Echelon IzoT NodeBuilder Uživatelský manuál

078-0516-01ADevelop hardware devices and software applications usingEchelon's Series 6000, 5000, and 3100 chips and SmartTransceivers. IzoTTM No

Purpose This document describes how to use the IzoT NodeBuilder tool to develop IzoT and LONWORKS device applications and build and test prototype an

11. Browse to and open the device template folder backed up in step 3, and then select the NodeBuilder device template file (.NbDt extension). Th

With on the shortcut menu. Choose Microsoft Excel, Internet Explorer, or another XML browsing tool. The following XML files are created and maintain

5 Creating and Using Device Templates This chapter describes how to use the New Device Template wizard in the NodeBuilder Project Manager to creat

Introduction to Device Templates Each type of device that you develop with the IzoT NodeBuilder tool is defined by a pair of device templates: a Node

3. Proceed to the next section to specify the device template name. Specifying the Device Template Name To specify the device template name, foll

2. Optionally, in the Source File Name property, you can enter the name of the Neuron C source file for this device template. By default, this fiel

The Standard Program ID Calculator helps you select the appropriate values for the program ID fields. It lets you select the values from lists cont

c. In the Device Class (CC:CC) property, select the primary function of the device. To enter a device class value that has not yet been added to th

3. Click OK to return to the Program ID dialog in the New Device Template wizard. The Program ID property contains the program ID you specified in

of model numbers specified by the Min Model # and Max Model # properties to avoid two devices having the same program ID but different external inter

Explains how to manage development and release targets and insert libraries into a device template. Describes how to use the Hardware Template Edito

8. Proceed to the next section to specify the hardware templates used by development and release devices. Specifying Target Platforms You can spe

2. In the Release Build Hardware Template property, select the hardware template to be used for release targets. The list contains all the hardwar

menu. The NodeBuilder Project Properties dialog opens. Click the Options tab, change the setting, and then click OK. 4. Click Finish. If you se

Output Files in Chapter 8 for more information on removing the files and folders produced by a build. Status Displays the build status for all device

menu. When a device template is excluded, you can still explicitly build the device template by right-clicking the device template and selecting Bui

Source Files This folder contains all the source files associated with this device template except for the main source file. When you add source fil

Managing Development and Release Targets Each NodeBuilder device template in the Project pane contains Development and Release targets ( ) that can b

Settings Opens the NodeBuilder Device Template Target Properties dialog, which includes compiling, linking, exporting, and configuration options f

You can set the following properties: Defines You can define a symbol, which can then be tested from the program using the ifdef or ifndef directiv

Debug Kernel Options Disable optimizer Disables the compiler’s code optimizer. Optimization typically generates smaller and faster code, and is typ

IzoT Commissioning ToolUser’s Guide (078-0514-01) Describes how to use the IzoT Commissioing Tool to design, commission, modify, and maintain LONWOR

Enable Function Execute Enables the debugger to get and update the values of system timers and to update the values of network variables in the watch

Compatible EEPROM to meet system requirements. In NodeBuilder 3.0 and prior releases, the IzoT NodeBuilder tool allocated system on-chip EEPROM aft

You can set the following properties: Boot ID Generation Select whether the boot ID is generated automatically or manually. Note: This option is i

application image inconsistency, or other fatal application error. • Always. Reboot every time the Neuron Chip is reset. Application Specify whe

You can select the Export Configured check box to enable the IzoT NodeBuilder tool build a configured device application for the target. The target

is sent using subnet/node addressing regardless of the addressing format of the original message. • Devices are no longer protected against re

Because the pragma library directive supports location-independent references to your library, this is the recommended method. To insert a library in

Select one or more of the following standard libraries in the C:\LonWorks\Images folder to be explicitly included in the project (for documentation

When you build the application image, the IzoT NodeBuilder tool first searches for the selected libraries in the folder within the Images folder that

however, you can use the Insert Copy feature to create your own custom hardware template based on a Standard template and then edit your custom temp

Region Languages Supported Contact Information Europe English German French Italian Echelon Europe Ltd. Suite 12 Building 6 Croxley Green Busi

New Creates a new hardware template to be added to the selected folder. Selecting this option opens the Hardware Template Editor dialog where you ca

• Do not modify hardware templates in the Standard Templates folder because any changes that you make will be overwritten by future NodeBuilder upda

