hamster-tools/hamstertools/__init__.py
2023-10-29 13:40:03 +00:00

696 lines
20 KiB
Python
Executable File

#!/usr/bin/env python3.7
import csv
from datetime import datetime
from itertools import chain
from pathlib import Path
import sys
import click
import requests
from peewee import fn, JOIN
from .db import (
db,
HamsterCategory,
HamsterActivity,
HamsterFact,
KimaiCustomer,
KimaiProject,
KimaiActivity,
HamsterKimaiMapping,
)
HAMSTER_DIR = Path.home() / ".local/share/hamster"
# HAMSTER_FILE = HAMSTER_DIR / 'hamster.db'
HAMSTER_FILE = "hamster-testing.db"
db.init(HAMSTER_FILE)
@click.group()
def cli():
pass
@cli.group()
def categories():
pass
@categories.command("list")
@click.option("--search", help="Search string")
def list_categories(search):
"""List / search categories"""
categories = HamsterCategory.select()
if search is not None:
categories = categories.where(HamsterCategory.name.contains(search))
for c in categories:
click.echo(f"@{c.id}: {c.name}")
@categories.command("delete")
@click.argument("ids", nargs=-1)
def delete_categories(ids):
"""Delete categories specified by IDS"""
click.secho("Deleting:", fg="red")
categories = (
HamsterCategory.select(
HamsterCategory, fn.Count(HamsterActivity.id).alias("activities_count")
)
.join(HamsterActivity, JOIN.LEFT_OUTER)
.group_by(HamsterCategory)
.where(HamsterCategory.id.in_(ids))
)
for c in categories:
click.echo(f"@{c.id}: {c.name} ({c.activities_count} activities)")
click.confirm("Do you want to continue?", abort=True)
count = HamsterCategory.delete().where(HamsterCategory.id.in_(ids)).execute()
click.secho("Deleted {0} categories".format(count), fg="green")
@categories.command("rename")
@click.argument("id_", metavar="ID")
@click.argument("name")
def rename_category(id_, name):
"""Rename a category"""
category = HamsterCategory.get(id=id_)
click.echo(f'Renaming @{category.id}: {category.name} to "{name}"')
category.name = name
category.save()
@categories.command("activities")
@click.argument("ids", nargs=-1)
def list_category_activities(ids):
"""Show activities for categories specified by ids"""
activities = (
HamsterActivity.select(HamsterActivity, HamsterCategory.name)
.join(HamsterCategory, JOIN.LEFT_OUTER)
.where(HamsterCategory.id.in_(ids))
)
for a in activities:
click.echo(f"@{a.id}: {a.category.name} » {a.name}")
@categories.command("tidy")
def tidy_categories():
"""Remove categories with no activities"""
subquery = (
HamsterCategory.select(
HamsterCategory, fn.COUNT(HamsterActivity.id).alias("activities_count")
)
.join(HamsterActivity, JOIN.LEFT_OUTER)
.group_by(HamsterCategory)
.alias("subquery")
)
categories = (
HamsterCategory.select()
.join(subquery, on=(HamsterCategory.id == subquery.c.id))
.where(subquery.c.activities_count == 0)
)
click.echo("Found {0} empty categories:".format(categories.count()))
for cat in categories:
click.echo(f"@{cat.id}: {cat.name}")
click.confirm("Do you want to continue?", abort=True)
[cat.delete_instance() for cat in categories]
@cli.group()
def activities():
pass
@activities.command("list")
@click.option("--search", help="Search string")
@click.option("--csv/--no-csv", "csv_output", default=False, help="CSV output")
def list_activities(search, csv_output):
"""List / search activities"""
activities = (
HamsterActivity.select(HamsterActivity, HamsterCategory)
.join(HamsterCategory, JOIN.LEFT_OUTER)
.order_by(HamsterCategory.name, HamsterActivity.name)
)
if search is not None:
activities = activities.where(HamsterActivity.name.contains(search))
if csv_output:
csv_writer = csv.writer(sys.stdout)
for a in activities:
category_name = a.category.name if a.category_id != -1 else ""
if csv_output:
csv_writer.writerow([a.category_id, category_name, a.id, a.name])
else:
click.echo(f"@{a.category_id}: {category_name} » {a.id}: {a.name}")
@activities.command("delete")
@click.argument("ids", nargs=-1)
def delete_activities(ids):
"""Delete activities specified by IDS"""
activities = (
HamsterActivity.select(
HamsterActivity,
HamsterCategory.name,
fn.Count(HamsterFact.id).alias("facts_count"),
