Die 63 größten Eigenschaften einer Führungskraft
Warum dieses Buch lesen? Weil es entscheidend ist, Ihre Leistung zu optimieren. Denn es zeigt die wichtigsten Koordinaten danach auf, baut den Charakter und die Fähigkeiten der Führer auf und hebt hervor, was ihnen wichtig ist, um ihren Einfluss zu erhöhen.
Führung - Magie der Meisterschaft
Das wesentliche Merkmal dieses Buches im Vergleich zu anderen auf dem Markt befindlichen Büchern im gleichen Bereich ist, dass es anhand von Beispielen die idealen Kompetenzen einer Führungskraft beschreibt. Ich habe nie behauptet, dass es einfach ist, eine gute Führungskraft zu werden, aber wenn die Leute es wollen...
Für manche Führungskräfte gleicht „Führen“ eher einem Schachspiel, einem Spiel der Klugheit und Scharfsinnigkeit; für andere bedeutet es ein Glücksspiel, ein Spiel, von dem sie glauben, dass sie es jedes Mal gewinnen können, indem sie alles auf eine einzige Karte setzen und riskieren.
Ich habe dieses Buch geschrieben, das auf einfache Weise Persönlichkeitsentwicklung und Führung verbindet, wie ein Puzzle, bei dem man alle vorgegebenen Teile zusammenfügen muss, um das Gesamtbild neu zusammenzusetzen.
Das Ziel dieses Buches ist es, Ihnen anhand konkreter Beispiele Informationen zu bieten und Ihnen zu zeigen, wie Sie die Fähigkeit erlangen, andere dazu zu bringen, die Dinge aus dem gleichen Blickwinkel zu sehen wie Sie.
Ohne es als Übereinstimmung zu betrachten, repräsentiert das Buch den Versuch eines gewöhnlichen Mannes – des Autors – der dem gewöhnlichen Mann durch einfache Worte, Tatsachen und übliche Beispiele Mut und Optimismus in seinem eigenen Streben einflößt, sein eigener Herr zu sein, und wer weiß. .. vielleicht sogar ein Anführer.
Python: So übertragen Sie Daten von einer Website auf ein anderes Website-Design
On March 24, 2022, in Leadership Quantum-XX , by Neculai Fantanaru
Sie können hier den vollständigen Code ansehen:Https: // passatin.com / vcd vm siehe ww
InstallierenPython .
Dies ist mein altes Website-Design. 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:
------- Python-Code: ----------
# -------------------------------------------------------------------------------
# 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 ( 'Python: So übertragen Sie Daten von einer Website in ein anderes Website-Design | Neculai Fantanaru (de) ' )
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 ( ' )
text_description
= 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 ( 'Python: So übertragen Sie Daten von einer Website in ein anderes Website-Design | Neculai Fantanaru (de) ' )
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 ( ' )
text_description
= 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.
Siehe auch dasVERSION 2 oder Version 3. oderVersion 4. oderVersion 5. oderVersion 6. oderVersion 7.
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