Beschreibung der Seite

#!/usr/bin/python ############################################################################### # # # IPFire.org - A linux based firewall # # Copyright (C) 2008 Michael Tremer & Christian Schmidt # # # # This program is free software: you can redistribute it and/or modify # # it under the terms of the GNU General Public License as published by # # the Free Software Foundation, either version 3 of the License, or # # (at your option) any later version. # # # # This program is distributed in the hope that it will be useful, # # but WITHOUT ANY WARRANTY; without even the implied warranty of # # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # # GNU General Public License for more details. # # # # You should have received a copy of the GNU General Public License # # along with this program. If not, see . # # # ############################################################################### # Author: 08-2008 - Heiner Schmeling # ############################################################################### ### define variables HEADER=''' Beschreibung der Seite ''' FOOTER='''

''' sESC='\x1b[' sBEL='\x07' sSpace='\x20' lineNr = 0 # Counter for readed lines hg_colStr='' # define variable for Backgroundcolor ### definition for lots of variable 'linelist' ## linelist=[[pos,fgcolor,hgcolor,bold,text]] # pos = current Cursorposition # fgcolor = Vordergrund Farbe # hgcolor = Hintergrund Farbe # bold = ist Bold aktiv (0/1) # text = Text print HEADER ### beginning while 1: try: line = raw_input() # read from standard device lineNr += 1 # increment linecounter except EOFError: break # break/exit is "End Of File" if len(line)>0 and line[-1]=='\x0d' : # evtl. vorhandenen '/r' entfernen line=line[:-1] line=line.replace(sBEL,sSpace).strip() isBoldOn = 0 # is Bold active ? linelist = [] # define emty list new_String = '' new_line_split = [] colStr = "" BoldOn="" pos = 0 line_split = line.split(sESC) # Split readed line with sESC separator cnt_line_split = len(line_split) # len/count of line_split ### decode escape sequences for splitNr in range(0,cnt_line_split): lsStr = line_split[splitNr] # string of array (line split string) num_cnt = 0 # count for numbers if splitNr == 0 : # split nr 0 have not EscapeSequences new_String=line_split[0] if len(lsStr)>0: test_ = [pos,colStr,hg_colStr,BoldOn,lsStr] linelist.append(test_) pos +=len(lsStr) else: lsStr_len = len(lsStr) # Ueberpruefung der Teilstring-Laenge if lsStr_len > 5 : lsStr_len = 5 for x1 in range(0,lsStr_len): found='' zeichen=lsStr[x1] if zeichen == ";" : if num_cnt == 1 : if lsStr[x1-1] == '0' and isBoldOn == 1: isBoldOn = 0 BoldOn="" elif lsStr[x1-1] == '1' and isBoldOn == 0: isBoldOn = 1 BoldOn=" b" else: print 'ERROR: BOLD nicht 0 oder 1' else: print 'ERROR: >2 Zahlen in fuer BOLD' num_cnt = 0 # reset count for numbers continue elif zeichen.isdigit() : num_cnt += 1 continue elif zeichen == 'J' : found='J' break elif zeichen == 'H' : found='H' break elif zeichen == 'G' : found='G' pos = int(lsStr[x1-num_cnt:x1]) break elif zeichen == 'm' : found='m' color = lsStr[x1-1] if color == '0' : colStr='white' elif color == '1' : colStr='red' elif color == '2' : colStr='green' elif color == '3' : colStr='yellow' elif color == '4' : colStr='blue' elif color == '5' : colStr='magenta' elif color == '6' : colStr='cyan' elif color == '7' : colStr='black' elif color == '8' : colStr='888' elif color == '9' : colStr='' # reset Color break if found <> '' : if colStr<>'' or BoldOn<>'' : new_String +='%s' % (colStr,BoldOn,lsStr[x1+1:]) else: new_String +=lsStr[x1+1:] _lsStr=lsStr[x1+1:] if _lsStr<>'' : if not _lsStr.isspace() : test_ = [pos,colStr,hg_colStr,BoldOn,_lsStr] linelist.append(test_) pos +=len(_lsStr) new_line_split.append(_lsStr) ### begin table if lineNr % 2 != 0 : print '' else : print '' ### first table entry 'linecounter' print '\t%d: ' % (lineNr) ### other table entrys linelist_cnt=len(linelist) if linelist_cnt > 0 : cnt_bracket=0 # Count string '[' for Tab's for cnt in range(0,linelist_cnt): cnt_bracket+=linelist[cnt][4].count('[') if linelist[0][4].count('*') == 3 and linelist_cnt == 5 : # Find 3 x '*' for cnt in range(0,13): if cnt == 0 : print '\t%s' % (linelist[0][4]) elif cnt == 2 : print '\t%s' % (linelist[1][4]) elif cnt == 5 : print '\t%s' % (linelist[2][4]) elif cnt == 8 : print '\t%s' % (linelist[3][4]) elif cnt == 11 : print '\t%s' % (linelist[4][4]) else : print '\t' else : cnt_tabs = linelist_cnt-(cnt_bracket*3) for cnt in range(0,cnt_tabs) : if cnt == 0 : if linelist[cnt][1] or linelist[cnt][2] : print '\t', else : print '\t', if linelist[cnt][3] : print ''+linelist[cnt][4]+'', else : print linelist[cnt][4], print '' if linelist[0][0] == 0 : start = 1 else : start = 0 for cnt in range(start, 13-cnt_bracket*3 ) : # Fill empty tabs print '\t' for cnt in range(cnt_tabs,linelist_cnt) : try: if linelist[cnt][1] or linelist[cnt][2] or linelist[cnt][3] : print '\t', else : print '\t', print linelist[cnt][4]+'' except IndexError: print '

traceerror line %s in modul alog2html : %s

' % (lineNr, line) break else : for cnt in range(0, 13) : # Fill empty tabs print '\t' ### close table print '' print FOOTER