This Node.js module exports a function enumWindows that enumerates the titles of visible windows on the system, filters out certain programs, and returns an array of window titles. The function uses Foreign Function Interface (FFI) bindings to a dynamic library sog to interact with the system's window management API.
The code defines a function signature using the define function and uses the resulting object to call functions and verify their correctness. It includes the sum and atoi functions, which are called with test arguments and validated against expected results using the equal function.
This Node.js module exports a moveMouse function that moves the mouse cursor to a specified position (x, y) by interacting with a dynamic library file. The module determines the platform-specific path to the dynamic library file and loads a SetMousePosition function from it, which is then called with the provided coordinates.
The testEdge function loads a dynamic library (005.dll) using node-api-dotnet and creates an instance of the Rosetta.Euler class from it, then calls its Main method. The function is exported as a module, making it available for use in other parts of the application.
The moveMouse function moves the mouse cursor to the specified coordinates (x, y) asynchronously, returning a promise that resolves when the move is complete. It requires an importer object and the mouse control c module, and is exported as a module.
The getParameters function is an asynchronous function that extracts data from a provided C++ code string using the select function from the antlr tree package. It imports the select function using an importer object and returns the extracted data, which is then exported as a module.
The getExports function extracts function definitions from C++ code by parsing the input code and returning an array of function definitions as strings. It uses the select function from the antlr and tree modules to implement this functionality.
The getTypes function is an asynchronous function that retrieves function types from a given C++ code snippet, optionally specifying a function name to retrieve the type for. It uses an XPath expression to parse the code and extract the function types, and is exported as a module for use in other parts of the application.
The typeToDataType function takes in parameters returnLength, returnType, and dataType and returns an object compatible with the ffi-rs library, handling different data types through switch statements.
The code imports required modules and defines constants, then uses the buildDylib function to compile a dynamic library, extract environment variables, and recompile if necessary, assuming the library is written in C, C++, or Objective-C.
Or in two sentences:
The code imports necessary modules and defines constants for a build process. The buildDylib function compiles a dynamic library, extracts environment variables, and recompiles if necessary, assuming the library is written in C, C++, or Objective-C.