Deep learning Type Inference for Dynamic Programming Languages
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This document summarizes existing deep learning approaches for type inference in dynamic programming languages and the presenter's current approach. Existing approaches like DeepTyper, NL2Type, TypeWriter, and LAMBDANET use neural networks and contextual information from code to infer types. The presenter is reimplementing TypeWriter with a new dataset and improved type extractor. Their approach aims to handle types outside the closed vocabulary and refine the search model through further experiments.
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Deep learning Type Inference for Dynamic Programming Languages
- 1. Deep Learning Type Inference for Dynamic Programming Languages Amir M. Mir PhD Student in Software Engineering Research Group [email protected] SERG Lunch April 22, 20201
- 2. Content ● Introduction ● Type annotations ● Existing Deep Learning-based approaches ● Major Research Problem ● Our current approach 2
- 3. Introduction Dynamic programming languages such as Python and JavaScript are extremely popular nowadays. 3
- 4. Introduction Dynamic languages enable fast prototyping. 4
- 5. Issues of Dynamic Languages ● Type errors ● Suboptimal IDE support ● Unexpected runtime behavior ● Difficult-to-understand APIs 5
- 6. Type Annotations ● Type hints for Python 3 (PEP 484, Sep. 2014) ● TypeScript with optional static types (Oct. 2012) 6
- 9. Type Annotations Issues ● Relies on developers ● Cumbersome and error-prone process ● Two main approaches for inferring types: ○ Static analysis tools ○ ML-based approaches 9
- 10. Static Type Checkers ● Mypy (mypy-lang.org/) ● Pyre (pyre-check.org/) ● Flow (flow.org/) 10
- 11. Existing Deep learning-based Approaches 11
- 12. Existing Deep learning-based Approaches ● DeepTyper (Vincent et al., 2018) ● NL2Type (Malik et al., 2019) ● TypeWriter (Pradel et al., 2020) ● LAMBDANET (Wel et al., 2020) 12
- 13. DeepTyper ● Inspired by part-of-speech (POS) tagging in NLP research ● The task is modelled as a sequence of annotations. ● Employs a Bi-directional Recurrent Neural Network (bi-RNN). ● Adds a consistency layer to the bi-RNN for considering multiple usage of a variable. 13
- 14. DeepTyper 14
- 15. NL2Type ● Considers natural language information embedded in code ○ Name of the function ○ Name of the formal parameters ○ Comment associated with the function ○ Comment associated with the parameters ○ Comment associated with return type of the function ● Learns two word embeddings for both comments and identifier names ● Adapts an RNN with long short-term memory (LSTM) 15
- 16. NL2Type 16
- 17. NL2Type 17
- 18. TypeWriter ● Considers four kinds of context information: ○ Identifiers names ○ Code occurrences ○ Function-level comments ○ Available type hints ● Similar to NL2Type, it trains two word embeddings ● Has three RNNs submodels: ○ Learning from identifiers ○ Learning from token sequences ○ Learning from comments ● Feedback-guided search for consistent types 18
- 19. TypeWriter Available type hints Identifiers Comments Code occurrences 19
- 20. TypeWriter 20
- 21. LAMBDANET ● Imposes hard constraints on types ● Contextual hints ● Type dependency graph, i.e. a set of predicates ● Uses a Graph Neural Network (GNNs) and proposes a pointer-like network for handling user-defined types 21
- 23. LAMBDANET Hyperedges in type dependency graph 23
- 24. Major Research Problem Closed type vocabulary, i.e. limited to 1000 types. 24
- 25. Out-of-Vocabulary Problem 25 DNN Model Unknown Return type Parameter type
- 26. Our Current Approach New dataset 26
- 27. Re-implementation of TypeWriter with new dataset 27 ~27% higher ~7% higher
- 28. Our Current Approach Improved available type extractor 28 [AbstactResolver, ClientConnectionError, ClientHttpProxyError, …] 1 1 0 0Python dataset Visible Type hints extractor Type mask vector● Lightweight static analysis with importlab and LibCST
- 29. Our Current Approach Future ● Refinements to the search part and/or the neural model ● Performing extensive experiments to show the effectiveness of the approach ● Writing a paper draft by the end of June. 29
- 30. Thank You! 30
- 31. References 1. Hellendoorn, V. J., Bird, C., Barr, E. T., & Allamanis, M. (2018, October). Deep learning type inference. In Proceedings of the 2018 26th acm joint meeting on european software engineering conference and symposium on the foundations of software engineering (pp. 152-162). 2. Malik, R. S., Patra, J., & Pradel, M. (2019, May). NL2Type: inferring JavaScript function types from natural language information. In 2019 IEEE/ACM 41st International Conference on Software Engineering (ICSE) (pp. 304-315). IEEE. 3. Pradel, M., Gousios, G., Liu, J., & Chandra, S. (2019). TypeWriter: Neural Type Prediction with Search-based Validation. arXiv preprint arXiv:1912.03768. 4. Wei, J., Goyal, M., Durrett, G., & Dillig, I. (2020). LambdaNet: Probabilistic Type Inference using Graph Neural Networks. ICLR 2020. 5. Gage, P. (1994). A new algorithm for data compression. C Users Journal, 12(2), 23-38. 6. Sennrich, R., Haddow, B., & Birch, A. (2015). Neural machine translation of rare words with subword units. arXiv preprint arXiv:1508.07909. 31