def get_rar_file_index(subject, last_index):
# place *.vol###+##.par2 at the end
rar_match = sre.search("\".+?\.vol\d+\+\d+\.par2\"", subject)
if rar_match != None:
last_index -= 1
return last_index
# place par2 header first
rar_match = sre.search("\".+?\.par2\"", subject)
if rar_match != None:
return 0
# place *.part##.rar files simply in order of the ##
rar_match = sre.search("\".+?\.part(\d+).rar\"", subject)
if rar_match != None:
return int(rar_match.group(1)) + 1
# place *.rar files before *.r##
rar_match = sre.search("\".+?\.rar\"", subject)
if rar_match != None:
return 1
# place *.r## files simply in order of the ##
rar_match = sre.search("\".+?\.r(\d+)\"", subject)
if rar_match != None:
return int(rar_match.group(1)) + 2
# place anything else at the end
last_index -= 1
return last_index
def get_rar_file_index(subject, last_index):
# place *.vol###+##.par2 at the end
rar_match = sre.search("\".+?\.vol\d+\+\d+\.par2\"", subject)
if rar_match != None:
last_index -= 1
return last_index
# place par2 header first
rar_match = sre.search("\".+?\.par2\"", subject)
if rar_match != None:
return 0
# place *.part##.rar files simply in order of the ##
rar_match = sre.search("\".+?\.part(\d+).rar\"", subject)
if rar_match != None:
return int(rar_match.group(1))+1
# place *.rar files before *.r##
rar_match = sre.search("\".+?\.rar\"", subject)
if rar_match != None:
return 1
# place *.r## files simply in order of the ##
rar_match = sre.search("\".+?\.r(\d+)\"", subject)
if rar_match != None:
return int(rar_match.group(1))+2
# place anything else at the end
last_index -= 1
return last_index
def FindSuffix(self):
"""Identify any known suffixes, mark off
as syllables and possible stresses.
Syllables are stored in a class-wide compiled RE. We identify them and
list them backwards so as to "cut off" the last first. We consult a
global-to-module list of those that force stress on previous syllable.
"""
self.numSuffixes = 0
self.forceStress = 0
resultslist = []
for f in self.suffixes.finditer(self.wd):
resultslist.append((f.group(), f.start()))
if not resultslist: return
# make sure *end* of word is in list! otherwise, 'DESP erate'
if resultslist[-1][1] + len(resultslist[-1][0]) < len(self.wd):
return
resultslist.reverse()
for res in resultslist:
# if no vowel left before, false suffix ('singing')
# n.b.: will choke on 'quest' etc! put in dictionary, I guess
if not sre.search('[aeiouy]', self.wd[:res[1]]): break
if res[0] == 'ing' and self.wd[res[1]-1] == self.wd[res[1]-2]:
self.sylBounds.append(res[1] - 1) # freq special case
else: self.sylBounds.append(res[1]) # sorted later
self.wd = self.wd[:res[1]]
self.numSuffixes += 1
if res[0] in STRESSSUFFIX:
self.forceStress = 0 - len(self.sylBounds)
if res[0] in MULTISUFFIX:
# tricky bit! it *happens* that secondary division in all these
# comes after its first character; NOT inevitable!
# also does not allow for 3-syl: 'ically' (which are reliable!)
self.sylBounds.append(res[1]+1)
self.numSuffixes += 1
def DivideCV(self):
"""Divide the word among C and V groups to fill the sylBounds list.
Here, and here alone, we need to catch e-with-grave-accent to count it
as not only a vowel but syllabic ('an aged man' vs. 'aged beef'). Other
special characters might be useful to recognize, but won't make the
same syllabic difference.
"""
unicodeVowels = u"[ae\N{LATIN SMALL LETTER E WITH GRAVE}iouy]+"
uniConsonants = u"[^ae\N{LATIN SMALL LETTER E WITH GRAVE}iouy]+"
firstvowel = sre.search(unicodeVowels, self.wd).start()
for v in sre.finditer(unicodeVowels, self.wd):
lastvowel = v.end() # replaced for each group, last sticks
disyllabicvowels = self.sylvowels.search(v.group())
if disyllabicvowels:
self.sylBounds.append(v.start() + disyllabicvowels.start() + 1)
for cc in sre.finditer(uniConsonants, self.wd):
if cc.start() < firstvowel or cc.end() >= lastvowel: continue
numcons = len(cc.group())
if numcons < 3: pos = cc.end() - 1 # before single C or betw. 2
elif numcons > 3: pos = cc.end() - 2 # before penult C
else: # 3 consonants, divide 1/2 or 2/1?
cg = cc.group() # our CCC cluster
if cg[-3] == cg[-2] or self.splitLeftPairs.search(cg):
pos = cc.end() - 2 # divide 1/2
else: pos = cc.end() - 1 # divide 2/1
if not self.wd[pos-1].isalpha() and not self.wd[pos].isalpha():
self.sylBounds.append(pos-1)
else: self.sylBounds.append(pos)
def mv_nl(fname):
m = sre.search("(.+)\sNomad", fname)
if m:
print ">%s< ==> [%s]**************" % (fname, m.group(1))
print os.rename(fname, m.group(1))
else:
print "NOM>%s<" % fname
def DivideCV(self):
"""Divide the word among C and V groups to fill the sylBounds list.
Here, and here alone, we need to catch e-with-grave-accent to count it
as not only a vowel but syllabic ('an aged man' vs. 'aged beef'). Other
special characters might be useful to recognize, but won't make the
same syllabic difference.
"""
unicodeVowels = u"[ae\N{LATIN SMALL LETTER E WITH GRAVE}iouy]+"
uniConsonants = u"[^ae\N{LATIN SMALL LETTER E WITH GRAVE}iouy]+"
firstvowel = sre.search(unicodeVowels, self.wd).start()
for v in sre.finditer(unicodeVowels, self.wd):
lastvowel = v.end() # replaced for each group, last sticks
disyllabicvowels = self.sylvowels.search(v.group())
if disyllabicvowels:
self.sylBounds.append(v.start() + disyllabicvowels.start() + 1)
for cc in sre.finditer(uniConsonants, self.wd):
if cc.start() < firstvowel or cc.end() >= lastvowel: continue
numcons = len(cc.group())
if numcons < 3: pos = cc.end() - 1 # before single C or betw. 2
elif numcons > 3: pos = cc.end() - 2 # before penult C
else: # 3 consonants, divide 1/2 or 2/1?
cg = cc.group() # our CCC cluster
if cg[-3] == cg[-2] or self.splitLeftPairs.search(cg):
pos = cc.end() - 2 # divide 1/2
else: pos = cc.end() - 1 # divide 2/1
if not self.wd[pos-1].isalpha() and not self.wd[pos].isalpha():
self.sylBounds.append(pos-1)
else: self.sylBounds.append(pos)
def FindSuffix(self):
"""Identify any known suffixes, mark off as syllables and possible stresses.
Syllables are stored in a class-wide compiled RE. We identify them and
list them backwards so as to "cut off" the last first. We consult a
global-to-module list of those that force stress on previous syllable.
"""
self.numSuffixes = 0
self.forceStress = 0
resultslist = []
for f in self.suffixes.finditer(self.wd):
resultslist.append((f.group(), f.start()))
if not resultslist: return
# make sure *end* of word is in list! otherwise, 'DESP erate'
if resultslist[-1][1] + len(resultslist[-1][0]) < len(self.wd):
return
resultslist.reverse()
for res in resultslist:
# if no vowel left before, false suffix ('singing')
# n.b.: will choke on 'quest' etc! put in dictionary, I guess
if not sre.search('[aeiouy]', self.wd[:res[1]]): break
if res[0] == 'ing' and self.wd[res[1]-1] == self.wd[res[1]-2]:
self.sylBounds.append(res[1] - 1) # freq special case
else: self.sylBounds.append(res[1]) # sorted later
self.wd = self.wd[:res[1]]
self.numSuffixes += 1
if res[0] in STRESSSUFFIX:
self.forceStress = 0 - len(self.sylBounds)
if res[0] in MULTISUFFIX:
# tricky bit! it *happens* that secondary division in all these
# comes after its first character; NOT inevitable!
# also does not allow for 3-syl: 'ically' (which are reliable!)
self.sylBounds.append(res[1]+1)
self.numSuffixes += 1
def Preliminaries(self):
apostrophe = self.wd.find("\'", -2) # just at end of word ('twas)
if apostrophe != -1: # poss.; check if syllabic and remove
if self.wd[-1] != '\'' and self.wd[-1] in 'se' and self.wd[-2] in SIBILANTS:
self.sylBounds.append(apostrophe)
self.wd = self.wd[:apostrophe] # cut off ' or 's until last stage
# cut final s/d from plurals/pasts if not syllabic
self.isPast = self.isPlural = False # defaults used also for suffixes
if sre.search(r"[^s]s\b", self.wd): self.isPlural = True # terminal single s (DUMB!)
