def print(self):
self.simple_summary.print()
p = Printer()
p.newline()
p.add_header("Total Time Logged Per Project")
p.newline()
graph = (
SummaryGraph(self.project_time_map)
.set_max_width(utils.max_width(self.config.get_max_graph_width()))
.set_key_transform_function(self.config.get_project_name)
.sort_graph(reverse=True)
.generate()
)
for row in graph:
p.add_nowrap(row)
p.newline()
p.add_header("Total Time Logged Per Area Per Project")
p.newline()
multigraph = (
SummaryMultiGraph(self.project_area_time_map, 30)
.set_header_transform_function(self.config.get_project_name)
.generate()
)
for row in multigraph:
p.add_nowrap(row)
p.print()
def print(self):
self.simple_summary.print()
p = Printer()
p.newline()
p.add_header(f"Summary For {self.area_name}")
p.newline()
minimum = None
maximum = None
average = datetime.timedelta()
for entry in self.area_time_map[self.area]:
if minimum is None or minimum > entry:
minimum = entry
if maximum is None or maximum < entry:
maximum = entry
average += entry
average = average / len(self.area_time_map[self.area])
p.add(
f"The lowest recorded entry for {self.area_name} is ",
f"{utils.format_time_delta(minimum)}.",
)
p.add(
f"The highest recorded entry for {self.area_name} is ",
f"{utils.format_time_delta(maximum)}.",
)
p.add(
f"The average entry for {self.area_name} is ",
f"{utils.format_time_delta(average)}.",
)
p.newline()
p.add_header(f"Entry Time Distribution for {self.area_name}")
p.newline()
box = (BoxPlot(self.area_time_map).set_max_width(
utils.max_width(self.config.get_max_graph_width())
).set_exclude_list(
self.config.get_exclude_from_entry_time_distribution()).generate())
for row in box:
p.add_nowrap(row)
p.newline()
p.add_header("LAST {0} ENTRIES".format(len(self.last_entries)))
p.newline()
for entry in self.last_entries:
if self.config.get_use_wending():
start_date = entry.start.strftime("{daeg} {month} {gere}")
else:
start_date = entry.start.strftime("%d %b %Y")
p.add(*utils.get_rendered_string(
entry.area,
self.config.get_area(entry.area),
start_date,
self.config.get_object_name(entry.area, entry.obj),
utils.time_diff(entry.start, entry.end),
entry.purpose,
))
p.print()
def print(self):
self.simple_summary.print()
p = Printer()
p.newline()
p.add_header("Total Time Logged Per Area")
p.newline()
# Sum all the timedeltas for the summary graph
summary_time_map = dict(
map(
lambda x: (x[0], sum(x[1], datetime.timedelta())),
self.area_time_map.items(),
)
)
graph = (
SummaryGraph(summary_time_map)
.set_max_width(utils.max_width(self.config.max_graph_width))
.set_exclude_list(self.config.exclude_from_total_time)
.generate()
)
for row in graph:
p.add_nowrap(row)
p.newline()
p.add_header("ENTRY TIME DISTRIBUTION PER AREA")
p.newline()
box = (
BoxPlot(self.area_time_map)
.set_max_width(utils.max_width(self.config.max_graph_width))
.set_exclude_list(self.config.exclude_from_entry_time_distribution)
.generate()
)
for row in box:
p.add_nowrap(row)
p.newline()
p.add_header("LAST {0} ENTRIES".format(len(self.last_entries)))
p.newline()
for entry in self.last_entries:
if self.config.use_wending:
start_date = entry.start.strftime("{daeg} {month} {gere}")
else:
start_date = entry.start.strftime("%d %b %Y")
p.add(
*utils.get_rendered_string(
entry.area,
self.config.get_area(entry.area),
start_date,
self.config.get_object_name(entry.area, entry.obj),
utils.time_diff(entry.start, entry.end),
entry.purpose,
)
)
p.print()
def print(self):
self.simple_summary.print()
p = Printer()
def day_num_to_string(day_num):
dates = {
0: "MON",
1: "TUE",
2: "WED",
3: "THU",
4: "FRI",
5: "SAT",
6: "SUN",
}
return dates[day_num]
def zero_pad_hour(hour):
if len(str(hour)) == 1:
return "0{}".format(str(hour))
return str(hour)
p.newline()
p.add_header("Total Time Logged Per Day")
p.newline()
graph = (SummaryGraph(self.day_delta_map).set_max_width(
utils.max_width(
self.config.max_graph_width)).set_key_transform_function(
day_num_to_string).generate())
for row in graph:
p.add_nowrap(row)
p.newline()
p.add_header("Total time logged per hour")
p.newline()
graph = (SummaryGraph(self.hour_delta_map).set_max_width(
utils.max_width(
self.config.max_graph_width)).set_key_transform_function(
zero_pad_hour).generate())
for row in graph:
p.add_nowrap(row)
p.print()