You can set the following properties on the Hardware tab: Hardware Template Name Enter the name of the hardware template. By default, new hardware

Transceiver Type Select the transceiver type supported by the Neuron Chip or Smart Transceiver model selected in the Neuron Chip Model property. Eac

System Image Version Select the system image version for the selected Neuron Chip or Smart Transceiver model. See your Neuron Chip or Smart Transcei

The Memory Addresses box details how on chip and off-chip memory is organized on the selected Neuron Chip or Smart Transceiver model. These values a

6000 Series Chips The address ranges and consumption for the on-chip and off-chip memory of the 6000 Series chips are as follows: Off-Chip ROM The 60

IzoT NodeBuilder User's Guide 123

6 Defining Device Interfaces and Creating their Neuron C Application Framework This chapter describes how to use the NodeBuilder Code Wizard to de

Introduction to Device Interfaces The NodeBuilder Code Wizard generates Neuron C source code that implements your device interface and creates the Ne

The NodeBuilder Code Wizard opens. The NodeBuilder Code Wizard user interface is essentially divided into two panes: the Resource pane and the Prog

section. For more information on creating and editing resource file sets and resources, see the NodeBuilder Resource Editor User’s Guide. The Reso

The scope may be one of the following values: Scope Program ID Fields Used 0 Standard 1 Device Class 2 Device Class and Usage 3 Manufacturer 4 Manufa

Resource Description Functional Profiles Functional profiles define a template for functional blocks. A functional block is a collection of network

Resource Description Italian (default) “ita” Italian (Swiss) “its” Norwegian (Bokmal) “nor” Polish “plk” Portuguese (Brazilian) “ptb” Portuguese (de

• The Functional Blocks folder contains all the functional blocks contained in this device interface. • The Network Variables folder contains all

network variables. The Node Object functional block is a standard functional block that is used by network management tools to test and manage the o

A network variable defines an operational input or output for the device. The structure, range, units, and format of the network variable are define

Each functional profile has a name and number that is unique for the scope of the resource file set. The number is called the functional profile ke

Adding Functional Blocks Functional blocks represent specific device functions. For example, a device could have four hardware digital inputs, and d

1 Introduction This chapter introduces the IzoT NodeBuilder Development Tool. It lists the new features in the IzoT NodeBuilder tool, summarizes th

the Use Array checkbox, enter the number of functional blocks in the array in the Size box, and then click OK. 3. In the Program Interface pane, rig

5. If any of the mandatory network variables do not have a default type set by the functional profile (for example, the nvoValue network variable i

4. In the SFPT or UFPT property, select the desired functional profile template. 5. In the Name property, enter a name for your functional block.

2. The NV Properties dialog opens. 3. Edit the following properties: IzoT NodeBuilder FX User's Guide 139

Name Displays the name of the network variable that will be used in the IzoT Commissioning tool and other network management tools. The default nam

Service Type Displays the service type used by the network variable to send updates as specified in the functional profile (Unspecified, Acknowledged

Modifiers Indicates whether the network variable uses the Synchronized or Polled modifiers. This property is only available for output network va

4. Optionally, you can click Advanced to open the Advanced NV Properties dialog and further specify the storage class used by the network variable.

memory devices. far The network variable is placed in the far section of the variable space. By default, Neuron C variables are placed in the near R

the network variable must have priority enabled when it is installed. To enable priority on a device installed in a LonMaker network, right click th

Introduction to the IzoT NodeBuilder Tool The IzoT NodeBuilder Development Tool is a complete hardware and software platform for developing, debuggin

3. Edit the following properties: Name Displays the name of the configuration property that will be used in the IzoT Commissioning tool and other

Implement as CP Array check box is set appropriately and unavailable. If the functional profile template does not define how this configuration pro

modified only when the device has been set offline by a network tool such as the IzoT Commissioning tool. Do not set this option if you are using FT

cleared by default. Initializer Optionally, you can set the value for the network variable when the device is reset. If this network variable is a

4. If you have shared two mandatory or optional configuration properties or if you have shared two implementation-specific configuration properties

functional block or network variable arrays, or any combination thereof. • A configuration property that is shared among the members of a functional

Alternatively, you can drag a network variable from the functional profile’s Optional NVs folder in the Resource pane to the functional block’s Opt

The name cannot contain spaces or the following characters: \ / : * ? “ < > |. 5. The Use Array check box in the Array Element Count box is

3. In the FPT Member Name property, select the optional configuration property from the list of those that have not yet been implemented in this fu

See the Neuron C Programmer’s Guide and Neuron C Reference Guide for more information about implementing configuration property arrays. 6. In the

devices in Compatibility Mode can also communicate with LonTalk devices on different channels as long as there is a route created between the channel

functional block is based. For example, a UNVT could not be added to a SFPT, but a SNVT may be added to a UFPT. To add an implementation-specific ne

3. In the Name property, enter a name for the network variable as it will appear in the IzoT Commissioning tool and other network management tools.

