पायथन: किसी वेबसाइट से दूसरे वेबसाइट डिज़ाइन में डेटा कैसे स्थानांतरित करें
On March 24, 2022, in Leadership Quantum-XX , by Neculai Fantanaru
आप यहां पूरा कोड देख सकते हैं:Https: // passatin.com / vcd vm ww देखें
इंस्टॉलपायथन ।
यह मेरी पुरानी वेबसाइट डिजाइन है। Basically, you need to select the information from the old tags (css classes) and copy it into the new tags (css classes).
I WILL TRANSFER DATA TO THIS NEW WEBSITE:
------- पायथन कोड: ---------
# -------------------------------------------------------------------------------
# Author: Neculai Fantanaru
#
# Created: 24 /03/ 2022
# Copyright: ( c) Neculai Fantanaru
# Licence: < your licence>
# -------------------------------------------------------------------------------
import os
import re
def read_text_from_file( file_path):
"""
Aceasta functie returneaza continutul unui fisier.
file_path: calea catre fisierul din care vrei sa citesti
"""
with open( file_path, encoding= 'utf8' ) as f:
text = f. read ()
return text
def write_to_file( text, file_path):
"""
Aceasta functie scrie un text intr-un fisier.
text: textul pe care vrei sa il scrii
file_path: calea catre fisierul in care vrei sa scrii
"""
with open( file_path, 'wb' ) as f:
f. write ( text. encode ( 'utf8' , 'ignore' ))
def copiaza_continut_html( cale_fisier_html, cale_fisiere_gata): # astea sunt argumentele functiei, adica cand apelez functia
# citesti textul din fisierul html
text_html = read_text_from_file( cale_fisier_html)
final_text = ''
# === fisier html vechi ===
articol_categorie_pattern = re. compile ( '([\s\S]*?)' )
articol_categorie = re. findall ( articol_categorie_pattern, text_html)
if len( articol_categorie) != 0 :
# === citire fisier model - index2. html ===
text_html_model = read_text_from_file( "C:\\Folder1\\index2.html" )
articol_categorie = articol_categorie[ 0 ]
# ==== INLOCUIRE < td>< span class = "den_articol" > CU < td>< span class = "linkMare" > ====
span_pattern = re. compile ( ' (.*?) )
span_nou = ' {} = re. findall ( span_pattern, articol_categorie)
lista_span_nou = list()
for i in range( len( span)):
lista_span_nou. append ( span_nou. format ( span[ i][ 0 ], span[ i][ 1 ]))
span_pattern = re. compile ( ' .*? )
span = re. findall ( span_pattern, articol_categorie)
for i in range( len( span)):
articol_categorie = articol_categorie. replace ( span[ i], lista_span_nou[ i])
# ==== INLOCUIRE < td>< span class = "den_articol" > CU < td>< span class = "linkMare" > ====
# ==== Informatii fisier original ====
categ_link_title_pattern = re. compile ( ' (.*?) )
categ_link_title = re. findall ( categ_link_title_pattern, articol_categorie)
print( "Total {} ARTICOLE" . format ( len( categ_link_title)))
categ_date_link_title_desc_pattern = re. compile ( ' (.*?)(.*?) , by Neculai Fantanaru ')
categ_date_link_title_desc = re. findall ( categ_date_link_title_desc_pattern, articol_categorie)
paragraf_pattern = re. compile ( '(.*?)
