def findfat(pfad):
res = []
w = byte(pfad)
#
res.append([w, pfad])
#
while 1:
dic = {}
dateien = os.listdir(pfad)
flg = False
for x in dateien:
x = pfad + x
if os.path.isdir(x):
flg = True
x += '/'
w = byte(x)
dic[w] = x
if flg == True:
g = max(dic.keys())
pfad = dic[g]
res.append([g, pfad])
elif flg == False:
break
try:
import xz
xz.show(res)
except ImportError:
for x in res:
x[0] = commify(x[0])
print(' || '.join(x))
def tasks(prj, see=True):
if isinstance(prj, str):
pid = getpid(prj)
elif isinstance(prj, int):
pid = prj
api.sync()
data = api.projects.get_data(pid)
res = []
headers = adic({
'n': 'n',
'id': 'tid',
'content': 'title',
'date_added': 'cdate',
'due_date': 'ddate',
})
for dic in data['items']:
cdate = dic['date_added']
ddate = dic['due']['date']
dic['date_added'] = zt2dt(dic['date_added'])
dic['due_date'] = xt.s2d(dic['due']['date'])
dic['n'] = 0
#
info = api.items.get(id)
try:
dic['notes'] = info['notes'][0]
except TypeError:
dic['notes'] = ''
#
tmp = {}
for vor, nach in headers.items():
tmp[nach] = dic[vor]
tmp['notes'] = dic['notes']
res.append(tmp)
n = 0
res = sorted(res, key=lambda d: d['ddate'])
for dic in res:
n += 1
dic['n'] = n
### AUSGABE ###
res.append(prj)
xz.obj2bin(res, bin4tasks)
res.pop()
if see == True:
#
for dic in res:
d = dic['cdate']
dic['cdate'] = dt.date(d.year, d.month, d.day)
tbl = xz.ldic2tbl(res, list(headers.values()))
xz.show(tbl)
def lists():
lis = api.state['projects']
res = {}
api.sync()
for dic in lis:
id = dic['id']
name = dic['name']
res[name] = id
#
ausgabe = bin4lists.replace('.txt', '.bin')
xz.dic2txt(res, ausgabe)
xz.obj2bin(res, bin4lists)
xz.show(res)
def today(prj=''):
# pid = getpid(prj)
# tasks(pid,False)
db = xz.bin2obj(bin4tasks)
db.pop()
res = []
tag = xt.heute(False)
# tag = tag + dt.timedelta(days=-5)
# print( tag )
for dic in db:
due = dic['ddate']
if due <= tag:
res.append(dic)
# print( dic ) #d
headers = 'n/tid/title/cdate/ddate'
headers = headers.split('/')
for dic in res:
d = dic['cdate']
dic['cdate'] = dt.date(d.year, d.month, d.day)
tbl = xz.ldic2tbl(res, headers)
xz.show(tbl)
def nv2qt(nv, fjahr=1):
tbl = nv2mt(nv, fjahr)
res = []
for lis in tbl:
if lis[0] == '/':
tmp = ['/', 'Q1', 'Q2', 'Q3', 'Q4']
else:
j = lis.pop(0)
tmp = []
tmp.append(sum(lis[0:3]))
tmp.append(sum(lis[3:6]))
tmp.append(sum(lis[6:9]))
tmp.append(sum(lis[9:12]))
tmp.insert(0, j)
res.append(tmp)
return res
#
##### DIREKT ###############
if __name__ == '__main__':
nv = xz.txt2dic(labomi + 'a.tsv')
nv = xz.bless(nv)
tbl = nv2mt(nv, 12)
xz.show(tbl)
tbl = nv2qt(nv, 12)
xz.show(tbl)
kbench.enfin()
def tafel4fx(tafel, titel, beispiel=[]):
### DRITT ###
if not myhost == 'derrida8':
jetzt()
return False
### TOR ###
assert isinstance(titel, str)
if not beispiel == []:
assert isinstance(beispiel, list)
for lis in tafel:
assert isinstance(lis[0], int)
assert isinstance(lis[1], str)
# assert isinstance(lis[2], function)
### VARIABLES ###
res = []
res.append(['#', 'HAUPT', 'FX', 'ZEIT', 'TAG'])
#
erst = datetime.datetime.now()
tick = datetime.datetime.now()
tag = datetime.date.today()
### HAUPT ###
for lis in tafel:
tick = datetime.datetime.now()
nummer = lis[0]
wort = lis[1]
aufgabe = lis[2]
#
if not beispiel == []:
if not nummer in beispiel:
continue
#
aufgabe()
tack = datetime.datetime.now()
zt = tack - tick
#
lis = [nummer, titel, wort, zt, tag]
res.append(lis)
tick = tack
### ENDLICH ###
zt = tack - erst
lis = [99, titel, 'ΣΣ', zt, tag]
res.append(lis)
### VORSTELLEUNG ###
y = 'STATISTIK / ' + titel
print(rahmen(y, '%', True))
res.append(res[0])
xz.show(res)
### AUSGABE ###
res.pop(0)
res.pop()
gh = open(kbenchset, 'a', encoding='utf-8')
y = "### %s @ %s ###\n" % (titel, tag)
gh.write(y)
for lis in res:
y = [str(x) for x in lis]
y = "\t".join(y)
gh.write(y)
gh.write("\n")
gh.write("#\n")
gh.close()
### PRUFUNG ###
gh = open(kbenchset, 'r', encoding='utf-8')
lis = gh.read()
lis = lis.split("\n")
lis = [x for x in lis if "###" in x]
#
res = {}
for x in lis:
if x in res:
res[x] += 1
else:
res[x] = 1
for x, n in res.items():
if n == 1: continue
y = x.replace('### ', '')
y = y.replace(' ###', '')
y = y + ' / ' + str(n)
y = 'DOPPEL HIER : '
def show(my):
xz.show(my.to_tbl())