// void javax.ostfriesentee.Ostfriesentee._print(int)
void javax_ostfriesentee_Ostfriesentee_void__print_int()
{
static uint8_t buf[1];
buf[0] = (uint8_t)dj_exec_stackPopInt();
write(1, buf, 1);
}
// void javax.darjeeling.io.Serial.setBaudRate(byte, int)
void javax_darjeeling_io_Serial_void_setBaudRate_byte_int()
{
dj_exec_stackPopInt();
dj_exec_stackPopShort();
// Do nothing.
}
// void javax.darjeeling.Darjeeling.print(int)
void javax_darjeeling_Darjeeling_void_print_int()
{
char tempStr[6];
snprintf(tempStr, 6, "%d", dj_exec_stackPopInt());
tossim_printf(tempStr);
dj_mem_free (tempStr);
}
// void javax.virtualsense.actuators.Leds.setLed(int, boolean)
void javax_virtualsense_actuators_Leds_void_setLed_int_boolean()
{
int16_t on = dj_exec_stackPopShort();
int32_t nr = dj_exec_stackPopInt();
if (nr==0) if (on) leds_on(LEDS_1); else leds_off(LEDS_1);
if (nr==1) if (on) leds_on(LEDS_2); else leds_off(LEDS_2);
if (nr==2) if (on) leds_on(LEDS_3); else leds_off(LEDS_3);
}
// void javax.darjeeling.Darjeeling.print(int)
void javax_darjeeling_Darjeeling_void_print_int()
{
char temp[16];
snprintf(temp, 16, "%ld", dj_exec_stackPopInt());
if (nesc_printf(temp)==0)
blockThreadForPrintf();
}
void javax_wukong_wknode_WuNodeLeds_void__setLed_int_boolean()
{
unsigned char on = dj_exec_stackPopShort();
unsigned int nr = dj_exec_stackPopInt();
if (on)
output_low(PORTK, nr);
else
output_high(PORTK, nr);
}
// void javax.fleck.Leds.setLed(int, boolean)
void javax_fleck_Leds_void_setLed_int_boolean()
{
unsigned char on = dj_exec_stackPopShort();
unsigned int nr = dj_exec_stackPopInt();
char * tempStr = dj_mem_alloc(25, CHUNKID_REFARRAY);
snprintf(tempStr, 25, on?"LED %d ON(on/off=%d)\n":"LED %d OFF(on/off=%d)\n", nr, on);
tossim_printf(tempStr);
dj_mem_free(tempStr);
}
// void javax.darjeeling.Darjeeling.assertTrue(int, boolean)
void javax_darjeeling_Darjeeling_void_assertTrue_int_boolean()
{
// pop argument from the stack
int32_t value = dj_exec_stackPopShort();
int32_t id = dj_exec_stackPopInt();
if (value==0)
printf("%c[31mASSERT[%3d] FAILED%c[0m\n", 0x1b, (int)id, 0x1b);
else
printf("%c[32mASSERT[%3d] PASSED%c[0m\n", 0x1b, (int)id, 0x1b);
}
// void javax.darjeeling.io.ProgramFlash.write(int, byte[])
void javax_darjeeling_io_ProgramFlash_void__write_int_byte__()
{
// Pop arguments.
/*dj_int_array arr = */REF_TO_VOIDP(dj_exec_stackPopRef());
/*uint32_t index = */dj_exec_stackPopInt();
/*ref_t obj = */dj_exec_stackPopRef();
// Write data to 'program flash'.
// TODO implement ...
}
// void java.lang.Object.wait(int)
void java_lang_Object_void_wait_int()
{
int32_t timeOut = dj_exec_stackPopInt();
// Don't pop, just peek the object reference off the runtime stack,
// because it's cleared by the VM's frame management.
