Beck IPC@CHIP DK55 Manual de usuario

IPC@CHIP®DK55

Getting Started V1.0

Getting Started – DK55

IPC@CHIP®Embedded Web Controller Family

Development Kit DK55 Order No. 553947

 
IPC@CHIP®DK55 
Getting Started V1.0 
Table of Contents 
 
1INTRODUCTION.................................................................................................. 3 
2SYSTEM START-UP............................................................................................ 3 
1 WHAT DO WE NEED TO GET STARTED? .................................................................................. 3 
2 STEP 1–SWITCHING ON THE DB54 DEVELOPMENT BOARD ................................................... 4 
3 STEP 2–STARTING THE IPC@CHIPTOOL.......................................................................... 4 
4 STEP 3–SETTING UP COMMUNICATION................................................................................. 5 
4.1 Setting up the serial communication.................................................................................. 6 
4.2 Setting up the Ethernet communication............................................................................. 7 
4.2.1 IP address configuration via DHCP............................................................................ 8 
4.2.2 IP address configuration by hand............................................................................... 8 
4.2.3 Using Telnet to access the shell............................................................................... 10 
5 STEP 4–DOWNLOADING THE DB54 ONLINE DEMO PROGRAM.............................................. 11 
6 STEP 5–OPERATING THE DEMO PROGRAM......................................................................... 13 
7 STEP 6–SETTING UP USB CONNECTION ............................................................................ 15 
8 STEP 7–CONFIGURING SD/MMC-CARD............................................................................ 18 
3INFORMATION FOR ADVANCED USERS........................................................ 20 
1 UPDATING THE @CHIP RTOS........................................................................................... 20 
2 DEVELOPING SOFTWARE FOR YOUR IPC@CHIP®............................................................... 22 
3 DEBUGGING YOUR IPC@CHIP®APPLICATIONS................................................................... 25 
4 MISCELLANEOUS................................................................................................................ 29 
4.1 The CHIP.INI configuration file........................................................................................ 29 
4.2 The command shell ......................................................................................................... 29 
4.3 The web server................................................................................................................ 30
4.4 The PPP server/client...................................................................................................... 30 
4.5 New features in Paradigm C++ Beck IPC Edition ........................................................... 31 
4.6 IPv4 Basics...................................................................................................................... 32 
4.7 IPv4/v6 Dual Stack .......................................................................................................... 33 
4APPENDIX - WHERE TO GET FURTHER INFORMATION............................... 34 
1 GETTING STARTED............................................................................................................. 34 
2 UPDATES,TOOLS AND EXAMPLES........................................................................................ 34 
3 SUPPORT........................................................................................................................... 34 
4 ORDER NUMBERS............................................................................................................... 34 
 
 
Copyright © 2007 Beck IPC GmbH Page 2 of 35 

IPC@CHIP®DK55

Getting Started V1.0

1 Introduction

Congratulations on purchasing your IPC@CHIP®DK55 Development Kit. The Development Kit

is a complete ready-to-use development system for building applications based on the

Embedded Web Controller IPC@CHIPP

®SC23. It runs with the @CHIP-RTOS operating

system, which includes features like a real-time kernel that is capable of running common DOS

applications concurrently, a full TCP/IP stack with a UDP/TCP socket interface, DHCP, FTP,

PPP, Telnet, Web server, APIs for CAN and USB controllers, etc.

The Development Kit contains both hardware and software components required for a basic

development. This document will introduce you to the several components of the DK55.

Chapter 2provides a step-by-step guide on how to put the DK55 into operation. Chapter 3

describes selected components of the DK55 for advanced users. Chapter 4points the way to

further information.

2 System Start-up

2.1 What do we need to get started?

- The Development Kit DK55 consisting of:

oDevelopment Board DB54

oEmbedded Web Controller

IPC@CHIP®SC23 (on the DB54)

oSerial null-modem cable

oUSB cable (A-to-Mini-B)

oEthernet patch cable (gray)

oEthernet cross-over cable (red)

oSecure Digital (SD) memory card

oPower supply unit

oParadigm C++ Beck IPC Edition CD

(including IPC@CHIPTOOL, DK55

startup documentation and drivers)

oThe enclosed CoDeSys CD is not

needed within the context of this manual.

- Personal Computer

oMicrosoft Windows 2000/XP Operating System

oEthernet network interface

oSerial port

oUSB interface

- Software from the enclosed Paradigm CD or the IPC@CHIP®Getting Started Website at

http://www.beck-ipc.com/gettingstarted

oDB54 Visualisation Demo

oDriver software

Be aware that the Embedded Controller SC23 and the

Development Board DB54 are electrostatic sensitive

components. Observe general precautions for handling.

IPC@CHIP®DK55

Getting Started V1.0

2.2 Step 1 – Switching on the DB54 Development Board

The Development Kit DK55 is designed to give you easy access to the functionality of the

IPC@CHIP®SC23, especially to its several interfaces like serial ports, Ethernet, digital I/O,

CAN, USB, etc.

The following graphic gives an overview of the most important components of the DB54 board.

The AC power supply is delivered with country specific AC adapters. Please choose the right

adapter for your country. Then connect the AC power supply to your main supply and to the

DB54 Development Board to power it. The Power LED will light up.

2.3 Step 2 – Starting the IPC@CHIPTOOL

The IPC@CHIPTOOL is your communication centre for all IPC@CHIP®-based products. It

provides functionality for finding IPC@CHIP®s on the network, configuring them, updating their

RTOS, transferring files and using their shell.

For installing IPC@CHIPTOOL at your PC execute the Chiptool setup program

CHIPTOOL_INSTALL.EXE from the Tools section of the CD or from the Getting Started

webpage. After the installation, you are able to start the IPC@CHIPTOOL application.

