cs224n_2019/Assignment_origin/Assignment 5/sanity_check.py

#!/usr/bin/env python3
# -*- coding: utf-8 -*-

"""
CS224N 2018-19: Homework 5
sanity_check.py: sanity checks for assignment 5
Usage:
    sanity_check.py 1e
    sanity_check.py 1f
    sanity_check.py 1g
    sanity_check.py 1h
    sanity_check.py 1i
    sanity_check.py 1j
    sanity_check.py 2a
    sanity_check.py 2b
    sanity_check.py 2c
    sanity_check.py 2d
"""
import json
import math
import pickle
import sys
import time

import numpy as np

from docopt import docopt
from typing import List, Tuple, Dict, Set, Union
from tqdm import tqdm
from utils import pad_sents_char, read_corpus, batch_iter
from vocab import Vocab, VocabEntry

from char_decoder import CharDecoder
from nmt_model import NMT
from highway import Highway
from cnn import CNN


import torch
import torch.nn as nn
import torch.nn.utils

#----------
# CONSTANTS
#----------
BATCH_SIZE = 5
EMBED_SIZE = 3
HIDDEN_SIZE = 3
DROPOUT_RATE = 0.0


class DummyVocab():
    def __init__(self):
        self.char2id = json.load(open('./sanity_check_en_es_data/char_vocab_sanity_check.json', 'r'))
        self.id2char = {id: char for char, id in self.char2id.items()}
        self.char_unk = self.char2id['<unk>']
        self.start_of_word = self.char2id["{"]
        self.end_of_word = self.char2id["}"]

def question_1e_sanity_check():
    """ Sanity check for words2charindices function. 
    """
    print ("-"*80)
    print("Running Sanity Check for Question 1e: words2charindices()")
    print ("-"*80)
    vocab = VocabEntry()

    print('Running test on small list of sentences')
    sentences = [["a", "b", "c?"], ["~d~", "c", "b", "a"]]
    small_ind = vocab.words2charindices(sentences)
    small_ind_gold = [[[1, 30, 2], [1, 31, 2], [1, 32, 70, 2]], [[1, 85, 33, 85, 2], [1, 32, 2], [1, 31, 2], [1, 30, 2]]]
    assert(small_ind == small_ind_gold), \
        "small test resulted in indices list {:}, expected {:}".format(small_ind, small_ind_gold)

    print('Running test on single sentence')
    sentence = ["right", "arcs", "only"]
    single_ind = vocab.words2charindices(sentence)
    single_ind_gold = [[[1, 47, 2], [1, 38, 2], [1, 36, 2], [1, 37, 2], [1, 49, 2]], [[1, 30, 2], [1, 47, 2], [1, 32, 2], [1, 48, 2]], [[1, 44, 2], [1, 43, 2], [1, 41, 2], [1, 54, 2]]]
    assert(single_ind == single_ind_gold), \
        "single sentence test resulted in indices list {:}, expected {:}".format(single_ind, single_ind_gold)

    print('Running test on large list of sentences')
    tgt_sents = [['<s>', "Let's", 'start', 'by', 'thinking', 'about', 'the', 'member', 'countries', 'of', 'the', 'OECD,', 'or', 'the', 'Organization', 'of', 'Economic', 'Cooperation', 'and', 'Development.', '</s>'], ['<s>', 'In', 'the', 'case', 'of', 'gun', 'control,', 'we', 'really', 'underestimated', 'our', 'opponents.', '</s>'], ['<s>', 'Let', 'me', 'share', 'with', 'those', 'of', 'you', 'here', 'in', 'the', 'first', 'row.', '</s>'], ['<s>', 'It', 'suggests', 'that', 'we', 'care', 'about', 'the', 'fight,', 'about', 'the', 'challenge.', '</s>'], ['<s>', 'A', 'lot', 'of', 'numbers', 'there.', 'A', 'lot', 'of', 'numbers.', '</s>']]
    tgt_ind = vocab.words2charindices(tgt_sents)
    tgt_ind_gold = pickle.load(open('./sanity_check_en_es_data/1e_tgt.pkl', 'rb'))
    assert(tgt_ind == tgt_ind_gold), "target vocab test resulted in indices list {:}, expected {:}".format(tgt_ind, tgt_ind_gold)

