def __init__(self):
self.AllowIPs = ""
self.IP = "0.0.0.0"
self.CGIdata = CGIdata.CGI_data_Parser()
self.EnvironData = CGIdata.environ_data_Parser()
self.read_config()
self.parse_request()
self.do_request()
def start_module(selfURL):
if not CGIdata.has_key("file"):
menu.Menu() # HTML-Seite aufbauen
error("no filename!")
filename = urllib.unquote(CGIdata["file"])
menu.cfg.title = "Viewer [%s]" % filename
menu.Menu() # HTML-Seite aufbauen
if not os.path.isfile(filename):
error("File [%s] does not exists!" % filename)
print "<h3>%s</h3>" % filename
print "<hr><pre>"
f = file(filename, "r")
while 1:
line = f.readline()
if line == "": break
print line
print "</pre><hr>"
menu.print_footer()
def start_module(selfURL):
if not CGIdata.has_key("file"):
menu.Menu() # HTML-Seite aufbauen
error("no filename!")
filename = urllib.unquote(CGIdata["file"])
menu.cfg.title = "Viewer [%s]" % filename
menu.Menu() # HTML-Seite aufbauen
if not os.path.isfile(filename):
error("File [%s] does not exists!" % filename)
print "<h3>%s</h3>" % filename
print "<hr><pre>"
f = file(filename, "r")
while 1:
line = f.readline()
if line == "":
break
print line
print "</pre><hr>"
menu.print_footer()
def __init__(self):
self.AllowIPs = ""
self.IP = "0.0.0.0"
self.CGIdata = CGIdata.CGI_data_Parser()
self.EnvironData = CGIdata.environ_data_Parser()
self.read_config()
self.parse_request()
self.do_request()
def start_module(selfURL):
if CGIdata.has_key("cwd") and os.path.isdir(CGIdata["cwd"]):
current_dir = CGIdata["cwd"]
else:
current_dir = "/"
menu.cfg.css = "filebrowser.css"
menu.cfg.title = "FileBrowser"
menu.cfg.headings = head_script % {"current_dir": current_dir}
menu.Menu()
print html_start % {"current_dir": current_dir}
#~ time.sleep(1) # Beim verwenden vom ThreadingServer wichtig!
# Verz-Tabelle ausgeben
FileBrowser(current_dir, selfURL)
# Fussdaten ausgeben
print html_end
def start_module( selfURL ):
if CGIdata.has_key("cwd") and os.path.isdir( CGIdata["cwd"] ):
current_dir = CGIdata["cwd"]
else:
current_dir = "/"
menu.cfg.css = "filebrowser.css"
menu.cfg.title = "FileBrowser"
menu.cfg.headings = head_script % { "current_dir" : current_dir }
menu.Menu()
print html_start % { "current_dir" : current_dir }
#~ time.sleep(1) # Beim verwenden vom ThreadingServer wichtig!
# Verz-Tabelle ausgeben
FileBrowser( current_dir, selfURL )
# Fussdaten ausgeben
print html_end
menu.Menu()
print html_start % {"current_dir": current_dir}
#~ time.sleep(1) # Beim verwenden vom ThreadingServer wichtig!
# Verz-Tabelle ausgeben
FileBrowser(current_dir, selfURL)
# Fussdaten ausgeben
print html_end
if __name__ == "__main__":
selfURL = os.environ['SCRIPT_NAME']
CGIdata = CGIdata.GetCGIdata()
start_module(selfURL)
def inetd_start():
"durch inetd-Server gestartet"
selfURL = "FileBrowser"
#~ print "FileBrowser!"