if sre.search(r"ed\b", self.wd): self.isPast = True # terminal 'ed'
if self.isPast or self.isPlural: self.wd = self.wd[:-1]
# final-syl test turns out to do better work *after* suffices cut off
self.FindSuffix()
# if final syllable is l/r+e, reverse letters for processing as syllable
if len(self.wd) > 3 and self.liquidterm.search(self.wd):
self.wd = self.wd[:-2] + self.wd[-1] + self.wd[-2]
def do_screens(fobj, emitter, regexp=DP_SCREEN_LS_REGEXP):
while True:
line = fobj.readline()
if len(line) == 0:
break
m = sre.search(DP_SCREEN_LS_REGEXP, line)
emitter(m, line)
def _verify_with_par2(self, par2_file):
try:
# if not os.path.exists(self.status_filepath):
cmd = '"' + os.path.join(self.par2exe_directory, 'par2.exe') + '"'
args = ' v -q "' + par2_file + '"'
print cmd, args, self.status_filepath
cmd = '"' + cmd + args + ' > "' + self.status_filepath + '""'
cmd.encode('utf8')
os.system(cmd)
#print par2exe.readlines()
#from subprocess import *
#par2exe = Popen(["c:/temp/par2.exe"], stdout=PIPE, stderr=STDOUT, stdin=PIPE)
#par2exe.wait()
status_file = open(self.status_filepath)
lines = status_file.readlines()
status_file.close()
par2_targets = dict()
for line in lines:
# Target: "foo.rar" - found.
# Target: "bar.rar" - missing.
# Target: "baz.rar" - damaged.
par2_target_match = sre.search("Target: \"(.+?)\" - (\S+)\.", line)
if par2_target_match:
par2_targets[par2_target_match.group(1).lower()] = par2_target_match.group(2)
return par2_targets
except:
traceback.print_exc()
def _verify_with_par2(self, par2_file):
try:
# if not os.path.exists(self.status_filepath):
cmd = '"' + os.path.join(self.par2exe_directory, 'par2.exe') + '"'
args = ' v -q "' + par2_file + '"'
print cmd, args, self.status_filepath
cmd = '"' + cmd + args + ' > "' + self.status_filepath + '""'
cmd.encode('utf8')
os.system(cmd)
#print par2exe.readlines()
#from subprocess import *
#par2exe = Popen(["c:/temp/par2.exe"], stdout=PIPE, stderr=STDOUT, stdin=PIPE)
#par2exe.wait()
status_file = open(self.status_filepath)
lines = status_file.readlines()
status_file.close()
par2_targets = dict()
for line in lines:
# Target: "foo.rar" - found.
# Target: "bar.rar" - missing.
# Target: "baz.rar" - damaged.
par2_target_match = sre.search("Target: \"(.+?)\" - (\S+)\.",
line)
if par2_target_match:
par2_targets[par2_target_match.group(
1).lower()] = par2_target_match.group(2)
return par2_targets
except:
traceback.print_exc()
def getattrval(body,attr):
body=sre.sub("([^\>]*)\>([^\000]*)","\\1",body)
if sre.search(attr+"=(\"|'|)([^\\1\ \>]*)\\1",body)!=None:
delim=sre.sub("[^\>]* "+attr+"=(\"|'|)([^\\1\ \>]*)\\1([^\>]*)","\\1",body)
exp="[^\>]* "+attr+"=(\\"+delim+")([^"
if delim=="": exp+="\ "
else: exp+=delim
exp+="\>]*)\\"+delim+"([^\>]*)"
return sre.sub(exp,"\\2",body)
else: return ""
def Preliminaries(self):
apostrophe = self.wd.find("\'", -2) # just at end of word ('twas)
if apostrophe != -1: # poss.; check if syllabic and remove
if (self.wd[-1] != '\'' and self.wd[-1] in 'se'
and self.wd[-2] in SIBILANTS):
self.sylBounds.append(apostrophe)
self.wd = self.wd[:apostrophe] # cut off ' or 's until last stage
# cut final s/d from plurals/pasts if not syllabic
self.isPast = self.isPlural = False # defaults used also for suffixes
if sre.search(r"[^s]s\b", self.wd):
self.isPlural = True # terminal single s (DUMB!)
if sre.search(r"ed\b", self.wd):
self.isPast = True # terminal 'ed'
if self.isPast or self.isPlural:
self.wd = self.wd[:-1]
# final-syl test turns out to do better work *after* suffices cut off
self.FindSuffix()
# if final syllable is l/r+e, reverse letters for processing as syll.
if len(self.wd) > 3 and self.liquidterm.search(self.wd):
self.wd = self.wd[:-2] + self.wd[-1] + self.wd[-2]
def getattrval(body, attr):
body = sre.sub("([^\>]*)\>([^\000]*)", "\\1", body)
if sre.search(attr + "=(\"|'|)([^\\1\ \>]*)\\1", body) != None:
delim = sre.sub("[^\>]* " + attr + "=(\"|'|)([^\\1\ \>]*)\\1([^\>]*)",
"\\1", body)
exp = "[^\>]* " + attr + "=(\\" + delim + ")([^"
if delim == "": exp += "\ "
else: exp += delim
exp += "\>]*)\\" + delim + "([^\>]*)"
return sre.sub(exp, "\\2", body)
else:
return ""
def sanitize(self):
# sanatize the query to guard against non selects
if not sre.search('^\s*select[^;]*$',self['query'],sre.I):
usage()
print "ERROR: Queries must be select statements without ';'s"
sys.exit(3)
if not sre.search('^[a-zA-Z][\w_]*$', self['table'],sre.I):
usage()
print "ERROR: TABLE must be 1 word consisting of alphanumeric + '_'"
sys.exit(3)
if not sre.search('^([a-zA-Z][\w_]*|)$', self['procname'],sre.I):
usage()
print "ERROR: proc-name must be 1 word consisting of alphanumeric + '_'"
sys.exit(3)
if not sre.search('order\s+by\s+([a-zA-Z][\w_]*[.]|)(?P<tn>tail_num)\s*,\s*([a-zA-Z][\w_]*[.]|)(?P<mt>measurement_time)',self['query'],sre.I):
usage()
print "ERROR: Queries must have an order by tail_num, measurement_time"
sys.exit(3)
def sanitize(self):
# sanatize the query to guard against non selects
if not sre.search('^\s*select[^;]*$', self['query'], sre.I):
usage()
print "ERROR: Queries must be select statements without ';'s"
sys.exit(3)
if not sre.search('^[a-zA-Z][\w_]*$', self['table'], sre.I):
usage()
print "ERROR: TABLE must be 1 word consisting of alphanumeric + '_'"
sys.exit(3)
if not sre.search('^([a-zA-Z][\w_]*|)$', self['procname'], sre.I):
usage()
print "ERROR: proc-name must be 1 word consisting of alphanumeric + '_'"
sys.exit(3)
if not sre.search(
'order\s+by\s+([a-zA-Z][\w_]*[.]|)(?P<tn>tail_num)\s*,\s*([a-zA-Z][\w_]*[.]|)(?P<mt>measurement_time)',
self['query'], sre.I):
usage()
print "ERROR: Queries must have an order by tail_num, measurement_time"
sys.exit(3)
def SpecialCodes(self):
"""Encode character-combinations so as to trick DivideCV.
The combinations are contained in regexes compiled in the class's
__init__. Encoding (*not* to be confused with Unicode functions!) is
done by small functions outside of (and preceding) the class.
The combinations in Paul Holzer's original code have been supplemented
and tweaked in various ways. For example, the original test for [iy]V
is poor; 'avionics' defeats it; so we leave that to a new
disyllabic-vowel test.
The messy encoding-and-sometimes-decoding of nonsyllabic final 'e'
after a C seems the best that can be done, though I hope not.
"""
if sre.search(r"[^aeiouy]e\b", self.wd): # nonsyllabic final e after C
if (not self.isPlural or self.wd[-2] not in SIBILANTS) and (not self.isPast or self.wd[-2] not in "dt"):
self.wd = self.wd[:-1] + encode(self.wd[-1])
if not sre.search(r"[aeiouy]", self.wd): # any vowel left??
self.wd = self.wd[:-1] + "e" # undo the encoding
self.wd = self.CiVcomb.sub(handleCiV, self.wd)
self.wd = self.CCpair.sub(handleCC, self.wd)
self.wd = self.VyVcomb.sub(handleVyV, self.wd)
def get_next_image_dir():
dnbase = "./imgs"
lst = glob.glob(dnbase + '-[0-9][0-9][0-9][0-9]')
if (lst):
lst.sort()
last = lst[len(lst) - 1]
m = sre.search(sre.compile(dnbase + "-(\d+)$"), last)
nlast = int(m.group(1))
fno = nlast + 1
else:
fno = 1
dirname = (dnbase + "-%04d") % (fno)
# printf("dirname=%s\n", dirname);
os.mkdir(dirname)
return dirname
def SpecialCodes(self):
"""Encode character-combinations so as to trick DivideCV.
The combinations are contained in regexes compiled in the class's
__init__. Encoding (*not* to be confused with Unicode functions!) is
done by small functions outside of (and preceding) the class.
The combinations in Paul Holzer's original code have been supplemented
and tweaked in various ways. For example, the original test for [iy]V
is poor; 'avionics' defeats it; so we leave that to a new
disyllabic-vowel test.
The messy encoding-and-sometimes-decoding of nonsyllabic final 'e'
after a C seems the best that can be done, though I hope not.