    print("All Sanity Checks Passed for Question 1e: words2charindices()!")
    print ("-"*80)



def question_1i_sanity_check(model):
    """ Sanity check for highway network 
    """
    print ("-"*80)
    print("Running Sanity Check for Question 1i: Padding")
    print ("-"*80)
    vocab = VocabEntry()

    print("Running test on a list of sentences")
    sentences = [['Human:', 'What', 'do', 'we', 'want?'], ['Computer:', 'Natural', 'language', 'processing!'], ['Human:', 'When', 'do', 'we', 'want', 'it?'], ['Computer:', 'When', 'do', 'we', 'want', 'what?']]
    word_ids = vocab.words2charindices(sentences)

    #padded_sentences = pad_sents_char(word_ids, 0)
    padded_sentences = vocab.to_input_tensor_char(sentences,model.device)
    gold_padded_sentences = torch.load('./sanity_check_en_es_data/gold_padded_sentences.pkl')

    #Test with batch size 4
    x = torch.rand(4,1,21)
    e_word = 19
    k=2
    max_word_len = 21
    cnn = CNN(1,e_word,k)#,max_word_len)
    cnn.forward(x)
    #Test with batch size 4

    #print(a.size())
    #print(padded_sentences.size())
    #assert padded_sentences.size() == a.size(), "to_input_tensor size incorrect! is incorrect: it should be:\n {} but is:\n{}".format(a.size(), padded_sentences.size())

    print("Sanity Check Passed for Question 1i: Padding!")
    print("-"*80)





def question_1h_sanity_check(model):
    """ Sanity check for highway network 
    """
    print ("-"*80)
    print("Running Sanity Check for Question 1h: Padding")
    print ("-"*80)
    vocab = VocabEntry()

    print("Running test on a list of sentences")
    sentences = [['Human:', 'What', 'do', 'we', 'want?'], ['Computer:', 'Natural', 'language', 'processing!'], ['Human:', 'When', 'do', 'we', 'want', 'it?'], ['Computer:', 'When', 'do', 'we', 'want', 'what?']]
    word_ids = vocab.words2charindices(sentences)

    #padded_sentences = pad_sents_char(word_ids, 0)
    padded_sentences = vocab.to_input_tensor_char(sentences,model.device)
    gold_padded_sentences = torch.load('./sanity_check_en_es_data/gold_padded_sentences.pkl')

    #Test with batch size 1
    x = torch.rand(1,1,21)
    hw = Highway(21,21,21,0.5)
    hw.forward(x)
    #Test with batch size 4


    print(a.size())
    print(padded_sentences.size())
    #assert padded_sentences.size() == a.size(), "to_input_tensor size incorrect! is incorrect: it should be:\n {} but is:\n{}".format(a.size(), padded_sentences.size())

    print("Sanity Check Passed for Question 1h: Padding!")
    print("-"*80)




def question_1g_sanity_check(model):
    """ Sanity check for pad_sents_char() function. 
    """
    print ("-"*80)
    print("Running Sanity Check for Question 1g: Padding")
    print ("-"*80)
    vocab = VocabEntry()

    print("Running test on a list of sentences")
    sentences = [['Human:', 'What', 'do', 'we', 'want?'], ['Computer:', 'Natural', 'language', 'processing!'], ['Human:', 'When', 'do', 'we', 'want', 'it?'], ['Computer:', 'When', 'do', 'we', 'want', 'what?']]
    word_ids = vocab.words2charindices(sentences)