' )
paragraf = re. findall ( paragraf_pattern, articol_categorie)
# === citeste mai departe - buton ===
citeste_buton_pattern = re. compile ( 'citeşte mai departe '
)
citeste_buton
= re
. findall ( citeste_buton_pattern
, articol_categorie
)
read_more_buton_pattern
= re
. compile ( 'read more '
)
read_more_buton
= re
. findall ( read_more_buton_pattern
, articol_categorie
)
# === Informatii index2
===
articol_categorie_index2_pattern
= re
. compile ( '([\s\S]*?)' )
articol_categorie_index2
= re
. findall ( articol_categorie_index2_pattern
, text_html_model
)
if len
( articol_categorie_index2
) != 0 :
articol_categorie_index2
= articol_categorie_index2
[ 0 ] # trebuie inlocuit cu toate categoriile din fisierul original
# citire template pentru categorie din index2
. html
template_categorie
= read_text_from_file
( "C:\\Folder1\\template_categorie.txt" )
# h3
=> title
+ description
h3_pattern
= re
. compile ( '' )
h3
= re
. findall ( h3_pattern
, template_categorie
)
h3
= h3
[ 0 ]
# dates section din index2
. html
dates_section_index2_pattern
= re
. compile ( '([\s\S]*?)' )
dates_section_index2
= re
. findall ( dates_section_index2_pattern
, template_categorie
)
dates_section_index2
= dates_section_index2
[ 0 ]
date_index2_pattern
= re
. compile ( '(.*?) ' )
# date
date_index2
= re
. findall ( date_index2_pattern
, dates_section_index2
)
date_index2
= date_index2
[ 0 ]
# link
/ title / description
link_title_desc_index2_pattern
= re
. compile ( '(.*?) ' )
link_title_desc_index2
= re
. findall ( link_title_desc_index2_pattern
, dates_section_index2
)
link_title_desc_index2
= link_title_desc_index2
[ 0 ]
# paragraf
paragraf_index2_pattern
= re
. compile ( '(.*?)
' )
paragraf_index2
= re
. findall ( paragraf_index2_pattern
, template_categorie
)
paragraf_index2
= paragraf_index2
[ 0 ]
# === read more
===
read_more_pattern
= re
. compile ( 'read more ' )
read_more
= re
. findall ( read_more_pattern
, template_categorie
)
read_more
= read_more
[ 0 ]
butoane
= list
()
if len
( citeste_buton
) > 0 :
butoane
= citeste_buton
else :
butoane
= read_more_buton
for i
in range
( len
( categ_link_title
)):
new_template
= template_categorie
# === facem replace cu informatiile din articolul original
===
new_template_1
= new_template
. replace ( date_index2
, categ_date_link_title_desc
[ i
][ 0 ]. replace
( ', in' , '' ). strip
())
new_template_2
= new_template_1
. replace ( link_title_desc_index2
[ 0 ], categ_date_link_title_desc
[ i
][ 1 ])
new_template_3
= new_template_2
. replace ( link_title_desc_index2
[ 1 ], categ_date_link_title_desc
[ i
][ 2 ])
new_template_4
= new_template_3
. replace ( link_title_desc_index2
[ 2 ], categ_date_link_title_desc
[ i
][ 3 ]. lstrip
())
new_template_5
= new_template_4
. replace ( paragraf_index2
, paragraf
[ i
])
new_template_6
= new_template_5
. replace ( read_more
, butoane
[ i
])
new_template_7
= new_template_6
. replace ( h3
[ 0 ], categ_link_title
[ i
][ 0 ])
new_template_8
= new_template_7
. replace ( h3
[ 1 ], categ_link_title
[ i
][ 1 ])
final_text
= final_text
+ new_template_8
+ '\n'
text_html_model
= text_html_model
. replace ( articol_categorie_index2
, final_text
)
final_text
= text_html_model
# schimbare CATEGORIES index2
# preluare lista fisier html
lista_pattern
= re
. compile ( '' )
lista
= re
. findall ( lista_pattern
, text_html
)
if len
( lista
) != 0 :
lista
= lista
[ 0 ]
elemente_lista_pattern
= re
. compile ( '(.*?) \((.*?)\) )
elemente_lista
= re
. findall ( elemente_lista_pattern
, lista
)
if elemente_lista
!= 0 :
categories_pattern
= re
. compile ( '([\s\S]*?)' )
categories
= re
. findall ( categories_pattern
, final_text
)
if len
( categories
) != 0 :
categories
= categories
[ 0 ]
elemente_lista_model_pattern
= re
. compile ( '([\s\S]*?)
' )
elemente_lista_model
= re
. findall ( elemente_lista_model_pattern
, categories
)
template_category
= read_text_from_file
( 'C:\\Folder1\\category-name.txt' )
for i
in range
( len
( elemente_lista_model
)):
new_template_category
= template_category
a_pattern
= re
. compile ( '' )
a
= re
. findall ( a_pattern
, new_template_category
)[ 0 ]
p_pattern
= re
. compile ( '(.*?)