#~ print "CGIdata:"
#~ print CGIdata
start_module(selfURL)
def start_module( selfURL ):
print "Content-Type: text/html\n\n"
## Konfiguration lesen
cfg = config.Parser()
cfg.set_section("console")
maxHistoryLines = cfg.get( "maxHistoryLines", "int" )
forceHTMLCompression = cfg.get( "forceCompression" )
# Breite der Eingabe Zeile
input_size = cfg.get( "input size", "int" )
# Standartd Timeout in sek für jeden Befehl
process_timeout = cfg.get( "process timeout", "int" )
# ZusatzInfornationen Anzeigen
verbose = cfg.get( "verbose", "boolean" )
#~ MyOut = CompressedOut.AutoCompressedOut( forceHTMLCompression )
#~ print "<!-- Out-Compression:'%s' -->" % MyOut.get_mode()
#~ for i in os.environ: print i,os.environ[i],"<br>"
# HTML-Pre Ausgeben
print htmlPre % {
"charset" : locale.getdefaultlocale()[1],
"uname" : os.uname()
}
if CGIdata.has_key("stdout"):
# Alte Ausgaben wieder anzeigen
txt = CGIdata["stdout"]
compressLen = len( txt )
txt = decompress( txt ) # Ausgaben dekomprimieren
decompressLen = len( txt )
MyOutConverter.put_data( txt )
print txt.replace( "\n", "<br>\n" )
else:
compressLen = 0
decompressLen = 0
txt = ""
## Alte Verzeichnis wieder herstellen
if CGIdata.has_key("current_dir") and os.path.isdir( CGIdata["current_dir"] ):
current_dir = CGIdata["current_dir"]
# Ins alte Verzeichnis wechseln
os.chdir( current_dir )
else:
current_dir = os.getcwd()
## Process Timeout Lesen und Anzeigen
if CGIdata.has_key("timeout"):
process_timeout = int( CGIdata["timeout"] )
## Befehl Ausführen
if CGIdata.has_key("cmd"):
command = CGIdata["cmd"]
# Prompt mit Befehl anzeigen
prompt = "<p><strong>%s>%s</strong></p>\n" % (current_dir, command)
print prompt
# Prompt auch in die History speichern
MyOutConverter.put_data( prompt )
print "<p><small>Process Timeout: %dsec.</small></p>" % process_timeout
if command.startswith("cd "):
# Verzeichnis wechsel
destination_dir = command[3:]
destination_dir = os.path.join( current_dir, destination_dir )
destination_dir = os.path.normpath( destination_dir )
if os.path.isdir( destination_dir ):
# Neuer Zielpfad existiert
current_dir = destination_dir
else:
print "Directory [%s] does not exists<br>" % destination_dir
else:
# Befehl ausführen
cmd( command, current_dir, process_timeout )
# Neues, aktuelles Prompt anzeigen
print "<strong>%s></strong>" % current_dir
# Ausgaben kürzen und Komprimieren, damit der Client weniger Daten wieder zurück senden muß
# Die Kompression zahlt sich nach zwei, drei Befehlen i.d.R. aus...
stdout_raw = compress( cutLines( MyOutConverter.get_data(), maxHistoryLines ) )
#~ stdout_raw = MyOutConverter.get_data()
if verbose:
print "<p><small>compress: %d decompress: %d<br />" % (compressLen, decompressLen)
print "(console - 'verbose mode')</small></p>"
print htmlPost % {
"self" : selfURL,
"stdout_raw" : stdout_raw,
"current_dir" : current_dir,
"input_size" : input_size,
"process_timeout" : str( process_timeout )
}
def start_module( selfURL ):
# HTML-Pre Ausgeben
print htmlPre % {
"charset" : locale.getdefaultlocale()[1],
"uname" : os.uname()
}
if CGIdata.has_key("exit"):
print "EXIT!"
sys.exit()
if CGIdata.has_key("edit_file"):
file_name = CGIdata["edit_file"]
else:
file_name = ""
file_content = ""
if CGIdata.has_key("edit"):
"Eine neue Datei soll editiert werden"
if file_name == "":
print "no file specified!"
sys.exit()
file_content = get_edit_file( CGIdata["edit_file"] )
if CGIdata.has_key("save"):
"Änderungen sollen abgespeichert werden"
if file_name == "":
print "no file specified!"
sys.exit()
if CGIdata.has_key("backup"):
backup_oldfile = True
else:
backup_oldfile = False
print "save [%s]<br>" % file_name
print "Backup:", backup_oldfile
print "<hr>"
if not CGIdata.has_key("textfield"):
print "error no textfield found!"
