Program Samples

eRTOS SDK includes several program samples to help developers create real-time programs to run in the eRTOS real-time environment. You can access code samples in the Public Documents\IntervalZero\MaxRT\eRTOS SDK\1.0\Samples\ directory.

Important: These samples are provided to show concepts only. They do not include full error checking that would normally exist in customer applications.

RTSS samples:

Sample	Description
AMX_IPClatency	Measures the latency for switching between two threads using Intel AMX instructions.
AMXNest	Demonstrates the usage of Intel AMX technology in the nested situation.
FastSemaphore	Demonstrates the usage and abilities of the FastSemaphore functions.
IPCLatency	Measures the latency for switching between two threads.
IPCPairLatency	Measures latencies from process B signal to process A wake-up.
Mailbox	Creates an instance of a mailbox that is thread-safe.
mSRTM	Runs a System Response Timer on different cores simultaneously, measuring the difference between the expected timer interval and the actual timer interval.
PciScanBus	Searches for devices on the machine's PCI buses. When a device is found, the PCI configuration information is printed to the screen.
PingPong	Spawns off two threads that signal each other back and forth for a set amount of time. After the time has expired, the main thread signals the threads to complete and end the program.
RDTPerformance	Provides an example of how to use eRTOS-supported Intel® Resource Director Technology (RDT) to optimize the performance of Real-time threads with high-performance requirements.
BeginThreadEx	Demonstrates using CRT functions - _beginthreadex and _endthreadex.
RTPerfMonitor	Displays system information including speed and type of processor running eRTOS, HAL type, CPU utilization and other information that can be used to help measure Process application load.
SimpleDataExchange	Detects whether an event is open or not.
SimpleProducerConsumer	Builds two applications: The consumer application opens a memory address shared between the two Real-time processes. The producer application creates and writes to a globally named shared memory address.
SMP Sample	Spawns three threads in a suspended state and assigns a processor to run each thread using a round-robin technique.
SRTM	Measures timer delivery latencies using the eRTOS synchronized clock and timers and prints the results.
SrtmDateTime	Measures system response time and calculates duration by retrieving and comparing date and time from different RTAPIs, leading to deviations due to varying hardware resources.
StructureExceptionHandling	Demonstrates the functionality of Structured Exception Handling (SEH) in eRTOS. The sample generates different types of hardware exception in the _try guarded block based on input exception type.
TimingAlloc	Measures malloc/free performance.
TimingAllocMt	Measures malloc/free performance in a multi-threading case.
FLSTest	Demonstrates using FLS functions to manipulate FLS associated with the current thread.
IntelProE1000	Demonstrates attaching multiple ISRs and ISTs using line-based or MSI/MSI-X interrupts for multiple Intel® Pro 1000 PT server adapters.
MultiIntrModeI225	Demonstrates attaching multiple ISRs and ISTs using line-based or MSI/MSI-X interrupts for multiple Intel I225/I226 adapters.
MultiVectorI350	Demonstrates attaching multiple interrupt vectors using MSI-X interrupts for Intel I350 Ethernet adapter.
PCIDIO	Demonstrates attaching line-based interrupts on PCIDIO line-based interrupt cards.

RTDLL samples:

Sample	Description
RTDLL	Demonstrates using a Real-time Dynamic Linked Library (RTDLL) in a Real-time process. RTDLLs provide library functionality to RTSS applications, similar to how DLLs are used in Windows applications.
TLSTest	Demonstrates using explicit and implicit thread local storage (TLS) in a Real-Time process.

TCP/IP samples:

Sample	Description
RtTcpipClient	TCP or UDP echo client application used for testing Real Time TCP/IP protocol stack.
RtTcpipServer	TCP or UDP echo server application used for testing Real Time TCP/IP protocol stack.