"""
if sre.search(r"[^aeiouy]e\b", self.wd): # nonsyllabic final e after C
if ((not self.isPlural or self.wd[-2] not in SIBILANTS) and
(not self.isPast or self.wd[-2] not in 'dt')):
self.wd = self.wd[:-1] + encode(self.wd[-1])
if not sre.search(r"[aeiouy]", self.wd): # any vowel left??
self.wd = self.wd[:-1] + 'e' # undo the encoding
self.wd = self.CiVcomb.sub(handleCiV, self.wd)
self.wd = self.CCpair.sub(handleCC, self.wd)
self.wd = self.VyVcomb.sub(handleVyV, self.wd)
def SSLSpoofCheck(self, host):
spoof = None
if self.spoof_ssl_config.has_key(self.path):
spoof = self.spoof_ssl_config[self.path]
else:
for i in self.spoof_ssl_config:
if sre.search(i, self.path):
self.log.debug('SSLSpoofCheck %s matched %s' % (i, host))
spoof = self.spoof_ssl_config[i]
break
if spoof == None:
self.log.debug('SSLSpoofCheck no matches, using DEFAULT')
spoof = self.spoof_ssl_config['DEFAULT']
self.log.debug('SSLSpoofCheck for %s: %s' % (host, spoof))
return spoof
def _ProcessRedirects(self):
self.log.debug('Entering _ProcessRedirects')
newurl = None
for target in self.http_redirect_table:
match = sre.search(target, self.url)
if match:
self.log.debug('Matched %s on %s' % (target, self.url))
newurl = match.expand(self.http_redirect_table[target])
self.log.debug(' expanded %s to %s' %
(self.http_redirect_table[target], newurl))
break
if not newurl:
self.log.debug('No matches on %s' % self.url)
self.spoof_url = self.url
else:
self.spoof_url = newurl
def SSLSpoofCheck(self, host):
spoof = None
if self.spoof_ssl_config.has_key(self.path):
spoof = self.spoof_ssl_config[self.path]
else:
for i in self.spoof_ssl_config:
if sre.search(i, self.path):
self.log.debug('SSLSpoofCheck %s matched %s' % (i, host))
spoof = self.spoof_ssl_config[i]
break
if spoof == None:
self.log.debug('SSLSpoofCheck no matches, using DEFAULT')
spoof = self.spoof_ssl_config['DEFAULT']
self.log.debug('SSLSpoofCheck for %s: %s' % (host, spoof))
return spoof
def _ProcessRedirects(self):
self.log.debug('Entering _ProcessRedirects')
newurl = None
for target in self.http_redirect_table:
match = sre.search(target, self.url)
if match:
self.log.debug('Matched %s on %s' % (target, self.url))
newurl = match.expand(self.http_redirect_table[target])
self.log.debug(' expanded %s to %s' %
(self.http_redirect_table[target], newurl))
break
if not newurl:
self.log.debug('No matches on %s' % self.url)
self.spoof_url = self.url
else:
self.spoof_url = newurl
def html_format(src):
out = []
while src != "":
m = sre.search(pat_token, src)
if m is None:
break
out.append(src[: m.start()])
token = src[m.start() : m.end()]
src = src[m.end() :]
if sre.match(pat_paragraph, token):
out.append(P())
elif sre.match(pat_uri, token):
out.append(link(token, token))
elif sre.match(pat_tabulate, token):
qtriples, src = parse_tabulate(src)
tabulate(out, qtriples)
elif sre.match(pat_slink, token):
contents = token[1:-1].split()
if 0 == len(contents):
pass # XXX error message?
else:
# XXX security screen target and caption
# (caption should not look like a URL itself)
# XXX url encoding
# XXX nofollow
if contents[0].startswith("http:"):
target = contents[0]
if 1 == len(contents):
caption = contents[0]
else:
caption = " ".join(contents[1:])
else:
caption = " ".join(contents)
target = "/page/" + caption
out.append(link(target, caption))
elif sre.match(pat_escape, token):
out.append(token[1])
else:
raise "Bug"
out.append(src)
return out
def getpage(url,dheaders=1,redir=0,realpage=0,poststring="",exceptions=0):
# function to recurse and try getpage() again with new values
def recurse(exceptions):
sock.close()
exceptions+=1
if exceptions<=6: return getpage(url,dheaders,redir,realpage,poststring,exceptions)
else:
print "Too many recursions, skipping..."
return
global usecookies,urllogfile,debug,ignorefileext
if not checkserver(servername(url)): return
if url.find("#")!=-1: url=url[:url.find("#")]
# file extensions that need to be ignored code
fileext=sre.sub(".*(http\://[^/]*/).*","\\1",url)
if url==fileext: fileext="None"
else: fileext=sre.sub("^.*\/[^/]*\.([^\&\#\?\/]*)[^/]*$","\\1",url)
if ignorefileext.count(","+fileext+",")!=0: return
try:
sock=socket.socket(socket.AF_INET,socket.SOCK_STREAM)
sock.connect((servername(url,False),80))
workurl=pagename(url)
theurl=url
if redir!=1: theurl=workurl
qrytype="GET"
if poststring!="": qrytype="POST"
out=(qrytype+" "+theurl+" HTTP/1.1\n"
"Host: "+servername(url,False)+"\n"
"Connection: close\n")
if usecookies:
global cookies
out+="Cookie: "+cookies+"\n"
if poststring!="":
out+="Content-Type: application/x-www-form-urlencoded\n"
out+="Content-Length: "+str(len(poststring))
out+="\n\n"+poststring+"\n"
out+="\r\n\r\n"
sock.send(out)
# get response type and log the page
response=sock.recv(12)[-3:]
fp=open("logs/"+urllogfile,"a")
fp.write(url+": "+response+" "+str(realpage)+"\n")
if poststring!="": fp.write(indent+"POST: "+poststring+"\n")
fp.close()
# at 404 response, close connection and fail
if response=="404" or response=="500":
sock.close()
return
# at 30[1237] response types, recurse new page
if sre.search("30[1237]",response):
while 1:
chunk=""
byte=sock.recv(1)
while byte!="\r":
chunk+=byte
byte=sock.recv(1)
sock.recv(1)
if chunk.lower()[:9]=="location:":
location=chunk.lower()[9:].strip()
if location=="http://"+servername(url,False)+url: location="/"
locpage=fullpath(location,url)
sock.close()
# if url[len(url)-2:]=="" and locpage[len(locpage)-4:]=="": break
redir=1
if locpage!=url:
redir=0
if pagename(sre.sub("\\\\(\"|\')","\\1",locpage))==pagename(url):
print "QUOTE REDIR"
return
print "OLD:",url
print "NEW:",chunk.lower()
print "REDIR:",locpage
return getpage(locpage,redir=redir,realpage=realpage)
if realpage==1:
sock.close()
return
elif realpage==1:
sock.close()
return url
# get headers, ignoring certain HTTP headers
headers=""
type=0
while 1:
chunk=""
byte=sock.recv(1)
if byte=="\r":
sock.recv(1)
break
while byte!="\r":
chunk+=byte
byte=sock.recv(1)
sock.recv(1)
if chunk.lower()[:11]!="set-cookie:" and chunk.lower()[:5]!="date:" and chunk.lower()[:15]!="content-length:" and chunk.lower()[:11]!="keep-alive:" and chunk.lower()[:18]!="transfer-encoding:" and chunk.lower()[:11]!="connection:":
headers+=chunk
# if chunk.lower()[:15]=="content-length:":
# type=1
# conlen=int(chunk[16:])
if chunk.lower()[:26]=="transfer-encoding: chunked": type=2
# no special type specified, just get the page
if type==0:
body=""
while 1:
chunk=sock.recv(200)
body+=chunk
if chunk=="": break
# set it up if it does have a type
# else:
# byte=sock.recv(1)
# if byte=="\r": sock.recv(1)
# else:
# while 1:
# i=-1
# while byte!="\r":
# i+=1
# byte=sock.recv(1)
# nbytes=sock.recv(3)
# if nbytes=="\n\r\n": break
# # content-length
# if type==1:
# body=""
# for i in range(conlen):
# chunk=sock.recv(1)
# body+=chunk
# transfer-encoding: chunked
if type==2:
body=""
chunksize=""
while chunksize!=0:
byte=""
chunk=""
while byte!="\r":
chunk+=byte
byte=sock.recv(1)
sock.recv(1)
chunksize=int(chunk,16)
wchunksz=chunksize
while wchunksz>=1:
subchunk=sock.recv(wchunksz)
body+=subchunk
wchunksz-=len(subchunk)
sock.recv(2)
# clean up and return
sock.close()
if dheaders!=1: headers=""
return [headers,body,urlfix(url)]
# catch socket errors, such as "connection reset by peer" - trys again until it gives up and goes on to the next page
except socket.error:
print "Socket Error, Recursing..."
return recurse(exceptions)
def main(argv):
# Main program. Takes string containing arguments a la unix command line
p = Params()
p.define_defaults()
p.read_params(argv)
p.read_config()
p.parse_param_opts()
p.sanitize()
# connect
my = MySQLdb.connect(**p['con_opts'])
# create cursor to contain data about tail_nums to parse
mycur = my.cursor()
# create procedure name or get it from user
if p['procname'] == "":
rn = random.randint(0, 1000000)
procname = 'P%s' % rn
else:
procname = p['procname']
# string to store all cmds issued to DB
all_cmds = ""
# if dropping procedure
if p['drop_proc']:
cmd = 'DROP PROCEDURE IF EXISTS %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
# start working on procedure string
ps = procedure_string
# if add drop table
if p['drop']:
ps = ps.replace('<<DROP>>', 'DROP TABLE IF EXISTS <<TABLE>>;')
else:
ps = ps.replace('<<DROP>>', '')
# sub table and first select
ps = ps.replace('<<TABLE>>', p['table'])
ps = ps.replace('<<SELECTASC>>', p['query'])
# turn ASC to DESC
mtch = sre.search(
'order\s+by\s+([a-zA-Z][\w_]*[.]|)(?P<tn>tail_num)\s*,\s*([a-zA-Z][\w_]*[.]|)(?P<mt>measurement_time)',
p['query'], sre.I)
tn_pos = mtch.span('tn')
mt_pos = mtch.span('mt')
qry = p['query'][:tn_pos[0]] + 'tail_num DESC' + p['query'][
tn_pos[1]:mt_pos[0]] + 'measurement_time DESC'
# sub second select
ps = ps.replace('<<SELECTDESC>>', qry)
# finally substitute procname
ps = ps.replace('<<PROCNAME>>', procname)
# if not debug execute, otherwise just print
if not p['debug']:
mycur.execute(ps)
# add to all cmds string
all_cmds += ps
# if do no all call
if not p['no_call']:
cmd = 'call %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
# if leave_proc
if not (p['leave_proc'] or p['no_call']):
cmd = 'DROP PROCEDURE %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
if p['debug']:
print all_cmds
def fromString(source):
import sre
result = {}
insertionorder = []
fail = False
originalsource = source # preserve original in case of broken header
headervalueRE_sX = "^([^: ]+[^:]*):( ?)((.|\n)+)" # TODO: This could be optimised
lines = source.split("\r\n")
I = 0
headerLines = []
valid = False
for I in xrange(len(lines)):
if lines[I] != "":
headerLines.append(lines[I])
else:
# The divider cannot be the last line
valid = not (I == len(lines) - 1)
break
if not valid:
body = originalsource
fail = True
else:
bodyLines = lines[I + 1:]
body = "\r\n".join(bodyLines)
key = None
for line in headerLines:
match = sre.search(headervalueRE_sX, line)
if match:
(key, spaces, value, X) = match.groups()
if value == " " and not spaces:
value = ""
try:
result[key].append(value)
except KeyError:
result[key] = value
except AttributeError:
result[key] = [result[key], value]
insertionorder.append(key)
else:
if key:
# value = line.strip() # Strictly speaking, surely we should be doing this??? (Breaks tests though if we do...)
value = line
if isinstance(result[key], list):
# Append to last item in the list
result[key][len(result[key]) - 1] += "\r\n" + value
else:
result[key] += "\r\n" + value
else:
# print "NOMATCH!NOMATCH!NOMATCH!NOMATCH!NOMATCH!NOMATCH!"
fail = True
break
if not fail:
result["__BODY__"] = body
else:
result["__BODY__"] = originalsource
md = MimeDict(**result)
md.insertionorder = insertionorder
md.invalidSource = fail
return md
def treepages(url,level):
global treeglob,urlfields,postfields,treedurls,levels,server,vulnlogfile,scanlimit,ignorefileext
print ">>>>>>>>",level,"<<<<<<<<"
print " ---> "+url
pageinfo=getpage(url)
if listempty(pageinfo): return
body=pageinfo[1].lower()
print "AA"
# select/option, textarea
# check for forms
bodyarr=sre.split("<form",body)
for i in range(len(bodyarr)):
frmsect=bodyarr[i][:bodyarr[i].find(">")]
frmbody=bodyarr[i][bodyarr[i].find(">"):][:bodyarr[i].find("</form>")]
actionurl=getattrval(frmsect,"action")
if actionurl=="" or actionurl==frmsect or actionurl=="\"\"": actionurl=pageinfo[2]
if actionurl.count(";")>0: actionurl=actionurl[actionurl.find(";")+1:]
if actionurl[:11].lower()=="javascript:": continue
actionurl=fullpath(actionurl,pageinfo[2])
print "ACTION:",actionurl
# get the input variables
poststring=""
inputarr=sre.sub("(.*?)\<input([^\>]*)\>(.*?)","\\2|ZZaaXXaaZZ|",frmbody).split("|ZZaaXXaaZZ|")
for j in range(len(inputarr)):
name=getattrval(inputarr[j],"name")
if name==inputarr[j] or name=="" or name=="\"\"": continue
value=getattrval(inputarr[j],"value")
if value==inputarr[j] or value=="" or value=="\"\"": value=""
if poststring!="": poststring+="&"
poststring+=name+"="+value
# get select/option tags
selectarr=sre.sub("(.*?)\<select([^\>]*)\>(.*?)","\\2|ZZaaXXaaZZ|",frmbody).split("|ZZaaXXaaZZ|")
for j in range(len(selectarr)):
name=getattrval(selectarr[j],"name")
if name==selectarr[j] or name=="" or name=="\"\"": continue
value=sre.sub("(.*?)\<option([^\>]*)value=(\"|'|)([^\\3\ ]*)\\3([^\>]*)\>(.*?)","\\2",selectarr[j])
if value==selectarr[j] or value=="" or value=="\"\"": value=""
if poststring!="": poststring+="&"
poststring+=name+"="+value
print "sel/opt: "+name+"="+value
if poststring=="": continue
if sre.search("method=([\'\"]|)post([\'\"]|)",frmsect[:frmsect.find(">")].lower())==None:
if actionurl.find("?")!=-1: actionurl+="&"
else: actionurl+="?"
actionurl+=poststring
body+='<a href="'+actionurl+'">'
print 'GETT <a href="'+actionurl+'">'
continue
# determine if it needs to be scanned, and if so, scan it
postscan=0
postvars=poststring.split("&")
if postfields.has_key(actionurl):
for j in range(len(postvars)):
postvars[j]=postvars[j][:postvars[j].find("=")]
if postfields[actionurl].count(postvars[j])==0:
postfields[actionurl].append(postvars[j])
postscan=1
else:
for j in range(len(postvars)): postvars[j]=postvars[j][:postvars[j].find("=")]
postfields[actionurl]=postvars
postscan=1
if postscan==1:
vulns=checkvars(actionurl,poststring)
if not listempty(vulns): dispvulns(vulns,actionurl)
print "BB"
# check for urls in "href" tags
# ? # part of 3? (src|href|location|window.open)= and http://
urlreg="(\'|\")(?!javascript:)(([^\>]+?)(?!\.("+ignorefileext.replace(",","|")+"))(.{3,8}?)(|\?([^\>]+?)))"
urlarr=sre.sub("(?s)(?i)(.+?)((src|href)=|location([\ ]*)=([\ ]*)|window\.open\()"+urlreg+"\\6","\\7|ZZaaXXaaZZ|",body).split("|ZZaaXXaaZZ|")
del urlarr[len(urlarr)-1]
urlarr.append(sre.sub("(?s)(?i)(.+?)(src|href)="+urlreg+"\\3","\\4|ZZaaXXaaZZ|",body).split("|ZZaaXXaaZZ|"))
del urlarr[len(urlarr)-1]
for i in range(len(urlarr)):
theurl=fullpath(urlarr[i],pageinfo[2])
if not checkserver(servername(theurl)): continue
# determine if it needs scanned and/or treed, and if so, scan and/or tree it
getscan=0
if theurl.count("?")!=0:
nqurl=theurl[:theurl.find("?")]
query=theurl[theurl.find("?")+1:]
query=sre.sub("\&\;","\&",query)
qryvars=query.split("&")
if urlfields.has_key(nqurl):
for j in range(len(qryvars)):
qryvars[j]=qryvars[j][:qryvars[j].find("=")]
if urlfields[nqurl].count(qryvars[j])==0:
urlfields[nqurl].append(qryvars[j])
getscan=1
else:
for j in range(len(qryvars)): qryvars[j]=qryvars[j][:qryvars[j].find("=")]
urlfields[nqurl]=qryvars
getscan=1
else:
if urlfields.has_key(theurl)==False: urlfields[theurl]=[]
nqurl=theurl
if getscan==1:
vulns=checkvars(theurl)
if not listempty(vulns): dispvulns(vulns,theurl)
tree=treeglob
if treedurls.has_key(nqurl):
if treedurls[nqurl].count(theurl)==0 and len(treedurls[nqurl])<=scanlimit:
treedurls[nqurl].append(theurl)
else: tree=0
else: treedurls[nqurl]=[theurl]
if tree==1 and level<levels:
realurl=getpage(theurl,realpage=1)
if theurl!=realurl and realurl!=None:
body+=' href="'+realurl+'" '
print "treeee"
try: treepages(theurl,level+1)
except KeyboardInterrupt:
treeglob=0
print "TREEGLOB CHANGED TO ZERO"
treepages(theurl,level+1)
os.chdir("..")
os.chdir("..")
sys.stderr.write("Must check %d directories\n" % (total_dirs))
for chip in chip_list:
#pyraf.iraf.cd(chip)
if chip not in cand_list:
sys.stderr.write("No candidate on %s\n" % (chip))
conintue
for field in field_list:
if field not in cand_list[chip]:
sys.stderr.write("%s/%s failed to complete.\n" % (chip, field))
continue
if cand_list[chip][field] == "no_candidates":
continue
if sre.search('checked', cand_list[chip][field]):
continue
else:
#print cand_list[chip][field]
sys.stderr.write("Checking candidates in %s %s\n" % (field, chip))
pyraf.iraf.cd(chip + "/" + field)
result = discands(read_cands(cand_list[chip][field]))
if result > -1:
sys.stderr.write("%d objects marked as real\n" % (result))
os.rename(cand_list[chip][field],
cand_list[chip][field] + ".checked")
pyraf.iraf.cd("../..")
if result == -2:
sys.stderr.write("Removing lock file and exiting.\n")
os.unlink('MOPconf.lock')
sys.exit()
def getpage(url, dheaders=1, redir=0, realpage=0, poststring="", exceptions=0):
# function to recurse and try getpage() again with new values
def recurse(exceptions):
sock.close()
exceptions += 1
if exceptions <= 6:
return getpage(url, dheaders, redir, realpage, poststring,
exceptions)
else:
print "Too many recursions, skipping..."