' )
p
= re
. findall ( p_pattern
, new_template_category
)[ 0 ]
new_template_category
= new_template_category
. replace ( a
[ 0 ], elemente_lista
[ i
][ 0 ])
new_template_category
= new_template_category
. replace ( a
[ 1 ], elemente_lista
[ i
][ 1 ])
new_template_category
= new_template_category
. replace ( p
[ 0 ], elemente_lista
[ i
][ 2 ])
new_template_category
= new_template_category
. replace ( p
[ 1 ], elemente_lista
[ i
][ 3 ])
# print
( final_text
)
final_text
= final_text
. replace ( elemente_lista_model
[ i
], new_template_category
)
else :
print
( "No categories + books start" )
else :
print
( "Niciun element ." )
else :
print
( "Tag )
# Shimbare LINK
- URI FLAGS
flags_pattern
= re
. compile ( '([\s\S]*?)' )
flags
= re
. findall ( flags_pattern
, text_html
)
if len
( flags
) != 0 :
flags
= flags
[ 0 ]
links_pattern
= re
. compile ( '' )
links
= re
. findall ( links_pattern
, flags
)
if len
( links
) != 0 :
# print
( "Links: " , links
)
flags_model
= re
. findall ( flags_pattern
, final_text
)
if len
( flags_model
) != 0 :
flags_model
= flags_model
[ 0 ]
links_pattern_model
= re
. compile ( '' )
links_model
= re
. findall ( links_pattern_model
, flags_model
)
if len
( links_model
) != 0 :
for i
in range
( len
( links
)):
# print
( links
[ i
], links_model
[ i
])
final_text
= final_text
. replace ( links_model
[ i
], links
[ i
]) # FACE REPLACE
else :
print
( "Fara links in flags model" )
else :
print
( "Fara links in flags model" )
else :
print
( "Fara linkuri in flags." )
else :
print
( "Fara flags in articol original." )
# STARS
- PHP
stars_php_pattern
= re
. compile ( '\$item_id = (.*?);' )
stars_php
= re
. findall ( stars_php_pattern
, text_html
)
stars_php_model
= re
. findall ( stars_php_pattern
, final_text
)
if len
( stars_php
) != 0 :
stars_php
= stars_php
[ 0 ]
if len
( stars_php_model
) != 0 :
stars_php_model
= stars_php_model
[ 0 ]
final_text
= final_text
. replace ( stars_php_model
, stars_php
) # FACE REPLACE
else :
print
( "No stars fisier model" )
else :
print
( "No stars fisier original" )
# TITLE
title_pattern
= re
. compile ( 'पायथन: वेबसाइट से किसी अन्य वेबसाइट डिज़ाइन में डेटा कैसे स्थानांतरित करें Neculai Fantanaru (एन) ' )
text_title
= re
. findall ( title_pattern
, text_html
)
text_title_model
= re
. findall ( title_pattern
, final_text
)
if len
( text_title
) != 0 and len
( text_title_model
) != 0 :
text_title
= text_title
[ 0 ]
text_title_model
= text_title_model
[ 0 ]
final_text
= final_text
. replace ( text_title_model
, text_title
)
else :
print
( "Fisier html fara tag title: {}" . format ( cale_fisier_html
))
# DESCRIPTION
description_pattern
= re
. compile ( '= re. findall ( description_pattern, text_html)
text_description_model = re. findall ( description_pattern, final_text)
if len( text_description) != 0 and len( text_description_model) != 0 :
text_description = text_description[ 0 ]
text_description_model = text_description_model[ 0 ]
final_text = final_text. replace ( text_description_model, text_description)
else :
print( "Fisier html fara tag description: {}" . format ( cale_fisier_html))
# CANONICAL
canonical_pattern = re. compile ( ' )
text_canonical = re. findall ( canonical_pattern, text_html)
text_canonical_model = re. findall ( canonical_pattern, final_text)
if len( text_canonical) != 0 and len( text_canonical_model) != 0 :
text_canonical = text_canonical[ 0 ]
text_canonical_model = text_canonical_model[ 0 ]
final_text = final_text. replace ( text_canonical_model, text_canonical)
else :
