main.c File Reference

#include <zephyr/kernel.h>
#include <zephyr/ztest.h>
#include <zephyr/irq.h>
#include <zephyr/irq_multilevel.h>
#include <zephyr/tc_util.h>
#include <zephyr/sw_isr_table.h>
#include <zephyr/interrupt_util.h>
#include <zephyr/sys/barrier.h>

Macros
#define	ISR1_OFFSET   0
#define	ISR2_OFFSET   1
#define	ISR3_OFFSET   2
#define	ISR4_OFFSET   3
#define	ISR5_OFFSET   4
#define	ISR6_OFFSET   5
#define	TEST_NUM_IRQS   CONFIG_NUM_IRQS
#define	TEST_IRQ_TABLE_SIZE
#define	IRQ_LINE(offset)   (TEST_NUM_IRQS - ((offset) + 1))
#define	TABLE_INDEX(offset)   (TEST_IRQ_TABLE_SIZE - ((offset) + 1))
#define	TRIG_CHECK_SIZE   6
#define	ISR3_ARG   0xb01dface
#define	ISR4_ARG   0xca55e77e
#define	ISR5_ARG   0xf0ccac1a
#define	ISR6_ARG   0xba5eba11
#define	IRQ_FLAGS   0

Functions
void	isr3 (const void *param)
void	isr4 (const void *param)
void	isr5 (const void *param)
void	isr6 (const void *param)
__no_optimization int	test_irq (int offset)
	ZTEST (gen_isr_table, test_build_time_direct_interrupt)
	test to validate direct interrupt
	ZTEST (gen_isr_table, test_build_time_interrupt)
	test to validate gen_isr_table and interrupt
	ZTEST (gen_isr_table, test_run_time_interrupt)
	test to validate gen_isr_table and dynamic interrupt
static void *	gen_isr_table_setup (void)
	ZTEST_SUITE (gen_isr_table, NULL, gen_isr_table_setup, NULL, NULL, NULL)

Variables
static volatile int	trigger_check [6]

Macro Definition Documentation

IRQ_FLAGS

#define IRQ_FLAGS   0

IRQ_LINE

#define IRQ_LINE

(

offset

)

(TEST_NUM_IRQS - ((offset) + 1))

ISR1_OFFSET

#define ISR1_OFFSET   0

ISR2_OFFSET

#define ISR2_OFFSET   1

ISR3_ARG

#define ISR3_ARG   0xb01dface

ISR3_OFFSET

#define ISR3_OFFSET   2

ISR4_ARG

#define ISR4_ARG   0xca55e77e

ISR4_OFFSET

#define ISR4_OFFSET   3

ISR5_ARG

#define ISR5_ARG   0xf0ccac1a

ISR5_OFFSET

#define ISR5_OFFSET   4

ISR6_ARG

#define ISR6_ARG   0xba5eba11

ISR6_OFFSET

#define ISR6_OFFSET   5

TABLE_INDEX

#define TABLE_INDEX

(

offset

)

(TEST_IRQ_TABLE_SIZE - ((offset) + 1))

TEST_IRQ_TABLE_SIZE

#define TEST_IRQ_TABLE_SIZE

Value:

                                 (IRQ_TABLE_SIZE - \
                                 (CONFIG_NUM_IRQS - TEST_NUM_IRQS))

TEST_NUM_IRQS

#define TEST_NUM_IRQS   CONFIG_NUM_IRQS

TRIG_CHECK_SIZE

#define TRIG_CHECK_SIZE   6

Function Documentation

gen_isr_table_setup()

static void * gen_isr_table_setup ( void  )

static

isr3()

void isr3

(

const void *

param

)

isr4()

void isr4

(

const void *

param

)

isr5()

void isr5

(

const void *

param

)

isr6()

void isr6

(

const void *

param

)

test_irq()

__no_optimization int test_irq

(

int

offset

)

ZTEST() [1/3]

ZTEST	(	gen_isr_table	,
		test_build_time_direct_interrupt
	)

test to validate direct interrupt

initialize two direct interrupt handler using IRQ_DIRECT_CONNECT api at build time. For ‘direct’ interrupts, address of handler function will be placed in the irq vector table. And each entry contains the pointer to isr and the corresponding parameters.

At the end according to architecture, we manually trigger the interrupt. And all irq handler should get called.

See also

IRQ_DIRECT_CONNECT(), irq_enable()

ZTEST() [2/3]

ZTEST	(	gen_isr_table	,
		test_build_time_interrupt
	)

test to validate gen_isr_table and interrupt

initialize two normal interrupt handler using IRQ_CONNECT api at build time. For 'regular' interrupts, the address of the common software isr table is placed in the irq vector table, and software ISR table is an array of struct _isr_table_entry. And each entry contains the pointer to isr and the corresponding parameters.

At the end according to architecture, we manually trigger the interrupt. And all irq handler should get called.

See also

IRQ_CONNECT(), irq_enable()

ZTEST() [3/3]

ZTEST	(	gen_isr_table	,
		test_run_time_interrupt
	)

test to validate gen_isr_table and dynamic interrupt

initialize two dynamic interrupt handler using irq_connect_dynamic api at run time. For dynamic interrupts, the address of the common software isr table is also placed in the irq vector table. Software ISR table is an array of struct _isr_table_entry. And each entry contains the pointer to isr and the corresponding parameters.

At the end according to architecture, we manually trigger the interrupt. And all irq handler should get called.

See also

irq_connect_dynamic(), irq_enable()

ZTEST_SUITE()

ZTEST_SUITE	(	gen_isr_table	,
		NULL	,
		gen_isr_table_setup	,
		NULL	,
		NULL	,
		NULL
	)

Variable Documentation

trigger_check

volatile int trigger_check[6]

static