return
global usecookies, urllogfile, debug, ignorefileext
if not checkserver(servername(url)): return
if url.find("#") != -1: url = url[:url.find("#")]
# file extensions that need to be ignored code
fileext = sre.sub(".*(http\://[^/]*/).*", "\\1", url)
if url == fileext: fileext = "None"
else: fileext = sre.sub("^.*\/[^/]*\.([^\&\#\?\/]*)[^/]*$", "\\1", url)
if ignorefileext.count("," + fileext + ",") != 0: return
try:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((servername(url, False), 80))
workurl = pagename(url)
theurl = url
if redir != 1: theurl = workurl
qrytype = "GET"
if poststring != "": qrytype = "POST"
out = (qrytype + " " + theurl + " HTTP/1.1\n"
"Host: " + servername(url, False) + "\n"
"Connection: close\n")
if usecookies:
global cookies
out += "Cookie: " + cookies + "\n"
if poststring != "":
out += "Content-Type: application/x-www-form-urlencoded\n"
out += "Content-Length: " + str(len(poststring))
out += "\n\n" + poststring + "\n"
out += "\r\n\r\n"
sock.send(out)
# get response type and log the page
response = sock.recv(12)[-3:]
fp = open("logs/" + urllogfile, "a")
fp.write(url + ": " + response + " " + str(realpage) + "\n")
if poststring != "": fp.write(indent + "POST: " + poststring + "\n")
fp.close()
# at 404 response, close connection and fail
if response == "404" or response == "500":
sock.close()
return
# at 30[1237] response types, recurse new page
if sre.search("30[1237]", response):
while 1:
chunk = ""
byte = sock.recv(1)
while byte != "\r":
chunk += byte
byte = sock.recv(1)
sock.recv(1)
if chunk.lower()[:9] == "location:":
location = chunk.lower()[9:].strip()
if location == "http://" + servername(url, False) + url:
location = "/"
locpage = fullpath(location, url)
sock.close()
# if url[len(url)-2:]=="" and locpage[len(locpage)-4:]=="": break
redir = 1
if locpage != url:
redir = 0
if pagename(sre.sub("\\\\(\"|\')", "\\1",
locpage)) == pagename(url):
print "QUOTE REDIR"
return
print "OLD:", url
print "NEW:", chunk.lower()
print "REDIR:", locpage
return getpage(locpage, redir=redir, realpage=realpage)
if realpage == 1:
sock.close()
return
elif realpage == 1:
sock.close()
return url
# get headers, ignoring certain HTTP headers
headers = ""
type = 0
while 1:
chunk = ""
byte = sock.recv(1)
if byte == "\r":
sock.recv(1)
break
while byte != "\r":
chunk += byte
byte = sock.recv(1)
sock.recv(1)
if chunk.lower()[:11] != "set-cookie:" and chunk.lower(
)[:5] != "date:" and chunk.lower(
)[:15] != "content-length:" and chunk.lower(
)[:11] != "keep-alive:" and chunk.lower(
)[:18] != "transfer-encoding:" and chunk.lower(
)[:11] != "connection:":
headers += chunk
# if chunk.lower()[:15]=="content-length:":
# type=1
# conlen=int(chunk[16:])
if chunk.lower()[:26] == "transfer-encoding: chunked": type = 2
# no special type specified, just get the page
if type == 0:
body = ""
while 1:
chunk = sock.recv(200)
body += chunk
if chunk == "": break
# set it up if it does have a type
# else:
# byte=sock.recv(1)
# if byte=="\r": sock.recv(1)
# else:
# while 1:
# i=-1
# while byte!="\r":
# i+=1
# byte=sock.recv(1)
# nbytes=sock.recv(3)
# if nbytes=="\n\r\n": break
# # content-length
# if type==1:
# body=""
# for i in range(conlen):
# chunk=sock.recv(1)
# body+=chunk
# transfer-encoding: chunked
if type == 2:
body = ""
chunksize = ""
while chunksize != 0:
byte = ""
chunk = ""
while byte != "\r":
chunk += byte
byte = sock.recv(1)
sock.recv(1)
chunksize = int(chunk, 16)
wchunksz = chunksize
while wchunksz >= 1:
subchunk = sock.recv(wchunksz)
body += subchunk
wchunksz -= len(subchunk)
sock.recv(2)
# clean up and return
sock.close()
if dheaders != 1: headers = ""
return [headers, body, urlfix(url)]
# catch socket errors, such as "connection reset by peer" - trys again until it gives up and goes on to the next page
except socket.error:
print "Socket Error, Recursing..."
return recurse(exceptions)
# FIXME: this is basically test_re.py, with a few minor changes
import sys
sys.path=['.']+sys.path
from test_support import verbose, TestFailed
import sre
import sys, os, string, traceback
# Misc tests from Tim Peters' re.doc
if verbose:
print 'Running tests on sre.search and sre.match'
try:
assert sre.search('x*', 'axx').span(0) == (0, 0)
assert sre.search('x*', 'axx').span() == (0, 0)
assert sre.search('x+', 'axx').span(0) == (1, 3)
assert sre.search('x+', 'axx').span() == (1, 3)
assert sre.search('x', 'aaa') == None
except:
raise TestFailed, "sre.search"
try:
assert sre.match('a*', 'xxx').span(0) == (0, 0)
assert sre.match('a*', 'xxx').span() == (0, 0)
assert sre.match('x*', 'xxxa').span(0) == (0, 3)
assert sre.match('x*', 'xxxa').span() == (0, 3)
assert sre.match('a+', 'xxx') == None
except:
raise TestFailed, "sre.search"
def __init__(self, server, port, username, password, num_threads, nzb_source, nzb_directory, par2exe_directory, common_prefix = "", progress_update = None):
self.server = server
self.port = port
self.username = username
self.password = password
self.num_threads = num_threads
self.par2exe_directory = par2exe_directory
self.progress_update = progress_update
self.common_prefix = common_prefix
self.rar_filepath = None
self.sorted_filenames = list()
self.downloaded_files = dict()
self.download_queue = Queue.Queue(0)
self.decode_queue = Queue.Queue(0)
self.cancelled = False
self.finished_files = 0
self.threads = list()
# note on calls to _update_progress: a call is made before the task begins and after the task completes;
# this allows the consumer to cancel during the task
nzb_string = ""
nzb_files = None
nzb_filepath = ""
try:
title = self.common_prefix
if title == "":
if nzb_source[:7] == "file://" and os.path.exists(urllib.url2pathname(nzb_source)):
nzb_filepath = urllib.url2pathname(nzb_source)
title = "NZB"
else:
parts = title.split('.')
if len(parts) > 1:
ext = parts[-1].lower()
if ext == "par2" or ext == "nzb" or ext == "nfo":
title = '.'.join(parts[:-1])
if nzb_filepath == "":
nzb_filepath = os.path.join(nzb_directory, title) + ".nzb"
print "NZB filepath: " + nzb_filepath
if nzb_source.startswith("<?xml"):
nzb_string = nzb_source
elif os.path.exists(nzb_filepath) and os.path.isfile(nzb_filepath):
nzb_file = open(nzb_filepath, "r")
nzb_string = string.join(nzb_file.readlines(), "")
nzb_file.close()
#nzb_filepath = possible_nzb_filepath
else:
nzb_url = nzb_source
if self._update_progress("Downloading " + title, STATUS_INITIALIZING, os.path.basename(nzb_url)): return
urllib.urlopen(nzb_url)
nzb_string = string.join(urllib.urlopen(nzb_url).readlines(), "")
if self._update_progress("Downloading " + title, STATUS_INITIALIZING, os.path.basename(nzb_url)): return
if self._update_progress("Parsing " + title, STATUS_INITIALIZING, title): return
nzb_files = nzb_parser.parse(nzb_string)
sort_nzb_rar_files(nzb_files)
for nzb_file in nzb_files:
filename = sre.search("\"(.*?)\"", nzb_file.subject).group(1)
filename = filename.encode('utf8').lower()
self.sorted_filenames.append(filename)
# a common prefix from the file list is preferred
better_common_prefix = os.path.commonprefix(self.sorted_filenames).rstrip(". ")
if better_common_prefix != "":
self.common_prefix = better_common_prefix
if self.common_prefix == "":
self.common_prefix = self.sorted_filenames[0]
parts = self.common_prefix.split('.')
