def __init__(self, ct, filterfile, efilterfile, defcryptstring):
self.ct = ct
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterfile is not None:
self.filter = Filter(filterfile)
else:
self.filter = None
def __init__(self, ct, filterfile, efilterfile, defcryptstring):
self.ct = ct
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterfile is not None:
self.filter = Filter(filterfile)
else:
self.filter = None
class Catcher:
def __init__(self, ct, filterfile, efilterfile, defcryptstring):
self.ct = ct
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterfile is not None:
self.filter = Filter(filterfile)
else:
self.filter = None
def catchDecryptByTag(self, tag):
# we need to search throuh our encryption filter
# and attempt to determine the plugin and options
# to pass for reversal of the encryption
return self.efilters.reverse(tag)
def catchEncryptFilter(self, lpath, node, isDir):
if self.efilters is not None:
# get the encryption information we need
einfo = self.efilters.check(lpath, node, isDir)
# build and name some important stuff for readability
etag = einfo[0]
plugid = einfo[1]
plugopts = einfo[2]
plugtag = '%s.%s' % (plugid, plugopts)
plug = getPM().getPluginInstance(plugid, plugtag,
(None, plugopts))
else:
# this should rarely be used.. the caller will likely be providing
# the efilter object when calling this function, but it is here
# in the event that they do not..
etag = b''
plug = getPM().getPluginInstance('crypt.null', '',
(None, []))
plugopts = (c, [])
return (etag, plug, plugopts)
def __init__(self, filterFile, efilterfile, defcryptstring):
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterFile is not None:
self.filter = Filter(filterFile)
else:
self.filter = None
self.writeCount = 0
self.startCount = 0
self.finishCount = 0
self.hashGoodCount = 0
self.hashBadCount = 0
self.dateReplyCount = 0
self.sizeReplyCount = 0
self.bytesWrote = 0
self.acceptedCount = 0
self.rejectedCount = 0
self.linecnt = 0
self.smsgcnt = 0
print('\n\n\n\n\n', end='\x1b[3A')
class Catcher:
def __init__(self, ct, filterfile, efilterfile, defcryptstring):
self.ct = ct
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterfile is not None:
self.filter = Filter(filterfile)
else:
self.filter = None
def catchDecryptByTag(self, tag):
# we need to search throuh our encryption filter
# and attempt to determine the plugin and options
# to pass for reversal of the encryption
return self.efilters.reverse(tag)
def catchEncryptFilter(self, lpath, node, isDir):
if self.efilters is not None:
# get the encryption information we need
einfo = self.efilters.check(lpath, node, isDir)
# build and name some important stuff for readability
etag = einfo[0]
plugid = einfo[1]
plugopts = einfo[2]
plugtag = '%s.%s' % (plugid, plugopts)
plug = getPM().getPluginInstance(plugid, plugtag, (None, plugopts))
else:
# this should rarely be used.. the caller will likely be providing
# the efilter object when calling this function, but it is here
# in the event that they do not..
etag = b''
plug = getPM().getPluginInstance('crypt.null', '', (None, []))
plugopts = (c, [])
return (etag, plug, plugopts)
def __init__(self, filterFile, efilterfile, defcryptstring):
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterFile is not None:
self.filter = Filter(filterFile)
else:
self.filter = None
self.writeCount = 0
self.startCount = 0
self.finishCount = 0
self.hashGoodCount = 0
self.hashBadCount = 0
self.dateReplyCount = 0
self.sizeReplyCount = 0
self.bytesWrote = 0
self.acceptedCount = 0
self.rejectedCount = 0
self.linecnt = 0
self.smsgcnt = 0
print('\n\n\n\n\n', end='\x1b[3A')
class Catcher:
def __init__(self, filterFile, efilterfile, defcryptstring):
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterFile is not None:
self.filter = Filter(filterFile)
else:
self.filter = None
self.writeCount = 0
self.startCount = 0
self.finishCount = 0
self.hashGoodCount = 0
self.hashBadCount = 0
self.dateReplyCount = 0
self.sizeReplyCount = 0
self.bytesWrote = 0
self.acceptedCount = 0
self.rejectedCount = 0
self.linecnt = 0
self.smsgcnt = 0
print('\n\n\n\n\n', end='\x1b[3A')
def writeline(self, txt, row=0):
# write line and move back
if row > 0:
print('', end='\x1b[%sB' % row)
print(txt, end='\x1b[1000D')
if row > 0:
print('', end='\x1b[%sA' % row)
def event(self, *args):
ename = args[0]
#self.writeline(ename)
if ename == 'DecryptByTag':
return self.catchDecryptByTag(*args[1:])
if ename == 'EncryptFilter':
return self.catchEncryptFilter(*args[1:])
if ename == 'Filter':
return self.catchFilter(*args[1:])
if False:
return
if ename == 'FileWrite':
#txt = '%s:%x:%x' % (args[1], args[2], args[3])
#txt = txt.ljust(40)
#self.writeline(txt, row = 3)
return
if ename == 'Cycle' or ename == 'DumpCycle':
return
if ename == 'DataOut':
ch = '#'
vp = '#'.rjust(self.smsgcnt % 40)
vp = vp.ljust(40)
vp = 'Local: [%s]' % vp
self.smsgcnt += 1
self.writeline(vp, row=1)
return
if ename == 'DataIn':
vp = '#'.rjust(self.smsgcnt % 40)
vp = vp.ljust(40)
vp = 'Server:[%s]' % vp
self.smsgcnt += 1
self.writeline(vp, row=2)
return
ignored = ('MessageOut', 'MessageIn')
if ename in ignored:
return
lpath = args[2]
txt = lpath.decode('utf8', 'ignore')
if len(txt) > 40:
txt = txt[-40:]
txt = 'File: [%s]' % (txt.ljust(40))
self.writeline(txt)
self.linecnt += 1
def catchDecryptByTag(self, tag):
# we need to search throuh our encryption filter
# and attempt to determine the plugin and options
# to pass for reversal of the encryption
return self.efilters.reverse(tag)
def catchEncryptFilter(self, lpath, node, isDir):
if self.efilters is not None:
# get the encryption information we need
einfo = self.efilters.check(lpath, node, isDir)
# build and name some important stuff for readability
etag = einfo[0]
plugid = einfo[1]
plugopts = einfo[2]
plugtag = '%s.%s' % (plugid, plugopts)
plug = getPM().getPluginInstance(plugid, plugtag, (
None,
plugopts,
))
else:
# this should rarely be used.. the caller will likely be providing
# the efilter object when calling this function, but it is here
# in the event that they do not..
etag = b''
plug = getPM().getPluginInstance('crypt.null', '', (c, []))
plugopts = (c, [])
return (etag, plug, plugopts)
def catchFilter(self, lpath, node, isDir):
if self.filter is None:
return True
result = self.filter.check(lpath, node, isDir)
if result:
self.acceptedCount += 1
else:
self.rejectedCount += 1
print('result', result)
return result
class Catcher:
def __init__(self, filterFile, efilterfile, defcryptstring):
# ensure default encryption filter object is created
self.efilters = EncryptionFilters(efilterfile, defcryptstring)
if filterFile is not None:
self.filter = Filter(filterFile)
else:
self.filter = None
self.writeCount = 0
self.startCount = 0
self.finishCount = 0
self.hashGoodCount = 0
self.hashBadCount = 0
self.dateReplyCount = 0
self.sizeReplyCount = 0
self.bytesWrote = 0
self.acceptedCount = 0
self.rejectedCount = 0
self.linecnt = 0
self.smsgcnt = 0
print('\n\n\n\n\n', end='\x1b[3A')
def writeline(self, txt, row = 0):
# write line and move back
if row > 0:
print('', end='\x1b[%sB' % row)
print(txt, end = '\x1b[1000D')
if row > 0:
print('', end='\x1b[%sA' % row)
def event(self, *args):
ename = args[0]
#self.writeline(ename)
if ename == 'DecryptByTag':
return self.catchDecryptByTag(*args[1:])
if ename == 'EncryptFilter':
return self.catchEncryptFilter(*args[1:])
if ename == 'Filter':
return self.catchFilter(*args[1:])
if False:
return
if ename == 'FileWrite':
#txt = '%s:%x:%x' % (args[1], args[2], args[3])
#txt = txt.ljust(40)
#self.writeline(txt, row = 3)
return
if ename == 'Cycle' or ename == 'DumpCycle':
return
if ename == 'DataOut':
ch = '#'
vp = '#'.rjust(self.smsgcnt % 40)
vp = vp.ljust(40)
vp = 'Local: [%s]' % vp
self.smsgcnt += 1
self.writeline(vp, row = 1)
return
if ename == 'DataIn':
vp = '#'.rjust(self.smsgcnt % 40)
vp = vp.ljust(40)
vp = 'Server:[%s]' % vp
self.smsgcnt += 1
self.writeline(vp, row = 2)
return
ignored = ('MessageOut', 'MessageIn')
if ename in ignored:
return
lpath = args[2]
txt = lpath.decode('utf8', 'ignore')
if len(txt) > 40:
txt = txt[-40:]
txt = 'File: [%s]' % (txt.ljust(40))
self.writeline(txt)
self.linecnt += 1
def catchDecryptByTag(self, tag):
# we need to search throuh our encryption filter
# and attempt to determine the plugin and options
# to pass for reversal of the encryption
return self.efilters.reverse(tag)
def catchEncryptFilter(self, lpath, node, isDir):
if self.efilters is not None:
# get the encryption information we need
einfo = self.efilters.check(lpath, node, isDir)
# build and name some important stuff for readability
etag = einfo[0]
plugid = einfo[1]
plugopts = einfo[2]
plugtag = '%s.%s' % (plugid, plugopts)
plug = getPM().getPluginInstance(plugid, plugtag, (None, plugopts,))
else:
# this should rarely be used.. the caller will likely be providing
# the efilter object when calling this function, but it is here
# in the event that they do not..
etag = b''
plug = getPM().getPluginInstance('crypt.null', '', (c, []))
plugopts = (c, [])
return (etag, plug, plugopts)
def catchFilter(self, lpath, node, isDir):
if self.filter is None:
return True
result = self.filter.check(lpath, node, isDir)
if result:
self.acceptedCount += 1
else:
self.rejectedCount += 1
print('result', result)
return result