def tsv8kml(des, aux=''):
TMP4KMLTSV = 'abc.def.123.txt'
if aux == '':
aux = TMP4KMLTSV
### MODE ###
with open(des, 'r', encoding='utf-8') as f:
x = f.readline()
mode = 'tsv2kml'
### HAUPT ###
if re.match(".+\t", x):
mode = 'tsv2kml'
tsv2kml(des, aux)
else:
mode = 'kml2tsv'
kml2tsv(des, aux)
### AUSGABE ###
if aux == TMP4KMLTSV:
aux = xz.txt2str(aux)
os.remove(TMP4KMLTSV)
return aux
else:
if mode == 'tsv2kml':
return 'kml'
elif mode == 'kml2tsv':
return 'tsv'
def note(n, mynote=''):
db = xz.bin2obj(bin4tasks)
prj = db.pop()
dic = db[n + 1]
tid = dic['tid']
itm = api.items.get(tid)
#
if os.path.exists(mynote):
mynote = xz.txt2str(mynote)
#
if mynote == '':
print(itm['notes'])
else:
if itm['notes'] == []:
note = api.notes.add(tid, mynote)
api.commit()
else:
nid = itm['notes'][0]['id']
note = api.notes.get_by_id(nid)
note.update(content=mynote)
api.commit()
itm = api.items.get(tid)
print('<TITLE>', itm['item']['content'])
print('<NOTES>')
print(itm['notes'][0]['content'])
def html2values(src):
src = xz.txt2str(src)
doc = soup(src,'lxml') # recommended
res = []
for element in doc.find_all('li'):
res.append( element.text )
return res
def url2cmd2html(addr, ausgabe=None):
if ausgabe == None:
ausgabe = re.sub('.+/', '', addr)
ausgabe = mydwld + ausgabe
#
if os.path.exists(ausgabe):
html = xz.txt2str(ausgabe)
else:
html = requests.get(addr)
html = html.text
#
html = html.replace('JavaScript', 'JJavaScript')
html = html.replace('http', 'hhttp')
html = "<URL>" + addr + "\n\n" + html
xz.str2txt(html, ausgabe)
return html
def html2tbl(src,index):
src = xz.txt2str(src)
doc = soup(src,'lxml') # recommended
res = []
for element in doc.find_all('table')[index]:
try:
lis = [ x.text for x in element ]
except AttributeError:
x = str(element)
x = re.sub("<br/?>",'',x)
x = re.sub(">[\s\n\r]+",'>',x)
x = re.sub("[\s\n\r]+<",'<',x)
#
x = re.sub("<t[drh] .+?>",'',x)
x = re.sub("</?t[drh]>","\t",x)
x = re.sub("</?(span|a|sup|thead|tbody)>",'',x)
#
x = re.sub("<a href.+?>",'',x)
x = re.sub("<img .+?>",'',x)
x = re.sub("<span .+?>",'',x)
# print( x )
lis = x.split("\t")
res.append(lis)
return res
def df2sache(df):
df.to_csv(EIGENDATEI, sep="\t", encoding="utf8")
return '/' + xz.txt2str(EIGENDATEI)
def getpid(prj=''):
if prj == '':
prj = xz.txt2str(bin4prj)
prjs = xz.bin2obj(bin4lists)
return prjs[prj]
def linkextractor(src):
src = xz.txt2str(src)
doc = soup(src,'lxml') # recommended
links = [ element.get('href') for element in doc.find_all('a') ]
return links