EVAL_INLINE void fstack_enter_frame(enum frame_type_t ft)
{
CURRENT_TIB()->count_enter_frame++;
fstack_push((lref_t)(CURRENT_TIB()->frame));
CURRENT_TIB()->frame = CURRENT_TIB()->fsp;
fstack_push((lref_t)ft);
}
int f_mngRestoreFactoryDone(unsigned *pMsg)
{
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CACT_OVER:
break;
case CMSG_INIT:
//DISP_menu_MNGSYS_line2nd_RestoreDoing();
DISP_menu_MNGSYS_line3rd_succ(5);
vp_stor(CVOPID_RESTORE);
vp_stor(CVOPID_SUCESS);
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
break;
case CMSG_TMR:
if(g_tick++ >= 10) {
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_init(&g_fstack);
func.func = f_idle;
fstack_push(&g_fstack, &func);
}
break;
case CPMT_OVER:
promptInit();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_init(&g_fstack);
func.func = f_idle;
fstack_push(&g_fstack, &func);
break;
default: /** 可能的错误 **/
break;
}
return 0;
}
EVAL_INLINE lref_t subr_apply(lref_t function, size_t argc, lref_t argv[], lref_t * env, lref_t * retval)
{
lref_t arg1;
lref_t args;
size_t ii;
UNREFERENCED(env);
fstack_enter_frame(FRAME_SUBR);
fstack_push((lref_t)function);
switch (SUBR_TYPE(function))
{
case SUBR_0:
*retval = (SUBR_F0(function) ());
break;
case SUBR_1:
*retval = (SUBR_F1(function) (_ARGV(0)));
break;
case SUBR_2:
*retval = (SUBR_F2(function) (_ARGV(0), _ARGV(1)));
break;
case SUBR_3:
*retval = (SUBR_F3(function) (_ARGV(0), _ARGV(1), _ARGV(2)));
break;
case SUBR_4:
*retval = (SUBR_F4(function) (_ARGV(0), _ARGV(1), _ARGV(2), _ARGV(3)));
break;
case SUBR_2N:
arg1 = _ARGV(0);
arg1 = SUBR_F2(function) (arg1, _ARGV(1));
for (ii = 2; ii < argc; ii++)
arg1 = SUBR_F2(function) (arg1, _ARGV(ii));
*retval = arg1;
break;
case SUBR_ARGC:
*retval = (SUBR_FARGC(function) (argc, argv));
break;
case SUBR_N:
args = arg_list_from_buffer(argc, argv);
*retval = (SUBR_F1(function) (args));
break;
}
fstack_leave_frame();
return NIL;
}
/*******************************************************************************
* Description: 开锁操作完成后，是否要查低电压报警
* 低电报警
*******************************************************************************/
int f_LowPowerAlarm(unsigned *pMsg)
{
// msg_t msg;
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CMSG_TMR: /** 低电报警提示计时 **/
g_tick++;
if(g_tick >= 10)
{
GOTO_ALLOFF:
promptInit();
fstack_init(&g_fstack);
func.func = f_idle;
fstack_push(&g_fstack, &func);
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
//SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_INIT);
All_Screen(0);
DISP_idle();
/*******************************************************************/
}
break;
case CMSG_INIT:
promptInit();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
if(g_flag & (1 << 9)){ /** 查低电报警 **/
/** 报警提示 **/
vp_stor(CVOPID_POWERLOW);
promptDelay(TIMER_500MS);
DISP_lowPower();
} else {
goto GOTO_ALLOFF; /** 无报警动作，直接结束 **/
}
break;
case CPMT_OVER: /** 锁体操作过程结束 **/
promptInit();
bbbeep();
promptDelay(TIMER_500MS);
break;
default:
break;
}
return 0;
}
/** Initialize a request.
*
* This handles setting up a request for curl. It is preferable to call this
* once for multiple requests to help curl reuse connections when possible.
* Use the other set and reset methods to change things for multiple requests.
*
* @request struct request_t* the request_t to initialize
* @uri struct str_t* the uri for the initial request
* @header_count size_t the number of elements in headers[]
* @headers struct str_t[] the headers, if any, for this request
* @msg const char* a message for POST, NULL if not POST
* @type enum request_type the type of the request, GET, POST, ...