If you are selecting a UNVT, the list contains all the UNVTs in resource files of the scope specified in the Scope field that match the program ID te

Alternatively, you can right-click the Configuration properties folder in the Program Interface pane and select Add CP from the shortcut menu, or yo

3. In the Name property, enter a name for the configuration property as it will appear in the IzoT Commissioning tool and other network management

5. In the Select Resource Type box, select whether the configuration property you are adding is based on a Standard or User-Defined type. If you se

Float SNVT_volt_f {0, 0x42, 1, 0x7c, 0x6666} Structure SNVT_switch {200, 0} Enumeration SNVT_hvac_mode HVAC_AUTO If you need help entering a valid in

The Structure Fields box displays all the fields in the structured network variable or configuration property. If no initializer has previously be

3. All other fields in the structure are automatically set to their default values, which are defined in resource files. If no default value is de

2. Click anywhere in the Value box, and select a value from the list of possible enumeration values. You can set the enumeration to its default val

FT 6000 EVB Evaluation Board The FT 6000 EVB is a complete 6000 Series IzoT and LONWORKS device that you can use to create IzoT and LONWORKS devices.

3. The current initial value for the float or 32 data type is displayed in the Initializer box. You can edit the values of a field by either selec

Generating Code with the Code Wizard You can use the NodeBuilder Code Wizard to generate Neuron C source code that implements your device interface a

The following table lists and describes the files created by the NodeBuilder Code Wizard. Source File Description <Device Template Name>.nc

Source File Description filesys.nc Contains functions used to facilitate transfer of configuration properties implemented as configuration files. T

Each time you generate code using the Code Wizard, it checks whether each of the common files exists on the Include Search Path property. If a file

Version 1 Templates The version 1 templates were the initial implementation of the Code Wizard templates, which are no longer supported by the Code W

172 Defining Device Interfaces and Creating their Neuron C Framework

7 Developing Device Applications This chapter provides an overview of the Neuron C Version 2.3 programming language. It describes how to edit the

Introduction to Neuron C Neuron C Version 2.3 is a programming language based on ANSI C that you can use to develop applications for Neuron Chips a

Each network variable, configuration property, and functional block is defined by a type definition contained in a resource file. Network variables

// TO DO: add code to return the current length of the network variable // with index "nvIndex." // Example code follows: // // s

Neuron C Variables The following sections briefly discuss various aspects of Neuron C-specific variable declarations. Data types affect what sort o

• const declares a value that cannot be modified by the application program. Affects self-documentation (SD) data generated by the Neuron C compile

Declaration Example Pointers char *p; Functions int f(int a, int b); Arrays int a[4]; Structures and unions struct s { int field1;

• Default directors for functional blocks or functional block arrays. The source code for each functional block or functional block array contains

}; // //<Fblock Output NV Declarations> network output SNVT_lev_percent nvoPercentage; : : // //}}NodeBuilder Code Wizard End You can override

... Add when-tasks Responding to I/O and Timer Events You can add when-tasks to respond to I/O and timer-related events, as needed. Add these eve

The method used by the Neuron firmware to change the size of a network variable uses an NV length override system image extension that is managed by

Neuron C Version 2 Features Not Supported by the Code Wizard The following overview summarizes features of the Neuron C Version 2 language that are c

range_mode_string. The NodeBuilder Code Wizard does not support the range_mode_string option, which supports the setting of LONMARK range modificati

You can cut, copy, and paste text using standard Windows commands. For example, you can cut selected text using CTRL+X, the Cut button on the toolba

Echelon, LON, LonWorks, Neuron, 3120, 3150, Digital Home, i.LON, IzoT, FTXL, LonScanner, LonSupport, LNS, LonMaker, LONMARK, LonPoint, LonTalk, NodeB

