Unverified Publisher
Flags items published by entities that haven’t gone through the publisher verification process of the marketplace. Lack of verification may indicate higher risk, as the publisher’s identity and trustworthiness are unconfirmed.
Flags items published by entities that haven’t gone through the publisher verification process of the marketplace. Lack of verification may indicate higher risk, as the publisher’s identity and trustworthiness are unconfirmed.
Flags items that require one or more other extensions to be installed in order to function. While extension dependencies are a standard software practice, they result in additional extensions being present in the environment.
AI-powered analysis of the extension's source code for security insights and risk assessment.
This JavaScript code is the compiled and minified version of the Lodash library (v4.17.21) and several other smaller modules. Here is a summary of the primary functionalities and workings of each module:
1. Lodash (var x = ...):
x (an alias for _) that serves as the entry point to the Lodash library. It defines numerous functions attached to x.prototype and x itself, each handling a specific task like iterating over arrays, manipulating objects, checking data types, etc.2. he (var Vm = ...):
he object with functions for encoding, decoding, escaping, and unescaping HTML entities. It utilizes maps to represent entity names and their corresponding code points.3. htmlparser2 DOM Handler (var ko = ...):
DomHandler class that receives parsing events from a separate parser and builds a DOM tree based on these events. It uses classes like Document, Element, Text, and Comment to represent different node types.4. Entities (var Ip = ...):
htmlDecodeTree and xmlDecodeTree) to efficiently decode entities. It includes an EntityDecoder class responsible for processing input strings and emitting decoded code points.5. xmlchars (var bC = ...):
6. Stringifier (var CC = ...):
render function that traverses the DOM tree and generates a string representation based on node types and attributes. It handles different rendering modes for XML and HTML.7. dom-serializer (var yT = ...):
getText, textContent, innerText, getInnerHTML, and getOuterHTML that operate on DOM nodes and their children to extract the desired content.8. domutils (var IC = ...):
9. css-what (var Up = ...):
10. css-select (var Ak = ...):
compile function that takes a CSS selector and generates a function that tests a DOM element for matching the selector criteria. It utilizes helper functions for handling different selector types and their attributes.11. parse5 (var dg = ...):
12. Immer (var _Y = ...):
produce function that takes a draft state and a producer function, returning a new immutable state based on the producer's modifications to the draft. It utilizes Proxies and other techniques to enable efficient immutability.13. js-yaml (var M6 = ...):
SourceMapConsumer class for parsing YAML documents and a SourceMapGenerator for generating YAML output. It includes logic for handling different YAML data types, anchors, aliases, and directives.14. nanoid (var N6 = ...):
nanoid and customAlphabet functions for generating unique IDs using a configurable alphabet. It uses a URL-friendly character set and generates short, human-readable IDs.15. source-map (var g0 = ...):
16. uuid (var TL = ...):
17. string-width (var JI = ...):
sentences function that splits a string into sentences and calculates the visual width of each sentence by considering character types and widths.18. lru-cache (var c8 = ...):
LRUCache class that implements an LRU cache with options for configuring maximum size, time-to-live (TTL), and eviction behavior. It uses a linked list to track the order of access to cache entries.19. semver (var e9 = ...):
20. sanitize-html (var KI = ...):
sanitizeHtml that takes an HTML string and a configuration object, returning a sanitized HTML string. It utilizes an HTML parser to traverse the DOM tree and removes or escapes potentially dangerous elements and attributes based on the configuration.21. fast-deep-equal (var WI = ...):
deepEqual that compares two objects for deep equality by recursively comparing their properties and values. It utilizes various techniques to optimize the comparison process.22. srcset (var zP = ...):
srcset attributes used in responsive images.parseSrcset function that takes a srcset attribute string and returns an array of image descriptors. Each descriptor represents an image source and its associated width, density, or height descriptors.23. chalk (var M1 = ...):
chalk that returns an object with functions for applying colors and styles to strings. It uses ANSI escape codes to format console output.24. postcss-syntax (var _0 = ...):
parse function that takes a CSS string, a syntax object, and parsing options, returning an AST representing the parsed CSS. It uses the provided syntax object to handle parsing based on specific CSS syntax variations.25. postcss (var II = ...):
postcss function that creates a Processor object. The processor can be used to apply plugins to a CSS string, performing various transformations and manipulations.26. postcss-value-parser (var N1 = ...):
parse function that takes a CSS value string and parsing options, returning an AST representing the parsed value. It uses a tokenizer to break down the value into individual tokens and builds an AST based on the token sequence.27. postcss-selector-parser (var Up = ...):
28. talon-fmt (var Q9 = ...):
Formatter class that formats Talon code according to specific rules and a Parser class that parses Talon code into an AST. It utilizes regular expressions and parsing logic to handle Talon syntax.29. Cursorless Core (var Am = ...):
30. fast-glob (var Gv = ...):
31. VSCode Implementation (var Au = ...):
Overall: This code implements the Cursorless extension for VSCode, leveraging numerous third-party libraries for parsing, processing, and manipulating code. It provides a comprehensive framework for interacting with code through spoken form commands, leveraging sophisticated target identification and action execution logic.
API calls detected through static analysis of the source code. For more accurate insights, explore our sandbox dynamic analysis.
Any encoded/decoded secrets we managed to find in the source code, git repository, or related files
Known vulnerabilities and security issues detected in the extension's dependencies and code.
Any identifiers we detected that may indicate external communication from the item's code
Dependencies and third-party libraries used by the extension, including version information and license details.