Embedded Systems Academy

It now has an additional function to simulate driving at a fixed speed for a fixed duration. The odometer, speed indicator and wheel pulse counter are updated accordingly.

This new feature especially helps with testing applications that measure distance traveled, like taximeters or board computers for telematic applications.

The main simulation DLL can be exchanged. If a car manufacturer publishes the required details about their gateways, the simulation provides exactly those data objects that the real car uses.

For more details and pricing please contact us.

Today we released a new version of our Micro CANopen source code. Updates and changes made include requirements from the latest CANopen conformance test as well as updates to the CiA 447 specific examples. Besides two bug fixes, the changes are:

Device switch themselves automatically to pre-operational when they detect a loss of a heartbeat that they are consuming. In the past this was application code specific, but as the conformance test requires it, we moved this function into the stack. In CiA 447 this is only done for the loss of the gateway’s heartbeat. Reaction to other heartbeat losses remains application code specific.

For CiA 447 devices, the shut down sequence is now also initiated if a gateway is not present. As before, devices wait for the next wake-up message before they try to communicate again.

Micro CANopen customers with a current maintenance and support contract may download this latest version from our servers as described on the delivery note for each product.

Recently we released a new version of CANopen Magic with significant improvements to the way user-defined CAN messages are handled. Here is a brief summary:

• Messages can now be grouped together allowing for more logical viewing and keeping messages with similar uses together
• Cut, copy and paste supports moving and copying messages between the groups
• The order of the messages in a group can be manipulated to allow quicker and easier identification
• All messages in a group can be transmitted at once
• Sequential message transmission

In particular the sequential message transmission is a useful new feature. Repeatedly clicking on a button causes the next message in the group to be transmitted. When the last message in the group has been reached transmission resumes with the first message in the group. This allows complex sequences of messages to be constructed and then transmitted, for example to provide input stimuli to a node under test at a specific point in it’s operation or to mimic transmissions from a node that has not yet been developed.

Available in CANopen Magic Standard, Professional and Ultimate starting with version 6.10. Download the evaluation version.