Articles in tag "Compilation"

2024.07.30:	Building static binaries with Go on Linux
2023.07.08:	Ungrammar in Go and resilient parsing
2022.09.17:	Basic Go tooling for generics
2022.09.03:	Parent links in Go ASTs
2022.07.11:	Book review: "Crafting Interpreters" by Robert Nystrom
2022.07.09:	Exploring function parameter types with Go tooling
2022.06.20:	Why is it easy to implement a Lisp?
2022.06.06:	Performance of coroutine-style lexers in Go
2022.05.30:	Rewriting the lexer benchmark in Rust
2022.05.03:	A faster lexer in Go
2022.04.02:	Faster sorting with Go generics
2022.03.28:	Interface method calls with the Go register ABI
2021.10.02:	Rewriting Go source code with AST tooling
2020.09.12:	Writing multi-package analysis tools for Go
2019.07.04:	Go compiler internals: adding a new statement to Go - Part 2
2019.07.03:	Go compiler internals: adding a new statement to Go - Part 1
2017.05.10:	Adventures in JIT compilation: Part 4 - in Python
2017.05.01:	Adventures in JIT compilation: Part 3 - LLVM
2017.03.22:	Adventures in JIT compilation: Part 2 - an x64 JIT
2017.03.20:	Adventures in JIT compilation: Part 1 - an interpreter
2016.05.05:	On the Composite and Interpreter design patterns
2015.10.16:	Directed graph traversal, orderings and applications to data-flow analysis
2015.08.21:	C++: Deleting destructors and virtual operator delete
2015.05.18:	On parsing C, type declarations and fake headers
2015.04.18:	Calling back into Python from llvmlite-JITed code
2015.02.08:	Python version of the LLVM tutorial
2015.01.26:	Building and using llvmlite - a basic example
2014.11.11:	Samples for using LLVM and Clang as a library
2014.07.29:	AST matchers and Clang refactoring tools
2014.06.04:	Using ASDL to describe ASTs in compilers
2014.05.21:	Compilation databases for Clang-based tools
2014.05.01:	Modern source-to-source transformation with Clang and libTooling
2014.03.27:	Rewriting the lexer benchmark in Go
2014.01.15:	Some thoughts on LLVM vs. libjit
2013.11.05:	How to JIT - an introduction
2013.09.16:	Analyzing function CFGs with LLVM
2013.08.03:	pycparser v2.10 released
2013.07.30:	pycparser - call for testing before release
2013.07.16:	Hand-written lexer in JavaScript compared to the regex-based ones
2013.06.25:	Regex-based lexical analysis in Python and JavaScript
2013.02.25:	A deeper look into the LLVM code generator, Part 1
2013.01.03:	Assembler relaxation
2012.12.27:	pycparser v2.09 released, project moved to BitBucket
2012.11.24:	Life of an instruction in LLVM
2012.08.02:	Parsing expressions by precedence climbing
2012.07.05:	How Clang handles the type / variable name ambiguity of C/C++
2012.06.28:	The type / variable name ambiguity in C++
2012.06.08:	Basic source-to-source transformation with Clang
2012.02.03:	Adventures in parsing C: ASTs for switch statements
2011.07.03:	Parsing C++ in Python with Clang
2011.05.02:	The context sensitivity of C’s grammar, revisited
2010.10.31:	pycparser now supports C99
2010.02.08:	Removing epsilon productions from context free grammars
2010.01.28:	Generating random sentences from a context free grammar
2010.01.02:	Top-Down operator precedence (Pratt) parsing
2009.11.28:	Python internals: Working with Python ASTs
2009.05.22:	Faking standard C header files for pycparser
2009.05.19:	Parsing VHDL is [very] hard
2009.03.20:	A recursive descent parser with an infix expression evaluator
2009.03.14:	Some problems of recursive descent parsers
2009.02.16:	Abstract vs. Concrete Syntax Trees
2008.11.15:	pycparser v1.0 is out!
2008.10.18:	Implementing cdecl with pycparser
2008.10.14:	Parsing C: more on #line directives
2008.10.10:	On parsing the C standard library headers
2008.09.26:	Recursive descent, LL and predictive parsers
2008.07.11:	ASTs for analyzing C
2007.11.24:	The context sensitivity of C's grammar
2007.11.15:	the answer for parsing C ?
2007.10.02:	Analyzing C source code
2005.04.08:	C -> Parrot compiler
2004.11.15:	considerations in MIXAL parsing
2004.10.24:	a VHDL parser in Perl
2004.05.28:	bootstrapping parsers
2004.01.29:	Parse::RecDescent vs. YACC