def forwards(self, orm):
for asset in orm.Asset.objects.filter(slug=''):
other_assets = orm.Asset.objects.all()
len = 14
while True:
slug = passogva.generate_password(len, len)
len += 1
if not other_assets.filter(slug=slug).exists():
break
asset.slug = slug
asset.save()
def PerPassogva( self ):
BasedPassogva=passogva.generate_password( self.VDict['IntMin'], self.VDict['IntMax'] )[1].replace('-',' ')
if self.VDict['random']:
BasedPassogvaList=BasedPassogva.split( ' ' )
NewPassogvaNumVariant=str()
for ItemCount in range( 0 , len( BasedPassogvaList )-1 ):
NewPassogvaNumVariant += "%s%s" % ( BasedPassogvaList[ItemCount], self.GenerateRandomNumber() )
self.PassogvaStream=NewPassogvaNumVariant
else:
self.PassogvaStream=BasedPassogva
self.FilterNoSpace()
def generate_slug(self):
other_assets = Asset.objects.exclude(id=self.id) if self.pk else Asset.objects.all()
log.debug('Generating slug for %r', self)
slugstem = ''
if self.title:
slugstem = slugify(self.title)
if slugstem:
log.debug(' Generated slug stem from title')
if not slugstem and self.summary:
slugstem = slugify(truncatewords(self.summary, 10))
if slugstem:
log.debug(' Generated slug stem from summary')
if not slugstem and self.content:
slugstem = slugify(truncatewords(striptags(self.content), 10))
if slugstem:
log.debug(' Generated slug stem from content')
if slugstem:
log.debug(' Content yielded a slugstem of %r! Building slug from it', slugstem)
slug = slugstem
i = 1
while other_assets.filter(slug=slug).exists():
slug = '%s-%d' % (slugstem, i)
i += 1
else:
log.debug(' Asset has no content, so generating a random slug')
len = 14
while True:
slug, dashed_slug = passogva.generate_password(len, len)
len += 1
if not other_assets.filter(slug=slug).exists():
break
log.debug(' Generated slug %r', slug)
self.slug = slug
def RandomParamMaker( defaultMinArg=3 , defaultMaxArg=6 , MaxLengthDict=5 ,
MinDistancePair=3 , DefaultDecreaseMaxArgFactor=100 , DefaultMaxFactorReg=5 , MaxArgFactorInfl=10 ):
ParamDict=dict()
CountInnerLoop=0
CountPerInflation=0
if defaultMaxArg-defaultMinArg < MinDistancePair:
defaultMaxArg=defaultMaxArg+ MinDistancePair
SaveMaxArg=defaultMaxArg
SaveMinArg=defaultMinArg
while len( ParamDict.keys() ) <= MaxLengthDict:
TupleParam=passogva.generate_password( minlen=defaultMinArg, maxlen=defaultMaxArg )
ListParam=TupleParam[1].split('-')
for Item in ListParam:
if len( Item ) >= defaultMinArg:
StreamVariableReduc=str( uuid4() ).replace( '-', '' ) * 5
StartCopyPart=0
EndCopyPart=random.randint( 1, len( StreamVariableReduc )-1 )
ParamDict[Item]=StreamVariableReduc[StartCopyPart:EndCopyPart]
if CountInnerLoop >= DefaultDecreaseMaxArgFactor:
print "Present Pair Value <<%d, %d >> exceed DecreaseMaxArgFactor : %d \n\tCurrent DictKey:[ %s ]" % ( defaultMinArg , defaultMaxArg, DefaultDecreaseMaxArgFactor, ParamDict.keys() )
if defaultMinArg >= defaultMaxArg:
SaveMinArg+=1
SaveMaxArg+=1
defaultMinArg=SaveMinArg
defaultMaxArg=SaveMaxArg
defaultMinArg+=1
CountInnerLoop=0
CountPerInflation+=1
if CountPerInflation == DefaultMaxFactorReg:
DefaultDecreaseMaxArgFactor+=MaxArgFactorInfl
if ( ( defaultMinArg-(MaxArgFactorInfl / 2) ) > 0 ) and ( ( defaultMinArg-( MaxArgFactorInfl / 2 ) < defaultMaxArg ) ):
defaultMinArg=( defaultMinArg - ( MaxArgFactorInfl / 2 ) )
CountPerInflation=0
CountInnerLoop+=1
print "Returned Dict:[ %s ]" % ( ParamDict.keys() )
return ParamDict