Share to: share facebook share twitter share wa share telegram print page

Compiler directives

  • From the plural form: This is a redirect from a plural noun to its singular form.
    • This redirect link is used for convenience; it is often preferable to add the plural directly after the link (for example, [[link]]s). However, do not replace these redirected links with a simpler link unless the page is updated for another reason (see WP:NOTBROKEN).
    • Use this rcat to tag only mainspace redirects; when plural forms are found in other namespaces, use {{R from modification}} instead.

Information related to Compiler directives

Compiler, Compiler-compiler, Optimizing compiler, Cross compiler, Norcroft C compiler, History of compiler construction, Bootstrapping (compilers), List of compilers, GNU Compiler for Java, Compiler (manga), GNU Compiler Collection, Roslyn (compiler), Nvidia CUDA Compiler, LCC (compiler), Glasgow Haskell Compiler, ROSE (compiler framework), Intel C++ Compiler, Compile time, Multi-pass compiler, Amsterdam Compiler Kit, Phalanger (compiler), Self-hosting (compilers), Compiler correctness, The Republican Compiler, Portable C Compiler, One-pass compiler, Compilers: Principles, Techniques, and Tools, TenDRA Compiler, Python compiler, Shc (shell script compiler), Compiled language, Silicon compiler, Ark Compiler, Compile-time function execution, Java compiler, Compile and go system, The Compiler, Incremental compiler, Tiny C Compiler, PQCC, Compile (company)

Google Closure Tools, Ahead-of-time compilation, Just-in-time compilation, Intel Fortran Compiler, Watcom C/C++, The Portland Group, Bartok (compiler), JAL (compiler), Source-to-source compiler, The Design of an Optimizing Compiler, Stalin (Scheme implementation), Small Device C Compiler, Code generation (compiler), Harmony Compiler, Principles of Compiler Design, Compiler Description Language, Roger Squires, Regulus Grammar Compiler, Odds compiler, Dynamic compilation, PeachPie, Compiler Optimization Techniques (album), Pugs (compiler), AMD Optimizing C/C++ Compiler, Compile farm, Chicken (Scheme implementation), Retargeting, Oracle Developer Studio, PACT (compiler), Yacc, Directive (programming), Microsoft Phoenix, Intrinsic function, GraalVM, Bytecode, Clang, PathScale, Backdoor (computing), Tracing just-in-time compilation, Antony Lewis, John Galbraith Graham, JavaCC, Compilation error, Free Pascal, Yhc, Common Compiler Feedback Format, Margaret Irvine, Programming Language Design and Implementation (conference), Absoft, PowerBASIC

Compiler, Compiler-compiler, Optimizing compiler, Cross compiler, Norcroft C compiler, History of compiler construction, Bootstrapping (compilers), List of compilers, GNU Compiler for Java, Compiler (manga), GNU Compiler Collection, Roslyn (compiler), Nvidia CUDA Compiler, LCC (compiler), Glasgow Haskell Compiler, ROSE (compiler framework), Intel C++ Compiler, Compile time, Multi-pass compiler, Amsterdam Compiler Kit, Phalanger (compiler), Self-hosting (compilers), Compiler correctness, The Republican Compiler, Portable C Compiler, One-pass compiler, Compilers: Principles, Techniques, and Tools, TenDRA Compiler, Python compiler, Shc (shell script compiler), Compiled language, Silicon compiler, Ark Compiler, Compile-time function execution, Java compiler, Compile and go system, The Compiler, Incremental compiler, Tiny C Compiler, PQCC, Compile (company), Google Closure Tools, Ahead-of-time compilation, Just-in-time compilation, Intel Fortran Compiler, Watcom C/C++, The Portland Group, Bartok (compiler), JAL (compiler), Source-to-source compiler, The Design of an Optimizing Compiler, Stalin (Scheme implementation), Small Device C Compiler, Code generation (compiler), Harmony Compiler, Principles of Compiler Design, Compiler Description Language, Roger Squires, Regulus Grammar Compiler, Odds compiler, Dynamic compilation, PeachPie, Compiler Optimization Techniques (album), Pugs (compiler), AMD Optimizing C/C++ Compiler, Compile farm, Chicken (Scheme implementation), Retargeting, Oracle Developer Studio, PACT (compiler), Yacc, Directive (programming), Microsoft Phoenix, Intrinsic function, GraalVM, Bytecode, Clang, PathScale, Backdoor (computing), Tracing just-in-time compilation, Antony Lewis, John Galbraith Graham, JavaCC, Compilation error, Free Pascal, Yhc, Common Compiler Feedback Format, Margaret Irvine, Programming Language Design and Implementation (conference), Absoft, PowerBASIC, Gordon Eubanks, Microsoft Compiled HTML Help, Automatic parallelization, Coco/R, IBM XL C/C++ Compilers, C to HDL, IL2CPU, Automatic vectorization, Interpreter (computing), NELIAC, Automatic parallelization tool, SPITBOL, CBASIC, Memory ordering, Joyce Cansfield, Portable Compiled Format, Java virtual machine, Jonathan Crowther, Precompiled header, GNAT, Orange Compile (Daidai no Noudou Hensekishiki), Static single-assignment form, Ada Conformity Assessment Test Suite, Harbour (programming language), FORMAC, Semantic analysis (compilers), Derrick Somerset Macnutt, Comparison of parser generators, D (programming language), Meta-object System, Bob Smithies, HotSpot (virtual machine), Laning and Zierler system, Run-time algorithm specialization, Theano (software), Write once, compile anywhere, QuickBASIC, Compile Maru, Free Java implementations, Preprocessor, Nicholas Lloyd (lexicographer), Law of Michigan, John Gorton (writer), List of BASIC dialects, Remixes Compiled, The Algorithm, Decompiler, Ruth Crisp, Microsoft Visual C++, INTERCAL, Dead-code elimination, Jakarta Server Pages, Compile Heart, Illinois Compiled Statutes, John Barrow (historian), Help authoring tool, Threaded code, Babel (transcompiler), Meta-circular evaluator, PL/M

Kembali kehalaman sebelumnya