IPC@CHIP®DK55

Getting Started V1.0

In the main window you can see all IPC@CHIP®s that could be found on the network. The

table displays information such as serial number, name, IP configuration and RTOS version.

The main menu provides functionality such as the terminal and an FTP client which you will

need later on in the Getting Started process.

The following graphic shows only part of the main window.

The IPC@CHIPTOOL comes along with a detailed help. Simply press F1 in the main window

for further information.

If you’re running a firewall, make sure that it does not block any network functions of

IPC@CHIPTOOL such as Telnet, FTP or the scanning for IPC@CHIP®s.

2.4 Step 3 – Setting up communication

There are basically three ways to connect your DB54 to your PC: the serial interface, Ethernet

and USB.

The simplest connection type is the serial interface. Preferably use it to get access to the shell

of your IPC@CHIP®.

Ethernet communication is the most powerful. It may be used to access the shell via Telnet

and it’s the easiest way to transfer files to the IPC@CHIP®via FTP.

USB is an alternative to the serial interface. It provides nearly the same facilities as the serial

interface. Use it if your PC does not dispose of a serial interface. For USB connectivity a

separate software driver (USBTERM.EXE) is needed on the IPC@CHIP®. This driver should

already be preinstalled on the DB54 at factory setting. Setting up USB communication is

described later in chapter 2.7 of this document.

IPC@CHIP®DK55

Getting Started V1.0

2.4.1 Setting up the serial communication

To set up serial communication to your Development Kit DK55 you need the enclosed null-

modem cable.

1. Connect the null-modem cable to a free serial port of your PC and with the COM1 interface

of the DB54.

2. Choose Tools →Terminal from the IPC@CHIPTOOL main menu

3. In the connection dialog that now opens choose the following settings:

oConnection Type: Serial

oPort: The serial port of your PC that you connected the null-modem cable to, e.g.

COM1

oBaudrate: 19200

4. Press Connect to open the connection

5. You’re now connected to your IPC@CHIP®. Press Return to see the prompt.

IPC@CHIP®DK55

Getting Started V1.0

You may now use the commands of the @CHIP RTOS’ shell. The command DIR will, for

example, display a list of the files shipped on your IPC@CHIP®.

2.4.2 Setting up the Ethernet communication

Network communication is based on the TCP/IP protocol family. To be able to operate in a

TCP/IP network, your IPC@CHIP®needs to be assigned a valid and unambiguous IP address

and network mask. If you cannot figure out a proper IP address and network mask for your

IPC@CHIP®, please consult your network administrator.

There are two ways of assigning an IP address to your IPC@CHIP®SC23. You may either

configure it by hand or you may use DHCP to automatically assign IP settings. Of course you

will need a DHCP server to achieve the latter.

The default configuration for the IPC@CHIP®is using DHCP since this will ensure that the

IPC@CHIP®adapts to an existing network if this network disposes of a DHCP server. If your

network doesn’t possess a DHCP server, the IPC@CHIP®will not disturb the operation of your

network.

If you have a regular local network with several clients, connect the DB54’s Ethernet interface

to your Ethernet hub or switch using the enclosed twisted pair patch cable (gray) and go on to

section 2.4.2.1 or 2.4.2.2 depending on how you’d like to assign IP settings to your

IPC@CHIP®.

If you’re not connected to a network but want to connect the DB54 directly to your PC, you

have to use the enclosed cross-over twisted pair Ethernet cable (red) to plug the DB54’s

Ethernet interface to your PC’s Ethernet interface. Then go on to section 2.4.2.2.

IPC@CHIP®DK55

Getting Started V1.0

2.4.2.1 IP address configuration via DHCP

In a network supporting DHCP the IPC@CHIP®retrieves a valid IP configuration from a DHCP

server automatically.

Press the Reset button of your DB54. On the terminal window you will get displayed the boot

messages. Here you will see the serial number, @CHIP-RTOS version, build date and other

information. If an IP configuration could be successfully received from the DHCP server, this IP

configuration will be displayed at the end of the boot messages. In the event of an error, the

message DHCP request failed will be put out after a few seconds.

2.4.2.2 IP address configuration by hand

The easiest way to configure your IPC@CHIP®’s IP settings by hand is to use the functionality

of the IPC@CHIPTOOL software. In a network without DHCP server your IPC@CHIP®should

be displayed as Not configured since by default DHCP is enabled but no server could be

found.

IPC@CHIP®DK55

Getting Started V1.0

1. Right-click on your IPC@CHIP®.

2. Select IP configuration from the pop-up menu.

3. In the appearing dialog fill the fields IP Address, Network mask and, if necessary, Gateway

with appropriate values.

4. Uncheck Use DHCP and check Configure default ethernet interface.

5. Press the Config button to apply the new settings to your IPC@CHIP®.

6. Close the dialog and go back to the main window. It now shows the new IP configuration.

IPC@CHIP®DK55

Getting Started V1.0

2.4.2.3 Using Telnet to access the shell

Instead of using the serial terminal as described in section 2.4.1 to operate the shell of the

@CHIP RTOS you may use Telnet. Once the IP configuration of your IPC@CHIP®is

completed, simply perform the following steps:

1. Right-click on your IPC@CHIP®in the main window.

2. Select Telnet from the pop-up menu.

3. The appearing connection dialog is already filled with the right IP address. Complete the

fields User and Password (Automatically login has to be checked) with tel each and click

Connect.

4. You’re now logged in to your IPC@CHIP®. Press Return to see the prompt.

You may use telnet just like the serial terminal but the connection will be closed if the

IPC@CHIP®restarts.

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