print( "Fisier html fara tag canonical: {}" . format ( cale_fisier_html))
# ULTIMELE ARTICOLE
ult_art_pattern = re. compile ( '([\s\S]*?)' )
ult_art_model_pattern = re. compile ( '([\s\S]*?)' )
ult_art = re. findall ( ult_art_pattern, text_html)
ult_art_model = re. findall ( ult_art_model_pattern, final_text)
if len( ult_art) != 0 :
ult_art = ult_art[ 0 ]
if len( ult_art_model) != 0 :
ult_art_model = ult_art_model[ 0 ]
articole_pattern = re. compile ( '(.*?) )
articole = re. findall ( articole_pattern, ult_art)
if len( articole) != 0 :
articole_model_pattern = re. compile ( '(.*?) ' )
articole_model = re. findall ( articole_model_pattern, ult_art_model)
if len( articole_model) != 0 :
for i in range( len( articole)):
# href - 0 / description - 1
final_text = final_text. replace ( articole_model[ i][ 0 ], articole[ i][ 0 ])
final_text = final_text. replace ( articole_model[ i][ 1 ], articole[ i][ 1 ])
else :
print( "No articole fisier model" )
else :
print( "No articole fisier original" )
else :
print( "No lista articole fisier model" )
else :
print( "No lista articole fisier original" )
else :
print( "Nu exista articol categorie in index2.html" )
else :
# === citire fisier model - index. html ===
text_html_model = read_text_from_file( "C:\\Folder1\\index.html" )
# ARTICOL START - FINAL
articol_pattern = re. compile ( '([\s\S]*?)[\s\S]*?' )
text_articol = re. findall ( articol_pattern, text_html)
text_articol_model = re. findall ( articol_pattern, text_html_model)
if len( text_articol) != 0 and len( text_articol_model) != 0 :
text_articol = text_articol[ 0 ]
text_articol_model = text_articol_model[ 0 ]
text_html_model_1 = text_html_model. replace ( text_articol_model, text_articol)
final_text = text_html_model_1
else :
print( "Fisier html fara ARTICOL START/FINAL: {}" . format ( cale_fisier_html))
# TITLE
title_pattern = re. compile ( 'पायथन: वेबसाइट से किसी अन्य वेबसाइट डिज़ाइन में डेटा कैसे स्थानांतरित करें Neculai Fantanaru (एन) ' )
text_title = re. findall ( title_pattern, text_html)
text_title_model = re. findall ( title_pattern, text_html_model_1)
if len( text_title) != 0 and len( text_title_model) != 0 :
text_title = text_title[ 0 ]
text_title_model = text_title_model[ 0 ]
text_html_model_2 = text_html_model_1. replace ( text_title_model, text_title)
final_text = text_html_model_2
else :
print( "Fisier html fara tag title: {}" . format ( cale_fisier_html))
# DESCRIPTION
description_pattern = re. compile ( '= re. findall ( description_pattern, text_html)
text_description_model = re. findall ( description_pattern, text_html_model_2)
if len( text_description) != 0 and len( text_description_model) != 0 :
text_description = text_description[ 0 ]
text_description_model = text_description_model[ 0 ]
text_html_model_3 = text_html_model_2. replace ( text_description_model, text_description)
final_text = text_html_model_3
else :
print( "Fisier html fara tag description: {}" . format ( cale_fisier_html))
# CANONICAL
canonical_pattern = re. compile ( ' )
text_canonical = re. findall ( canonical_pattern, text_html)
text_canonical_model = re. findall ( canonical_pattern, text_html_model_3)
if len( text_canonical) != 0 and len( text_canonical_model) != 0 :
text_canonical = text_canonical[ 0 ]
text_canonical_model = text_canonical_model[ 0 ]
text_html_model_4 = text_html_model_3. replace ( text_canonical_model, text_canonical)
final_text = text_html_model_4
else :
print( "Fisier html fara tag canonical: {}" . format ( cale_fisier_html))
# remove DIV tag and TABLE tag
text_articol_model = re. findall ( articol_pattern, text_html_model_4)
