from vector import Vector
if __name__ == '__main__':
myVector = Vector()
myVector.add('numberOne')
assert myVector.size() == 1
assert myVector.capacity() == 20
myVector = Vector()
myVector.add('numberOne')
myVector.add('numberTwo')
assert myVector.size() == 2
assert myVector.capacity() == 20
myVector = Vector()
myVector.add('numberOne')
assert myVector.pop() == 'numberOne'
assert myVector.size() == 0
assert myVector.capacity() == 20
myVector = Vector()
myVector.add('numberOne')
myVector.add('numberTwo')
assert myVector.pop() == 'numberTwo'
assert myVector.pop() == 'numberOne'
assert myVector.size() == 0
assert myVector.capacity() == 20
myVector = Vector()
myVector.insert(0, 'Hello')
# test if vector.py is callable externally and if it works well
import sys, os
if os.getcwd() not in sys.path:
sys.path.append(os.getcwd())
from vector import Vector
# run-time loopy
instr = 1
while instr > 0:
instr = int(input('(0)EXIT\n(1)INSERT\n(2)ADD\n(3)GET\n(4)REMOVE\n(5)POP\n(6)SIZE\n(7)CAPACITY\n'))
if instr == 1:
ind = int(input('Index?\n'))
val = input('Value?\n')
print (Vector.insert(ind, val))
elif instr == 2:
val = input ('Value?\n')
print (Vector.add(val))
elif instr == 3:
ind = int(input('Index?\n'))
print (Vector.get(ind))
elif instr == 4:
ind = int(input('Index?\n'))
print (Vector.remove(ind))
elif instr == 5:
print (Vector.pop())
elif instr == 6:
print (Vector.size())
elif instr == 7:
print (Vector.capacity())