print parts
if len(parts) > 1:
ext = parts[-1].lower()
if ext == "par2" or ext == "nzb" or ext == "nfo":
self.common_prefix = '.'.join(parts[:-1])
print "Common prefix: " + self.common_prefix
self.download_directory = os.path.join(nzb_directory, self.common_prefix)
self.status_filepath = os.path.join(self.download_directory, self.common_prefix + ".status")
if self._update_progress("Parsing " + title, STATUS_INITIALIZING, title): return
# make sure the download directory exists
try: os.makedirs(self.download_directory)
except: pass
nzb_filepath = os.path.join(nzb_directory, self.common_prefix + ".nzb" )
nzb_filepath = nzb_filepath.encode('utf8')
#print nzb_filepath
#if os.path.exists(nzb_filepath) and os.path.isdir(nzb_filepath):
# shutil.rmtree(nzb_filepath) # remove the directory containing the nzb; it is rewritten below
if not os.path.exists(nzb_filepath) or os.path.getsize(nzb_filepath) != len(nzb_string):
nzb = open(nzb_filepath, "w+b")
nzb.write(nzb_string)
nzb.close()
# run par2 if we already have the .par2 file
par2_file = os.path.join(self.download_directory, self.common_prefix + ".par2")
print "PAR2 file: " + par2_file
par2_targets = None
if os.path.exists(par2_file):
if self._update_progress("Verifying with PAR2", STATUS_INITIALIZING, os.path.basename(par2_file)): return
par2_targets = self._verify_with_par2(par2_file)
if self._update_progress("Verifying with PAR2", STATUS_INITIALIZING, os.path.basename(par2_file)): return
#for target in par2_targets:
# print "\t" + target + ": " + par2_targets[target]
nested_nzbs = list()
for nzb_file in nzb_files:
nzb_file.filename = sre.search("\"(.*?)\"", nzb_file.subject.lower()).group(1)
nzb_file.filename = nzb_file.filename.encode('utf8')
nzb_file.filepath = os.path.join(self.download_directory, nzb_file.filename)
nzb_file.filepath = nzb_file.filepath.encode('utf8')
#print filepath
# create an empty file if it doesn't exist
if not os.path.exists(nzb_file.filepath):
open(nzb_file.filepath, "w+b").close()
if not self.rar_filepath:
rar_match = sre.search("(.+?)\.part(\d+).rar", nzb_file.filename)
if rar_match and int(rar_match.group(2)) == 1:
self.rar_filepath = nzb_file.filepath
self.rar_filename = os.path.basename(nzb_file.filepath)
else:
rar_match = sre.search("(.+?)\.rar", nzb_file.filename)
if rar_match:
self.rar_filepath = nzb_file.filepath
self.rar_filename = os.path.basename(nzb_file.filepath)
if self.rar_filepath:
print "First RAR file is " + self.rar_filename
if os.path.splitext(nzb_file.filepath)[1] == ".nzb":
nested_nzbs.append(nzb_file.filepath)
self.downloaded_files[nzb_file.filename] = multipart_file(nzb_file.filename, nzb_file.filepath, nzb_file)
nzb_file.finished = False
# skip non-PAR2 files if par2 validated it
if par2_targets and par2_targets.has_key(nzb_file.filename) and par2_targets[nzb_file.filename] == "found":
print "PAR2 verified " + nzb_file.filename + ": skipping"
self.finished_files += 1
self.downloaded_files[nzb_file.filename].finished = True
nzb_file.finished = True
continue
# sort segments in ascending order by article number
nzb_file.segments.sort(key=lambda obj: obj.number)
# if no RAR file and no nested NZBs, abort
if not self.rar_filepath:
if len(nested_nzbs) == 0:
raise Exception("nothing to do: NZB did not have a RAR file or any nested NZBs")
self.rar_filepath = self.rar_filename = ""
# check if first RAR is already finished
if par2_targets and par2_targets.has_key(self.rar_filename) and par2_targets[self.rar_filename] == "found":
if self._update_progress("First RAR is ready.", STATUS_READY, self.rar_filepath): return
if self._update_progress("Starting " + `self.num_threads` + " download threads", STATUS_INITIALIZING): return
# queue first segment of each file to get each file's total size
#for nzb_file in nzb_files:
# skip non-PAR2 files if par2 validated it
#if nzb_file.finished: continue
#self.download_queue.put([nzb_file.filename, nzb_file, nzb_file.segments[0]], timeout=1)
# queue the rest of the segments in order
for nzb_file in nzb_files:
# skip non-PAR2 files if par2 validated it
if nzb_file.finished: continue
if self._update_progress("Queueing file", STATUS_INITIALIZING, nzb_file.filename): return
for nzb_segment in nzb_file.segments[0:]:
self.download_queue.put([nzb_file.filename, nzb_file, nzb_segment], timeout=1)
# start download threads
for i in range(self.num_threads):
thread = threading.Thread(name=`i`, target=self._download_thread)
thread.start()
self.threads.append(thread)
if self._update_progress("Starting " + `self.num_threads` + " download threads", STATUS_INITIALIZING): return
# decode parts as they are downloaded
# begins streaming when the first RAR is finished
self._decode_loop()
# if no RAR file was found, try the nested NZBs that were downloaded
if self.rar_filepath == "":
if self._update_progress("No RAR files found.", STATUS_INITIALIZING): return
for nested_nzb_filepath in nested_nzbs:
if self._update_progress("Trying nested NZB: " + os.path.basename(nested_nzb_filepath), STATUS_INITIALIZING): return
nzb_stream(self.server, self.port, self.username, self.password,
self.num_threads,
urllib.pathname2url(nested_nzb_filepath),
nzb_directory,
par2exe_directory,
"",
self.progress_update)
except:
traceback.print_exc()
self._update_progress("Error parsing NZB", STATUS_FAILED, self.common_prefix)
# cancel all threads before returning
self.cancelled = True
for thread in self.threads:
if thread.isAlive():
print "Cancelled thread " + thread.getName()
thread.join()
def main(argv):
# Main program. Takes string containing arguments a la unix command line
p = Params()
p.define_defaults()
p.read_params(argv)
p.read_config()
p.parse_param_opts()
p.sanitize()
# connect
my = MySQLdb.connect(**p['con_opts'])
# create cursor to contain data about tail_nums to parse
mycur = my.cursor()
# create procedure name or get it from user
if p['procname']=="":
rn = random.randint(0,1000000)
procname = 'P%s' % rn
else:
procname = p['procname']
# string to store all cmds issued to DB
all_cmds = ""
# if dropping procedure
if p['drop_proc']:
cmd = 'DROP PROCEDURE IF EXISTS %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
# start working on procedure string
ps = procedure_string
# if add drop table
if p['drop']:
ps = ps.replace('<<DROP>>','DROP TABLE IF EXISTS <<TABLE>>;')
else:
ps = ps.replace('<<DROP>>','')
# sub table and first select
ps = ps.replace('<<TABLE>>',p['table'])
ps = ps.replace('<<SELECTASC>>',p['query'])
# turn ASC to DESC
mtch = sre.search('order\s+by\s+([a-zA-Z][\w_]*[.]|)(?P<tn>tail_num)\s*,\s*([a-zA-Z][\w_]*[.]|)(?P<mt>measurement_time)',p['query'],sre.I)
tn_pos = mtch.span('tn')
mt_pos = mtch.span('mt')
qry = p['query'][:tn_pos[0]] + 'tail_num DESC' + p['query'][tn_pos[1]:mt_pos[0]] + 'measurement_time DESC'
# sub second select
ps = ps.replace('<<SELECTDESC>>',qry)
# finally substitute procname
ps = ps.replace('<<PROCNAME>>',procname)
# if not debug execute, otherwise just print
if not p['debug']:
mycur.execute(ps)
# add to all cmds string
all_cmds += ps
# if do no all call
if not p['no_call']:
cmd = 'call %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
# if leave_proc
if not (p['leave_proc'] or p['no_call']):
cmd = 'DROP PROCEDURE %s;\n' % procname
all_cmds += cmd
if not p['debug']:
mycur.execute(cmd)
if p['debug']:
print all_cmds
import sys, sre
if len(sys.argv) != 2:
print 'Usage: depfilter.py NODE'
sys.exit(1)
top = sys.argv[1]
# Read in dot file
lines = sys.stdin.readlines()
graph = {}
for arc in lines[1:-1]:
match = sre.search('"(.*)" -> "(.*)"', arc)
n1, n2 = match.group(1), match.group(2)
if not graph.has_key(n1):
graph[n1] = []
graph[n1].append(n2)
# Create subset of 'graph' rooted at 'top'
subgraph = {}
def add_deps(node):
if graph.has_key(node) and not subgraph.has_key(node):
subgraph[node] = graph[node]
for n in graph[node]:
add_deps(n)
def treepages(url, level):
global treeglob, urlfields, postfields, treedurls, levels, server, vulnlogfile, scanlimit, ignorefileext
print ">>>>>>>>", level, "<<<<<<<<"
print " ---> " + url
pageinfo = getpage(url)
if listempty(pageinfo): return
body = pageinfo[1].lower()
print "AA"
# select/option, textarea
# check for forms
bodyarr = sre.split("<form", body)
for i in range(len(bodyarr)):
frmsect = bodyarr[i][:bodyarr[i].find(">")]
frmbody = bodyarr[i][bodyarr[i].find(">"):][:bodyarr[i].find("</form>"
)]
actionurl = getattrval(frmsect, "action")
if actionurl == "" or actionurl == frmsect or actionurl == "\"\"":
actionurl = pageinfo[2]
if actionurl.count(";") > 0:
actionurl = actionurl[actionurl.find(";") + 1:]
if actionurl[:11].lower() == "javascript:": continue
actionurl = fullpath(actionurl, pageinfo[2])
print "ACTION:", actionurl
# get the input variables
poststring = ""
inputarr = sre.sub("(.*?)\<input([^\>]*)\>(.*?)", "\\2|ZZaaXXaaZZ|",
frmbody).split("|ZZaaXXaaZZ|")
for j in range(len(inputarr)):
name = getattrval(inputarr[j], "name")
if name == inputarr[j] or name == "" or name == "\"\"": continue
value = getattrval(inputarr[j], "value")
if value == inputarr[j] or value == "" or value == "\"\"":
value = ""
if poststring != "": poststring += "&"
poststring += name + "=" + value
# get select/option tags
selectarr = sre.sub("(.*?)\<select([^\>]*)\>(.*?)", "\\2|ZZaaXXaaZZ|",
frmbody).split("|ZZaaXXaaZZ|")
for j in range(len(selectarr)):
name = getattrval(selectarr[j], "name")
if name == selectarr[j] or name == "" or name == "\"\"": continue
value = sre.sub(
"(.*?)\<option([^\>]*)value=(\"|'|)([^\\3\ ]*)\\3([^\>]*)\>(.*?)",
"\\2", selectarr[j])
if value == selectarr[j] or value == "" or value == "\"\"":
value = ""
if poststring != "": poststring += "&"
poststring += name + "=" + value
print "sel/opt: " + name + "=" + value
if poststring == "": continue
if sre.search("method=([\'\"]|)post([\'\"]|)",
frmsect[:frmsect.find(">")].lower()) == None:
if actionurl.find("?") != -1: actionurl += "&"
else: actionurl += "?"
actionurl += poststring
body += '<a href="' + actionurl + '">'
print 'GETT <a href="' + actionurl + '">'
continue
# determine if it needs to be scanned, and if so, scan it
postscan = 0
postvars = poststring.split("&")
if postfields.has_key(actionurl):
for j in range(len(postvars)):
postvars[j] = postvars[j][:postvars[j].find("=")]
if postfields[actionurl].count(postvars[j]) == 0:
postfields[actionurl].append(postvars[j])
postscan = 1
else:
for j in range(len(postvars)):
postvars[j] = postvars[j][:postvars[j].find("=")]
postfields[actionurl] = postvars
postscan = 1
if postscan == 1:
vulns = checkvars(actionurl, poststring)
if not listempty(vulns): dispvulns(vulns, actionurl)
print "BB"
# check for urls in "href" tags
# ? # part of 3? (src|href|location|window.open)= and http://
urlreg = "(\'|\")(?!javascript:)(([^\>]+?)(?!\.(" + ignorefileext.replace(
",", "|") + "))(.{3,8}?)(|\?([^\>]+?)))"