text_articol_model_old = text_articol_model[ 0 ]
text_articol_model = text_articol_model[ 0 ]
text_articol_model = text_articol_model. replace ( "", '' )
text_articol_model = text_articol_model. replace ( "
" , '' )
table_pattern = re. compile ( '' )
text_table = re. findall ( table_pattern, text_articol_model)
if len( text_table) != 0 :
text_table = text_table[ 0 ]
text_articol_model = text_articol_model. replace ( text_table, '' )
text_html_model_5 = text_html_model_4. replace ( text_articol_model_old, text_articol_model)
final_text = text_html_model_5
else :
print( "No text table" )
# schimbare tag- uri ARTICLE TITLE
article_title_pattern = re. compile ( '(.*?) ' )
article_title = re. findall ( article_title_pattern, text_articol_model_old)
if len( article_title) != 0 :
article_title = article_title[ 0 ]
h3_title_pattern = re. compile ( '' )
h3_title = re. findall ( h3_title_pattern, text_html_model_5)
if len( h3_title) != 0 :
h3_title = h3_title[ 0 ]
text_html_model_6 = text_html_model_5. replace ( h3_title, article_title)
final_text = text_html_model_6
else :
print( "No h3 title." )
else :
print( "No article title." )
# schimbare DATE
date_pattern = re. compile ( ' (.*?), in )
date = re. findall ( date_pattern, text_articol_model_old)
if len( date) != 0 :
date = date[ 0 ]
# MODIFICARE 09 / 03
date_section_pattern = re. compile ( '([\s\S]*?)' )
date_section = re. findall ( date_section_pattern, text_html_model_6)
if len( date_section) > 0 :
date_section = date_section[ 0 ]
date_pattern_model = re. compile ( '(.*?) ' )
date_model = re. findall ( date_pattern_model, date_section)
if len( date_model) != 0 :
date_model = date_model[ 0 ]
text_html_model_7 = text_html_model_6. replace ( date_model, date)
final_text = text_html_model_7
else :
print( 'No date in model.' )
else :
print( "No date section: " )
else :
print( "No date." )
# schimbare SECTION
section_pattern_model = re. compile ( '(.*?) ' )
section_model = re. findall ( section_pattern_model, text_html_model_7)
# print( section_model)
if len( section_model) != 0 :
section_model = section_model[ 0 ]
section_pattern = re. compile ( '(.*?) ' )
section = re. findall ( section_pattern, text_articol_model_old)
if len( section) != 0 :
section = section[ 0 ]
text_html_model_8 = text_html_model_7. replace ( section_model[ 0 ], section[ 0 ])
text_html_model_9 = text_html_model_8. replace ( section_model[ 1 ], section[ 1 ])
text_html_model_10 = text_html_model_9. replace ( section_model[ 2 ], section[ 2 ])
final_text = text_html_model_10
else :
print( "No section." )
else :
print( "No section model." )
# schimbare CATEGORIES
# preluare lista fisier html
lista_pattern = re. compile ( '' )
lista = re. findall ( lista_pattern, text_html)
if len( lista) != 0 :
lista = lista[ 0 ]
elemente_lista_pattern = re. compile ( '(.*?) \((.*?)\) )
elemente_lista = re. findall ( elemente_lista_pattern, lista)
if elemente_lista != 0 :
categories_pattern = re. compile ( '([\s\S]*?)' )
categories = re. findall ( categories_pattern, text_html_model_10)
if len( categories) != 0 :
categories = categories[ 0 ]
elemente_lista_model_pattern = re. compile ( '([\s\S]*?)
' )
elemente_lista_model = re. findall ( elemente_lista_model_pattern, categories)
template_category = read_text_from_file( 'C:\\Folder1\\category-name.txt' )
for i in range( len( elemente_lista_model)):
new_template_category = template_category
a_pattern = re. compile ( '' )
a = re. findall ( a_pattern, new_template_category)[ 0 ]
p_pattern = re. compile ( '(.*?)
