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Description: This version of malloc for VxWorks contains two different algorithms. One is the BSD based Kingsley \"bucket\" allocator which has some unique fragmentation behavior. The other is Doug Lea s well tested allocator that tries to minimize fragmentation while keeping the speed/space requirements.
非常实用,可移植用作实现跨平台的嵌入式的内存分配机制.-This version of malloc for VxWorks contain 's two different algorithms. One is the BSD-based Kingsley, "bucket" allocator which has some uni que fragmentation behavior. The other is Doug L. ea's well tested allocator that tries to minimiz e fragmentation while keeping the speed / space requirements. very practical, can be used for transplantation to achieve cross-platform embedded memory allocation mechanism.
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Size: 26734 |
Author: nico zhu |
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Description: 一个内存池的allocator,参考stl源码的内存池实现-a pool of memory allocator, reference source stl memory Pool
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Size: 3633 |
Author: 江健 |
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Description: using bibop to design memory allocator
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Size: 2971 |
Author: Regis Huang |
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Description: 简单的动态内存管理程序源代码，包含测试代码。
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Size: 57532 |
Author: 梁开祝 |
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Description: There are two reasons that urged me to create one more string class, in spite of the fact that so many of them already exist. Let s consider the following scenarios:
TCHAR-based application extensively using COM, the functions/interface methods of which are WCHAR-based.
TCHAR-based application working with network protocols, which normally make use of ASCII.
Passing strings across module borders (between an executable and a DLL or between DLLs). In this situation, strings are required to use some global memory allocator (such as GlobalAlloc, CoTaskMemAlloc, or VirtualAlloc).
Necessity to have strings that are compared case-insensitively by default. Sometimes, it is desirable as well to compare case-sensitive strings in a case-insensitive manner and vice versa.
Any combination of the previous scenarios or any situation when different kinds of strings must be used jointly.
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Size: 23727 |
Author: ljm |
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Description: 内存地址定位程序-memory address locator
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Size: 3040 |
Author: 李翔 |
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Description: 这是一本讲解C语言的书，是英文编写，十分经典，是大部分公司的新职员入职之前必须要看的书籍之一，很多公司都以它作为培训教材，帮助你更快了解C语言的奥妙。 Contents l Preface l Preface to the first edition l Introduction 1. Chapter 1: A Tutorial Introduction 1. Getting Started 2. Variables and Arithmetic Expressions 3. The for statement 4. Symbolic Constants 5. Character Input and Output 1. File Copying 2. Character Counting 3. Line Counting 4. Word Counting 6. Arrays 7. Functions 8. Arguments - Call by Value 9. Character Arrays 10. External Variables and Scope 2. Chapter 2: Types, Operators and Expressions 1. Variable Names 2. Data Types and Sizes 3. Constants 4. Declarations 5. Arithmetic Operators 6. Relational and Logical Operators 7. Type Conversions 8. Increment and Decrement Operators 9. Bitwise Operators 10. Assignment Operators and Expressions 11. Conditional Expressions 12. Precedence and Order of Evaluation 3. Chapter 3: Control Flow 1. Statements and Blocks 2. If-Else 3. Else-If 4. Switch 5. Loops - While and For 6. Loops - Do-While 7. Break and Continue 8. Goto and labels 4. Chapter 4: Functions and Program Structure 1. Basics of Functions 2. Functions Returning Non-integers 3. External Variables 4. Scope Rules 5. Header Files 6. Static Variables 7. Register Variables 8. Block Structure 9. Initialization 10. Recursion 11. The C Preprocessor 1. File Inclusion 2. Macro Substitution 3. Conditional Inclusion 5. Chapter 5: Pointers and Arrays 1. Pointers and Addresses 2. Pointers and Function Arguments 3. Pointers and Arrays 4. Address Arithmetic 5. Character Pointers and Functions 6. Pointer Arrays; Pointers to Pointers 7. Multi-dimensional Arrays 8. Initialization of Pointer Arrays 9. Pointers vs. Multi-dimensional Arrays 10. Command-line Arguments 11. Pointers to Functions 12. Complicated Declarations 6. Chapter 6: Structures 1. Basics of Structures 2. Structures and Functions 3. Arrays of Structures 4. Pointers to Structures 5. Self-referential Structures 6. Table Lookup 7. Typedef 8. Unions 9. Bit-fields 7. Chapter 7: Input and Output 1. Standard Input and Output 2. Formatted Output - printf 3. Variable-length Argument Lists 4. Formatted Input - Scanf 5. File Access 6. Error Handling - Stderr and Exit 7. Line Input and Output 8. Miscellaneous Functions 1. String Operations 2. Character Class Testing and Conversion 3. Ungetc 4. Command Execution 5. Storage Management 6. Mathematical Functions 7. Random Number generation 8. Chapter 8: The UNIX System Interface 1. File Descriptors 2. Low Level I/O - Read and Write 3. Open, Creat, Close, Unlink 4. Random Access - Lseek 5. Example - An implementation of Fopen and Getc 6. Example - Listing Directories 7. Example - A Storage Allocator l Appendix A: Reference Manual 1. Introduction 2. Lexical Conventions 3. Syntax Notation 4. Meaning of Identifiers 5. Objects and Lvalues 6. Conversions 7. Expressions 8. Declarations 9. Statements 10. External Declarations 11. Scope and Linkage 12. Preprocessor 13. Grammar l Appendix B: Standard Library 1. Input and Output: 1. File Operations 2. Formatted Output 3. Formatted Input 4. Character Input and Output Functions 5. Direct Input and Output Functions 6. File Positioning Functions 7. Error Functions 2. Character Class Tests: 3. String Functions: 4. Mathematical Functions: 5. Utility Functions: 6. Diagnostics: 7. Variable Argument Lists: 8. Non-local Jumps: 9. Signals: 10. Date and Time Functions: 11. Implementation-defined Limits: and l Appendix C: Summary of Changes