    #padded_sentences = pad_sents_char(word_ids, 0)
    padded_sentences = vocab.to_input_tensor_char(sentences,model.device)
    gold_padded_sentences = torch.load('./sanity_check_en_es_data/gold_padded_sentences.pkl')

    a = torch.rand(6,4,21)
    print(a.size())
    print(padded_sentences.size())
    assert padded_sentences.size() == a.size(), "to_input_tensor size incorrect! is incorrect: it should be:\n {} but is:\n{}".format(a.size(), padded_sentences.size())

    print("Sanity Check Passed for Question 1g: Padding!")
    print("-"*80)




def question_1f_sanity_check():
    """ Sanity check for pad_sents_char() function. 
    """
    print ("-"*80)
    print("Running Sanity Check for Question 1f: Padding")
    print ("-"*80)
    vocab = VocabEntry()

    print("Running test on a list of sentences")
    sentences = [['Human:', 'What', 'do', 'we', 'want?'], ['Computer:', 'Natural', 'language', 'processing!'], ['Human:', 'When', 'do', 'we', 'want', 'it?'], ['Computer:', 'When', 'do', 'we', 'want', 'what?']]
    word_ids = vocab.words2charindices(sentences)

    padded_sentences = pad_sents_char(word_ids, 0)
    gold_padded_sentences = torch.load('./sanity_check_en_es_data/gold_padded_sentences.pkl')
    assert padded_sentences == gold_padded_sentences, "Sentence padding is incorrect: it should be:\n {} but is:\n{}".format(gold_padded_sentences, padded_sentences)

    print("Sanity Check Passed for Question 1f: Padding!")
    print("-"*80)


def question_1j_sanity_check(model):
	""" Sanity check for model_embeddings.py 
		basic shape check
	"""
	print ("-"*80)
	print("Running Sanity Check for Question 1j: Model Embedding")
	print ("-"*80)
	sentence_length = 10
	max_word_length = 21
	inpt = torch.zeros(sentence_length, BATCH_SIZE, max_word_length, dtype=torch.long)
	ME_source = model.model_embeddings_source
	output = ME_source.forward(inpt)
	output_expected_size = [sentence_length, BATCH_SIZE, EMBED_SIZE]
	assert(list(output.size()) == output_expected_size), "output shape is incorrect: it should be:\n {} but is:\n{}".format(output_expected_size, list(output.size()))
	print("Sanity Check Passed for Question 1j: Model Embedding!")
	print("-"*80)

def question_2a_sanity_check(decoder, char_vocab):
    """ Sanity check for CharDecoder.__init__()
        basic shape check
    """
    print ("-"*80)
    print("Running Sanity Check for Question 2a: CharDecoder.__init__()")
    print ("-"*80)
    assert(decoder.charDecoder.input_size == EMBED_SIZE), "Input dimension is incorrect:\n it should be {} but is: {}".format(EMBED_SIZE, decoder.charDecoder.input_size)
    assert(decoder.charDecoder.hidden_size == HIDDEN_SIZE), "Hidden dimension is incorrect:\n it should be {} but is: {}".format(HIDDEN_SIZE, decoder.charDecoder.hidden_size)
    assert(decoder.char_output_projection.in_features == HIDDEN_SIZE), "Input dimension is incorrect:\n it should be {} but is: {}".format(HIDDEN_SIZE, decoder.char_output_projection.in_features)
    assert(decoder.char_output_projection.out_features == len(char_vocab.char2id)), "Output dimension is incorrect:\n it should be {} but is: {}".format(len(char_vocab.char2id), decoder.char_output_projection.out_features)
    assert(decoder.decoderCharEmb.num_embeddings == len(char_vocab.char2id)), "Number of embeddings is incorrect:\n it should be {} but is: {}".format(len(char_vocab.char2id), decoder.decoderCharEmb.num_embeddings)
    assert(decoder.decoderCharEmb.embedding_dim == EMBED_SIZE), "Embedding dimension is incorrect:\n it should be {} but is: {}".format(EMBED_SIZE, decoder.decoderCharEmb.embedding_dim)
    print("Sanity Check Passed for Question 2a: CharDecoder.__init__()!")
    print("-"*80)

