import py2asm as asm

with asm.Program(model="small", stack=0x100): # model and stack values are optional
    # Rest of the program goes here
    pass

import py2asm as asm

with asm.Program():
    with asm.LabeledBlock('LABEL_NAME'):
        # Some Code
        pass

import py2asm as asm

with asm.Program():
    # exp could be any Jump Type (available at asm.JumpTypes)
    # or it could be any conditional expression (<, >, ==, <=, >=)
    # see also: examples/whileloop.py 
    with asm.While(exp):
        # Some Code
        pass

import py2asm as asm

with asm.Program():
    # exp could be any Jump Type (available at asm.JumpTypes)
    # or it could be any conditional expression (<, >, ==, <=, >=)
    # see also: examples/whileloop.py 
    with asm.DoWhile(exp):
        # Some Code
        pass

import py2asm as asm

with asm.Program():
    # Automatically adds RET at the end
    with asm.Procedure('PROC_NAME'):
        # Some Code
        pass

import py2asm as asm

with asm.Program():
    asm.InputChar(echo=True) # can be false

import py2asm as asm

with asm.Program():
    msg = asm.Variable('msg', asm.VariableType.BYTE, "Hello World!$")
    asm.PrintStr(msg)

import py2asm as asm

with asm.Program():
    asm.PrintChar('C')

import py2asm as asm

with asm.Program():
    asm.PrintNumChar(7)

import py2asm as asm

with asm.Program():
    asm.PrintNum(1234)

import py2asm as asm

with asm.Program():
    asm.PrintStrBuiltin("Hello World!$")

import py2asm as asm

with asm.Program():
    asm.Raw(
        'MOV AH, 10', # Instruction provided in string
        asm.Mov(asm.Register.AH, 10), # Using py2asm instructions
    )

import py2asm as asm

with asm.Program():
    x = asm.Variable('x', asm.VariableType.WORD, 10)
    y = asm.Variable('y', asm.VariableType.WORD, 20)
    
    # equivalent to ((y / 2) - 4) * y 
    y.div(2).sub(4).mul(y)

import py2asm as asm

with asm.Program():
    x = asm.Variable('x', asm.VariableType.WORD, 10)
    y = asm.Variable('y', asm.VariableType.WORD, 20)
    
    # equivalent to (x * 5) + (y * 6) 
    x.mul(5).add(y.mul(6)) # this will nt work

    (x * 5) + (y * 6) # this will also not work

import py2asm as asm

with asm.Program():
    x = asm.Variable('x', asm.VariableType.WORD, 10)
    y = asm.Variable('y', asm.VariableType.WORD, 20)

    (x * 5).mov(asm.Register.CX) # saved the result to CX so that
                                      # further calculation won;t change value of AX
    x <<= (y * 6) + asm.Register.CX
    # <<= is used to store result of expression in x variable again
    # ie MOV x, AX
    asm.PrintNum(x)