Release mode (enables some optimizations) ; fix tests.

1 files changed, 26 insertions, 24 deletions

diff --git a/src/tests/utests/chan2/test.c b/src/tests/utests/chan2/test.c
index a2f8b3f..c972e79 100644
--- a/src/tests/utests/chan2/test.c
+++ b/src/tests/utests/chan2/test.c
@@ -1,9 +1,9 @@
 #include <string.h>
 
-#include <malloc.h>
+#include <kogata/malloc.h>
 
-#include <syscall.h>
-#include <debug.h>
+#include <kogata/syscall.h>
+#include <kogata/debug.h>
 
 volatile int step = 0;		// volatile because thread-shared
 
@@ -15,6 +15,8 @@ const char* msg_d = "hello world";
 void listen_thread(fd_t c1, fd_t c2) {
 	dbg_printf("listen_thread started\n");
 
+	dbg_printf("Got args: %d, %d\n", c1, c2);
+
 	sel_fd_t sel[2];
 	sel[0].fd = c1;
 	sel[1].fd = c2;
@@ -23,49 +25,49 @@ void listen_thread(fd_t c1, fd_t c2) {
 	char buf[128];
 
 	dbg_printf("Doing first select...\n");
-	ASSERT(select(sel, 2, -1));
+	ASSERT(sc_select(sel, 2, -1));
 	dbg_printf("%x %x\n", sel[0].got_flags, sel[1].got_flags);
 	ASSERT(sel[0].got_flags & SEL_READ);
 	ASSERT(!(sel[1].got_flags & SEL_READ));
-	ASSERT(read(c1, 0, strlen(msg_a), buf) == strlen(msg_a));
+	ASSERT(sc_read(c1, 0, strlen(msg_a), buf) == strlen(msg_a));
 	ASSERT(strncmp(buf, msg_a, strlen(msg_a)) == 0);
-	ASSERT(write(c1, 0, strlen(msg_c), msg_c) == strlen(msg_c));
+	ASSERT(sc_write(c1, 0, strlen(msg_c), msg_c) == strlen(msg_c));
 	step = 1;
 
 	dbg_printf("Doing second select...\n");
-	ASSERT(select(sel, 2, -1));
+	ASSERT(sc_select(sel, 2, -1));
 	dbg_printf("%x %x\n", sel[0].got_flags, sel[1].got_flags);
 	ASSERT(sel[1].got_flags & SEL_READ);
 	ASSERT(!(sel[0].got_flags & SEL_READ));
-	ASSERT(read(c2, 0, strlen(msg_b), buf) == strlen(msg_b));
+	ASSERT(sc_read(c2, 0, strlen(msg_b), buf) == strlen(msg_b));
 	ASSERT(strncmp(buf, msg_b, strlen(msg_b)) == 0);
-	ASSERT(write(c2, 0, strlen(msg_d), msg_d) == strlen(msg_d));
+	ASSERT(sc_write(c2, 0, strlen(msg_d), msg_d) == strlen(msg_d));
 	step = 2;
 
 	dbg_printf("Doing third select...\n");
-	ASSERT(select(sel, 2, -1));
+	ASSERT(sc_select(sel, 2, -1));
 	dbg_printf("%x %x\n", sel[0].got_flags, sel[1].got_flags);
 	ASSERT(sel[0].got_flags & SEL_ERROR);
 	ASSERT(!(sel[1].got_flags & SEL_ERROR));
-	close(c1);
+	sc_close(c1);
 	step = 3;
 
 	dbg_printf("Doing fourth select...\n");
-	ASSERT(select(sel + 1, 1, -1));
+	ASSERT(sc_select(sel + 1, 1, -1));
 	dbg_printf("%x\n", sel[1].got_flags);
 	ASSERT(sel[1].got_flags & SEL_ERROR);
-	close(c2);
+	sc_close(c2);
 	step = 4;
 
-	exit_thread();
+	sc_exit_thread();
 }
 
 int main(int argc, char **argv) {
 
-	fd_pair_t ch1 = make_channel(false);
+	fd_pair_t ch1 = sc_make_channel(false);
 	ASSERT(ch1.a != 0 && ch1.b != 0);
 
-	fd_pair_t ch2 = make_channel(false);
+	fd_pair_t ch2 = sc_make_channel(false);
 	ASSERT(ch2.a != 0 && ch2.b != 0);
 
 	void* stack = malloc(0x1000);
@@ -77,42 +79,42 @@ int main(int argc, char **argv) {
 	*(--esp) = ch2.a;
 	*(--esp) = ch1.a;
 	*(--esp) = 0;	// false return address
-	dbg_printf("launching waiter thread\n");
-	ASSERT(sys_new_thread(listen_thread, esp));
+	dbg_printf("launching waiter thread (args: %d, %d)\n", ch1.a, ch2.a);
+	ASSERT(sc_sys_new_thread(listen_thread, esp));
 
 	fd_t c1 = ch1.b, c2 = ch2.b;
 
 	// -- the test on the first channel
 
-	ASSERT(write(c1, 0, strlen(msg_a), msg_a) == strlen(msg_a));
+	ASSERT(sc_write(c1, 0, strlen(msg_a), msg_a) == strlen(msg_a));
 
 	dbg_printf("wait for step1 signal\n");
 	while(step != 1);
 	dbg_printf("got step1 signal, proceeding\n");
 
-	ASSERT(read(c1, 0, strlen(msg_c), buf) == strlen(msg_c));
+	ASSERT(sc_read(c1, 0, strlen(msg_c), buf) == strlen(msg_c));
 	ASSERT(strncmp(msg_c, buf, strlen(msg_c)) == 0);
 
 	// -- the test on the second channel
 
-	ASSERT(write(c2, 0, strlen(msg_b), msg_b) == strlen(msg_b));
+	ASSERT(sc_write(c2, 0, strlen(msg_b), msg_b) == strlen(msg_b));
 
 	dbg_printf("wait for step2 signal\n");
 	while(step != 2);
 	dbg_printf("got step2 signal, proceeding\n");
 
-	ASSERT(read(c2, 0, strlen(msg_d), buf) == strlen(msg_d));
+	ASSERT(sc_read(c2, 0, strlen(msg_d), buf) == strlen(msg_d));
 	ASSERT(strncmp(msg_d, buf, strlen(msg_d)) == 0);
 
 	// -- closing stuff
 
-	close(c1);
+	sc_close(c1);
 
 	dbg_printf("waiting for step3 signal\n");
 	while(step != 3);
 	dbg_printf("got step3 signal, proceeding\n");
 
-	close(c2);
+	sc_close(c2);
 
 	dbg_printf("waiting for step4 signal\n");
 	while(step != 4);