def heap_peak(name):
if name in heapdict.keys():
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
return str(name.peek())
else:
return "There is no heap with desired name", 400
def heap_peak(name):
if name in heapdict.keys():
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
return str(name.peek())
else:
return "There is no heap with desired name", 400
def Testremove(self):
heap1 = BinHeap_Array()
heap1.insert(9)
heap1.insert(5)
heap1.insert(4)
heap1.insert(3)
heap1.insert(2)
self.assertEqual(heap1.remove(), 2)
self.assertEqual(heap1.remove(), 3)
self.assertEqual(heap1.remove(), 4)
def heap_get(name=None):
if name == None:
return "Please enter a name for the heap you want to inquiry!", 400
if name in heapdict.keys():
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
return "The size of the heap is " + str(name.size) + '\n' + "The heap is (in array format):" + ','.join(map(str,name._print()))
else:
return "There is no heap with desired name", 400
def heap_pop(name):
if name in heapdict.keys():
tmp = name
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
out = str(name.remove())
heapdict[tmp] = name._print()
return out
else:
return "There is no heap with desired name", 400
def heap_get(name=None):
if name == None:
return "Please enter a name for the heap you want to inquiry!", 400
if name in heapdict.keys():
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
return "The size of the heap is " + str(
name.size) + '\n' + "The heap is (in array format):" + ','.join(
map(str, name._print()))
else:
return "There is no heap with desired name", 400
def Testremove(self):
heap1 = BinHeap_Array()
heap1.insert(9)
heap1.insert(5)
heap1.insert(4)
heap1.insert(3)
heap1.insert(2)
self.assertEqual(heap1.remove(),2)
self.assertEqual(heap1.remove(),3)
self.assertEqual(heap1.remove(),4)
def heap_timearray():
# Request LENGTH
LENGTH = request.args.get('length', type=int)
if LENGTH == None or LENGTH <= 0:
return "Please enter a valid length!", 400
# Request SEED
SEED = request.args.get('seed', 100) # Use a default seed of 100
(insert_time, remove_time) = BinHeap_Array().rand(LENGTH, SEED)
return "The length is " + str(LENGTH) + ", and the seed is " + str(SEED) + '\n' \
"The insertion time is " + str(insert_time) + '\n' + "The popping time is " + str(remove_time) + '\n'
def heap_pop(name):
if name in heapdict.keys():
tmp = name
v = heapdict[name]
name = BinHeap_Array()
name.heapify(v)
out = str(name.remove())
heapdict[tmp] = name._print()
return out
else:
return "There is no heap with desired name", 400
def Testheapify(self):
heap1 = BinHeap_Array()
heap1.heapify([9])
self.assertEqual(heap1._print(),[9])
heap1.heapify([5,4,3,2])
self.assertEqual(heap1._print(),[2,3,4,9,5])
def Testinsert(self):
heap1 = BinHeap_Array()
heap1.insert(9)
self.assertEqual(heap1.peek(),9)
heap1.insert(5)
self.assertEqual(heap1.peek(),5)
heap1.insert(4)
self.assertEqual(heap1.peek(),4)
heap1.insert(6)
self.assertEqual(heap1.peek(),4)
def Testheapify(self):
heap1 = BinHeap_Array()
heap1.heapify([9])
self.assertEqual(heap1._print(), [9])
heap1.heapify([5, 4, 3, 2])
self.assertEqual(heap1._print(), [2, 3, 4, 9, 5])
def Testinsert(self):
heap1 = BinHeap_Array()
heap1.insert(9)
self.assertEqual(heap1.peek(), 9)
heap1.insert(5)
self.assertEqual(heap1.peek(), 5)
heap1.insert(4)
self.assertEqual(heap1.peek(), 4)
heap1.insert(6)
self.assertEqual(heap1.peek(), 4)