)
.join(HamsterCategory, JOIN.LEFT_OUTER)
.switch(HamsterActivity)
.join(HamsterFact, JOIN.LEFT_OUTER)
.group_by(HamsterActivity)
.where(HamsterActivity.id.in_(ids))
)
click.secho("Deleting:", fg="red")
for a in activities:
category_name = a.category.name if a.category_id != -1 else ""
click.echo(f"@{a.id}: {category_name} » {a.name} ({a.facts_count} facts)")
click.confirm("Do you want to continue?", abort=True)
[a.delete_instance() for a in activities]
click.secho("Deleted {0} activities".format(len(ids)), fg="green")
@activities.command()
@click.argument("category_id")
@click.argument("ids", nargs=-1)
def move(category_id, ids):
"""Move activities to another category"""
category = HamsterCategory.get(id=category_id)
activities = HamsterActivity.select().where(HamsterActivity.id.in_(ids))
click.secho(f'Moving to "@{category.id}: {category.name}":', fg="green")
for a in activities:
category_name = a.category.name if a.category_id != -1 else ""
click.secho(f"@{a.category_id}: {category_name} » @{a.id}: {a.name}", fg="blue")
click.confirm("Do you want to continue?", abort=True)
for a in activities:
a.category = category
a.save()
click.secho("Moved {0} activities".format(len(ids)), fg="green")
@activities.command()
@click.argument("ids", nargs=-1)
def list_facts(ids):
"""Show facts for activities"""
activities = HamsterActivity.select().where(HamsterActivity.id.in_(ids))
for a in activities:
click.secho(f"@{a.id}: {a.name}", fg="green")
for f in a.facts:
click.secho(f"@{f.id}, {f.start_time}", fg="blue")
@activities.command()
@click.argument("from_id")
@click.argument("to_id")
def move_facts(from_id, to_id):
"""Move facts from one activity to another"""
from_activity = HamsterActivity.get(id=from_id)
to_activity = HamsterActivity.get(id=to_id)
from_category_name = (
from_activity.category.name if from_activity.category_id != -1 else ""
)
to_category_name = (
to_activity.category.name if to_activity.category_id != -1 else ""
)
click.secho(
f'Moving facts from "{from_category_name} » @{from_activity.id}: {from_activity.name}" to "@{to_category_name} » @{to_activity.id}: {to_activity.name}"',
fg="green",
)
for f in from_activity.facts:
click.secho(f"@{f.id}, {f.start_time}", fg="blue")
click.confirm("Do you want to continue?", abort=True)
count = (
HamsterFact.update(activity_id=to_activity.id)
.where(HamsterFact.activity == from_activity)
.execute()
)
click.secho("Moved {0} facts".format(count), fg="green")
click.confirm(
f'Would you like to delete "{from_category_name} » @{from_activity.id}: {from_activity.name}?',
abort=True,
)
from_activity.delete_instance()
@activities.command()
def find_duplicates():
"""Show activities which are not unique in their categories"""
non_unique_activities = (
HamsterActivity.select(
HamsterActivity,
HamsterCategory.id,
fn.COALESCE(HamsterCategory.name, "None").alias("category_name"),
)
.join(HamsterCategory, JOIN.LEFT_OUTER)
.group_by(HamsterActivity.category_id, HamsterActivity.name)
.having(fn.COUNT(HamsterActivity.id) > 1)
)
for activity in non_unique_activities:
click.secho(
f"@{activity.category_id}: {activity.category_name} » @{activity.id}: {activity.name}",
fg="blue",
)
@cli.group()
def kimai():
pass
def _get_kimai_mapping_file(path, category_search=None):
try:
return open(path)
except FileNotFoundError:
click.confirm("Mapping file {} not found, create it?:".format(path), abort=True)
mapping_file = open(path, "w")
mapping_writer = csv.writer(mapping_file)
mapping_writer.writerow(
[
"FROM category",
"FROM activity",
"TO Customer",
"TO Project",
"TO Activity",
"TO Tag",
"TO Note",
]
)
activities = HamsterActivity.select(HamsterActivity, HamsterCategory).join(
HamsterCategory, JOIN.LEFT_OUTER
)
for a in activities:
mapping_writer.writerow(
[a.category.name if a.category_id != -1 else "", a.name]
)
mapping_file.close()
return open(path)
@kimai.command()
@click.option(
"--mapping-path",
help="Mapping file (default ~/.local/share/hamster/mapping.kimai.csv)",
multiple=True,
)
@click.argument("username")
@click.argument("api_key")
