Serial Port Complete - 2nd edition

Serial Port Complete – 2nd edition – Managing Ports and Transfers in .NET

Timp de citit: < 1 minut

Autor: Jan Axelson
Editura: Lakeview Research LLC – Madison, WI 53704
An aparitie: 2007

Despre ce este vorba?

Cartea prezinta in detaliu porturile RS-232, RS-485 si interfetele wireless disponibile intr-un PC, precum si apelarea acestora in sistemele embedded.

Este de altfel si un ghid de programare in Visual Basic .NETm Visual C# .NET, PICBASIC PRO si Microchip MPLAB.

Structura cartii

1. Options and Choices

  • When to use a Serial Port
  • System Components
  • Applications

2. Formats and Protocols

  • Sending Serial Data
  • Sending Bits
  • Data Formats
  • Preventing Missed Data
  • 3 COM Ports onPCs
  • Port Architecture
  • Accessing Ports

3. Inside RS-232

  • The Hardware Interface
  • Timing Limits
  • Converting Voltages
  • Port-powered Circuits
  • Alternate Interfaces

4. Designing RS-232 Links

  • Connectors and Adapters
  • Cables
  • About Grounds
  • Debugging Tools

5. Inside RS-485

  • About RS-485
  • Interfacing Options
  • Controlling the Driver Enable

6. Designing RS-485 Links and Networks

  • Long and Short Lines
  • Line Terminations
  • Biasing the Line
  • Cable Types
  • Grounds and Differential Lines
  • Using Multiple Buses

7. Going Wireless

  • Media and Modulation
  • Infrared
  • Radio Frequency

8. Using .NETs SerialPort Class

  • Gaining Access to a Port
  • Transferring Data
  • Using Stream Objects
  • Combo Box Example

9. Managing Ports and Transfers in .NET

  • Receiving Data
  • Sending Data
  • Flow Control
  • Handling Errors
  • Structuring an Application

10. Ports for Embedded Systems

  • A Microcontroller Serial Port
  • Registers
  • Accessing a Port
  • Adding Ports

11. Network Programming

  • Managing Traffic
  • Addressing

12. An RS-485 Network

  • Connecting the Nodes
  • Example Protocol
  • Commands
  • Polling the Nodes
  • Responding to Polls

13. Inside USB

  • Hosts and Devices
  • Assigning a Driver on the Host
  • USB Transfers

14. Using Special-function USB Controllers

  • Inside the Chips
  • Using the Controllers

15. Using Generic USB Controllers

  • The Communication Devices Class
  • Using the Abstract Control Model
  • Descriptors and INF Files

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