What's Included with the IzoT FT 6000 EVK The FT 6000 EVK includes the following components: • IzoT NodeBuilder Development Tool. The IzoT Nod

4. Set Match Whole Word Only to find only whole words that match the string. Set Match case to make the search case sensitive. 5. Click Find Nex

2. In the Text to Find property, enter the text string to be found. 3. In the File Types property, select the file types to be searched. By def

Expression Description ? The question mark replaces one or zero characters. The search must contain at least two other characters. Use \? to repres

5. In the Where property, select which files to search. You have the following three choices: • Search all Files in Project. Searches all files i

Alternatively, you can access this tab by clicking Project, clicking Settings, and then clicking the Editor tab, or by clicking the Project Settings

8 Building and Downloading Device Applications This chapter describes how to compile Neuron C source code, build an application image, and downloa

Introduction to Building and Downloading Applications You can build an application image for one or more development or release targets in a NodeBuil

• To build one or more targets in the current NodeBuilder project, click one target device template, optionally, hold down CTRL and click the other

Note: To stop a build in progress, open the Project menu and then select Stop Build. 6. If the Load After Build option ()in the IzoT NodeBuilder t

Downloadable Application Image Files (.APB, .NDL., and NXE,) These files contain the application image used by the IzoT Commissioning tool and other

• NodeBuilder Editor. Edit the Neuron C source code generated by the Code Wizard to create your device’s application, or create and edit your own N

flash, or NVRAM (if any). For these devices, this file is used with a device programmer to program the external memory chips. If the application im

Excluding Targets from a Build You can exclude a target or a device template from project builds, and you can exclude a target from a device template

Note: The Clean command only removes files and folders produced by the IzoT NodeBuilder tool. It does not remove any files that you have generated

2. The Build Status dialog opens. 3. Each row in this dialog represents a device template target or a target. Targets are listed beneath their a

changed. This status is unlikely to occur. Link required. Applies to device template targets only. Indicates that one of the libraries or the syst

process will move on to the next target, rather than aborting the build. Load after Build Loads the application into a device immediately after the a

Processor System Image Memory Type Application Memory Type Application Image File Extension Application Image Programming Tool Neuron 5000 Processor

Programming 5000 and 6000 Off-chip Memory A 5000 or 6000 Series device requires at least 2K of external serial EEPROM, and it can optionally contain

some pins that are multifunctional; therefore you must program each external non-volatile memory device individually. After you connect the I2C or

FT 5000SCLSDA_CS1~AardvarkSCLSDAGND1 2 31 2 3J1J2Serial EEPROM DeviceGNDGND454313210SDASCLGNDVCCR14.99kVCCR24.99kFT 5000/6000-Aardvark I2C Connection

For more information on the FT 6000 EVB hardware, including detailed descriptions of its Neuron core, I/O devices, service pin and reset buttons and

FT 5000SCLSDA_CS1~RST~AardvarkSCLSDAGNDSerial EEPROM DeviceGNDGND45432813210SDASCLGNDVCCR14.99kVCCR24.99kSerial EEPROM-Aardvark I2C Connection(Direct

Serial Memory Device-Aardvark Connection Scheme for SPI Interface To connect an external serial EEPROM or flash device to the Aardvark programmer and

FT 5000MOSIMISOSCKCSO~RST~AardvarkMOSIMISOSCLKSSGNDSerial EEPROM or Flash DeviceGNDGNDVCCR4100kR1..33xR49.948464740288579210CSO~SCKMISOMOSIGNDSerial

When using flash memory, always enable the flash programmer’s software data protect, SDP, feature if possible. You must have at least 0x5600 bytes m

areas, as well as in on-chip EEPROM. Whenever the Neuron Chip or Smart Transceiver is reset, the Neuron firmware compares the on-chip and off-chip s

Upgrading Device Applications The 5000 and 6000 Series chips are compatible with device applications written for 3150 and 3120 Neuron Chips and Smart

used with any device. You can also create custom stencils with shapes customized for your devices and networks. The NodeBuilder Basic Shapes 4.00 st

8. Click Next three times. The window in the New Device Wizard lets you select the application image to be downloaded to your device. 9. Select

10. The next window lets you set the initial device state and the source of configuration property values when your device is commissioned. 11.

