Compiler Design - Run-time Environment Code Generation Compiler Design - Code Generation Converting Atoms to Instructions Compiler Design - Transfer of Control Compiler Design - Register Allocation Forward Transfer of Control Reverse Transfer of Control Code Optimization Compiler Design - Code Optimization ...
Compiler Design - Global Optimization Compiler Design - Local Optimization Lexical Analysis Compiler Design - Lexical Analysis Compiler Design - Regular Expressions Compiler Design - Finite Automata Compiler Design - Language Elements Compiler Design - Lexical Tokens Compiler Design - FSM Compiler Design -...
*H 2024-02-21 PSoC™ Arm® Cortex® code optimization Compiler general topics 3 Compiler general topics Before you begin in-depth examination of the GCC, MDK, and IAR compilers, let us examine a few general compiler topics. Note: All C code examples shown in this ap...
The decision is typically based on various factors, such as the size of the function and optimization settings. The main purpose of using inline is to optimize small, frequently called functions by inserting their code directly at the call site, thereby avoiding the overhead of a function call...
Although a number of guidelines are available for C code optimization, there is no substitute for having a thorough knowledge of the compiler and machine for which you are programming. Often, speeding up a program can also cause the code's size to increase. This increment in code size can ...
code significantly depends on the algorithms used to map the program to the processor, however these algorithms themselves depend not only on the target processor but also on several design decisions in the compiler itself e.g., the program representation used in machine-independent optimization. In...
Proceedings of the 1979 SIGPLAN symposium on Compiler constructionRudmik, A., Lee, E.S.: Compiler Design for Efficient Code Generation and Program Optimization. In: Proc. '79 Sym. on Compiler Construction. ACM, Colorado, August 1979Compiler design for efficient code generation and program ...
This design permits efficient compilation (important for JIT environments) and aggressive optimization (used when generating code offline) by allowing components of varying levels of sophistication to be used for any step of compilation.In addition to these stages, target implementations can insert ...
If your application does not adhere to best practices architecture and design principles for performance, it is unlikely to perform or scale satisfactorily, even with detailed code optimization. For more information, see Chapter 3, "Design Guidelines for Application Performance," and Chapter 4, "...
As a result, it can make far better optimization decisions than a static compiler could. This is great for performance but means it's harder to predict the performance of a given block of code. Heinz Kabutz: Classify "Goodness" by Using Good Object-Oriented Design Patterns Heinz Kabutz ...