def plenum_meeting_number(self):
res = None
parts = self.parts.filter(body__contains=u'ישיבה')
if parts.count() > 0:
r = re.search(u'ישיבה (.*)$', self.parts.filter(body__contains=u'ישיבה').first().body)
if r:
res = gematria_to_int(r.groups()[0])
return res
def plenum_meeting_number(self):
res = None
parts = self.parts.filter(body__contains=u'ישיבה')
if parts.count() > 0:
r = re.search(u'ישיבה (.*)$', self.parts.filter(body__contains=u'ישיבה').first().body)
if r:
res = gematria_to_int(r.groups()[0])
return res
def get_file_stem(self, s):
sefer, perek = s.split('/')
if sefer == 'ספר בראשית':
if gematria_to_int(perek) < 12:
return 'ספר בראשית - א-יא'
elif gematria_to_int(perek) < 37:
return 'ספר בראשית - יב-לו'
else:
return 'ספר בראשית - לז-נ'
elif sefer == 'ספר תהלים':
if gematria_to_int(perek) < 42:
return 'ספר תהלים - ראשון'
elif gematria_to_int(perek) < 73:
return 'ספר תהלים - שני'
elif gematria_to_int(perek) < 90:
return 'ספר תהלים - שלישי'
elif gematria_to_int(perek) < 107:
return 'ספר תהלים - רביעי'
else:
return 'ספר תהלים - חמישי'
elif ' ' in perek:
section = perek.split(' ')[0]
# replace quotes, which can make a filename invalid, with proper gershayim
section = section.replace('"', chr(0x05f4))
return '{} - {}'.format(sefer, section)
else:
return sefer
def parse(line, songname, set):
if line.__contains__('origin'):
startIndex = line.find('\'origin\': \'')
endIndex = line.find('\'score\':')
index = -(len(line) - endIndex)
s = line[startIndex:index]
arr = s.split('\'')
name = arr[3].split(',')
filename = name[0] + '.txt'
pasuk = gematria_to_int(name[1][1:])
new_line = str(pasuk) + " : " + songname + '\n'
if not set.__contains__(new_line):
file = open(filename, 'a')
file.write(new_line)
file.close()
set += new_line
return set
def booklet_meeting_num(self):
return gematria_to_int(self.booklet_meeting_num_heb.decode('utf-8'))
def get_ref_string(matches_index):
ans_link = ""
ans = ""
index_in_loop = 0
for match2 in matches_index:
link = match2['origin']
link_arr = link.split(',')
link_arr = link_arr[0]
link_arr = link_arr.split(' ')
# print(link_arr[0])
if (link_arr[0] in books):
index_link = books.index(link_arr[0])
if (index_link < 10):
index_link = '0' + str(index_link)
if (len(link_arr) == 3):
if (link_arr[1] == 'א'):
str_g = gematria_to_int(link_arr[2])
if (str_g < 10):
str_g = '0' + str(str_g)
ans_link = 't' + str(index_link) + 'a' + str(str_g)
else:
str_g = gematria_to_int(link_arr[2])
ans_link = 't' + str(index_link) + 'b' + str(str_g)
else:
str_g = gematria_to_int(link_arr[1])
if (str_g < 10):
str_g = '0' + str(str_g)
ans_link = 't' + str(index_link) + str(str_g)
else:
if (link_arr[0] == 'עזרא'):
str_g = gematria_to_int(link_arr[1])
if (str_g < 10):
str_g = '0' + str(str_g)
ans_link = 't35a' + str(str_g)
elif (link_arr[0] == 'נחמיה'):
str_g = gematria_to_int(link_arr[1])
if (str_g < 10):
str_g = '0' + str(str_g)
ans_link = 't35b' + str(str_g)
else:
index_link = books.index(link_arr[0] + " " + link_arr[1])
if (index_link < 10):
index_link = '0' + str(index_link)
episode = gematria_to_int(link_arr[2])
if (episode < 10):
episode = '0' + str(episode)
ans_link = 't' + str(index_link) + str(episode)
# index_link=books.index(link_arr[0])
# if(index_link==-1):
# print(ans_link)
if (index_in_loop == 0):
ans = ans + """ <A HREF=""" + "'" + ans_link + """.htm' class="button"> """ + \
match2['text'] + " - " + match2[
'origin'] + """ </A> """
else:
ans = ans + """<br> <A HREF=""" + "'" + ans_link + """.htm' class="button"> """ + \
match2['text'] + " - " + match2[
'origin'] + """ </A> """
index_in_loop = index_in_loop + 1
ans = ans + """</div> </div> </div>"""
return ans
def booklet_num(self):
return gematria_to_int(decode(self.booklet_num_heb, 'utf-8'))
def booklet_meeting_num(self):
return gematria_to_int(self.booklet_meeting_num_heb.decode('utf-8'))
def Func(update, context, chapter):
"""
---- imports ----
import Program.Get_Bot_Variables as Get_Bot_Variables
from Program.Send import Send as Send
from Program.Button import Button as Button