sys.exit()
new_content = CGIdata["textfield"].strip()
print "<pre>%s</pre>" % new_content
print "<hr>"
save_new_content( file_name, new_content, backup_oldfile )
print htmlPost % {
"self" : selfURL,
"file_content" : file_content,
"file_name" : file_name,
"cwd" : os.path.split( file_name )[0]
}
def start_module( selfURL ):
menu.cfg.title = "console@" + str( os.uname() )
menu.Menu()
#~ # HTML-Pre Ausgeben
#~ print htmlPre % {
#~ "charset" : locale.getdefaultlocale()[1],
#~ "uname" : os.uname()
#~ }
## Konfiguration lesen
cfg = config.Parser()
cfg.set_section("console")
maxHistoryLines = cfg.get( "maxHistoryLines", "int" )
forceHTMLCompression = cfg.get( "forceCompression" )
# Breite der Eingabe Zeile
input_size = cfg.get( "input size", "int" )
# Standartd Timeout in sek für jeden Befehl
process_timeout = cfg.get( "process timeout", "int" )
# ZusatzInfornationen Anzeigen
verbose = cfg.get( "verbose", "boolean" )
#~ MyOut = CompressedOut.AutoCompressedOut( forceHTMLCompression )
#~ print "<!-- Out-Compression:'%s' -->" % MyOut.get_mode()
#~ for i in os.environ: print i,os.environ[i],"<br>"
if CGIdata.has_key("stdout"):
# Alte Ausgaben wieder anzeigen
txt = CGIdata["stdout"]
compressLen = len( txt )
txt = decompress( txt ) # Ausgaben dekomprimieren
decompressLen = len( txt )
MyOutConverter.put_data( txt )
print txt.replace( "\n", "<br>\n" )
else:
compressLen = 0
decompressLen = 0
txt = ""
## Alte Verzeichnis wieder herstellen
if CGIdata.has_key("current_dir") and os.path.isdir( CGIdata["current_dir"] ):
current_dir = CGIdata["current_dir"]
# Ins alte Verzeichnis wechseln
os.chdir( current_dir )
else:
current_dir = os.getcwd()
## Process Timeout Lesen und Anzeigen
if CGIdata.has_key("timeout"):
process_timeout = int( CGIdata["timeout"] )
## Befehl Ausführen
if CGIdata.has_key("cmd"):
command = CGIdata["cmd"]
# Prompt mit Befehl anzeigen
prompt = "<p><strong>%s>%s</strong></p>\n" % (current_dir, command)
print prompt
# Prompt auch in die History speichern
MyOutConverter.put_data( prompt )
print "<p><small>Process Timeout: %dsec.</small></p>" % process_timeout
if command.startswith("cd "):
# Verzeichnis wechsel
destination_dir = command[3:]
destination_dir = os.path.join( current_dir, destination_dir )
destination_dir = os.path.normpath( destination_dir )
if os.path.isdir( destination_dir ):
# Neuer Zielpfad existiert
current_dir = destination_dir
else:
print "Directory [%s] does not exists<br>" % destination_dir
else:
# Befehl ausführen
cmd( command, current_dir, process_timeout )
# Neues, aktuelles Prompt anzeigen
print "<strong>%s></strong>" % current_dir
# Ausgaben kürzen und Komprimieren, damit der Client weniger Daten wieder zurück senden muß
# Die Kompression zahlt sich nach zwei, drei Befehlen i.d.R. aus...
stdout_raw = compress( cutLines( MyOutConverter.get_data(), maxHistoryLines ) )
#~ stdout_raw = MyOutConverter.get_data()
if verbose:
print "<p><small>compress: %d decompress: %d<br />" % (compressLen, decompressLen)
print "(console - 'verbose mode')</small></p>"
print console_form % {
"self" : selfURL,
"stdout_raw" : stdout_raw,
"current_dir" : current_dir,
"input_size" : input_size,
"process_timeout" : str( process_timeout )
}
menu.print_footer()
# HTML-Pre Ausgeben
print htmlPre % {
"charset" : locale.getdefaultlocale()[1],
"uname" : os.uname()
}
if CGIdata.has_key("stdout"):
# Alte Ausgaben wieder anzeigen
txt = CGIdata["stdout"]
compressLen = len( txt )
# Ausgaben dekomprimieren
txt = decompress( txt )
decompressLen = len( txt )
MyOutConverter.put_data( txt )
print txt.replace("\n","<br>\n")
else:
compressLen = 0
decompressLen = 0
txt = ""
## Alte Verzeichnis wieder herstellen
def compress(txt):
txt = bz2.compress(txt, 9)
return base64.urlsafe_b64encode(txt).replace("\n", "")
def decompress(txt):
txt = base64.urlsafe_b64decode(txt)
return bz2.decompress(txt)
def cutLines(txt, maxLines):
"Schneidet aus dem String >txt< >maxLines<-Anzahl Zeilen von unten ab"
return '\n'.join(txt.splitlines()[-maxLines:])
CGIdata = CGIdata.GetCGIdata()
class OutConverter:
def __init__(self):
self.data = ""
def write(self, txt):
sys.stdout.write(txt)
def flush(self):
sys.stdout.flush()
def readOutData(self, readObj):
writer = ansi2html.Writer(MyOutConverter, ansi2html_normalColor)
while 1: