def parseTwoBinaryTree(file):
from DataStructure.Utils import arrayToBinaryTree
for line in file:
t1S, t2S = line.rstrip('\n').split('}, {')
t1S = t1S[1:]
t1NodeArray = t1S.split(',')
if t1NodeArray[0] == '':
t1NodeArray = []
t1 = arrayToBinaryTree(t1NodeArray)
t2S = t2S[:-1]
t2NodeArray = t2S.split(',')
if t2NodeArray[0] == '':
t2NodeArray = []
t2 = arrayToBinaryTree(t2NodeArray)
yield t1, t2
def parseBinaryTree(file):
from DataStructure.Utils import arrayToBinaryTree
for line in file:
line = line.strip('{}\n')
nodeArray = line.split(',')
if nodeArray[0] == '':
nodeArray = []
root = arrayToBinaryTree(nodeArray)
yield root,
def parseBinaryTreeAndInt(file):
from DataStructure.Utils import arrayToBinaryTree
for line in file:
arrayString, iString = line.split('}, ')
i = int(iString.rstrip('\n'))
array = arrayString.lstrip('{').split(',')
if array[0] == '':
array = []
root = arrayToBinaryTree(array)
yield root, i
def parseBinaryTreeArray(file):
from DataStructure.Utils import arrayToBinaryTree
for line in file:
line = line.strip('[{}]\n')
array = []
if line != '':
bStringArray = line.split('},{')
for s in bStringArray:
a = []
if s != '':
a = s.split(',')
array.append(arrayToBinaryTree(a))
yield array,