urlarr = sre.sub(
"(?s)(?i)(.+?)((src|href)=|location([\ ]*)=([\ ]*)|window\.open\()" +
urlreg + "\\6", "\\7|ZZaaXXaaZZ|", body).split("|ZZaaXXaaZZ|")
del urlarr[len(urlarr) - 1]
urlarr.append(
sre.sub("(?s)(?i)(.+?)(src|href)=" + urlreg + "\\3", "\\4|ZZaaXXaaZZ|",
body).split("|ZZaaXXaaZZ|"))
del urlarr[len(urlarr) - 1]
for i in range(len(urlarr)):
theurl = fullpath(urlarr[i], pageinfo[2])
if not checkserver(servername(theurl)): continue
# determine if it needs scanned and/or treed, and if so, scan and/or tree it
getscan = 0
if theurl.count("?") != 0:
nqurl = theurl[:theurl.find("?")]
query = theurl[theurl.find("?") + 1:]
query = sre.sub("\&\;", "\&", query)
qryvars = query.split("&")
if urlfields.has_key(nqurl):
for j in range(len(qryvars)):
qryvars[j] = qryvars[j][:qryvars[j].find("=")]
if urlfields[nqurl].count(qryvars[j]) == 0:
urlfields[nqurl].append(qryvars[j])
getscan = 1
else:
for j in range(len(qryvars)):
qryvars[j] = qryvars[j][:qryvars[j].find("=")]
urlfields[nqurl] = qryvars
getscan = 1
else:
if urlfields.has_key(theurl) == False: urlfields[theurl] = []
nqurl = theurl
if getscan == 1:
vulns = checkvars(theurl)
if not listempty(vulns): dispvulns(vulns, theurl)
tree = treeglob
if treedurls.has_key(nqurl):
if treedurls[nqurl].count(theurl) == 0 and len(
treedurls[nqurl]) <= scanlimit:
treedurls[nqurl].append(theurl)
else:
tree = 0
else:
treedurls[nqurl] = [theurl]
if tree == 1 and level < levels:
realurl = getpage(theurl, realpage=1)
if theurl != realurl and realurl != None:
body += ' href="' + realurl + '" '
print "treeee"
try:
treepages(theurl, level + 1)
except KeyboardInterrupt:
treeglob = 0
print "TREEGLOB CHANGED TO ZERO"
treepages(theurl, level + 1)
def fromString(source):
import sre
result = {}
insertionorder = []
fail = False
originalsource = source # preserve original in case of broken header
headervalueRE_sX = "^([^: ]+[^:]*):( ?)((.|\n)+)" # TODO: This could be optimised
lines = source.split("\r\n")
I = 0
headerLines = []
valid = False
for I in xrange(len(lines)):
if lines[I] != "":
headerLines.append(lines[I])
else:
# The divider cannot be the last line
valid = not (I == len(lines)-1)
break
if not valid:
body = originalsource
fail = True
else:
bodyLines = lines[I+1:]
body = "\r\n".join(bodyLines)
key = None
for line in headerLines:
match = sre.search(headervalueRE_sX, line)
if match:
(key, spaces,value,X) = match.groups()
if value == " " and not spaces:
value = ""
try:
result[key].append(value)
except KeyError:
result[key] = value
except AttributeError:
result[key] = [ result[key], value ]
insertionorder.append(key)
else:
if key:
# value = line.strip() # Strictly speaking, surely we should be doing this??? (Breaks tests though if we do...)
value = line
if isinstance(result[key], list):
# Append to last item in the list
result[key][len(result[key])-1] += "\r\n" + value
else:
result[key] += "\r\n" + value
else:
# print "NOMATCH!NOMATCH!NOMATCH!NOMATCH!NOMATCH!NOMATCH!"
fail = True
break
if not fail:
result["__BODY__"]=body
else:
result["__BODY__"]=originalsource
md = MimeDict(**result)
md.insertionorder = insertionorder
md.invalidSource = fail
return md
def fromString(source):
import sre
result = {}
insertionorder = []
fail = False
originalsource = source # preserve original in case of broken header
# The leading space in the headervalue RE prevents a continuation line
# being treated like a key: value line.
headervalueRE_s = "^([^: ]+[^:]*):( ?)([^\r]+)\r\n" # TODO: This could be optimised
continuationHeaderRE_s = "^( +[^\r\n]*)\r\n"
match = sre.search(headervalueRE_s, source)
# Search for header lines
inHeader = True
key = None
while True: # We break out this loop when matching fails for any reason
if match:
(key, spaces, value) = match.groups()
if value == " " and not spaces: # Empty header
value = ""
try:
result[key].append(value)
except KeyError:
result[key] = value
except AttributeError:
result[key] = [result[key], value]
insertionorder.append(key)
if not match and key:
# We have already matched a line. This may be continuation.
match = sre.search(continuationHeaderRE_s, source)
if not match: break
(value, ) = match.groups()
if isinstance(result[key], list):
# Append to last item in the list
result[key][len(result[key]) - 1] += "\r\n" + value
else:
result[key] += "\r\n" + value
if not match: break
source = source[match.end():]
match = sre.search(headervalueRE_s, source)
# End of header lines. Start of source should be "\r\n"
#
# If it isn't, the header is invalid, and the entire original
# source becomes the __BODY__, and all keys aside from that removed.
#
if source[:2] == "\r\n":
source = source[2:]
else:
source = originalsource
result = {}
insertionorder = []
fail = True
result["__BODY__"] = source
md = MimeDict(**result)
md.insertionorder = insertionorder
md.invalidSource = fail
return md
interval_bytes[Apos] += sbytes
interval_bytes[Bpos] += ebytes
interval_pkts[Apos] += spkts
interval_pkts[Bpos] += epkts
for i in xrange(Apos+1,Bpos):
active_sessions[i] += interval
interval_bytes[i] += ibytes
interval_pkts[i] += ipkts
if debug > 1:
print "->span fracstart<",frac_start,">fracend<",frac_end,">"
infile = file(args[0])
mobj = sre.search(sre.compile("\.bz2$"), args[0])
if mobj:
infile.close()
infile = bz2.BZ2File(args[0])
if not infile:
print "error opening ",args[0]
sys.exit(0)
buffer = infile.readline()
if not buffer:
print "error reading from ",args[0]
usage(sys.argv[0])
mobj = sre.match(sre.compile('first-record ([\d\.]+)'), buffer)
import sys, sre
if len(sys.argv) != 2:
print 'Usage: depfilter.py NODE'
sys.exit(1)
top = sys.argv[1]
# Read in dot file
lines = sys.stdin.readlines()
graph = {}
for arc in lines[1:-1]:
match = sre.search('"(.*)" -> "(.*)"', arc)
n1, n2 = match.group(1), match.group(2)
if not graph.has_key(n1):
graph[n1] = []
graph[n1].append(n2)
# Create subset of 'graph' rooted at 'top'
subgraph = {}
def add_deps(node):
if graph.has_key(node) and not subgraph.has_key(node):
subgraph[node] = graph[node]
for n in graph[node]:
add_deps(n)
def fromString(source):
import sre
result = {}
insertionorder = []
fail = False
originalsource = source # preserve original in case of broken header
# The leading space in the headervalue RE prevents a continuation line
# being treated like a key: value line.
headervalueRE_s = "^([^: ]+[^:]*):( ?)([^\r]+)\r\n" # TODO: This could be optimised
continuationHeaderRE_s = "^( +[^\r\n]*)\r\n"
match = sre.search(headervalueRE_s,source)
# Search for header lines
inHeader = True
key = None
while True: # We break out this loop when matching fails for any reason
if match:
(key, spaces,value) = match.groups()
if value == " " and not spaces: # Empty header
value = ""
try:
result[key].append(value)
except KeyError:
result[key] = value
except AttributeError:
result[key] = [ result[key], value ]
insertionorder.append(key)
if not match and key:
# We have already matched a line. This may be continuation.
match = sre.search(continuationHeaderRE_s, source)
if not match: break
(value,) = match.groups()
if isinstance(result[key], list):
# Append to last item in the list
result[key][len(result[key])-1] += "\r\n" + value
else:
result[key] += "\r\n" + value
if not match: break
source = source[match.end():]
match = sre.search(headervalueRE_s,source)
# End of header lines. Start of source should be "\r\n"
#
# If it isn't, the header is invalid, and the entire original
# source becomes the __BODY__, and all keys aside from that removed.
#
if source[:2]=="\r\n":
source = source[2:]
else:
source = originalsource
result = {}
insertionorder = []
fail = True
result["__BODY__"]=source
md = MimeDict(**result)
md.insertionorder = insertionorder
md.invalidSource = fail
return md
os.chdir("..")
os.chdir("..")
sys.stderr.write("Must check %d directories\n" % ( total_dirs))
for chip in chip_list:
#pyraf.iraf.cd(chip)
if chip not in cand_list:
sys.stderr.write("No candidate on %s\n" % ( chip))
conintue
for field in field_list:
if field not in cand_list[chip]:
sys.stderr.write("%s/%s failed to complete.\n" % ( chip,field) )
continue
if cand_list[chip][field]=="no_candidates":
continue
if sre.search('checked',cand_list[chip][field]):
continue
else:
#print cand_list[chip][field]
sys.stderr.write("Checking candidates in %s %s\n" % ( field , chip))
pyraf.iraf.cd(chip+"/"+field)
result=discands(read_cands(cand_list[chip][field]))
if result > -1:
sys.stderr.write("%d objects marked as real\n" % ( result))
os.rename(cand_list[chip][field],cand_list[chip][field]+".checked")
pyraf.iraf.cd("../..")
