Linked from

The 52 pages that link to Compiler, each with the reason it gives.

• Formal languageRelated: Compilers use formal language descriptions to recognize and process programming-language syntax.

• Instruction set architectureRelated: A compiler targets an ISA when producing executable instructions.

• Machine codeRelated: Compilers automated the production of machine code from higher-level programming languages.

• Computer programmingRelated: Compiled languages use this translation step before or during execution.

• Source codeRelated: It converts source code ahead of execution, commonly producing a standalone program.

• Programming languageRelated: Compiled languages commonly rely on compilers to translate programs before execution.

• Context-free grammarRelated: Compilers commonly use context-free grammars to describe and parse programming-language syntax.

• Abstract syntax treeRelated: Compilers use ASTs as an intermediate representation between parsing and later stages.

• Formal grammarRelated: Compiler front ends commonly use grammars to describe and parse source syntax.

• ParsingRelated: A compiler parses source syntax before analyzing meaning or generating output.

• Pushdown automatonRelated: Compiler syntax analysis commonly uses grammars with pushdown-automaton equivalents.

• Control flowRelated: Compilers analyze and transform execution paths while preserving program behavior.

• LinkerRelated: Compilers usually create the object files that a linker combines.

• Reduced instruction set computerRelated: Compilers often combine simple RISC instructions to implement higher-level operations.

• WebAssemblyRelated: Compilers commonly translate C, C++, and Rust into WebAssembly modules.

• CUDARelated: CUDA compilers translate device code into instructions the supported GPU can execute.

• String (computer science)Related: Compilers process source code as structured sequences of symbols.

• BytecodeRelated: A compiler commonly translates source code into bytecode before execution.

• Chomsky hierarchyRelated: Compiler syntax is commonly specified with context-free grammars and parsed with related methods.

• Integrated development environmentRelated: An IDE can invoke a compiler to turn edited source files into executable code.

• Backus–Naur formRelated: Compiler front ends commonly use grammars to define the source syntax they accept.

• Declarative programmingRelated: Compilers can translate declarative descriptions into lower-level operations that perform the requested work.

• ParserRelated: A compiler typically parses source code before analyzing or translating it.

• Calling conventionRelated: Compilers implement conventions when generating function calls and function entries.

• ExecutableRelated: Compilers commonly produce the object files from which executables are built.

• High-level programming languageRelated: Compilers commonly translate high-level programs into forms a processor can execute.

• Well-formed formulaRelated: Compilers reject source expressions that fail the language’s grammar.

• Computer programRelated: A compiler can transform a program before it runs.

• Low-level programming languageRelated: Compilers turn low-level source into instructions for a target processor.

• SoftwareRelated: Compilers turn software written in one language into instructions a processor can execute.

• Software portabilityRelated: Compiler behavior and target choices affect whether source builds across platforms.

• Object codeRelated: A compiler commonly produces object code from a high-level programming language.

• Computer science and engineeringRelated: Compilers bridge high-level software and the instructions a processor executes.

• History of softwareRelated: Compilers enabled programmers to work in higher-level languages while producing executable instructions.

• MetasyntaxRelated: Compiler construction uses grammar descriptions to define and recognize source-language structure.

• Niklaus WirthRelated: Wirth’s language work included influential contributions to compiler construction and education.