*/
int ci_init(struct request_t* request, struct str_t* uri,
size_t header_count, const struct str_t const headers[],
const char const* msg, enum request_type_e type)
{
// TODO: Errors
union func_u func;
int ret = 0;
memset(request, 0, sizeof(struct request_t));
fstack_init(&request->cleanup, 10);
CURL* handle = curl_easy_init();
func.func1 = curl_easy_cleanup;
fstack_push(&request->cleanup, handle, &func, 1);
curl_easy_setopt(handle, CURLOPT_VERBOSE, 1);
curl_easy_setopt(handle, CURLOPT_USE_SSL, CURLUSESSL_ALL); // SSL
curl_easy_setopt(handle, CURLOPT_HEADER, 1); // Enable headers, necessary?
// set curl_post_callback for parsing the server response
curl_easy_setopt(handle, CURLOPT_WRITEFUNCTION, ci_callback_controller);
// set curl_post_callback's last parameter to state
curl_easy_setopt(handle, CURLOPT_WRITEDATA, &request->response);
if(header_count)
{
ret = ci_create_header(request, header_count, headers);
curl_easy_setopt(handle, CURLOPT_HTTPHEADER, request->headers); // Set headers
}
curl_easy_setopt(handle, CURLOPT_USERAGENT, "darkcloud/0.1");
switch(type)
{
case GET:
break;
case POST:
curl_easy_setopt(handle, CURLOPT_POSTFIELDS, msg);
break;
default:
break;
}
request->handle = handle;
ret = ci_set_uri(request, uri);
return ret;
}
/** Create the header for a request from an array of str_ts.
*
* Takes an array of str_ts and creates a header from them.
* This has currently only been tested for header_count = 2.
*
* @request struct request_t* the request we want to set headers for.
* @header_count size_t the number of headers in headers[]
* @headers struct str_t[] the strings for the headers.
*/
int ci_create_header(struct request_t* request,
size_t header_count, const struct str_t headers[])
{
union func_u func;
struct curl_slist *header_list = NULL;
size_t count = 0;
for(; count < header_count; ++count)
{
printf("%s\n", headers[count].str);
header_list = curl_slist_append(header_list, headers[count].str);
}
request->headers = header_list;
func.func1 = curl_slist_free_all;
fstack_push(&request->cleanup, header_list, &func, 1);
return 0;
}
int dci_init(struct dci_state *state)
{
union func_u func;
str_init_create(&plus, "+", 0);
str_init_create(&, "&", 0);
str_init_create(&que, "?", 0);
str_init_create(&slash, "/", 0);
struct stack_t *estack = (struct stack_t*)malloc(sizeof(struct stack_t));
if(!estack)
return 1;
if(fstack_init(estack, 20))
return 1;
struct stack_t *gstack = (struct stack_t*)malloc(sizeof(struct stack_t));
if(!gstack)
return 1;
if(fstack_init(gstack, 20))
return 1;
state->stack = estack;
state->head = NULL;
state->tail = NULL;
state->callback_error = 0;
state->num_files = 0;
// init the socket stuff //
if(curl_global_init(CURL_GLOBAL_SSL) != 0)
goto init_fail;
func.func2 = curl_global_cleanup;
fstack_push(estack, NULL, &func, 2);
state->curlmulti = curl_multi_init();
// if(state->curlmulti == NULL)
// goto init_fail;
// func.func3 = curl_global_cleanup;
// fstack_push(estack, state->curlmulti, &func, 3);
//dci_get_file_list("/", state);
goto init_success;
init_fail:
while(estack->size)
fstack_pop(estack);
while(gstack->size)
fstack_pop(gstack);
fstack_destroy(estack);
free(estack);
fstack_destroy(gstack);
free(gstack);
return 1;
init_success:
while(gstack->size)
fstack_pop(gstack);
fstack_destroy(gstack);
free(gstack);
return 0;
}
/*******************************************************************************
* 设置时间日期
*******************************************************************************/
int f_mngDatetime(unsigned *pMsg)
{
#define CDATETIME_MIN 0