if result==-2:
sys.stderr.write("Removing lock file and exiting.\n")
os.unlink('MOPconf.lock')
sys.exit()
def __init__(self,
server,
port,
username,
password,
num_threads,
nzb_source,
nzb_directory,
par2exe_directory,
common_prefix="",
progress_update=None):
self.server = server
self.port = port
self.username = username
self.password = password
self.num_threads = num_threads
self.par2exe_directory = par2exe_directory
self.progress_update = progress_update
self.common_prefix = common_prefix
self.rar_filepath = None
self.sorted_filenames = list()
self.downloaded_files = dict()
self.download_queue = Queue.Queue(0)
self.decode_queue = Queue.Queue(0)
self.cancelled = False
self.finished_files = 0
self.threads = list()
# note on calls to _update_progress: a call is made before the task begins and after the task completes;
# this allows the consumer to cancel during the task
nzb_string = ""
nzb_files = None
nzb_filepath = ""
try:
title = self.common_prefix
if title == "":
if nzb_source[:7] == "file://" and os.path.exists(
urllib.url2pathname(nzb_source)):
nzb_filepath = urllib.url2pathname(nzb_source)
title = "NZB"
else:
parts = title.split('.')
if len(parts) > 1:
ext = parts[-1].lower()
if ext == "par2" or ext == "nzb" or ext == "nfo":
title = '.'.join(parts[:-1])
if nzb_filepath == "":
nzb_filepath = os.path.join(nzb_directory, title) + ".nzb"
print "NZB filepath: " + nzb_filepath
if nzb_source.startswith("<?xml"):
nzb_string = nzb_source
elif os.path.exists(nzb_filepath) and os.path.isfile(nzb_filepath):
nzb_file = open(nzb_filepath, "r")
nzb_string = string.join(nzb_file.readlines(), "")
nzb_file.close()
#nzb_filepath = possible_nzb_filepath
else:
nzb_url = nzb_source
if self._update_progress("Downloading " + title,
STATUS_INITIALIZING,
os.path.basename(nzb_url)):
return
urllib.urlopen(nzb_url)
nzb_string = string.join(
urllib.urlopen(nzb_url).readlines(), "")
if self._update_progress("Downloading " + title,
STATUS_INITIALIZING,
os.path.basename(nzb_url)):
return
if self._update_progress("Parsing " + title, STATUS_INITIALIZING,
title):
return
nzb_files = nzb_parser.parse(nzb_string)
sort_nzb_rar_files(nzb_files)
for nzb_file in nzb_files:
filename = sre.search("\"(.*?)\"", nzb_file.subject).group(1)
filename = filename.encode('utf8').lower()
self.sorted_filenames.append(filename)
# a common prefix from the file list is preferred
better_common_prefix = os.path.commonprefix(
self.sorted_filenames).rstrip(". ")
if better_common_prefix != "":
self.common_prefix = better_common_prefix
if self.common_prefix == "":
self.common_prefix = self.sorted_filenames[0]
parts = self.common_prefix.split('.')
print parts
if len(parts) > 1:
ext = parts[-1].lower()
if ext == "par2" or ext == "nzb" or ext == "nfo":
self.common_prefix = '.'.join(parts[:-1])
print "Common prefix: " + self.common_prefix
self.download_directory = os.path.join(nzb_directory,
self.common_prefix)
self.status_filepath = os.path.join(self.download_directory,
self.common_prefix + ".status")
if self._update_progress("Parsing " + title, STATUS_INITIALIZING,
title):
return
# make sure the download directory exists
try:
os.makedirs(self.download_directory)
except:
pass
nzb_filepath = os.path.join(nzb_directory,
self.common_prefix + ".nzb")
nzb_filepath = nzb_filepath.encode('utf8')
#print nzb_filepath
#if os.path.exists(nzb_filepath) and os.path.isdir(nzb_filepath):
# shutil.rmtree(nzb_filepath) # remove the directory containing the nzb; it is rewritten below
if not os.path.exists(nzb_filepath) or os.path.getsize(
nzb_filepath) != len(nzb_string):
nzb = open(nzb_filepath, "w+b")
nzb.write(nzb_string)
nzb.close()
# run par2 if we already have the .par2 file
par2_file = os.path.join(self.download_directory,
self.common_prefix + ".par2")
print "PAR2 file: " + par2_file
par2_targets = None
if os.path.exists(par2_file):
if self._update_progress("Verifying with PAR2",
STATUS_INITIALIZING,
os.path.basename(par2_file)):
return
par2_targets = self._verify_with_par2(par2_file)
if self._update_progress("Verifying with PAR2",
STATUS_INITIALIZING,
os.path.basename(par2_file)):
return
#for target in par2_targets:
# print "\t" + target + ": " + par2_targets[target]
nested_nzbs = list()
for nzb_file in nzb_files:
nzb_file.filename = sre.search(
"\"(.*?)\"", nzb_file.subject.lower()).group(1)
nzb_file.filename = nzb_file.filename.encode('utf8')
nzb_file.filepath = os.path.join(self.download_directory,
nzb_file.filename)
nzb_file.filepath = nzb_file.filepath.encode('utf8')
#print filepath
# create an empty file if it doesn't exist
if not os.path.exists(nzb_file.filepath):
open(nzb_file.filepath, "w+b").close()
if not self.rar_filepath:
rar_match = sre.search("(.+?)\.part(\d+).rar",
nzb_file.filename)
if rar_match and int(rar_match.group(2)) == 1:
self.rar_filepath = nzb_file.filepath
self.rar_filename = os.path.basename(nzb_file.filepath)
else:
rar_match = sre.search("(.+?)\.rar", nzb_file.filename)
if rar_match:
self.rar_filepath = nzb_file.filepath
self.rar_filename = os.path.basename(
nzb_file.filepath)
if self.rar_filepath:
print "First RAR file is " + self.rar_filename
if os.path.splitext(nzb_file.filepath)[1] == ".nzb":
nested_nzbs.append(nzb_file.filepath)
self.downloaded_files[nzb_file.filename] = multipart_file(
nzb_file.filename, nzb_file.filepath, nzb_file)
nzb_file.finished = False
# skip non-PAR2 files if par2 validated it
if par2_targets and par2_targets.has_key(
nzb_file.filename) and par2_targets[
nzb_file.filename] == "found":
print "PAR2 verified " + nzb_file.filename + ": skipping"
self.finished_files += 1
self.downloaded_files[nzb_file.filename].finished = True
nzb_file.finished = True
continue
# sort segments in ascending order by article number
nzb_file.segments.sort(key=lambda obj: obj.number)
# if no RAR file and no nested NZBs, abort
if not self.rar_filepath:
if len(nested_nzbs) == 0:
raise Exception(
"nothing to do: NZB did not have a RAR file or any nested NZBs"
)
self.rar_filepath = self.rar_filename = ""
# check if first RAR is already finished
if par2_targets and par2_targets.has_key(
self.rar_filename) and par2_targets[
self.rar_filename] == "found":
if self._update_progress("First RAR is ready.", STATUS_READY,
self.rar_filepath):
return
if self._update_progress(
"Starting " + ` self.num_threads ` + " download threads",
STATUS_INITIALIZING):
return
# queue first segment of each file to get each file's total size
#for nzb_file in nzb_files:
# skip non-PAR2 files if par2 validated it
#if nzb_file.finished: continue
#self.download_queue.put([nzb_file.filename, nzb_file, nzb_file.segments[0]], timeout=1)
# queue the rest of the segments in order
for nzb_file in nzb_files:
# skip non-PAR2 files if par2 validated it
if nzb_file.finished: continue
if self._update_progress("Queueing file", STATUS_INITIALIZING,
nzb_file.filename):
return
for nzb_segment in nzb_file.segments[0:]:
self.download_queue.put(
[nzb_file.filename, nzb_file, nzb_segment], timeout=1)
# start download threads
for i in range(self.num_threads):
thread = threading.Thread(name=` i `,
target=self._download_thread)
thread.start()
self.threads.append(thread)
if self._update_progress(
"Starting " + ` self.num_threads ` + " download threads",
STATUS_INITIALIZING):
return
def yenc_decode(encoded_lines):
# check for start tag
first_line = 0
for line in encoded_lines:
if line[:7] == "=ybegin":
break;
first_line += 1
if first_line == len(encoded_lines):
raise Exception("ybegin line not found")
file_size = None
# =ybegin part=2 total=66 line=128 size=50000000
ybegin_match = sre.search("size=(\d+)", encoded_lines[first_line][7:])
if ybegin_match == None:
raise Exception("ybegin line is malformed")
else:
file_size = int(ybegin_match.group(1))
decoded_buffer = ""
part_number = None
part_begin = None
part_end = None
part_size = None
for line in encoded_lines[first_line+1:]:
if line[:6] == "=ypart":
ypart_match = sre.search("begin=(\d+) end=(\d+)", line[6:])
if ypart_match == None:
raise Exception("ypart line is malformed")
else:
part_begin = int(ypart_match.group(1))
part_end = int(ypart_match.group(2))
continue
elif line[:5] == "=yend":
yend_match = sre.search("size=(\d+) part=(\d+) pcrc32=([0-9a-zA-Z]{8})", line[5:])
if yend_match == None:
raise Exception("yend line is malformed")
else:
part_size = int(yend_match.group(1))
part_number = int(yend_match.group(2))
pcrc32 = int(yend_match.group(3), 16)
if (crc32(decoded_buffer) & 0xffffffff) != pcrc32:
raise Exception("CRC32 checksum failed", crc32(decoded_buffer) & 0xffffffff, pcrc32)
break
i = 0
end = len(line)
while i < end:
byte = line[i]
# end of line
if byte in "\r\n":
break;
# escape byte
if byte == '=':
i += 1
decoded_buffer += decode_escape_table[ord(line[i])]
# normal byte
else:
decoded_buffer += decode_table[ord(byte)]
i += 1
if part_size != None and part_size != len(decoded_buffer):
print "Warning: yend size attribute does not equal buffer length"
return decoded_buffer, part_number, part_begin, part_end, file_size