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#!/usr/bin/env python3
import os
import sys
import time
from collections import defaultdict
from datetime import datetime, timedelta
from pprint import pp
import plantuml
from phabricator import Phabricator
p = plantuml.PlantUML(url="http://www.plantuml.com/plantuml/svg/")
preamble = """
@startgantt
Project starts at 9th of July 2020
saturday are closed
sunday are closed
"""
# 2020-07-27 to 2020-08-2 is closed
postamble = """
@endgantt
"""
def maxi(day):
#if 18 > day < 22:
# return 0
wday = day % 7
if wday in (0, 4):
return 6
if wday in (2, 3):
return 1
return 3
pstart = datetime(2020, 7, 9)
def inf(n, v):
while v:
yield n
n += 1
def generate_svg(name, text):
print(f"generating: {text}")
try:
res = p.processes(plantuml_text=(text))
except Exception:
print(p.get_url(plantuml_text=(text)))
return
svg = "/tmp/" + name + ".svg"
pdf = "/tmp/" + name + ".pdf"
open(svg, "wb").write(res)
os.system(f"inkscape {svg} -o {pdf}")
phab = Phabricator() # This will use your ~/.arcrc file
phab.user.whoami()
tasks = phab.maniphest.search(queryKey="all")
ids = {task["phid"]: task["id"] for task in tasks.data}
vertices = {}
tree = defaultdict(list)
for task in tasks.data:
if task["id"] < 5:
continue
itask = dict(phab.maniphest.info(task_id=task["id"]))
for k, v in task.items():
itask[k] = v
itask["weight"] = 3**(itask["fields"]["priority"]["value"] / 10)
vertices[task["id"]] = itask
parents = itask["dependsOnTaskPHIDs"]
for parent in parents:
if parent in ids:
tree[task["id"]].append(ids[parent])
tree = defaultdict(list, {
vertices[k]["id"]: [vertices[t]["id"] for t in v]
for k, v in tree.items()
})
newtree = defaultdict(list)
for k, v in tree.items():
for i in v:
newtree[i].append(k)
print(newtree)
diffs = {}
diff = phab.differential.query()
for d in diff:
for line in d["summary"].split("\n"):
try:
t = int(line.split("T")[-1])
diffs[t] = int(d["dateCreated"])
except:
pass
weighted = sorted(vertices.keys(), key=lambda t: (-vertices[t]["weight"], t))
dependent = []
for v in vertices:
item = None
for n, a in enumerate(weighted):
if all(i in dependent for i in tree[a]):
item = n
break
if item is None:
print("err: o nowes")
nr = weighted.pop(item)
dependent.append(nr)
for i in reversed(dependent):
for k in tree[i]:
vertices[k]["weight"] += (vertices[i]["weight"] / len(tree[i]))
available = sorted(vertices.keys(), key=lambda t: (-vertices[t]["weight"], t))
done = []
sstart = (datetime.now() - pstart).days
for k, v in vertices.items():
v["title"] = (" " * 12) + v["title"]
v["due"] = sstart + 1
if v["isClosed"]:
v["start"] = (datetime.fromtimestamp(int(v["fields"]["dateClosed"])) -
pstart).days - 2
if k in diffs:
v["start"] = (datetime.fromtimestamp(diffs[k]) - pstart).days
else:
v["start"] = (datetime.fromtimestamp(int(
v["fields"]["dateClosed"])) - pstart).days - 2
v["due"] = (datetime.fromtimestamp(int(v["fields"]["dateClosed"])) -
pstart).days
done.insert(0, k)
available.remove(k)
if k in diffs:
v["start"] = (datetime.fromtimestamp(diffs[k]) - pstart).days
done = sorted(done, key=lambda t: (-vertices[t]["weight"], t))
print(done)
inwork = []
for day in inf(sstart, available):
newwork = []
for task in inwork:
if task["due"] <= day:
done.append(task["id"])
else:
newwork.append(task)
inwork = newwork
while available and len(inwork) < maxi(day):
item = None
for n, a in enumerate(available):
if all(i in done for i in tree[a]):
item = n
break
if item is None:
print("err: o nowes")
nr = available.pop(item)
v = vertices[nr]
if nr not in diffs:
v["start"] = day
v["due"] = day + 2
inwork.append(v)
midamble = []
def pof(day):
if type(day) == datetime:
return day
else:
return pstart + timedelta(days=day)
def dof(day):
return str(pof(day)).split(" ")[0]
def m(n):
if n < 0:
return str(-n) + " days before "
else:
return str(n) + " days after "
projects = {
p["phid"]: p["fields"]["color"]["key"]
for p in phab.project.search(queryKey="all")["data"]
}
def g(v):
try:
return projects[v["projectPHIDs"][0]]
except:
return "grey"
done = sorted(done,
key=lambda t: (vertices[t]["start"], vertices[t]["weight"]))
dependent = []
while True:
item = None
for n, a in enumerate(done):
if all(i in dependent for i in tree[a]):
item = n
break
if item is None:
break
nr = done.pop(item)
dependent.append(nr)
for k in dependent:
v = vertices[k]
needings = tuple(map(vertices.__getitem__, tree[k]))
midamble.append(
f"[{v['title']}] lasts {v['due'] - v['start']} days and is colored in {g(v)} and starts "
+
(f"on {dof(v['start'])}" if not needings else
f"{m(v['start'] - needings[0]['due'] - 1)} [{needings[0]['title']}]'s end"
)) # to {dof(v['due'])}")
midamble = "\n".join(midamble)
amble = f"{preamble}{midamble}{postamble}"
generate_svg("out", amble)
|
