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build 文件系统

AS(G)070YTA12R 数据手册，AS070YTA12R,AG070YTA12R 7.0 英寸 800x480 分辨率 65K 色 真彩显示 串口指令屏 AGUS

Building Automation / Access Control ⚫ Smart home appliances ⚫ Medical/Health Care ⚫ Industrial Automation Systems ⚫ Point Of Sale system (POS) ⚫ Auto electronic

he QNX Neutrino Cookbook: Recipes for Programmers provides “recipes” that will help you understand how to design and write programs that run on the QNX Neutrino RTOS. There's a separate archive of the source code for the programs that the book describes.

Screen Graphics Subsystem is a compositing windowing system that can composite graphics from several different rendering technologies. Screen allows developers to create specific vertical applications using industry-standard tools in a UI development environment. UI technologies that Screen can combine include HTML5, Elektrobit GUIDE, Crank Storyboard, Qt, and native (e.g., OpenGL ES) code.

QNX SDP 6.6.0 BSPs describes what's new with the QNX SDP 6.6.0 BSPs in 10 Steps to Developing a QNX Program Quickstart Guide

The QNX Neutrino PPS Developer's Guide includes: • QNX Neutrino PPS service (p. 11) — an introduction to the Persistent Publish/Subscribe service, and how to run it • Objects and their attributes (p. 13) — a description of the PPS service's objects and their attributes • Persistence (p. 19) — how PPS manages persistence • Publishing (p. 25) — how to publish to PPS • Subscribing (p. 29) — how to subscribe to PPS • Working with server objects (p. 53) — how to use the special ?server PPS objects • Options and qualifiers (p. 39) — pathname open options, and object and attribute qualifiers • PPS encoding and decoding API (p. 55) — a description of the publicly visible PPS encoding and decoding API functions and data types

This guide will help you create a resource manager, a process that registers a name in the filesystem name space, which other processes then use to communicate with the resource manager.

The System Architecture guide accompanies the QNX Neutrino RTOS and is intended for both application developers and end-users. This guide describes the philosophy of QNX Neutrino and the architecture used to robustly implement the OS. It covers message-passing services, followed by the details of the microkernel, the process manager, resource managers, and other aspects of the OS.

The QNX Neutrino Programmer's Guide is intended for developers who are building applications that will run under the QNX Neutrino RTOS.

The Building Embedded Systems guide is intended for developers who are building embedded systems that will run under the QNX Neutrino RTOS.

The Audio Developer's Guide is intended for developers who wish to write audio applications using the QNX Sound Architecture (QSA) drivers and library.

The QNX Database (QDB) Developer's Guide accompanies the QDB database server and is intended for application developers.

The Adaptive Partitioning User's Guide will help you configure adaptive partitioning to divide system resources between competing processes.

If you are integrating a new display, you must configure and provide the parameters of your display based on its specifications via the OpenWF Display Configuration API (Wfdcfg Library).

The Multicore Processing User's Guide describes how you can use symmetric multiprocessing to get the most performance possible out of a multiprocessor system. It also describes how to use bound multiprocessing to restrict which processors a thread can run on.

The Instant Device Activation User's Guide will help you set up a “minidriver” to start devices quickly when the system boots. This guide is intended for software developers who want to develop instant device activation code.

This document’s purpose is to help software engineers create board bring up and test code for their own custom boards based on the i.MX 6 series of application processors. It provides example driver code that demonstrates the proper initialization, boot up and basic I/O operation of i.MX 6 peripherals and controllers. This code can be implemented into test suites or boot code to help ensure proper board functionality. Engineers are expected to have a working understanding of the ARM processor programming model, the C programming language, tools such as compilers and assemblers, and program build tools such as MAKE. Familiarity with the use of commonly available hardware test and debug tools such as oscilloscopes and logic analyzers is assumed. An understanding of the architecture of the i.MX 6 series of application processors is also assumed. This guide is released along with the i.MX 6 series Platform SDK release package, which consists of a working set of sample drivers and test code for customer reference and use. The README.pdf document in the package describes how to build and run the drivers and the test code.

ou can use the QNX Momentics IDE to build your QNX Neutrino-based systems. Once you understand the basic concepts, you can set up your projects, write code, debug, test, and fine-tune your project.