13. Press the service pin on the development platform you to be loaded and commissioned. The IzoT Commissioning tool loads the application image f

Introduction to NodeBuilder Device Development and Network Integration An IzoT or LONWORKS network consists of intelligent devices (such as sensors,

2. The Insert Device dialog opens. 3. This dialog organizes the devices in currently open LonMaker networks by LNS device template name. If the

7. Click OK to add the target to the Devices folder in the NodeBuilder Project pane. If this device is commissioned, the IzoT NodeBuilder tool wil

Remove Removes the device as a target for future builds. The device is removed from the current NodeBuilder project, but it is not removed from the

3. You can view and set the following properties: Device Name Displays the name of the device specified in the LonMaker drawing. This field is rea

Current LNS Device Template Displays the name of the LNS device template associated with the target. This field is read-only and is automatically up

9 Testing a NodeBuilder Device Using the IzoT Commissioning Tool This chapter describes how to use the Data Point shape and LonMaker Browser in th

Introduction to Testing NodeBuilder Devices You can use the IzoT Commissioning tool to test your NodeBuilder device. You can press the hardware inpu

3. Expand the Subsystem icon, expand your NodeBuilder device icon, expand a functional block in the device interface corresponding to a hardware inp

7. Double-click the Data Point shape for the input network variable, enter a different value, and then click anywhere outside the Data Point shape.

3. The LonMaker Browser opens. It displays the functional blocks in your device interface and the network variables and configuration properties w

channels that use different media (channel types) together. Unlike other devices, routers are always attached to at least two channels. The IzoT R

5. The Network Variable Properties or Configuration Property Properties dialog opens. 6. Verify that the network variable or configuration prop

8. Change network variable and configuration property values and confirm that the device hardware works as designed. For example, toggle a hardware

c. In the New FB Name: property under Functional Block, enter the name for the functional block. The functional block name may be up to 85 alphanum

b. Drag the other end of the Connector shape to the input network variable of the other functional block until it snaps into place and a square box

b. Right-click the new Connector shape it and select Monitor Input Value to display the current value of the input network variable in the connecti

9. Toggle a hardware input to test the connection between the network variables change. Observe the hardware output and the current values of the

232 Testing a NodeBuilder Device Using the LonMaker Tool

10 Debugging a Neuron C Application This chapter describes how the use the NodeBuilder debugger to troubleshoot your Neuron C application. IzoT

Introduction to Debugging You can use the NodeBuilder debugger within the NodeBuilder Project Manager to control and observe the behavior of your de

2. The NodeBuilder debugger opens. 3. The Debug menu appears on the NodeBuilder menu bar and four new panes open in the NodeBuilder project man

Field Description • Standard manufacturer IDs are assigned to manufacturers when they join LONMARK International, and are also published by LONMARK

Debug Device Manager Displays which devices are currently being debugged, and lets you pause and resume the application on each device. If at least

The following table describes each of the buttons in the Debugger toolbar. View Breakpoint List Toggles the breakpoint list pane. See Setting and

Halting an Application You can stop an application while it is running in debug mode by clicking the halt button ( ) on the Debugger toolbar. Altern

Stepping Through Applications You can step through the code in your application one line at a time after you halt the application. You can step into

To add a variable, network variable, or configuration property to the watch list and monitor its value in the Watch List pane, follow these steps: 1

4. If you right-clicked a statement, the drop-down list in the Watch Type box is empty and you need to select one of the following types of variable

Scalar network variables contain a single field that contains their value. If the variable does not exist, a Symbol Not Found dialog opens. 6. Opt

c. Enter the new value for the variable and then click OK. If you are editing the value of an enumerated type, select an enumeration from the list

Stop All Stops debugging all devices, removes all the devices from the Debug Device Manager pane, and closes the NodeBuilder debugger. To restart d

In the Address field, enter the address to start writing in. In the Count field, enter the number of bytes to write. In the Byte field, enter a t

A single network variable may be connected to multiple network variables of the same type but opposite direction. The following example shows the

2. You can set the following options: Default Display Radix Specifies the default format in which data is displayed in the Watch List pane. You ca

Fonts and Colors Specifies the font, font size, and color used for text in the Breakpoint List, Call Stack, and Watch List panes. To change the font

248 Using the NodeBuilder Debugger

Appendix A Using the Command Line Project Make Facility This appendix describes how to use the command line project make facility with the project m

Using the NodeBuilder Command Line Project Make Facility You can invoke the NodeBuilder build tools from the Windows command line. You can use this

