to its dict
s = TimeScope(n.time_scope_id)
# Note that summaries go into their _enclosing_ scope.
# Except for quarters, which they don't have such a thing.
if n.type == "summary":
enclosing_scope = TimeScopeUtils.enclosing_scope(s)[0]
self.scope_to_summaries_dict[enclosing_scope].append(n)
self.add_scope(enclosing_scope)
elif n.type == "event" or (n.type and n.type[0:7] == "event: "):
self.scope_to_events_dict[s].append(n)
self.add_scope(s)
else:
self.scope_to_notes_dict[s].append(n)
self.add_scope(s)
def report_tasks(scope):
tasks_by_scope = {}
subscopes = TaskTimeScope.query \
.filter(TaskTimeScope.time_scope_id.like(scope + "%")) \
.order_by(TaskTimeScope.time_scope_id) \
.all()
sorted_scopes = [
*TimeScopeUtils.enclosing_scope(scope, recurse=True), scope,
*[s.time_scope_id for s in subscopes]
]
for s in sorted_scopes:
tasks = Task.query \
.join(TaskTimeScope, Task.task_id == TaskTimeScope.task_id) \
.filter(TaskTimeScope.time_scope_id == s) \
.order_by(TaskTimeScope.time_scope_id, Task.category) \
.all()
tasks_by_scope[TimeScope(s)] = tasks
prev_scope = TimeScopeUtils.prev_scope(scope)
prev_scope_html = f'<a href="/report-tasks/{prev_scope}">{prev_scope}</a>'
next_scope = TimeScopeUtils.next_scope(scope)
next_scope_html = f'<a href="/report-tasks/{next_scope}">{next_scope}</a>'
def mdown_desc_cleaner(desc: str):
desc = re.sub(r'\[(.+?)]\((.+?)\)', r"""[\1](<a href="\2">\2</a>)""",
desc)
return desc
return render_template('task.html',
prev_scope=prev_scope_html,
next_scope=next_scope_html,
tasks_by_scope=tasks_by_scope,
link_replacer=mdown_desc_cleaner,
short_scope=_short_scope,
to_details_html=to_details_html,
to_summary_html=to_summary_html)
def test_enclosing_scopes():
ref = TimeScope("2023-ww04.3")
assert TimeScopeUtils.enclosing_scope(ref, recurse=False) == [TimeScope("2023-ww04")]
assert set(TimeScopeUtils.enclosing_scope(ref, recurse=True)) \
== {TimeScope("2023-ww04"), TimeScope("2023—Q1")}
def _short_scope(t: Task, ref_scope):
short_scope_str = TimeScope(t.first_scope).shorten(ref_scope)
if short_scope_str:
return short_scope_str
return None
def note_sorter(n: Note):
if not n.sort_time:
return TimeScope(n.time_scope_id).start
return n.sort_time
def test_day_type():
s = TimeScope("2020-ww35.5")
assert s.type == TimeScope.Type.day
assert s.start == _construct_dt(2020, 8, 28)
assert s.end == _construct_dt(2020, 8, 29)
def test_quarter_type():
s = TimeScope("2018—Q3")
assert s.type == TimeScope.Type.quarter
assert s.start == _construct_dt(2018, 7, 1)
assert s.end == _construct_dt(2018, 10, 1)
def test_create_quarterly(task_v1_session):
task = Task(desc="아니아", first_scope="2020—Q4")
time = TimeScope(task.first_scope)
assert time.type == TimeScope.Type.quarter
def test_shorten_today():
ref = "2020-ww48.4"
s = TimeScope("2020-ww48.4").shorten(ref)
assert not s
def test_shorten_weeks():
ref = "2020-ww47.3"
s = TimeScope("2020-ww48.4").shorten(ref)
assert s == "ww48.4"
def test_create():
s = TimeScope("2020-ww35")
assert s
def test_minimize():
ref = TimeScope("2020-ww48.4")
assert ref.minimize("2019-ww48.5") == "2019-ww48.5"
assert ref.minimize("2020-ww48.5") == "ww48.5"
assert ref.minimize("2020-ww50.4") == "ww50.4"
def test_shorten_years():
ref = "2010-ww48.4"
s = TimeScope("2020-ww48.4").shorten(ref)
assert s == "2020-ww48.4"
def test_shorten_years_close():
ref = "2020-ww52.4"
s = TimeScope("2021-ww02.1").shorten(ref)
assert s == "2021-ww02.1"
def test_prev_next_day():
dref = TimeScope("2002-ww04.4")
assert TimeScopeUtils.next_scope(dref) == "2002-ww04.5"