The High Availability Framework Developer's Guide describes how to build robust high-availability software running on the QNX Neutrino RTOS.

The glview library allows you to more easily develop apps with OpenGL ES 1.1 and OpenGL ES 2.0. This header file provides all the functions used by libglview. The purpose of this library is to simplify development when you want to use OpenGL ES 1.1 and OpenGL ES 2.0 for rendering graphics in apps.

Get Programming with the QNX Neutrino RTOS is intended to introduce realtime programmers to the QNX Neutrino RTOS and help them develop applications and resource managers for it.

he Gestures library provides gesture recognizers to detect gestures through touch events that occur when you place one or more fingers on a touch screen.

The Device Publishers Developer's Guide is aimed at developers who write applications that read device information through the Presistent Publish/Subscribe (PPS) service. This guide describes the contents of all PPS objects created and used by device publishers and also lists the command options you can set when restarting the publishers.

This guide introduces you to the QNX Neutrino Core Networking stack and its manager, io-pkt. The following table may help you find information quickly in this guide: For information on: Go to: io-pkt and its architecture Overview (p. 9) Examining and modifying packets, and creating a firewall Packet Filtering (p. 21) Setting up secure connections IP Security and Hardware Encryption (p. 29) 802.11 a/b/g (Wi-Fi) Wi-Fi Configuration Using WPA and WEP (p. 37) io-pkt and Qnet Transparent Distributed Processing (p. 65) Support for different types of network drivers Network Drivers (p. 67) Related utilities, etc. Utilities, Managers, and Configuration Files (p. 81) How to write your own network driver Writing Network Drivers for io-pkt (p. 83) Sample code for the above A Hardware-Independent Sample Driver: sam.c (p. 95) More information about writing a network driver Additional Information (p. 103) Terms used in this document Glossary

BSP User Guide: Freescale i.MX6x SABRE Smart Devices contains installation and start-up instructions for the QNX Board Support Package (BSP) for the Freescale i.MX6x SABRE Smart Devices boards. This BSP is valid for Freescale i.MX6x SABRE Smart Devices boards with Quad, Dual, DualLite or Solo proces

QNX Quickstart Guide,his guide will help you install and configure the QNX Software Development Platform, which includes the QNX Neutrino RTOS and the QNX Momentics Tool Suite, so you can start developing right away! 1. Requirements (p. 4) 2. Installing QNX SDP on the development host (p. 6) 3. Installing the QNX Neutrino RTOS on the target system (p. 7) 4. Networking with the QNX Neutrino RTOS (p. 8) 5. Creating a program project (p. 9) 6. Communicating with the QNX Neutrino RTOS (p. 12) 7. Compiling and linking (p. 14) 8. Preparing to launch the program (p. 17) 9. Starting and debugging (p. 19) 10. Making the program your own (p. 22)

USBCAN-I intelligent module integrates one isolate CAN-bus interface. With USB interface, it can transfer data between PC and CAN-bus. The CAN-bus interfaces accord with the CAN Specification 2.0A/B, and it supports the any baud rate from 5Kbps to 1Mbps. It has perfect protection function and high reliability as a CAN-bus node.

USBCAN-2I 型CAN 接口卡集成2 路独立CAN 接口，通过USB 接口实现 PC 与CAN 网络的数据交换。每一个CAN 通道均集成电气隔离保护电路，并且 符合CAN2.0A/B 规范，支持5Kbps~1Mbps 之间的任意波特率。USBCAN-2I 可 方便的并且高可靠的将PC 扩展成CAN 总线的控制节点。

CANalyst-II使用手册主要介绍了 can 通信的分析，端子介绍，以及连接使用方法！

Source_Insight_3.5 代码浏览工具，很好的vc代码浏览工具。

2008考研数学三真题和答案。2008考研数学三真题和答案。

英语难句突破100句. 多个关键字请用空格分隔，最多填写5个。点击右侧Tag快速添加。