def question_2b_sanity_check(decoder, char_vocab):
    """ Sanity check for CharDecoder.forward()
        basic shape check
    """
    print ("-"*80)
    print("Running Sanity Check for Question 2b: CharDecoder.forward()")
    print ("-"*80)
    sequence_length = 4
    inpt = torch.zeros(sequence_length, BATCH_SIZE, dtype=torch.long)
    logits, (dec_hidden1, dec_hidden2) = decoder.forward(inpt)
    logits_expected_size = [sequence_length, BATCH_SIZE, len(char_vocab.char2id)]
    dec_hidden_expected_size = [1, BATCH_SIZE, HIDDEN_SIZE]
    assert(list(logits.size()) == logits_expected_size), "Logits shape is incorrect:\n it should be {} but is:\n{}".format(logits_expected_size, list(logits.size()))
    assert(list(dec_hidden1.size()) == dec_hidden_expected_size), "Decoder hidden state shape is incorrect:\n it should be {} but is: {}".format(dec_hidden_expected_size, list(dec_hidden1.size()))
    assert(list(dec_hidden2.size()) == dec_hidden_expected_size), "Decoder hidden state shape is incorrect:\n it should be {} but is: {}".format(dec_hidden_expected_size, list(dec_hidden2.size()))
    print("Sanity Check Passed for Question 2b: CharDecoder.forward()!")
    print("-"*80)

def question_2c_sanity_check(decoder):
    """ Sanity check for CharDecoder.train_forward()
        basic shape check
    """
    print ("-"*80)
    print("Running Sanity Check for Question 2c: CharDecoder.train_forward()")
    print ("-"*80)
    sequence_length = 4
    inpt = torch.zeros(sequence_length, BATCH_SIZE, dtype=torch.long)
    loss = decoder.train_forward(inpt)
    assert(list(loss.size()) == []), "Loss should be a scalar but its shape is: {}".format(list(loss.size()))
    print("Sanity Check Passed for Question 2c: CharDecoder.train_forward()!")
    print("-"*80)

def question_2d_sanity_check(decoder):
    """ Sanity check for CharDecoder.decode_greedy()
        basic shape check
    """
    print ("-"*80)
    print("Running Sanity Check for Question 2d: CharDecoder.decode_greedy()")
    print ("-"*80)
    sequence_length = 4
    inpt = torch.zeros(1, BATCH_SIZE, HIDDEN_SIZE, dtype=torch.float)
    initialStates = (inpt, inpt)
    device = decoder.char_output_projection.weight.device
    decodedWords = decoder.decode_greedy(initialStates, device)
    assert(len(decodedWords) == BATCH_SIZE), "Length of decodedWords should be {} but is: {}".format(BATCH_SIZE, len(decodedWords))
    print("Sanity Check Passed for Question 2d: CharDecoder.decode_greedy()!")
    print("-"*80)

def main():
    """ Main func.
    """
    args = docopt(__doc__)

    # Check Python & PyTorch Versions
    assert (sys.version_info >= (3, 5)), "Please update your installation of Python to version >= 3.5"
    assert(torch.__version__ == "1.0.0"), "Please update your installation of PyTorch. You have {} and you should have version 1.0.0".format(torch.__version__)

    # Seed the Random Number Generators
    seed = 1234
    torch.manual_seed(seed)
    torch.cuda.manual_seed(seed)
    np.random.seed(seed * 13 // 7)

    vocab = Vocab.load('./sanity_check_en_es_data/vocab_sanity_check.json') 

    # Create NMT Model
    model = NMT(
        embed_size=EMBED_SIZE,
        hidden_size=HIDDEN_SIZE,
        dropout_rate=DROPOUT_RATE,
        vocab=vocab)

    char_vocab = DummyVocab()

    # Initialize CharDecoder
    decoder = CharDecoder(
        hidden_size=HIDDEN_SIZE,
        char_embedding_size=EMBED_SIZE,
        target_vocab=char_vocab)

    if args['1e']:
        question_1e_sanity_check()
    elif args['1f']:
        question_1f_sanity_check()

    elif args['1g']:
        question_1g_sanity_check(model)


    elif args['1h']:
        question_1h_sanity_check(model)

    elif args['1i']:
        question_1i_sanity_check(model)


    elif args['1j']:
        question_1j_sanity_check(model)
    elif args['2a']:
        question_2a_sanity_check(decoder, char_vocab)
    elif args['2b']:
        question_2b_sanity_check(decoder, char_vocab)
    elif args['2c']:
        question_2c_sanity_check(decoder)
    elif args['2d']:
        question_2d_sanity_check(decoder)
    else:
        raise RuntimeError('invalid run mode')


if __name__ == '__main__':
    main()