Huggingface

Models by this creator

✅

Total Score

64

CodeBERTa-small-v1

huggingface

CodeBERTa-small-v1 is a RoBERTa-like model trained on the CodeSearchNet dataset from GitHub. The model supports 6 programming languages: Go, Java, JavaScript, PHP, Python, and Ruby. It uses a Byte-level BPE tokenizer trained on the corpus, which results in 33%-50% shorter sequences compared to models like GPT-2 or RoBERTa trained on natural language. The small model has 6 layers, 84M parameters, and is initialized and trained from scratch on the full 2M function corpus for 5 epochs. Similar AI models include BERT multilingual base model (uncased), BERT base model (uncased), BERT large model (uncased), and RoBERTa large model. These models are also trained on large corpora of text, but target natural language rather than programming code. Model inputs and outputs Inputs Text containing programming code in one of the 6 supported languages (Go, Java, JavaScript, PHP, Python, Ruby) Outputs Predicted missing token(s) in the input text, given a masked language modeling task Representations of the input code that can be used for downstream tasks like code search or classification Capabilities CodeBERTa-small-v1 is able to understand and complete simple programming code snippets in the 6 supported languages. For example, it can predict the missing function keyword in a PHP code snippet. The model also exhibits some metalearning capabilities, being able to complete a Python code snippet that defines the pipeline function from the Transformers library. What can I use it for? The CodeBERTa-small-v1 model can be used for a variety of tasks related to programming code understanding and generation, such as: Code completion**: Suggesting the most likely tokens to complete a partially written code snippet. Code search**: Finding relevant code examples by encoding code into semantic representations. Code classification**: Assigning tags or labels to code based on its content and functionality. The model is particularly well-suited for applications that involve processing and understanding large codebases, such as code recommendation systems, automated code review tools, or code-related question answering. Things to try One interesting aspect of CodeBERTa-small-v1 is its ability to handle both code and natural language. You can experiment with using the model to fill in missing words in a mix of code and text, or to generate text that seamlessly incorporates code snippets. This could be useful for tasks like writing programming-related documentation or tutorials. Another thing to try is fine-tuning the model on a specific programming language or task, to see if you can improve its performance compared to the out-of-the-box capabilities. The small size of the model also makes it a good candidate for deploying on resource-constrained environments like edge devices.

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Updated 5/28/2024

Text-to-Text

📉

Total Score

50

CodeBERTa-language-id

huggingface

CodeBERTa-language-id is a programming language detection model built by fine-tuning CodeBERTa-small-v1 developed by huggingface. The model identifies code snippets written in Go, Java, JavaScript, PHP, Python, and Ruby with high accuracy and F1 scores above 0.999. Model Inputs and Outputs The model processes code snippets of any length and determines their programming language with confidence scores. It handles both complete functions and short code fragments through a sequence classification approach. Inputs Code snippets in plain text format Source code fragments of any length Syntax elements and language constructs Outputs Programming language prediction Confidence score for the prediction Classification between 6 supported languages Capabilities The sequence classifier excels at identifying unique language syntax patterns. It recognizes language-specific operators like Go's := assignment and distinguishes between similar constructs across languages, such as variable assignments in Python versus JavaScript. What can I use it for? This model enables automated code organization, repository analysis, and syntax highlighting in development tools. It can power code search engines, language-specific linters, and IDE plugins. The high accuracy makes it suitable for production systems requiring reliable language detection. Things to try Test the model's understanding of syntax edge cases by providing similar code constructs across languages. For example, try basic variable assignments that are valid in multiple languages or explore how string modifiers like Python's u'' affect classification. Experiment with minimal code fragments to discover which tokens are strong language indicators.

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Updated 12/8/2024

Text-to-Text