@click.option("--just-errors", "just_errors", is_flag=True, help="Only display errors")
@click.option("--ignore-activities", is_flag=True, help="Ignore missing activities")
def sync(username, api_key, just_errors, ignore_activities, mapping_path=None):
"""
Download customer / project / activity data from Kimai
"""
kimai_api_url = "https://kimai.autonomic.zone/api"
if type(mapping_path) == tuple:
mapping_files = []
for mapping_path_item in mapping_path:
mapping_file = _get_kimai_mapping_file(mapping_path_item)
next(mapping_file)
mapping_files.append(mapping_file)
mapping_reader = csv.reader(chain(*mapping_files))
else:
if mapping_path is None:
mapping_path = HAMSTER_DIR / "mapping.kimai.csv"
mapping_file = _get_kimai_mapping_file(mapping_path)
mapping_reader = csv.reader(mapping_file)
next(mapping_reader)
mapping_data = [[row[2], row[3], row[4]] for row in mapping_reader]
mapping_file.close()
auth_headers = {"X-AUTH-USER": username, "X-AUTH-TOKEN": api_key}
customers = requests.get(
f"{kimai_api_url}/customers?visible=3", headers=auth_headers
).json()
projects = requests.get(
f"{kimai_api_url}/projects?visible=3", headers=auth_headers
).json()
activities = requests.get(
f"{kimai_api_url}/activities?visible=3", headers=auth_headers
).json()
found_customers = []
found_projects = []
found_activities = []
for row in mapping_data:
# Check if each mapping still exists in Kimai
matching_customers = list(filter(lambda x: x["name"] == row[0], customers))
if row[0] in found_customers:
just_errors or click.secho(
"Skipping existing customer '{0}'".format(row[0]), fg="green"
)
else:
if len(matching_customers) > 1:
click.secho(
"More than one match for customer '{0}'".format(row[0]), fg="red"
)
continue
elif len(matching_customers) < 1:
click.secho("Missing customer '{0}'".format(row[0]), fg="yellow")
continue
else:
just_errors or click.secho(
"Found customer '{0}'".format(row[0]), fg="green"
)
found_customers.append(row[0])
project_str = ":".join(row[0:2])
matching_projects = list(
filter(
lambda x: x["name"] == row[1]
and x["customer"] == matching_customers[0]["id"],
projects,
)
)
if project_str in found_projects:
just_errors or click.secho(
"Skipping existing project '{0}'".format(project_str), fg="green"
)
else:
if len(matching_projects) > 1:
click.secho(
"More than one match for project '{0}'".format(project_str),
fg="red",
)
continue
elif len(matching_projects) < 1:
click.secho("Missing project '{0}'".format(project_str), fg="yellow")
continue
else:
just_errors or click.secho(
"Found project '{0}'".format(project_str), fg="green"
)
found_projects.append(project_str)
if ignore_activities:
continue
activity_str = ":".join(row)
if activity_str in found_activities:
just_errors or click.secho(
"Skipping existing activity '{0}'".format(activity_str), fg="green"
)
else:
matching_activities = list(
filter(
lambda x: x["name"] == row[2]
and x["project"] == matching_projects[0]["id"],
activities,
)
)
if len(matching_activities) > 1:
click.secho(
"More than one match for activity '{0}'".format(activity_str),
fg="red",
)
elif len(matching_activities) < 1:
click.secho("Missing activity '{0}'".format(activity_str), fg="yellow")
else:
just_errors or click.secho(
"Found activity '{0}'".format(activity_str), fg="green"
)
found_activities.append(activity_str)
@kimai.command("import")
@click.option(
"--mapping-path",
help="Mapping file (default ~/.local/share/hamster/mapping.kimai.csv)",
multiple=True,
)
@click.option("--output", help="Output file (default kimai.csv)")
@click.option("--category-search", help="Category search string")
@click.option("--after", help="Only show time entries after this date")
@click.option("--show-missing", help="Just report on the missing entries", is_flag=True)
@click.argument("username")
def _import(
username,
mapping_path=None,
output=None,
category_search=None,
after=None,
show_missing=False,
):
"""
Export time tracking data in Kimai format
"""
if mapping_path is None:
mapping_path = HAMSTER_DIR / "mapping.kimai.csv"
if output is None:
timestamp = datetime.now().strftime("%F")
output = f"kimai_{timestamp}.csv"
if type(mapping_path) == tuple:
mapping_files = []
for mapping_path_item in mapping_path:
mapping_file = _get_kimai_mapping_file(mapping_path_item, category_search)
next(mapping_file)
mapping_files.append(mapping_file)
mapping_reader = csv.reader(chain(*mapping_files))
else:
mapping_file = _get_kimai_mapping_file(mapping_path, category_search)
next(mapping_file)
mapping_reader = csv.reader(mapping_file)
mapping = {
"{0}:{1}".format(row[0], row[1]): [row[2], row[3], row[4], row[5]]
for row in mapping_reader
}
if type(mapping_path) == tuple:
for mapping_file in mapping_files:
mapping_file.close()
else:
mapping_file.close()
output_file = open(output, "w")
output_writer = csv.writer(output_file)
args = []
facts = (
HamsterFact.select(HamsterFact, HamsterActivity, HamsterCategory)
.join(HamsterActivity)
.join(HamsterCategory, JOIN.LEFT_OUTER)
)
sql = """
SELECT
facts.id, facts.start_time, facts.end_time, facts.description,
activities.id, activities.name,
categories.name, categories.id
FROM
facts
LEFT JOIN
activities ON facts.activity_id = activities.id
LEFT JOIN
categories ON activities.category_id = categories.id """
if category_search is not None:
facts = facts.where(HamsterCategory.name.contains(category_search))
if after is not None:
facts = facts.where(HamsterFact.start_time >= after)
if not show_missing:
output_writer.writerow(
[
"Date",
"From",
"To",
"Duration",
"Rate",
"User",
"Customer",
"Project",
"Activity",
"Description",
"Exported",
"Tags",
"HourlyRate",
"FixedRate",
"InternalRate",
]
)
for fact in facts:
k = f"{fact.activity.category.name}:{fact.activity.name}"
try:
mapping_ = mapping[k]
except KeyError:
if show_missing:
output_writer.writerow(
[fact.activity.category.name, fact.activity.name]
)
click.secho("Can't find mapping for '{0}', skipping".format(k), fg="yellow")
continue
if show_missing:
continue
if fact.start_time is None or fact.end_time is None:
click.secho(
f"Missing duration data '{fact.start_time}-{fact.end_time}', skipping",
fg="yellow",
)
continue
if len(mapping_) < 5:
mapping_.append(None)
date_start, date_end = (
datetime.strptime(fact.start_time.split(".")[0], "%Y-%m-%d %H:%M:%S"),
datetime.strptime(fact.end_time.split(".")[0], "%Y-%m-%d %H:%M:%S"),
)
duration = (date_start - date_end).seconds / 3600
output_writer.writerow(
[
date_start.strftime("%Y-%m-%d"),
date_start.strftime("%H:%M"),
"", # To (time)
duration,
"", # Rate
username,
mapping_[0],
mapping_[1],
mapping_[2],
fact.description or mapping_[4] or "",
"0", # Exported
mapping_[3],
"", # Hourly rate
"", # Fixed rate
]
)
output_file.close()
@kimai.group("db")
def db_():
pass
@db_.command()
def init():
db.create_tables([KimaiCustomer, KimaiProject, KimaiActivity, HamsterKimaiMapping])
@db_.command()
def reset():
HamsterKimaiMapping.delete().execute()
@db_.command()
@click.option(
"-g",
"--global",
"global_",
help="Does this file contain mappings to global activties",
is_flag=True,
)
@click.option("--mapping-path", help="Mapping file")
def mapping2db(mapping_path=None, global_=False):
mapping_file = _get_kimai_mapping_file(mapping_path, None)
next(mapping_file)
mapping_reader = csv.reader(mapping_file)
for row in mapping_reader:
hamster_category = HamsterCategory.get(name=row[0])
hamster_activity = HamsterActivity.get(
name=row[1], category_id=hamster_category.id
)
kimai_customer = KimaiCustomer.get(name=row[2])
kimai_project = KimaiProject.get(name=row[3], customer_id=kimai_customer.id)
try:
kimai_activity = KimaiActivity.get(name=row[4], project_id=kimai_project.id)
except KimaiActivity.DoesNotExist:
kimai_activity = KimaiActivity.get(
name=row[4],
)
HamsterKimaiMapping.create(
hamster_activity=hamster_activity,
kimai_customer=kimai_customer,
kimai_project=kimai_project,
kimai_activity=kimai_activity,
kimai_description=row[6],
kimai_tags=row[5],
)
@cli.command()
def app():
from .app import HamsterToolsApp
app = HamsterToolsApp()
app.run()
@cli.command()
def hamster():
click.echo("🐹")
if __name__ == "__main__":
cli()