Linux设备驱动开发详解4.0内核(非扫描版).pdf
技术日新月异，产业斗转星移，滚滚红尘，消逝的事物太多，新事物的诞生也更迅猛。众多新生事物如灿烂烟 花，转瞬即逝。当我们仰望星空时，在浩如烟海的专业名词中寻找，赫然发现，Linux的生命力之旺盛顽强，斗 志之昂扬雄壮，令人称奇。它正以摧枯拉朽之势迅速占领包括服务器、云计算、消费电子、工业控制、仪器仪 表、导航娱乐等在内的众多应用领域，并逐步占据许多WINCE、VxWorks的传统嵌入式市场。 Linux所及之处，所向披靡。
Linux device driver development details 4.0 kernel (non scanning version). Pdf
Technology is changing with each passing day, the industry is changing by leaps and bounds. There are too many things disappearing, and the birth of new things is more rapid. Many new things, such as fireworks, are fleeting. When we look up at the starry sky and look for it in the vast number of professional terms, we are surprised to find that Linux is full of vitality and fighting spirit. It is rapidly occupying many application fields including server, cloud computing, consumer electronics, industrial control, instrumentation, navigation and entertainment, and gradually occupying many traditional embedded markets of WinCE and VxWorks. Linux is everywhere it goes. This has something to do with the community development mode and rapid iteration of Linux.
Life goes on, reconstruction goes on. (2020-12-24, C/C++, 12702KB, 下载2次)
总的来说，在uClinux上的开发与标准Linux还是非常类似的。通常能按照下面的步骤去设计与调试： 建立一种基于以太网的开发环境； 如果所设计的程序源码与硬件的关联不大，那么一定要在标准Linux上上先编译与与调试通过。灵活地使用gcc与gdb将大大节省时间； 将x86上的GCC编译好的应用程序源码用交叉编译工具来编译；如果编译时发现错误，那么非常可能存在以下问题： 交叉编译器或库文件的路径不正确
Overall, the uClinux development and standard Linux is very similar. Usually follow the steps below to design and debugging: To establish an Ethernet-based development environment if the program source code and hardware design are quite related, then it must be on a standard Linux before compiling and debugging through. Flexible using gcc and gdb will greatly save time the GCC on the x86 compiled application source code with cross-compiler tool to compile If you find errors at compile time, then very likely the following problems: cross-compiler or library file path incorrect (2012-08-03, Visual C++, 5KB, 下载4次)
Linux2.6内核驱动实例包:
globalmem驱动、含并发控制的globalmem驱动、globalfifo驱动、poll应用程序范例、异步通知应用程序范例、支持异步通知的globalfifo、
S3C2410实时钟驱动、秒设备驱动与应用程序、DMA范例、静态映射范例、作为input设备触摸屏驱动、
作为普通字符设备触摸屏驱动、看门狗驱动、平台设备、S3C2410串口驱动、S3C2410 I2C主机驱动、
SAA711x I2C设备驱动、CS8900以太网设备驱动、S3C2410 LCD驱动、FRAMEBUFFER应用程序范例
Linux2.6 kernel driver package examples: globalmem drive, including concurrency control globalmem drive, globalfifo-driven, poll sample applications, asynchronous notification application examples to support asynchronous notification globalfifo, S3C2410-driven real-time clock and second device drivers and applications, DMA example, static mapping example, as a touch screen input device driver, as a general character-driven touch-screen equipment, the watchdog driver, platform equipment, S3C2410 serial driver, S3C2410 I2C host drive, SAA711x I2C device driver, CS8900 Ethernet device drivers, S3C2410 LCD driver, FRAMEBUFFER application example (2008-10-08, Unix_Linux, 572KB, 下载117次)
总的来说，在uClinux上的开发和标准Linux还是很类似的。通常可以按照下面的步骤去设计和调试： 建立基于以太网的开发环境； 如果所设计的程序和硬件的关联不大，那么一定要在标准Linux上先编译和调试通过。灵活地使用gcc和gdb将大大节省时间； 将x86上的GCC编译好的应用程序用交叉编译工具来编译；如果编译时发现错误，那么很可能存在以下问题： 交叉编译器或库文件的路径不正确；最彻底的解决办法是重新装一次编译器； 遇到库不支持的函数；此时需要自己把函数的实现做成另外一个库供应用程序使用。如果是uClinux本身不支持的调用，那么就需要改写代码了。
Overall, the uClinux on the development and standard Linux is still very similar. Usually can use the following steps to design and debug : Ethernet-based development environment; If the design of the procedure and not linked to the hardware, then it must be the first standard Linux compiler and debugging through. Flexibility in the use of gdb and gcc will greatly save time; X86 will be on the GCC-compiled application with cross-compiler tool to compile; If you compile time error is found, it was very likely that the following issues : cross-compilers or libraries are not the correct path; The most radical solution is a re-installed time compiler; encountered does not support functions; At this time the need to keep the realization of function caused another one for the supply of the proce (2005-03-31, Visual C++, 5KB, 下载111次)