--defloc <dir> Specifies a directory to search for the default command file. The default command file for the project make facility must be n

-x <nbdt> Indicates that a clean operation will be performed on the specified NodeBuilder device template for the target specified by the –t co

Appendix B Using Source Control With a NodeBuilder Project This appendix describes how to manage a NodeBuilder project using a source control applic

Using Source Control with a NodeBuilder Project When developing a large NodeBuilder project, you can put the project under source control to allow mu

Neuron C Source Files (.nc, .c, and .h) The main source file, <Device Template>.nc, is stored in the C:\Lm\Source\<Project>\<Device Te

IzoT Commissioning Tool or a customized plug-in created for the device (see the OpenLNS Plug-in Programmer’s Guide for more information on creating O

256 Appendix B: Using Source Control with a NodeBuilder Project

Appendix C Glossary This appendix provides definitions for many terms commonly used with NodeBuilder device development.IzoT NodeBuilder User's

3100 Series Chip The term used to collectively refer to all previous-generation Neuron chips, including the 3150 and 3120 Neuron chips; the 3150 and

Channel The physical media between devices upon which the devices communicate. The LonTalk protocol is media independent; therefore, numerous types

Device A device that communicates on a LONWORKS network. A device may be an application device, network service device, or a router. Devices are so

FT 6000 EVB A LONWORKS evaluation board that uses Echelon’s FT 6000 Smart Transceiver. It features a compact design that includes the following I/O

i.LON IP-852 Router An i.LON IP-852 router forwards ISO/IEC 14908-2 packets enveloped in ISO/IEC 14908-4 packets over an IP-852 channel. i.LON IP-85

IzoT NodeBuilder Tool A hardware and software platform that is used to develop applications for Neuron Chips and Echelon Smart Transceivers. The Iz

LONWORKS 2.0 Platform The next generation of LONWORKS products designed to both increase the power and capability of LONWORKS devices, and to decreas

supports the mapping of external non-volatile memory from 0x4000 to 0xDFFF in the Neuron address space (a maximum of 42KB). Neuron Assembler (NAS) A

When a functional block is created from a functional profile, the application designer can determine which of the optional configuration properties a

NodeBuilder Device Template An XML file with a .NbDt extension that specifies the information required for the IzoT NodeBuilder tool to build the dev

PCC-10 A type II PC (formerly PCMCIA) card network services interface (NSI) that includes an integral FTT-10 transceiver. Other transceiver types ca

SLTA-10 A serial NSI interface with built-in twisted pair transceiver that connects to any host with an EIA-232 (formerly RS232) port. It can also c

Target Device A LONWORKS device application that is built by the IzoT NodeBuilder tool. There are two types of targets, development targets and rele

270 Appendix C: Glossary

Appendix D NodeBuilder Software License Agreement When installing the NodeBuilder software, you must agree to the terms of the software license agr

IzoT™ NodeBuilder® Development Tool NOTICE This is a legal agreement between you and Echelon Corporation (“Echelon”). YOU MUST READ AND AGREE TO TH

• “IzoT Device” means a product designed for use in a network based upon Echelon’s IzoT Platform. • “Your Device” means an IzoT Device that you deve

comply with the above restrictions, will result in automatic termination of this license and will make available to Echelon other legal remedies. TER

MAY NOT APPLY TO YOU. YOU MAY ALSO HAVE OTHER RIGHTS THAT VARY FROM STATE TO STATE AND JURISDICTION TO JURISDICTION. LIMITATION OF LIABILITY IN NO E

Device manufacturers may also create user resource files that contain manufacturer-defined types and profiles called user network variable types (UNV

IzoT Network Services Applications, or (ii) inform the end-user that there will be no support for Your Devices and Your IzoT Network Services Applica

CONTENTS Preface ... ix Purpose ...

