return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(pracmln, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "pracmln")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
else:
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(cyberbrain, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d=list(map(lambda x: {y:str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d,"cyberbrain")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(autokeras, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "autokeras")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(searx, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "searx")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
else:
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(networkx, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d=list(map(lambda x: {y:str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d,"networkx")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(chardetails, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "chardetails")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(unicode, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "unicode")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
else:
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(ipython, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d=list(map(lambda x: {y:str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d,"ipython")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(webencodings, 7)
#print(d)
d=list(map(lambda x: {y:str(x[y]) for y in x.keys()}, d))
storeListV(d,"webencodings")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(cropyble, 7)
#print(d)
d=list(map(lambda x: {y:str(x[y]) for y in x.keys()}, d))
storeListV(d,"cropyble")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(uctools, 7)
#print(d)
d=list(map(lambda x: {y:str(x[y]) for y in x.keys()}, d))
storeListV(d,"uctools")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(pymongo, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "pymongo")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
else:
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(pylint, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d=list(map(lambda x: {y:str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d,"pylint")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(gensim, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "gensim")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(sklearn, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "sklearn")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(font_unicode, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "font_unicode")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# it must be integer.
s = readLikeHuman.Meta(int(d))
# read the first chart.
# char count per line.
s0 = s.Meta0()
k = metaWrapperII(s0, 1, 1)
# need less conflicts with different frequencies?
# deal with the hyperparameter?
# print(k)
# print(len(k))
# must check the length first!
if len(k)>1:
# better use a checker?
# first level abstraction is the best.
x = [k[0],k[-1]]
storeListV(x,d)
print("#"+str(d)+" succeed.")
else:
print("#"+str(d)+" script failed to parse.")
# what is fft? try it?
# print(x)
# use the final one?
# or use the first one?
# x0 = unpacker(x)
# print(x0)
# consider chained processor?
# need for unpacker here?
# get the highest abstraction right at the spot?
#s0v2=s.Meta0v2().tolist()
# no need to go this far.
# notice that this is the matrix.
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(supercsv, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "supercsv")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(numpy, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "numpy")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(fuzzywuzzy, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "fuzzywuzzy")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(pandas, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "pandas")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(uniprop, 7)
#print(d)
d=list(map(lambda x: {y:str(x[y]) for y in x.keys()}, d))
storeListV(d,"uniprop")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(unicategories, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "unicategories")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(fzu, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "fzu")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(pyro4, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "pyro4")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(video2chars, 7)
#print(d)
d=list(map(lambda x: {y:str(x[y]) for y in x.keys()}, d))
storeListV(d,"video2chars")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(sympy, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "sympy")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# print(buffer)
# for c in buffer[-1]:
c = buffer[-1]
for e in c.keys():
d.update(checkSingle(main_module, c[e], e))
buffer.append(d)
return recurCheck(main_module, max_depth - 1, buffer)
else:
return buffer
# print(c)
d = recurCheck(emoji_unicode, 7)
#print(d)
d = list(map(lambda x: {y: str(x[y]) for y in x.keys()}, d))
storeListV(d, "emoji_unicode")
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
# d=combine(a,b)
# d0=list(map(lambda x: (x,typecheck(x)),d))
# return d0
else:
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(torchvision, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d=list(map(lambda x: {y:str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d,"torchvision")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
return buff
if __name__ == "__main__":
# print(c)
d = recurCheck(torch, 5)
#print(d)
# suggest using other things?
# do not print info for it.
d = list(map(lambda x: {y: str(type(x[y])) for y in x.keys()}, d))
# do not visualize the shit.
# by the way , what the heck is the buffer?
# print(d)
# what the heck?
# just check it.
storeListV(d, "torch")
# for x in d.keys():
# print(str(d))
# print(x)
# print(d)
# result_buffer=d
# def combine(a,b):
# a0=checkSingle(a,b)
# a1=list(map(lambda x:".".join(a,x),a0))
# return a1
# def typecheck(a,b):
# d=type(eval(a) if type(a)== str else a)
# return d
# def typeBatch(a,b):