' )
p = re. findall ( p_pattern, new_template_category)[ 0 ]
new_template_category = new_template_category. replace ( a[ 0 ], elemente_lista[ i][ 0 ])
new_template_category = new_template_category. replace ( a[ 1 ], elemente_lista[ i][ 1 ])
new_template_category = new_template_category. replace ( p[ 0 ], elemente_lista[ i][ 2 ])
new_template_category = new_template_category. replace ( p[ 1 ], elemente_lista[ i][ 3 ])
# print( final_text)
final_text = final_text. replace ( elemente_lista_model[ i], new_template_category)
# print( "==========================" )
# print( final_text)
text_html_model_14 = final_text
else :
print( "No categories + books start" )
else :
print( "Niciun element ." )
else :
print( "Tag )
# Shimbare LINK- URI FLAGS
flags_pattern = re. compile ( '([\s\S]*?)' )
flags = re. findall ( flags_pattern, text_html)
if len( flags) != 0 :
flags = flags[ 0 ]
links_pattern = re. compile ( '' )
links = re. findall ( links_pattern, flags)
if len( links) != 0 :
# print( "Links: " , links)
flags_model = re. findall ( flags_pattern, text_html_model_14)
if len( flags_model) != 0 :
flags_model = flags_model[ 0 ]
# print( "Flags: " , flags_model)
links_pattern_model = re. compile ( '' )
links_model = re. findall ( links_pattern_model, flags_model)
# print( links_model)
text_html_model_15 = text_html_model_14
if len( links_model) != 0 :
for i in range( len( links)):
# print( links[ i], links_model[ i])
text_html_model_15 = text_html_model_15. replace ( links_model[ i], links[ i]) # FACE REPLACE
final_text = text_html_model_15
else :
print( "Fara links in flags model" )
else :
print( "Fara links in flags model" )
else :
print( "Fara linkuri in flags." )
else :
print( "Fara flags in articol original." )
# STARS - PHP
stars_php_pattern = re. compile ( '\$item_id = (.*?);' )
stars_php = re. findall ( stars_php_pattern, text_html)
stars_php_model = re. findall ( stars_php_pattern, text_html_model_15)
if len( stars_php) != 0 :
stars_php = stars_php[ 0 ]
if len( stars_php_model) != 0 :
stars_php_model = stars_php_model[ 0 ]
text_html_model_16 = text_html_model_15. replace ( stars_php_model, stars_php) # FACE REPLACE
final_text = text_html_model_16
else :
print( "No stars fisier model" )
else :
print( "No stars fisier original" )
# ULTIMELE ARTICOLE
ult_art_pattern = re. compile ( '([\s\S]*?)' )
ult_art_model_pattern = re. compile ( '([\s\S]*?)' )
ult_art = re. findall ( ult_art_pattern, text_html)
ult_art_model = re. findall ( ult_art_model_pattern, text_html_model_16)
if len( ult_art) != 0 :
ult_art = ult_art[ 0 ]
if len( ult_art_model) != 0 :
ult_art_model = ult_art_model[ 0 ]
articole_pattern = re. compile ( '(.*?) )
articole = re. findall ( articole_pattern, ult_art)
if len( articole) != 0 :
articole_model_pattern = re. compile ( '(.*?) ' )
articole_model = re. findall ( articole_model_pattern, ult_art_model)
if len( articole_model) != 0 :
for i in range( len( articole)):
# href - 0 / description - 1
# MODIFICARE 09 / 03
final_text = final_text. replace ( articole_model[ i][ 0 ], articole[ i][ 0 ])
final_text = final_text. replace ( articole_model[ i][ 1 ], articole[ i][ 1 ])
else :
print( "No articole fisier model" )
else :
print( "No articole fisier original" )
else :
print( "No lista articole fisier model" )
else :
print( "No lista articole fisier original" )
file_path = cale_fisiere_gata + "\\" + os. path . basename ( cale_fisier_html)
write_to_file( final_text, file_path)
print( "Scriere efectuata cu succes." )
def creare_fisiere_html( cale_folder_html, cale_fisiere_gata):
"""
Functia itereaza printr-un folder care contine fisiere txt si creeaza fisiere html corespunzatoare
"""
count = 0
for f in os. listdir ( cale_folder_html):
if f. endswith ( '.html' ):
cale_fisier_html = cale_folder_html + "\\" + f
print( "FISIER CURENT: " , cale_fisier_html)
copiaza_continut_html( cale_fisier_html, cale_fisiere_gata)
count += 1
else :
continue
print( "Numarul de fisiere modificate: " , count)
def main():
creare_fisiere_html( "C:\\Folder1\\fisiere_html" , "C:\\Folder1\\fisiere_gata" )
if __name__ == '__main__' :
main()
That's all folks.
इसके अलावा, यह देखेंसंस्करण 2 या संस्करण 3 यासंस्करण 4 यासंस्करण 5 यासंस्करण 6 यासंस्करण 7
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