16 Introduction

2 Installing the IzoT NodeBuilder Development Tool This chapter describes how to get started with your IzoT NodeBuilder tool, including how to insta

Installing the IzoT FT 6000 EVK To install your IzoT FT 6000 EVK, follow these steps: 1. Verify that you have a manufacturer ID. A manufacturer ID

2. Run the IzoT NodeBuilder installer. 3. Run the NodeBuilder430.exe self-extracting installation program. The Welcome window of the NodeBuilder

6. Enter the NodeBuilder serial number on the back of IzoT Commissioning Tool DVD case in the Serial Number box. Optionally, you can enter the fol

7. Click Next. If your computer does not have a LONWORKS directory, the Destination Location window appears. Choose a LONWORKS folder in which you

10. Click Install to begin the NodeBuilder software installation. Before installing the IzoT NodeBuilder software, the following programs are auto

13. Once the installation has completed, you will be given the option to view the ReadMe file. See the ReadMe file for updates to the NodeBuilder d

3 IzoT NodeBuilder Quick-Start Exercise This chapter demonstrates how to create an IzoT or LONWORKS device using the IzoT NodeBuilder Development to

FT 6000 Evaluation Boards ... 39 LTM-10A Platform and Gizmo 4 I/O Board ...

IzoT NodeBuilder Quick-Start Exercise The following quick-start exercise demonstrates how to create an IzoT or LONWORKS device with the IzoT NodeBui

1. Create a new IzoT CT network. To do this, follow these steps: a. Click Start on the taskbar, point to Programs, point to Echelon OpenLNS CT, an

f. Select the Network Attached check box and then select the LonTalk/IP network interface you created when you installed your FT 6000 EVK. g. Cl

5. Accept the default NodeBuilder Project Name, which is the same name as the IzoT CT network, and then click Next. 6. Accept the defaults in the S

3. Click Calculator. The Standard Program ID Calculator dialog opens. 4. Enter the following values for the program ID fields: • In the Man

• In the Device Class (CC:CC) property, select the Multi-I/O module (5.01) option. • In the Usage (UU) property, select the General option. • In t

• If you are using the NodeBuilder FX/PL hardware (LTM-10A Platform with Gizmo 4 I/O Board), select LTM-10A RAM in the Development Build Hardware

Step 3: Defining the Device Interface and Creating its Neuron C Application Framework You can develop device applications with the IzoT NodeBuilder t

• A simple Node Object with no configuration properties (the NodeBuilder Code Wizard automatically creates this functional block). To define your de

c. Rename the openLoopSensor functional block to “Switch”. To do this, right-click the openLoopSensor functional block in the Program Interface pa

3120 and 3170 Neuron Core ... 122 Setting the Hardware Template Description ...

e. Double-click the nvoValue network variable, or right-click it and then select Properties on the shortcut menu. The NV Properties dialog opens.

2. Create an open-loop actuator with a SNVT_switch network variable. a. Drag a SFPTopenLoopActuator functional profile template from the Resource P

5. Double-click the IzoT NB Example Device.nc file in the Project pane to open the main Neuron C file for this new device template. 6. Open the S

follow the section corresponding with the development platform or platforms you are using for the appropriate code to use. FT 6000 Evaluation Boards

LTM-10A Platform and Gizmo 4 I/O Board 1. Declare the I/O hardware for the Switch following these steps: a. Double-click the Switch.h file in the P

Step 5: Compiling, Building, and Downloading the Application The IzoT NodeBuilder tool includes a complete set of tools for compiling your Neuron C a

CT displays a network drawing that shows the devices, functional blocks, and connections in your network. IzoT CTl also displays stencils that contai

6. Click Next three times. The window in the New Device Wizard lets you select the application image to be downloaded to your device. 7. Select

8. The next window lets you set the initial device state and the source of configuration property values when your device is commissioned. 9. Se

Neuron C Version 2 Features Not Supported by the Code Wizard 183 Message Tags...

11. Press the service pin on the development platform to be loaded and commissioned. IzoT CT loads the application image for your IzoT NB Example

To test your device’s interface with the IzoT Browser, follow these steps: 1. Right-click the IzoT NB Example Device device in your IzoT CT drawing,

4. Press and hold the left button at the bottom of your development board (SW1 on the FT 6000 EVB; IO_6 on the Gizmo 4 I/O Board). The value of the

3. The NodeBuilder Project Manager appears, and a debug session for the device starts. There is a short pause as the debug session is started whil

6. Right-click the nvoSwitch.state = !input_value line, and then click Toggle Breakpoint on the shortcut menu, or click anywhere in the line and pre

9. Right-click the input_value variable in the line of code in which you set the breakpoint, and then click Watch Variable on the shortcut menu. 1

11. Click Add Watch. The variable is added to the Watch List pane at the bottom of the NodeBuilder Project Manager. This pane displays each of th

16. The NodeBuilder debugger has demonstrated that events occur when the button is both pressed and released. To implement the desired behavior in

Step 8: Connecting and Testing the Device in a Network Once you determine that your device is functioning as desired, you can test it as part of a ne

5. Click Finish. The New Functional Block wizard closes and the IzoT CT drawing appears. A new Left Switch functional block shape appears on the

Debugging Interrupts for 5000 or 6000 Series chips ... 239 Using Statement Expansion ...

