GlassTerm: -glass teletype terminal

Download

Click on the following link to download -the example: GlassTerm.zip

Download some additional files required -by the example: CommonFiles

Click: browse to view the example code.

View the additional -files: browse.

Description

GlassTerm is a terminal application -with configurable handshaking that illustrates the use of the Serial Communications -API.

Class Summary

RComm: serial port

RCommServ: -Comms server

TCommCaps: serial port capabilities -(in package buffer)

TCommConfig: serial port configuration -(in package buffer)

TRequestStatus: asynchronous -request status

TSerialInfo: serial protocol information

Build

The source code for this example application -can be found in the directory:

examples\SerialComms\ServerClientSide\GlassTerm

The -source code may be in the directory in which you installed the Symbian platform, -or it may be in src\common\developerlibrary\. The source -code includes the two project files needed for building the example: bld.inf and -the .mmp file.

The -Symbian build process describes how to build this application, which -results in an executable called \epoc32\release\<target>\<urel -or udeb>\GLASSTERM.EXE.

Usage

Run the executable GLASSTERM.EXE.

Executables -for the emulator targets wins and winscw can -be run on your PC. Executables for ARM targets must be copied to your target -platform before being run.
Once running, the glass -teletype application performs two simple functions:
- Read any key presses -and send the characters to the serial port.
- Receive any incoming -characters from the serial port and display them on screen.
It sends and receives at 19200 baud, 8 data bits, no parity, 1 stop -bit.

In order to see the application working, you must make a suitable -serial port connection. A simple way is to connect a PC and a Symbian device, -and run the application on both machines simultaneously. (Before doing this, -make sure to close down any other applications using the serial port on the -PC, and set the device's Link To Desktop option -to Off). Characters typed on one machine are -then echoed to the application on the other.

+ + + + + +GlassTerm: glass teletype terminal +

Download

Click on the following link to download the example: GlassTerm.zip

Download some additional +files required by the example: CommonFiles

Click: browse to view the example code.

View the +additional files: browse.

Description

GlassTerm is a terminal application with configurable handshaking +that illustrates the use of the Serial Communications API.

Class +Summary

RComm: serial port

RCommServ: Comms server

TCommCaps: serial port capabilities (in package buffer)

TCommConfig: serial port configuration (in package buffer)

TRequestStatus: asynchronous request status

TSerialInfo: serial protocol information

Build

The source code for this example application can be found in +the directory:

examples\SerialComms\ServerClientSide\GlassTerm

The source code may be in the directory in which you installed +the Symbian platform, or it may be in src\common\developerlibrary\. The source code includes the two project files needed for building +the example: bld.inf and the .mmp file.

The Symbian build process describes how to build this +application, which results in an executable called \epoc32\release\<target>\<urel +or udeb>\GLASSTERM.EXE.

Usage

Run the executable GLASSTERM.EXE.

Executables for the emulator targets wins and winscw can be run on your +PC. Executables for ARM targets must be copied to your target platform +before being run.
Once running, +the glass teletype application performs two simple functions:
- Read any key +presses and send the characters to the serial port.
- Receive any +incoming characters from the serial port and display them on screen.
It sends and receives at 19200 baud, 8 data bits, no parity, +1 stop bit.

In order to see the application working, you must make a +suitable serial port connection. A simple way is to connect a PC and +a Symbian device, and run the application on both machines simultaneously. +(Before doing this, make sure to close down any other applications +using the serial port on the PC, and set the device's Link To Desktop option to Off). Characters typed on one machine are then echoed to the application +on the other.

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