def _emmet_tokens(tokens):
emmet_string = ''
for node in tokens:
if not node.has_son():
emmet_string += tag(node.name, **node.attrs)
else:
sons_content = ''.join([_emmet_tokens([son]) for son in node.sons])
emmet_string += tag(node.name, sons_content, **node.attrs)
return emmet_string
def generate_database():
for job in jobs():
if tag(job.get("title")):
tags = ",".join(tag(job.get("title")))
else:
tags = None
job_info = (str(job.get("id")),
job.get('title'),
job.get('body'),
job.get('user').get("login"),
str_date(job.get('created_at')),
tags)
insert_job(job_info)
def search(NAME,TIME1,TIME2,TIME3,TIME4):
song_name_final = NAME.replace(" ", "+")
pre_url = "https://www.youtube.com/results?search_query="
yt_search = pre_url + song_name_final
print(yt_search)
results = list(YoutubeSearch(str(NAME)).to_dict())
for URLSSS in results:
timeyt = URLSSS["duration"]
print(URLSSS['title'])
try:
if timeyt == TIME1:
LINKASLI = URLSSS['url_suffix']
break
elif timeyt == TIME2:
LINKASLI = URLSSS['url_suffix']
break
elif timeyt == TIME3:
LINKASLI = URLSSS['url_suffix']
break
elif timeyt == TIME4:
LINKASLI = URLSSS['url_suffix']
break
else:
pass
except:
pass
global yt_pre
yt_pre = str("https://www.youtube.com/" + LINKASLI)
print(yt_pre)
options = {
# PERMANENT options
'format': 'bestaudio/best',
'keepvideo': False,
'outtmpl': f'song//{read(3)}.*',
'postprocessors': [{
'key': 'FFmpegExtractAudio',
'preferredcodec': 'mp3',
'preferredquality': '320'
}],
# (OPTIONAL options)
'noplaylist': True
}
with youtube_dl.YoutubeDL(options) as mp3:
mp3.download([yt_pre])
tag.tag()
def author_attribute(req, selectionId, sourceId, authorId, attribute, attributeId):
get_object_or_404(Selection, pk=selectionId)
get_object_or_404(Source, pk=sourceId)
get_object_or_404(Author, pk=authorId)
if attribute == 'nations':
return tag(req, attributeId)
else: raise Http404
def __parse_tag(self, cmd, uid): if not self.__ext_id: return tag(uid) if self.__ext_reqa: if len(uid) in [6, 9, 12]: t = iso1443a(uid[2:], reqa = uid[:2]) elif len(uid) == 13: # ?????? t = iso1443b(uid[0:4], app = uid[4:8], protocol = uid[8:11], cid = uid[11]) else: raise ACG_BadResponse(cmd, bin2asc(uid)) else: if len(uid) in [5, 8, 11]: t = iso1443a(uid[1:], cascade = uid[0]) elif len(uid) == 12: t = iso1443b(uid[0:4], app = uid[4:8], protocol = uid[8:11], cid = uid[11]) else: raise ACG_BadResponse(cmd, bin2asc(uid)) return t
def source_attribute(req, selectionId, sourceId, attribute, attributeId):
get_object_or_404(Selection, pk=selectionId)
get_object_or_404(Source, pk=sourceId)
if attribute in source_tag_types:
return tag(req, attributeId)
elif attribute == 'author':
return author(req, attributeId)
else: raise Http404
def test_tag():
# A single positional argument produces an empty tag with that name
assert tag('br') == '<br />'
# Any number of arguments after the first are captured by *content as a tuple
assert tag('p', 'hello') == '<p>hello</p>'
assert tag('p', 'hello', 'world') == '<p>hello</p>\n<p>world</p>'
# Keyword arguments not eplicitly named (e.g., id) in the tag signature are captured by **attrs
# as a dict
assert tag('p', 'hello', id=33) == '<p id="33">hello</p>'
# The cls parameter can only be passed as a keyword argument, it will never capture unnamed
# positional arguments
assert tag('p', 'hello', 'world', cls='sidebar') == \
'<p class="sidebar">hello</p>\n<p class="sidebar">world</p>'
# Even the first positional argument can be passed as a keyword argument
assert tag(content='testing', name="img") == '<img content="testing" />'
my_tag = {
'name': 'img',
'title': 'Sunset Boulevard',
'src': 'sunset.jpg',
'cls': 'framed'
}
# Prefixing the my_tag dict with ** passes all its items as separate arguments, which are then
# bound to the named parameters. which the remaining caught by **attrs
assert tag(
**my_tag
) == '<img class="framed" src="sunset.jpg" title="Sunset Boulevard" />'
def selection_attribute(req, selectionId, attribute, attributeId):
get_object_or_404(Selection, pk=selectionId)
if attribute in selection_tags:
return tag(req, attributeId)
elif attribute == 'source':
return source(req, attributeId)
elif attribute == 'quotations':
return quotation(req, attributeId)
else: raise Http404
def author_attribute(req, selectionId, sourceId, authorId, attribute,
attributeId):
get_object_or_404(Selection, pk=selectionId)
get_object_or_404(Source, pk=sourceId)
get_object_or_404(Author, pk=authorId)
if attribute == 'nations':
return tag(req, attributeId)
else:
raise Http404
def get_tags(self) :
tree = self.open_xml("tags.xml")
root = tree.getroot()
tags = []
for item in root :
tag_item = tag(item.find("name").text)
tag_item.set_id(item.find("id").text)
tag_item.set_is_active(item.find("is_active").text)
tags.append(tag_item)
return tags
def selection_attribute(req, selectionId, attribute, attributeId):
get_object_or_404(Selection, pk=selectionId)
if attribute in selection_tags:
return tag(req, attributeId)
elif attribute == 'source':
return source(req, attributeId)
elif attribute == 'quotations':
return quotation(req, attributeId)
else:
raise Http404
def release(force='no'):
"""
Tag, push tag to Github, & upload new version to PyPI.