"""
Bot_Variables = Get_Bot_Variables.Func([update, context])
# - Variables - #
"""
TOKEN = Bot_Variables[0]
Chat_ID = Bot_Variables[1]
First_Name = Bot_Variables[2]
UserName = Bot_Variables[3]
Message = Bot_Variables[4]
Message_ID = Bot_Variables[5]
File_ID = Bot_Variables[6]
Virtual_Location = Bot_Variables[7]
User_Privileges = Bot_Variables[8]
User_Lang = Bot_Variables[9]
Mongo_Collections = Bot_Variables[10]
Json_Message = Bot_Variables[11]
Update = Bot_Variables[12]
Other_Variables = Bot_Variables[13]
Context = Bot_Variables[14]
"""
"""
--- Send Class ---
Send.Message(Bot_Variables,"Paste Text Here")
Send.Keyboard(Bot_Variables, "Text Here",
Button.Markup("button 1"),
Button.Markup(Button.Markup_Location("Send_Location")),
Button.Markup( Button.Markup_Phone("Send_Phone") , "button 5", "button 6"))
#NOTE: when when you used Button.Inline() for creating buttons for inline keyboard this is the syntax:
# ["URL/CALLBACK Button type( u/c )","button text","the url or callback name"]
# the callback name is the name you gave to the file you created in "Inline_Function" folder (not include the .py extinction)
Send.Inline_Keyboard(Bot_Variables, "Text Here" ,
Button.Inline( ["U","URL Button","https://www.google.co.il/"] , ["C","Callback Button","Template"] ) ,
Button.Inline(["C","Callback Button","Template"] ,["U","URL Button","https://www.google.co.il/"])
)
# send edited keyboard, its edit current inline keyboard and change buttons give deep navigation effect
Send.Edited_Inline_Keyboard(Bot_Variables,"Text Here",
Button.Inline(["u","URL Button","www.google.co.il"])
)
Send.Callback_Answer(Bot_Variables,"Callback Query Answer")
Send.Callback_Alert(Bot_Variables,"Callback Query Alert")
Send.Forword(Bot_Variables,from_chat_id,to_chat_id,message_id)
# send any file by file id , type : video/voice message/photo/document/sticker
Send.Any_File(Bot_Variables,file_id,caption)
--- Buttons Types ---
# regular markup button
Button.Markup("button text1","button text2")
# make button markup to send user location
Button.Markup_Location("button text")
# make button markup to send user phone number
Button.Markup_Phone("button text")
# regular inline button
Button.Inline( ["URL/CALLBACK Button type( u/c )","button text","the url or callback name"])
#syntax:
* each time activated gives 1 rows of buttons
#Markup synatx
Send.Keyboard(Bot_Variables, "Text Here",
Button.Markup("button 1"),
Button.Markup(Button.Markup_Location("Send_Location")),
Button.Markup( Button.Markup_Phone("Send_Phone") , "button 5", "button 6"))
#Inline synatx
#NOTE: when when you used Button.Inline() for creating buttons for inline keyboard this is the syntax:
# ["URL/CALLBACK Button type( u/c )","button text","the url or callback name"]
# the callback name is the name you gave to the file you created in "Inline_Function" folder (not include the .py extinction)
Send.Inline_Keyboard(Bot_Variables, "Text Here" ,
Button.Inline( ["U","URL Button","https://www.google.co.il/"] , ["C","Callback Button","Template"] ) ,
Button.Inline(["C","Callback Button","Template"] ,["U","URL Button","https://www.google.co.il/"])
)
"""
try:
chapter = int(chapter)
except:
chapter = gematria_to_int(chapter)
chapter = chapter - 1
if chapter > -1 and chapter < 151:
Chat_ID = Bot_Variables[1]
Users = Bot_Variables[10][0]
user = Users.find_one({"chat_id": Chat_ID})
book_chapters = user["book"]["chapters"]
write_type = user["write_type"]
Users.update_one({"chat_id": Chat_ID},
{"$set": {
"book.bookmark": chapter
}})
Send.Inline_Keyboard(
Bot_Variables, Send_Book.Func(chapter, Bot_Variables),
Button.Inline([
"C", "⬅️",
rolling_left.Func(chapter, book_chapters, write_type)
], ["C", favoriets_name.Func(update, context), "Favorite"], [
"C", "➡️",
rolling_right.Func(chapter, book_chapters, write_type)
]),
Button.Inline(["C",
is_read_name.Func(update, context), "is_read"]))
else:
Send.Message(
Bot_Variables,
'❌ חיפוש שגוי, מספר הפרקים בתהילים הוא 150 , ניתן לחפש בטווח 1 - 150 א - ק"נ ❌'
)
