21 #define DEFAULT_CU_TYPE		0x3832 /* virtio-ccw */
34 		report_pass("Schid of first I/O device: 0x%08x", test_device_sid);  in test_enumerate()
51 	report(cc == 0, "Enable subchannel %08x", test_device_sid);  in test_enable()
77 	lowcore.io_int_param = 0;  in test_sense()
79 	senseid = alloc_io_mem(sizeof(*senseid), 0);  in test_sense()
97 	if (wait_and_check_io_completion(test_device_sid) < 0)  in test_sense()
105 	if (ret < 0) {  in test_sense()
107 	} else if (ret != 0) {  in test_sense()
116 	if (senseid->reserved != 0xff) {  in test_sense()
117 		report_fail("transferred garbage: 0x%02x", senseid->reserved);  in test_sense()
123 	report_info("reserved 0x%02x cu_type 0x%04x cu_model 0x%02x dev_type 0x%04x dev_model 0x%02x",  in test_sense()
127 	report(senseid->cu_type == cu_type, "cu_type expected 0x%04x got 0x%04x",  in test_sense()
140 	assert(wait_and_check_io_completion(test_device_sid) >= 0);  in sense_id()
145 	assert(register_io_int_func(css_irq_io) == 0);  in css_init()
146 	lowcore.io_int_param = 0;  in css_init()
156 	/* bits 59-63 of MB address must be 0  if MBU is defined */  in test_schm()
159 	schm((void *)0x01, SCHM_MBU);  in test_schm()
163 	/* bits 36-61 of register 1 (flags) must be 0 */  in test_schm()
166 	schm(NULL, 0xfffffffc);  in test_schm()
190 	senseid = alloc_io_mem(sizeof(*senseid), 0);  in start_measuring()
201 	for (i = 0; i < SCHM_UPDATE_CNT; i++)  in start_measuring()
212  * With measurement block format 0 a memory space is shared
227 	mb0 = alloc_io_mem(shared_mb_size, 0);  in test_schm_fmt0()
233 	schm(NULL, 0); /* Stop any previous measurement */  in test_schm_fmt0()
237 	report_prefix_push("Valid MB address and index 0");  in test_schm_fmt0()
238 	report(start_measuring(0, 0, false) &&  in test_schm_fmt0()
244 	memset(mb0, 0, shared_mb_size);  in test_schm_fmt0()
248 	if (start_measuring(0, 1, false))  in test_schm_fmt0()
255 	schm(NULL, 0);  in test_schm_fmt0()
303 	mb1 = alloc_io_mem(sizeof(struct measurement_block_format1), 0);  in test_schm_fmt1()
309 	schm(NULL, 0); /* Stop any previous measurement */  in test_schm_fmt1()
310 	schm(0, SCHM_MBU);  in test_schm_fmt1()
318 	memset(mb1, 0, sizeof(*mb1));  in test_schm_fmt1()
322 	if (start_measuring((u64)mb1, 0, true))  in test_schm_fmt1()
329 	schm(NULL, 0);  in test_schm_fmt1()
336 	int invalid_pmcw_flags[] = {0, 1, 6, 7};  in test_msch()
368 	for (int i = 0; i < ARRAY_SIZE(invalid_pmcw_flags); i++) {  in test_msch()
391 	uint32_t crw = 0xfeedc0fe;  in check_stcrw_no_crw_available()
403 	const uint32_t magic = 0xfeedc0fe;  in check_stcrw_crw_available()
494 	memset(&orb, 0xff, sizeof(orb));  in test_ssch()
526 	cc = stsch(0x0001ffff, &schib);  in test_stsch()
536 	stsch(0x0000ffff, &schib);  in test_stsch()
561 	report(!cc, "MSCH cc == 0");  in test_pmcw_bit5()
564 	report(!cc, "STSCH cc == 0");  in test_pmcw_bit5()
573 	report(!cc, "MSCH cc == 0");  in test_pmcw_bit5()
576 	report(!cc, "STSCH cc == 0");  in test_pmcw_bit5()
606 	cc = tsch(0x0001ffff, &irb);  in test_tsch()
612 	tsch(0x0000ffff, &irb);  in test_tsch()
650 	enable_io_isc(0x80 >> IO_SCH_ISC);  in main()
651 	for (i = 0; tests[i].name; i++) {  in main()