def getTopTenGain(self):
print("------Top ten gainers in the last 7 days(%):------")
c = BinarySearchTree.DSABinarySearchTree()
for i in range(self.vertices.getLength()):
c.insert(
self.vertices.getNthNode(i).sevenDay,
self.vertices.getNthNode(i).label)
for i in range(10):
c.max()
print("------Top ten gainers in the last 7 days(%):------")
print("--------------------------------------------------")
def getTopTenPrice(self):
print("--------------------------------------------------")
print("-----------Top ten assets for price($):-----------")
a = BinarySearchTree.DSABinarySearchTree()
for i in range(self.vertices.getLength()):
a.insert(
self.vertices.getNthNode(i).price,
self.vertices.getNthNode(i).label)
for i in range(10):
a.max()
print("-----------Top ten assets for price($):-----------")
def getTopTenVolume(self):
print("--------------------------------------------------")
print("----Top ten assets for volume in last 24hr($):----")
b = BinarySearchTree.DSABinarySearchTree()
for i in range(self.vertices.getLength()):
b.insert(
self.vertices.getNthNode(i).volume,
self.vertices.getNthNode(i).label)
for i in range(10):
b.max()
print("----Top ten assets for volume in last 24hr($):----")
print("--------------------------------------------------")
def main():
NUMTESTS = 3
test = [False] * NUMTESTS
p = None
try:
p = BinarySearchTree.DSABinarySearchTree()
print('\033[92m' "BST successfully created!" '\033[0m')
test[0] = True
except:
print("Failed")
try:
p.insert("Alex", 5)
p.insert("Daniel", 8)
p.insert("Geoff", 4)
p.insert("Fred", 6)
p.insert("George", 9)
print('\033[92m' "Data successfully inserted!" '\033[0m')
test[1] = True
except:
print("Failed")
try:
old_stdout = sys.stdout
new_stdout = io.StringIO()
sys.stdout = new_stdout
p.max()
val = new_stdout.getvalue()
sys.stdout = old_stdout
if val == "9 = George":
print("Error")
print('\033[92m' "Max successfully found!" '\033[0m')
test[2] = True
except:
print("Failed")
count = 0
for i in range(NUMTESTS):
if test[i] == True:
print("Test", i, "passed!")
count += 1
print('\033[93m'
"Result for binarySearchTree.py =", (count / NUMTESTS) * 100, "%"
'\033[0m')