7. Click Finish. The New Functional Block wizard closes and the IzoT CT drawing appears. A new Left LED functional block shape appears on the dra

a. Drag the Connector shape from the NodeBuilder Basic Shapes 4.00 stencil to the drawing. Position the left end of the shape over the tip of the n

b. Right-click the new Connector shape and select Monitor Input Value to display the current value of the nvoSwitch network variable on the Left Sw

10. Press the left button at the bottom of your development board (SW1 on the FT 6000 EVB; IO_6 on the Gizmo 4 I/O Board) repeatedly to test the co

Additional Device Development Steps After you create your device application and successfully test your device in a network, you can perform the foll

b. The Device Properties dialog opens with the Attributes tab selected. This dialog allows you to read and write to the properties of the IzoT CT

e. Set the Location and Ping Interval properties to the values to be saved with the custom device shape in your IzoT CT stencil. See the IzoT CT

g. Set the Non-group Receive Timer property to the value to be saved with the custom device shape in your IzoT CT stencil. See the IzoT CT online

3. Create custom functional block shapes. Custom functional block shapes let you provide network integrators with functional block shapes that hav

Developing an HMI You can create a human machine interface (HMI) for your device so that end users can monitor and control it. You will typically cr

viii Preface

HKEY_LOCAL_MACHINE\SOFTWARE\LonWorks\LonWorks Path The following table lists and describes the files that your installation application should instal

Your installation executable should install your device interface files in a subdirectory labeled with your company name (C:\Program Files (x86)\LonW

68 Creating and Opening IzoT NodeBuilder Projects

4 Creating and Opening IzoT NodeBuilder Projects This chapter describes how to create, open, and copy IzoT NodeBuilder projects, and how to copy N

Introduction to the NodeBuilder Project Manager A NodeBuilder project collects all the information about a set of devices that you are developing. Y

Edit Lets you to edit any of the Neuron C source files or header files that are used in the project. See Chapter 7, Developing Device Applications,

Settings Opens the NodeBuilder Project Properties dialog with the Project tab selected. The Project tab displays the project settings. Properties D

Creating a NodeBuilder Project from IzoT CT You can create a NodeBuilder project by starting the NodeBuilder Project Manager from the IzoT Commission

property, and then select the IzoT network interface to be used for communication between the IzoT CT network and your NodeBuilder device in the Netw

8. Specify the following properties: Project Name The name of the project as specified in the Specify New Project Name dialog. This is a read-onl

Preface The IzoT™ NodeBuilder® Development Tool is a complete hardware and software platform that is used to develop applications for Neuron Chips a

Creating a NodeBuilder Project from the New Device Wizard You can create a NodeBuilder project from the New Device Wizard in the IzoT Commissioning T

4. Click Next. The next page in the New Device Wizard lets you select the NodeBuilder device template. 5. Click Start NodeBuilder to create

7. Accept the default Create a New NodeBuilder Project option, and then click Next. 8. Accept the default NodeBuilder Project Name, which is the s

3. In the NodeBuilder Project dialog, select the Open an Existing NodeBuilder Project option and then click Next. 4. The Select NodeBuilder Proj

• You can open specific windows within the default project by right-clicking a Development Target or Release Target device shape in the IzoT CT draw

5. If you have previously associated a IzoT CT network with this NodeBuilder project, it appears in the Project File property. 6. To select a di

3. In the Database Name property under Existing Network, select the IzoT CT network design associated with the NodeBuilder project to be copied and

6. The IzoT CT drawing, IzoT network database, and the NodeBuilder project are all stored in a single IzoT CT backup file (.zip extension) that is s

11. Click OK. The IzoT CT drawing, IzoT network database, and the NodeBuilder project are copied to the target computer. The NodeBuilder project

5. Copy the user-defined hardware template backup to the C:\Program Files (x86)\LonWorks\NodeBuilder\Templates\Hardware\User directory on the target