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Compile time
The LLVM Instruction Set and Compilation Strategy
The Interplay of Compile-Time and Run-Time Options for Performance Prediction Luc Lesoil, Mathieu Acher, Xhevahire Tërnava, Arnaud Blouin, Jean-Marc Jézéquel
Design and Implementation of Generics for the .NET Common Language Runtime
2On1
Adding Self-Healing Capabilities to the Common Language Runtime
18Mca42c .Net Programming (C#)
Dmon: Efficient Detection and Correction of Data Locality
Compile Time and Runtime
Surgical Precision JIT Compilers
Csc 553 Principles of Compilation 2 : Interpreters Department Of
Translation and Evaluation
Compile-Time RTL Interpreters
(Just-In-Time) Compile-Time] MOP for Advanced Dispatching
Compile-Time Symbolic Differentiation Using C++ Expression Templates
Dynamic Race Detection with LLVM Compiler Compile-Time Instrumentation for Threadsanitizer
Building a Source-To-Source UPC-To-C Translator by Wei-Yu
Michael Zolotukhin, Apple Agenda
Using the GNU Compiler Collection
Top View
MPLAB C30 C Compiler User's Guide
Measuring Kernel Compile Times W/ Clang Linux Plumbers Conf 2020 - LLVM MC Nathan Chancellor, Nathan Huckleberry Benchmarking GCC Vs
Effectivesan: Type and Memory Error Detection Using Dynamically Typed C/C++∗
Compile and Runtime Errors in Java
Source-To-Source Compilation in Racket You Want It in Which Language?
Compile and Runtime Errors in Compiler
Framework for Combined Compile-Time and Runtime Error Checking in Open64
Welcome to Software Analysis and Testing. in This Course, We Will Be Diving Deep Into the Theory and Practice of Software Analys
Feature Consistency in Compile-Time–Configurable System Software
Building Clang/LLVM Efficiently
Using Static and Runtime Analysis to Improve Developer Productivity And
C Source-To-Source Compiler Enhancement from Within Jens Gustedt
Falcon: an Optimizing Java Jit
Performing Transformations on .NET Intermediate Language Code
Compilers and Computer Architecture: Just-In-Time Compilation
The Hiphop Virtual Machine
A Tool for Building Source-To-Source Translators Draft User Manual (Version 0.9.11.115)
From Source to Execution
BOLT: a Practical Binary Optimizer for Data Centers and Beyond
Intelligent Selection of Compiler Options to Optimize Compile Time
Compile-Time Function Call Interception to Mock
MSIL & It's Advantages
Source-To-Source Compilation in Racket You Want It in Which Language?
Minimally Invasive Interpreter Construction – How to Reuse a Compiler to Build an Interpreter –
Embedded Design Handbook Section II: Nios II Software Development
BOLT: a Practical Binary Optimizer for Data Centers and Beyond
Runtime Code Generation in JVM and .Net CLR *
Obfuscating Java Programs by Translating Selected Portions of Bytecode to Native Libraries
Don't Constexpr All the Things
Language Integration in the Common Language Runtime Jennifer Hamilton Common Language Runtime Development Team, Microsoft
[email protected]
For Dynamic-Analysis Tools
The Role of Interpreters in High Performance Computing
A Software Science Model of Compile Time
A Lightweight Approach to Compiling and Scheduling Highly Dynamic Parallel Programs
Extending the Scope of Compile-Time Optimizations Across Synchronization Operations
“Option Summary” in Using the GNU Compiler Collection (GCC)
3. Compilers and Interpreters
Compiling Scheme Programs to .NET Common Intermediate Language
Java Bytecode Interpreter
`C and Tcc: a Language and Compiler for Dynamic Code Generation
Advantages of Programmable Compile Time with Metaprogramming: the Case of ASN.1 and Perl 6
A Byte Code Compiler for R
Dynamic Compilation
Program Errors and Exception Handling
A Static Analyzer for Finding Dynamic Programming Errors
SUGI 28: How SAS(R) Thinks Or Why the DATA Step Does What It Does
Automating C/C++ Runtime Error Detection with Parasoft Insure++
Cetus: a Source-To-Source Compiler Infrastructure for Multicores
LLVM Compiler Infrastructure Tutorial
How SAS Thinks Neil Howard, Basking Ridge, NJ
Compile Time Randomization
A Profile-Guided, Region-Based Compiler for PHP and Hack Guilherme Ottoni Facebook, Inc
Memory Allocation for Embedded Systems with a Compile-Time-Unknown Scratch-Pad Size
Dynamic Analysis from the Bottom Up
Dynamic Code Optimization
Raspberry Pi Pico C/C++ SDK
Building Unikernels Using Scripting Language Transpilation
Compiling Java Just in Time
LLVM: a Compilation Framework for Lifelong Program Analysis & Transformation