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Size: 570630 |
Author: wukoo0901@qq.com |
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Description: 内存地址定位程序-memory address locator
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Size: 3072 |
Author: 李翔 |
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Description: Linux物理内存分配方法:伙伴系统算法原码-Linux physical memory allocation method : Partnership original algorithm system code
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Size: 6144 |
Author: yuweiE |
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Description: This version of malloc for VxWorks contains two different algorithms. One is the BSD based Kingsley "bucket" allocator which has some unique fragmentation behavior. The other is Doug Lea s well tested allocator that tries to minimize fragmentation while keeping the speed/space requirements.
非常实用,可移植用作实现跨平台的嵌入式的内存分配机制.-This version of malloc for VxWorks contain 's two different algorithms. One is the BSD-based Kingsley, "bucket" allocator which has some uni que fragmentation behavior. The other is Doug L. ea's well tested allocator that tries to minimiz e fragmentation while keeping the speed/space requirements. very practical, can be used for transplantation to achieve cross-platform embedded memory allocation mechanism.
Platform: |
Size: 26624 |
Author: nico zhu |
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Description: 一个内存池的allocator,参考stl源码的内存池实现-a pool of memory allocator, reference source stl memory Pool
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Size: 3072 |
Author: 江健 |
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Description: 简单的动态内存管理程序源代码，包含测试代码。-Simple dynamic memory management source code, including test code.
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Size: 57344 |
Author: 梁开祝 |
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Description: 这些是对(用 )于 书的来源文件" Linux Device Drivers" 。
在这里你(们)找到已经包括在书里的完全来源。 我尽可能地测试了他们, 但是, 可以(可能)有一些问题离开了, 尤其有 2.1.43 (当位于下面代码基础(底模)(是)连续不断变化时, 可靠性测试所有他们, 这是难) 。 尤其是, 你(们)可以(可能)找到具有" genksyms " 的一些问题, 其句法在核心的 2.0 和 2.1 版本之间改变了。
你(们)在 misc - progs 中找到的组件(模块)" 分配程序" 不同于我用章表示" Mmap 和 直接记忆体存取 " 在附近谈话的那个。 " 积极" 技术在现实世界中看起来有前途不, 所以我回到在" high_memory " 以后分配转动了记忆(存储器)。 看(见) misc - modules / 分配程序。 对(用 )于 细节的 README 。 -These are the source files for the book "Linux Device Drivers".
Here you find the complete sources that have been included in the
book. I have tested them as much as possible, but there might be some
problems left, especially with 2.1.43 (it s hard to test all of them
reliably when the underlying code base is continuously changing). In
particular, you might find some problems with "genksyms", whose syntax
changed between version 2.0 and 2.1 of the kernel.
The module "allocator" that you find in misc-progs is different from
the one I talk about in chapter "Mmap and DMA". The "aggressive"
technique didn t look promising in the real world, so I turned back to
allocating memory after "high_memory". See
misc-modules/allocator.README for details.
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Size: 210944 |
Author: 赵刚 |
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Description: Dynamic Storage Allocator
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Size: 81920 |
Author: 夏啓 |
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Description: 一个简易高效的内存分配器，通常情况下非常实用-A simple and efficient memory allocator, usually very useful
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Size: 6144 |
Author: zhanglei |
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Description: Memory allocator for shared memory access
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Size: 122880 |
Author: Van |
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Description: Register Allocator implementation for linux API Driver.
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Size: 2048 |
Author: panzeifai |
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Description: 一个简易高效的内存分配器，通常情况下非常实用-A simple and efficient memory allocator, usually very useful
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Size: 6144 |
Author: yan595osn |
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Description: 一个简易高效的内存分配器，通常情况下非常实用-A simple and efficient memory allocator, usually very useful
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Size: 6144 |
Author: d80huigu4 |
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Description: Memory allocator source code for embedded systems
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Size: 82944 |
Author: Bork
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