For this release of QNX Neutrino, you'll find the following
technotes here:
- IP Tunneling (Generic Routing Encapsulation)
- Describes how you'd set up and use GRE.
- PPPOE and Path MTU Discovery
- Describes how to work around a problem with path MTU discovery.
- Making Multiple Images
- Explains how to use mkifs to create more than one image.
- QNX Neutrino and QNX4 bootloader partitions
- Explains problems associated with using a QNX Neutrino bootloader partition to boot a QNX4 partition.
- Managing POSIX Message Queues
- Describes how to manage POSIX message queues.
- Choosing the Correct MTD
Routine for the Flash Filesystem
- Choose the correct MTD routine.
- Asynchronous Messaging
- How to use asynchronous messaging.
CAUTION:
Asynchronous messaging is an experimental feature;
for information about the use of
experimental software, see the Commercial Software License Agreement (CSLA) or
Partner Software License Agreement (PSLA) in the Licensing area of our website,
http://www.qnx.com/legal/licensing/.
- Reading a Kernel Dump
- How to interpret the output if your application causes a kernel fault.
- I2C (Inter-Integrated Circuit) Framework
- Describes how to create and use an I2C driver.
- SPI (Serial Peripheral Interface) Framework
- Describes the API for the SPI interface.
- Fine-tuning your network drivers
- How to tune your network drivers for increased performance or
reduced memory footprint.
- Migrating to QNX Neutrino for
ARMv6 Processor Based Boards
- Describes the migration procedure to QNX Neutrino for ARMv6 processor based
boards.
- Supporting Vector Floating
Point Functionality for ARM Processors
- Describes the vector floating point functionality for ARM processors.
- How to create a Runtime Kit from the QNX Software Development Platform
- How to generate a QNX Neutrino runtime system CD.
- Backtraces
- How to get a backtrace of calling functions.
- Freescale E500 SPE
- How to get support for using Freescale E500 SPE.
- Reloadable Image Filesystems
- How to quickly restore an IFS when you restart a system.
- Filesystems and Power Failures
- Information about maintaining hard-disk integrity during power failures
- Process Performance State Manager (PPSM)
- How to use the Enhanced Intel Speed Step technology, and
System State S3 (Suspend to RAM)
and S5 (Suspend to Disk) power management support.
- Customizing language sort orders for libqdb_cldr.so
- How to create custom language sort orders to use with the libqdb_cldr.so DLL.