"""
tag.tag(force=force, push='yes')
upload()
def release(force='no'):
"""
Tag/push, build, upload new version and build/upload documentation.
"""
tag.tag(force=force, push='yes')
upload()
def exportar(nome, lista): print(tag.tag(nome, *lista))
from xmlFile import xmlFile
from tag import tag
"""
The only work performed by the parser is to create a string, which would be json formated thanks to the tag class and
the two jsonFormat functions. There is a unique call to the formatNameAndAttributes method which is recursive and a
unique call to the getTags method which is also recursive. We need to create an empty tag "tag" to call the getTags method.
It also use the xmlFile class.
The parser does not handle :
- <unique/> tags
- multiple text
- text that does appear after embedded tags
"""
with open('small.xml', 'r') as file:
data = file.read().replace('\n', '')
fileToConvert = xmlFile(data)
fileToConvert.getHeaderAndBody()
result = "{\n"
tag = tag(0, "", "", [], "", 0)
body = tag.getTags(fileToConvert.body, 1)
result += body.formatNameAndAttributes()
result += '}'
result = result[:-3] + result[-2:]
#uncomment the following line to print the ouput
#print(result)
with open('small.json', 'w') as outfile:
outfile.write(result)
def release(force='no'):
"""
Tag, push tag to Github, & upload new version to PyPI.
"""
tag.tag(force=force, push='yes')
upload()
"""
Extended function calls examples
"""
from geometry import hypervolume
print(hypervolume(2,4))
# => 8
print(hypervolume(2,4,6))
# => 48
print(hypervolume(2,4,6,8))
# => 384
from tag import tag
print(tag('img', src='monet.jpg', alt='Sunrise by Claude Monet', border=1))
# Extended call syntax
def print_args(arg1, arg2, *args):
print(arg1)
print(arg2)
print(args)
t = (1,2,3)
print_args(*t)
# 1
# 2
# (3,)
def color(red, green, blue, **kwargs):
import tag
import generate
__author__ = "imdreamrunner"
__email__ = "*****@*****.**"
logging.basicConfig(level=logging.DEBUG)
log = logging.getLogger(__name__)
if __name__ == "__main__":
print("Welcome to Reader")
args = sys.argv
if len(args) != 2:
print("Usage: python reader.py <fetch|generate>")
exit(1)
command = args[1]
if command == "fetch":
log.debug("Command: fetch")
fetch.fetch_all()
summarize.summarize()
translate.translate()
tag.tag()
elif command == "generate":
log.debug("Command: generate")
generate.generate()
else:
print("Unknown command: " + command)
log.info("Program exits.")
def addTag(self, tagObject):
text = tagObject.findChild().text
tagCat = tagObject.attrs["class"][1]
tagId = tagObject.attrs["id"]
newTag = tag(text, tagCat, tagId, self.postId)
self.tags.append(newTag)
def exportar(nome, lista):
print(tag.tag(nome, *lista))
global info
audioFile = glob.glob("./*{}.mp3".format(info["id"]))[0]
newName = audioFile.replace("-{}".format(info["id"]), "")
os.rename(audioFile, newName)
# Saves the album cover
def saveAlbumArt():
global info
thumbnails = sorted(info["thumbnails"],
key=lambda x: x["width"],
reverse=True)
# Download & save the file
urllib.request.urlretrieve(thumbnails[0]["url"], "thumbnail.webp")
im = Image.open("thumbnail.webp").convert("RGB")
im.save("thumbnail.jpeg", "jpeg")
os.remove("thumbnail.webp")
# Cut the cover out of it
im = Image.open("thumbnail.jpeg")
w, h = im.size
im.crop(((w - h) // 2, 0, (w + h) // 2, h)).save("thumbnail.jpeg")
download(sys.argv[1])
saveAlbumArt()
tag.tag(info)
