You also need to know exactly what application binary interface ( ABI)-compatibility means in GTK+. 我们还需要清楚地了解GTK+中的应用程序二进制接口(ABI)兼容性到底意味着什么。
While these optimizations improve performance on their respective architectures, they may compromise binary compatibility for applications running on other platforms. 尽管这些优化选项在各自的架构上改善了性能,但它们可能损害应用程序在其他平台上的二进制兼容性。
While the packages listed above have been specifically ported for OpenBSD, another tenet of the platform is binary compatibility. 尽管上面列出的这些包是专门为OpenBSD进行移植的,但该平台的另一条原则是二进制兼容性。
However, you should change "r" to "rb" if you're reading from binary files for cross-platform compatibility. 但是,如果是从二进制文件读取以获得跨平台兼容性,则应当将“r”更改为“rb”。
Major changes in core libraries can also present a problem when trying to achieve binary compatibility. 核心库的主要修改也可能导致二进制兼容性问题。
Binary compatibility is the ability to take a binary and run it on multiple environments of a given processor family. 二进制兼容性是获得二进制代码并在给定处理器家族的多种环境中运行它的能力。
Processor compatibility is a subject that is closely related to binary compatibility for Linux on POWER. 处理器兼容性是与LinuxonPOWER二进制兼容性密切相关的主题。
Keep in mind that recompiling to gain performance enhancements may compromise binary compatibility on some environments. 记住,重新编译以获得性能改进可能会损害二进制文件在某些环境中的兼容性。
While non-threaded applications that use a smaller subset of common libraries have a better chance of maintaining binary compatibility between SLES releases, do regression testing to ensure quality. 尽管使用更少通用库的非线程应用程序能够更好地维护SLES版本之间的二进制兼容性,但必须执行回归测试以确保质量。
These goals can be achieved by understanding the issues that are involved with binary compatibility. 通过了解二进制兼容性所涉及的问题,可以达成这些目标。
For the GCC4.0 release we implemented a new compilation mode for gcj, called the Binary Compatibility ABI. 在GCC4.0的发布版中,我们对gcj实现了一种新的编译方式,称之为二进制兼容性ABI(BinaryCompatibilityApplicationBinaryInterface)。
We must provide binary compatibility for Add-ons 我们必须为插件提供二进制兼容性
The two key reasons for this unprecedented change were the new input interface, and the broken binary compatibility of modules due to the versioning support. 此空前变化的两个关键原因是:新的输入界面;由于版本支持所带来的非连续版本模块的兼容性。
API Tooling-API tooling provides a builder that reports API usage and binary compatibility errors in the workspace. API工具&API工具提供了一个构造器(builder),可以报告工作区(workspace)中的API使用和二进制兼容性错误。
The results show that the binary systems of FOX-7 with the main components of CMDB propellant have good compatibility. 结果表明,FOX-7与改性双基推进剂的主要组分具有良好的相容性;
But in order to protect previous investment in software, new microprocessor has to keep the binary code compatibility with traditional architecture and application. 但是为了保护原有的大量投资和研究成果,新处理器往往需要保证对原有结构和应用的二进制兼容性。
Binary Compatibility Test and Performance Evaluation of Some Commerce Software on Dawning 4000A 曙光4000A应用软件二进制兼容性测试与性能评价研究
This paper introduces the key techniques in achieving binary compatibility for Linux applications, such as identification and load of binary applications, mimic of system calls etc. 该文介绍了自主服务器操作系统CSD863实现Linux应用二进制兼容的主要技术途径,包括二进制应用类型识别与加载技术、系统调用仿真技术等。
Binary code compatibility also limits what new architecture techniques may be used in microprocessor design. 解决二进制代码兼容问题是处理器必须实现的目标之一,也是限制新体系结构技术在微处理器设计中应用的重要障碍。
Today, binary compatibility is the key feature to decide whether a microprocessor can survive in the market, and also it becomes the major obstacle for the creative design. 如今,二进制代码兼容已经成为微处理器是否能在市场上存活的关键问题,也成为新体系结构技术应用的障碍。
Because of its simplicity and binary compatibility in programming languages, COM is used to implement some windows system management tasks preferentially. COM使用简便,而且具有编程语言的二进制兼容性,可优先考虑用于实现Windows的某些系统管理任务。
Study and Implementation of Linux Binary Compatibility Technique Linux应用二进制兼容技术研究与实现
Through describing the related mechanism of version compatibility in VB6.0, the paper shows material analysis on the incompatibility, project compatibility and binary compatibility. 通过对VB6.0中提供的有关版本兼容性问题的相关机制阐述,对不兼容,工程兼容和二进制兼容等三种不同兼容机制进行了实质性的分析。
The emerging technology of dynamic binary translation may achieve binary code compatibility effectively through a translation software running on the underlying hardware processing core. 新兴的动态二进制翻译技术与微处理器设计相结合,通过在硬件核心上运行翻译软件实现指令集体系结构,可以有效地解决二进制代码兼容问题,为微处理器设计提供了一条新的思路。
Accumulation of software has made binary code compatibility a critical issue for the success of a processor. 随着应用软件的不断积累,二进制代码兼容已经成为微处理器能否具有生命力的关键问题。
The Dynamic Binary Translation ( DBT) Technology was originally used to solve the binary compatibility problem between two different architectures. It was subsequently used in design of Virtual Machines ( VM), and become a important basic technology in implementation and improve the performance of VMs. 动态二进制翻译技术最初被用于解决不同处理器平台间的二进制代码兼容问题,后被应用于虚拟机设计中,成为实现虚拟机并提升虚拟机性能的重要支撑技术。
With the rapid development of embedded processors, binary code compatibility has become the main obstacle to a new processor architecture whether can occupy the market. 随着嵌入式处理器的蓬勃发展,代码的二进制兼容性已经成为新的处理器架构能否占据市场的主要阻碍。
The development of binary translation technology is not only effective solution to the binary code compatibility, but also can effectively reduce the complexity of the processor design. 二进制翻译技术的发展不仅能够有效的解决二进制兼容性,还能够有效的降低处理器设计的复杂性。