def cvt_cam_res(self, data):
dis = ms.distributeString(data, ':')
dtype, shape, data = dis
shape = shape[1:-1]
disshape = ms.distributeString(shape, ',')
data = data.encode()
data = fernet.decrypt(data)
if (disshape == []):
shape = shape[:-1]
shape = int(shape)
shape = (shape, )
else:
df = []
for i in disshape:
df.append(int(i))
df = tuple(df)
shape = df
data = np.frombuffer(data, dtype)
data.shape = shape
return data
def insertInAlfa(self, word, identity):
tableName = word[0]
cols = self.getColName(tableName)
data = self.selectAllData(tableName)
dic = {}
if data == None:
newIdentity = ms.mergeString(identity, '/')
sqlFormula = 'insert into ' + tableName + ' values("' + word + '","' + newIdentity + '")'
self.mycursor.execute(sqlFormula)
else:
d1 = []
for i in data:
dic.__setitem__(i[0].lower(), i[1].lower())
d1.append(i[0].lower())
if (ms.inEqual(word, d1)):
ident = dic[word]
dis = ms.distributeString(ident, '/')
nident = ms.sortOut(dis, identity)
newmid = ms.mergeString(nident, '/')
self.updateParticularData(tableName, cols[0], cols[1], word,
newmid)
else:
newIdentity = ms.mergeString(identity, '/')
sqlFormula = 'insert into ' + tableName + ' values("' + word + '","' + newIdentity + '")'
self.mycursor.execute(sqlFormula)
def makeMulArrayPair(arrays):
temp = []
for i in arrays:
te = []
for j in i:
d = ms.replaceBy_String(j, ' ', '_')
te.append(d)
temp.append(te)
arrays = temp
arr = []
first = arrays[0]
for i in range(1, len(arrays)):
second = arrays[i]
first = makeArrayPair(first, second)
temp = []
for i in first:
t2 = []
d = ms.distributeString(i, ' ')
for i in d:
t = ms.replaceBy_String(i, '_', ' ')
t2.append(t)
temp.append(t2)
return temp
def strToShape(shape):
shape = str(shape)
shape = ms.distributeString(shape, ',')
if (len(shape) == 2):
if shape[1] == ')':
first = shape[0]
first = int(first[1:])
shape = (first, )
else:
first = shape[0]
second = shape[1]
first = int(first[1:])
second = int(second[:-1])
shape = (first, second)
else:
first = 0
last = 0
middle = []
first = int(shape[0][1:])
last = int(shape[-1][:-1])
for i in range(1, len(shape) - 1):
s = shape[i]
middle.append(int(s[1:]))
tf = []
tf.append(first)
for i in middle:
tf.append(i)
tf.append(last)
shape = tuple(tf)
return shape
def response(self, data):
index = data.index(':')
rdata = data[:index]
key = ''
data = data[index + 1:]
dis = ms.distributeString(data, ',')
if (rdata == 'move'):
x, y = float(dis[0]), float(dis[1])
self.move(x, y)
elif (rdata == 'click'):
b = dis[0]
if dis[1] == 'True':
pr = True
else:
pr = False
b = kkey.get_def_button(b)
if (pr):
self.press(b)
else:
self.release(b)
elif (rdata == 'scroll'):
x, dy = int(dis[0]), int(dis[1])
self.scroll(x, dy)
def restoreBias(data):
data=ms.trimString(data,' ')
data=ms.distributeString(data[1:-1],'\n')
for i in range(len(data)):
data[i]=ms.trimString(data[i],' ')
data[i]=ms.distributeString(data[i][1:-1],', ')
temp=[]
for k in data[i]:
temp.append(float(k))
data[i]=temp
return data
def get_all_mid_text(data, start, end):
ddata = ms.distributeString(data, start)
tdata = []
ddata = ddata[1:]
for i in ddata:
data = ms.get_lhs_data(i, end)
data = ms.trimString(data, ' ')
tdata.append(data)
return tdata
def restoreWeight(data):
data=ms.trimString(data,' ')
data=ms.distributeString(data[1:-1],'], [')
for i in range(len(data)):
data[i]=ms.trimString(data[i],' ')
data[i]=ms.removeAllSpaces(data[i],'[')
data[i]=ms.removeAllSpaces(data[i],']')
data[i]=ms.distributeString(data[i],', ')
temp=[]
for k in data[i]:
temp.append(float(k))
data[i]=temp
return data
def deAssValue(data,dicts=False,start='~!@#$%$^&',end='@#%12#$@'):
if(data!='< >'):
dis=ms.distributeString(data,start)
info=dis[0][1:]
types=[]
values=[]
for i in range(1,len(dis)-1):
d=dis[i]
dd=ms.distributeString(d,end)
types.append(dd[0])
values.append(dd[1])
if not dicts:
return [info,types,values]
else:
dicts=ad.cvtArr2Dict(types,values)
return [info,dicts]
def getWordPos(sentence, agentWord):
dis = ms.distributeString(sentence, ' ')
array = []
for i in range(0, len(dis)):
if (ms.equalWord(dis[i], agentWord)):
array.append(i)
if (len(array) == 0):
return None
else:
return array
def slashMakerDataIdentity(data, identity):
if (data is None):
merge = ms.mergeString(identity, '/')
return merge
elif (len(data) == 0):
merge = ms.mergeString(identity, '/')
return merge
else:
dis = ms.distributeString(data, '/')
sort = ms.sortOut(dis, identity)
mergeData = ms.mergeString(sort, '/')
return mergeData
def breakDownData(data,limit=30,breakBy='\n',distBy=' '):
data=ms.distributeString(data,distBy)
tdata=[]
for i in data:
if(len(i)>limit):
fd=breakDownWord(i,limit,breakBy)+breakBy+' '
tdata.append(fd)
else:
tdata.append(i+' ')
tdata=ms.mergeInString(tdata,'')
return tdata
def dAssembler(self,data):
msg=fernet.decrypt(data)
msg=msg.decode()
data=ms.get_rhs_data(msg,'##->')
atype=ms.get_lhs_data(msg,'##->')
atype=atype[4:]
atype=ms.distributeString(atype,'@@##')
data=data.encode()
data=fernet.decrypt(data)
data=data.decode()
return atype+[data]
def slashAddData(data1, data2):
if (data1 is None or len(data1) == 0):
merge = ms.mergeString(identity, '/')
return merge
else:
dis = ms.distributeString(data1, '/')
newAr = dis + [data2]
xyset = set(newAr)
newAr = []
for i in xyset:
newAr.append(i)
mer = ms.mergeString(newAr, '/')
return mer
def remodifyData(data,types,shape):
data=decb(bytes(data,'utf-8'))
if(data=='_None'):
return None
else:
#data=bytes(data,'utf-8')
shape=ms.distributeString(shape,',')
if(len(shape)==2):
if shape[1]==')':
first=shape[0]
first=int(first[1:])
shape=(first,)
else:
first=shape[0]
second=shape[1]
first=int(first[1:])
second=int(second[:-1])
shape=(first,second)
else:
first=0
last=0
middle=[]
first=int(shape[0][1:])
last=int(shape[-1][:-1])
for i in range(1,len(shape)-1):
s=shape[i]
middle.append(int(s[1:]))
tf=[]
tf.append(first)
for i in middle:
tf.append(i)
tf.append(last)
shape=tuple(tf)
data=np.frombuffer(data,types)
data.shape=shape
return data
def mergeInsideLeftString(string, pos, agent):
length = len(string)
sen = ''
for i in range(0, length):
if (i == pos):
sen = string[i - 1] + '_' + string[i]
pre = string[0:pos - 1]
mergePre = ms.mergeInString(pre, ' ')
post = string[pos + 1:]
mergePost = ms.mergeInString(post, ' ')
newString = mergePre + ' ' + sen + ' ' + mergePost
dis = ms.trimString(newString, ' ')
dis = ms.distributeString(dis, ' ')
return dis
def nameFormation(sentence):
dis = ms.distributeString(sentence)
upper = string.ascii_uppercase
na = []
sen = ''
for i in range(0, len(dis) - 1):
first = False
second = False
if (dis[i][0] in upper):
first = True
if (dis[i + 1][0] in upper):
second = True
if (first and second):
sen = sen + dis[i] + '__?'
else:
sen = sen + dis[i] + ' '
sen = sen + dis[len(dis) - 1]
return sen
def trimDisString(data, start, midd, last):
data = data[start:-last]
data = ms.distributeString(data, midd)
return data
def replaceBy_String(string, word, agent='_'):
dis = ms.distributeString(string, word)
data = ms.mergeInString(dis, agent)
return data
