#! stap
# Usage: set $1 to supply test address; -DMAXERRORS=<many>
#
# Note that each test has to be in a separate probe, since an error
# aborts the current probe, but others will continue.

global hits

probe kernel.trace("sched_switch") {
	if (hits[0] == 0) {
		hits[0] = 1
		print (kernel_string ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[1] == 0) {
		hits[1] = 1
		print (kernel_long ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[2] == 0) {
		hits[2] = 1
		print (kernel_int($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[3] == 0) {
		hits[3] = 1
		print (kernel_short ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[4] == 0) {
		hits[4] = 1
		print (kernel_char ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[5] == 0) {
		hits[5] = 1
		print (kernel_int ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[6] == 0) {
		hits[6] = 1
		printf ("%m", $1)
 	}
}
probe kernel.trace("sched_switch") {
	if (hits[7] == 0) {
		hits[7] = 1
		str = sprintf("%m", $1); printf ("%s", str)
	}
}
probe kernel.trace("sched_switch") {
	if (hits[8] == 0) {
		hits[8] = 1
		printf ("%M", $1)
 	}
}
probe kernel.trace("sched_switch") {
	if (hits[9] == 0) {
		hits[9] = 1
		str = sprintf("%M", $1); printf ("%s", str)
	}
}
probe kernel.trace("sched_switch") {
	if (hits[10] == 0) {
		hits[10] = 1
		print (user_string ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[11] == 0) {
		hits[11] = 1
		print (user_string2 ($1,"<only suspected, not known>"))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[12] == 0) {
		hits[12] = 1
		print (user_string_warn ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[13] == 0) {
		hits[13] = 1
		print (user_string2_warn ($1, "<only suspected, not known>"))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[14] == 0) {
		hits[14] = 1
		print (user_string_quoted ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[15] == 0) {
		hits[15] = 1
		print (user_string_n ($1, 5))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[16] == 0) {
		hits[16] = 1
		print (user_string_n2 ($1, 5, "<only suspected, not known>"))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[17] == 0) {
		hits[17] = 1
		print (user_string_n_warn ($1, 5))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[18] == 0) {
		hits[18] = 1
		print (user_string2_n_warn ($1, 5, "<only suspected, not known>"))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[19] == 0) {
		hits[19] = 1
		print (user_string_n_quoted ($1, 5))
 	}
}
probe kernel.trace("sched_switch") {
	if (hits[20] == 0) {
		hits[20] = 1
		print (user_short ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[21] == 0) {
		hits[21] = 1
		print (user_short_warn ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[22] == 0) {
		hits[22] = 1
		print (user_int ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[23] == 0) {
		hits[23] = 1
		print (user_int_warn ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[24] == 0) {
		hits[24] = 1
		print (user_long ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[25] == 0) {
		hits[25] = 1
		print (user_long_warn ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[26] == 0) {
		hits[26] = 1
		print (user_char ($1))
	}
}
probe kernel.trace("sched_switch") {
	if (hits[27] == 0) {
		hits[27] = 1
		print (user_char_warn ($1))
	}
}

# Assume that by 3 seconds, all the above probes have been hit.
probe timer.s(3) { print ("\n") exit () }
