This repo provides the code to replicate the experiments in the paper
Xinyun Chen, Chang Liu, Richard Shin, Dawn Song, Mingcheng Chen, Latent Attention For If-Then Program Synthesis , in Proc. of NIPS 2016
Tensorflow version >= v0.7
We use the same crawler from Quirk et al. to crawl recipes from IFTTT.com.
Processed data can be found in here.
We additional provide a preprocessed dataset derived from Zapier recipes crawled using a crawler.
Processed data can be found under this folder.
The code includes the implementation of following models:
- BDLSTM+LA: in configs/model.jsonnet, set model/name to be "rnn", model/decoder to be "LA".
- BDLSTM+A: in configs/model.jsonnet, set model/name to be "rnn", model/decoder to be "attention".
- BDLSTM: in configs/model.jsonnet, set model/name to be "rnn", don't set model/decoder(delete this line or set it to "").
- Dict+LA: in configs/model.jsonnet, set model/name to be "Dict", model/decoder to be "LA".
- Dict+A: in configs/model.jsonnet, set model/name to be "Dict", model/decoder to be "attention".
- Dict: in configs/model.jsonnet, set model/name to be "Dict", don't set model/decoder(delete this line or set it to "").
In the following we list some important arguments in train.py
:
--dataset
: path to the preprocessed dataset.--load-model
: path to the pretrained model (optional).--config
: path to the file that stores the configuration of model architecture.--logdir
: path to the directory that stores the models (optional).--output
: name of the file that stores the prediction results (no need to specify the filename extension, the output is a pickle (.pkl) file).
python train.py --dataset dataset/IFTTT/msr_data.pkl --config configs/model.jsonnet --logdir model --output result
To ensemble results of several models:
python test_ensemble_probs.py --data dataset/IFTTT/msr_data.pkl --res result_0.pkl result_1.pkl ... result_N.pkl
If you use the code in this repo, please cite the following paper:
@inproceedings{chen2016latent,
title={Latent Attention For If-Then Program Synthesis},
author={Chen, Xinyun and Liu, Chang and Shin, Richard and Song, Dawn and Chen, Mingcheng},
booktitle={Proceedings of the 29th Advances in Neural Information Processing Systems},
year={2016}
}