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/*
* Copyright (C) 1996-2019 IAR Systems AB.
*
* Excerpt from IAR Embedded Workbench tutorial
*
* Macro package for the C-SPY debugger to simulate Fibonacci data input,
* including setting an immediate breakpoint and defining a simulated
* interrupt.
*
* See the file riscv/doc/licenses/IARSourceLicense.txt for detailed
* license information.
*
*/
__var _counter;
__var _interruptID;
__var _breakID;
execUserSetup()
{
__message "execUserSetup() called\n";
/* Call the simulation setup. */
SimulationSetup ();
}
execUserExit()
{
__message "execUserExit() called\n";
/* Call the Simulation shutdown. */
SimulationShutdown();
}
SimulationSetup()
{
/* Automatically setup the TIMER interrupt for the simulation */
_interruptID = __orderInterrupt("TIMER", 1000, 1000, 0, 1, 0, 100);
if( -1 == _interruptID )
{
__message "ERROR: failed to set up the interrupt";
}
/* Insert a breakpoint in the _tx_timer_interrupt entry point */
_breakID = __setCodeBreak( "_tx_timer_interrupt", 0, "1", "TRUE", "InterruptCSPYlogger()");
if( !_breakID )
{
__message "ERROR: could not set immediate breakpoint.\n" ;
}
}
InterruptCSPYlogger()
{
_counter++;
__message "Entered TIMER interrupt: ", _counter, "\n";
}
SimulationShutdown()
{
__cancelInterrupt(_interruptID);
__clearBreak(_breakID);
}
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