The source code for this package is located in src/gov/nist/sip/proxy. The proxy is a pure JAIN-SIP application: it does not need proprietary nist-sip classes in addition of those defined in JAIN-SIP 1.1, you can substitute the NIST-SIP stack by another JAIN-SIP-1.1 compliant stack and it should interoperate. he proxy can act as presence server and be able to process NOTIFY and SUBSCRIBE requests. If this parameter is disabled, the proxy will simply forward those kind of requests following the appropriate routing decision.
标签： proxy The JAIN-SIP package
上传时间： 2015-11-30
上传用户：ippler8
he source code for this package is located in src/ directory. The JAIN-SIP-SERVICES is a JAIN-SIP application: it does not need proprietary nist-sip classes in addition of those defined in JAIN-SIP 1.1, you can substitute the NIST-SIP stack by another JAIN-SIP-1.1 compliant stack and it should interoperate.
标签： JAIN-SIP-SERVICES directory JAIN-SIP package
上传时间： 2013-12-30
上传用户：caiiicc
The sfloppy sample is a super floppy driver that resides in the directory \\Ntddk\Src\Storage\sfloppy. It is a class driver for Super Floppy disk drives. It sits a level above the port driver (ATAPI, USB, etc) in the driver stack, and brokers communication between the application level and the port driver. The floppy driver takes requests from filesystem drivers and then sends the appropriate SCSI_REQUEST_BLOCK (SRB) to the port driver. It is compatible with x86 and IA64 platforms.
标签： NtddkSrcStoragesfloppy directory sfloppy resides
上传时间： 2015-12-04
上传用户：84425894
Core Java 2 Volume I - Fundamentals, Seventh Edition Completely revised and up-to-date coverage of Generic programming, restrictions and limitations, type bounds, wilcard types, and generic reflection Swing GUI development, including input validation and other enhancements Exception handling and debugging, including chained exceptions, stack frames, assertions, and logging Streams and files, the new I/O API, memory-mapped files, file locking, and character set encoders/decoders Regular expressions using the powerful java.util.regex package Inner classes, reflection, and dynamic proxies Application packaging and the Preferences API
标签： Fundamentals Completely up-to-date coverage
上传时间： 2016-01-02
上传用户：标点符号
ollydbg完全教程。OllyDbg 是一种具有可视化界面的 32 位汇编-分析调试器。它的特别之处在于可以在没有源代码时解决问题，并且可以处理其它编译器无法解决的难题。 一，什么是 OllyDbg？ 二，一般原理［General principles］ 三，反汇编器［Disassembler］ 四，分析器［Analysis］ 五，Object扫描器［Object scanner］ 六，Implib扫描器 ［Implib scanner］ 七，如何开始调试［How to start debugging session］ 八，CPU 窗口［CPU window］ 九，断点［Breakpoints］ 十，内存映射窗口［Memory map window］ 十一、十二，监视与监察器［Watches and inspectors］ 十三，线程［Threads］ 十四，复制到剪切板［Copy to clipboard］ 十五，调用栈［Call stack］ 十六，调用树［Call tree］ 十七，选项［Options］ 十八，搜索［Search］ 十九，自解压文件［Self-extracting (SFX) files］ 二十，单步执行与自动执行［Step-by-step execution and animation］ 二一，Hit跟踪［Hit trace］
上传时间： 2016-01-02
上传用户：xhz1993
这是我自己写的一段程序，用的是周立功的smartarm开发板，一个任务能从U盘里读取mylove.bmp文件并显示在屏幕上，读取的是RGB565格式的bmp，有一个任务是读取u盘里readme.txt文档并显示在屏幕，不支持中文，完整的usb host stack 代码，文档中带有ZLG/FS ZLG/GUI ZLG/USB
标签： 程序
上传时间： 2016-01-13
上传用户：it男一枚
This the fourth edition of the Writing Device Drivers articles. This article will introduce the idea of device stacks and how devices interact with each other. We will use the previously created example device driver to demonstrate this topic. To do this we will introduce the idea of a “filter” driver in which we will create to attach to our own driver’s device stack.
标签： the This introduce articles
上传时间： 2016-01-28
上传用户：CSUSheep
CHAPT09\TERMW16.CPP 16-Bit test program for the Win16Port class. CHAPT09\TERMW16.DEF A file needed by the linker for this program. CHAPT09\TERMW16.EXE 16-Bit exeuctable of the test program. CHAPT09\TERMW16B.MAK A makefile for Borland C++. CHAPT09\TERMW16M.MAK A makefile for Microsoft C++.
上传时间： 2016-02-03
上传用户：ukuk
本文详细介绍了arm image格式及执行时的处理过程。在官方文档中很少介绍，对于了解linker底层细节不多的读者是一个很少的介绍，对arm初学者十分有益
上传时间： 2016-02-14
上传用户：ztj182002
NAME Control_AT24Cxx This collection of routines allows an AT89C2051 microcontroller to read and write the AT24Cxx family of serial CMOS EEPROMS. This version of the code is compatible only with the AT89C2051 due to the location of the data buffer and stack in RAM. The code may be modified to work with the AT89C1051 by relocating or resizing the buffer and stack to fit into the smaller amount of RAM available in the AT89C1051. Note that the minimum size of the buffer is determined by the page size of the AT24Cxx.
标签： microcontroller Control_AT collection routines
上传时间： 2013-12-13
上传用户：asddsd