dj_object * object = (dj_object*)REF_TO_VOIDP(dj_exec_stackPeekRef());
dj_thread * thread = dj_exec_getCurrentThread();
dj_thread_wait(thread, object, timeOut);
dj_exec_breakExecution();
}
// void javax.ostfriesentee.Ostfriesentee.assertTrue(int, boolean)
void javax_ostfriesentee_Ostfriesentee_void_assertTrue_int_boolean()
{
// pop argument from the stack
int32_t value = dj_exec_stackPopShort();
int32_t id = dj_exec_stackPopInt();
tests_total++;
if (value==0) {
debug_printf("%c[31mASSERT[%3d] FAILED%c[0m\n", 0x1b, (int)id, 0x1b);
} else {
tests_passed++;
debug_printf("%c[32mASSERT[%3d] PASSED%c[0m\n", 0x1b, (int)id, 0x1b);
}
}
// void javax.darjeeling.Darjeeling.assertTrue(int, boolean)
void javax_darjeeling_Darjeeling_void_assertTrue_int_boolean()
{
// pop argument from the stack
int16_t value = dj_exec_stackPopShort();
int32_t id = dj_exec_stackPopInt();
#warning FIX THIS :)
if (value==0)
DARJEELING_PRINTF("ASSERT[%3ld] FAILED\n", id);
else
DARJEELING_PRINTF("ASSERT[%3ld] passed\n", id);
// if (nesc_printf(temp)==0)
// blockThreadForPrintf();
}
// void javax.darjeeling.io.ProgramFlash.write(int, byte[])
void javax_darjeeling_io_ProgramFlash_void__write_int_byte__()
{
// Pop arguments.
// TODO: use when this gets implemented, but for now discard the index and arr to avoid compiler warning
// dj_int_array * arr = REF_TO_VOIDP(dj_exec_stackPopRef());
// uint32_t index = dj_exec_stackPopInt();
dj_exec_stackPopRef();
dj_exec_stackPopInt();
// ignore the 'this' argument
dj_exec_stackPopRef();
// Write data to 'program flash'.
// TODO implement ...
}
// byte[] javax.darjeeling.io.ProgramFlash.read(int)
void javax_darjeeling_io_ProgramFlash_byte____read_int()
{
// Pop arguments.
/*uint32_t index = */dj_exec_stackPopInt();
/*ref_t obj = */dj_exec_stackPopRef();
// Allocate byte array.
dj_int_array * arr = dj_int_array_create(T_BYTE, PROGFLASH_BLOCKSIZE);
// Read data from 'program flash'.
// TODO implement ...
// Return data.
dj_exec_stackPushRef(VOIDP_TO_REF(arr));
}
// void javax.darjeeling.Darjeeling.assertTrue(int, boolean)
void javax_darjeeling_Darjeeling_void_assertTrue_int_boolean()
{
// pop argument from the stack
int32_t value = dj_exec_stackPopShort();
int32_t id = dj_exec_stackPopInt();
char tempStr[35];
if (tempStr != NULL){
if (value==0)
snprintf(tempStr, 35, "%c[31mASSERT[%3d] FAILED%c[0m\n", 0x1b, (int)id, 0x1b);
else
snprintf(tempStr, 35, "%c[32mASSERT[%3d] PASSED%c[0m\n", 0x1b, (int)id, 0x1b);
tossim_printf(tempStr);
dj_mem_free (tempStr);
if (value ==0)
dj_panic(DJ_PANIC_ASSERTION_FAILURE);
}
}
// byte[] javax.darjeeling.io.ProgramFlash.read(int)
void javax_darjeeling_io_ProgramFlash_byte____read_int()
{
// Pop arguments.
// TODO: use when this gets implemented, but for now discard the index to avoid compiler warning
// uint32_t index = dj_exec_stackPopInt();
dj_exec_stackPopInt();
// ignore the 'this' argument
dj_exec_stackPopRef();
// Allocate byte array.
dj_int_array * arr = dj_int_array_create(T_BYTE, PROGFLASH_BLOCKSIZE);
// Read data from 'program flash'.
// TODO implement ...
// Return data.
dj_exec_stackPushRef(VOIDP_TO_REF(arr));
}
// void javax.darjeeling.Darjeeling.print(int)
void javax_darjeeling_Darjeeling_void_print_int()
{
printf("%d", dj_exec_stackPopInt());
}
// int java.lang.Darjeeling.setExpansionPower(short on)
void javax_darjeeling_Darjeeling_void_setExpansionPower_short()
{
// pop byte argument off the stack
dj_exec_stackPopInt();
}