#define CDATETIME_MAX (MTABSIZE(boundary_datetime) - 1)
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CMSG_INIT:
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
All_Screen(0);
//OLED_cleanPages(5, 5);
MDATETIME_READ("读出时间，存入到g_u8password[]中");
g_u8menuNO = CDATETIME_MIN; //数值索引
MDATETIME_COOKED(g_u8menuNO);
MDATETIME_GET(g_u8menuNO, g_u8pswordSel);
g_u8pswordSel = MBCD2HEX(g_u8pswordSel);
DISP_GetOrSetDateTime(1);
DISP_line3rd_menu_select(); //第三行
break;
case CMSG_TMR:
//SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
DISP_SetDateTime_Blink(g_u8menuNO, (g_tick & 0x01), MHEX2BCD(g_u8pswordSel));
g_tick++;
if(g_tick > 10) {
promptInit();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_pop(&g_fstack);
}
break;
case CMSG_DKEY: /** 检测到按键按下 **/
switch(((msg_t *)pMsg)->msgValue)
{
case CKEY_2:
ledPrompt(2, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
g_u8pswordSel = value_dec(g_u8pswordSel, boundary_datetime[g_u8menuNO][1], boundary_datetime[g_u8menuNO][0]);
DISP_SetDateTime_Blink(g_u8menuNO, 0, MHEX2BCD(g_u8pswordSel));
break;
case CKEY_8:
ledPrompt(8, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
g_u8pswordSel = value_inc(g_u8pswordSel, boundary_datetime[g_u8menuNO][1], boundary_datetime[g_u8menuNO][0]);
DISP_SetDateTime_Blink(g_u8menuNO, 0, MHEX2BCD(g_u8pswordSel));
break;
case CKEY_asterisk:
ledPrompt(10, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_pop(&g_fstack);
break;
case CKEY_pound:
ledPrompt(12, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
MDATETIME_STORE(g_u8menuNO, MHEX2BCD(g_u8pswordSel));
DISP_SetDateTime_Blink(g_u8menuNO, 0, MHEX2BCD(g_u8pswordSel));
datetime_ByteWrite(boundary_datetime[g_u8menuNO][3], MHEX2BCD(g_u8pswordSel));
g_u8menuNO++;
if(g_u8menuNO < CDATETIME_MAX) {
MDATETIME_COOKED(g_u8menuNO);
MDATETIME_GET(g_u8menuNO, g_u8pswordSel);
g_u8pswordSel = MBCD2HEX(g_u8pswordSel);
DISP_SetDateTime_Blink(g_u8menuNO, 0, MHEX2BCD(g_u8pswordSel));
} else {
MDATETIME_WRITE("写入到芯片");
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
func.func = f_mngDatetimeDone;
fstack_push(&g_fstack, &func);
}
break;
default: /** 可能的错误 **/
break;
}
default: /** 可能的错误 **/
break;
}
return 0;
#undef CDATETIME_MIN
#undef CDATETIME_MAX
}
/*******************************************************************************
* 系统设置
*******************************************************************************/
int f_mngSystem(unsigned *pMsg)
{
#define CSYS_MIN 0
#define CSYS_MAX (MTABSIZE(mngSystemTab) - 1)
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CACT_OVER:
break;
case CMSG_INIT:
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
g_u8menuNO = CSYS_MIN;
DISP_menu_MNGSYS_line1st(); //第一行
DISP_L2_menu_sysmng(g_u8menuNO); //第二行
OLED_cleanPages(5, 5);
DISP_line3rd_menu_select(); //第三行
break;
case CMSG_DKEY: /** 检测到按键按下 **/
switch(((msg_t *)pMsg)->msgValue)
{
case CKEY_2:
ledPrompt(2, TIMER_100MS); //for test only
beep();
g_u8menuNO = value_dec(g_u8menuNO, CSYS_MAX, CSYS_MIN);
DISP_L2_menu_sysmng(g_u8menuNO); //第二行
break;
case CKEY_8:
ledPrompt(8, TIMER_100MS); //for test only
beep();
g_u8menuNO = value_inc(g_u8menuNO, CSYS_MAX, CSYS_MIN);
DISP_L2_menu_sysmng(g_u8menuNO); //第二行
break;
case CKEY_asterisk:
ledPrompt(10, TIMER_100MS); //for test only
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_BACK);
//SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_pop(&g_fstack);
break;
case CKEY_pound:
ledPrompt(10, TIMER_100MS); //for test only
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_INIT);
func.func = mngSystemTab[g_u8menuNO];
fstack_push(&g_fstack, &func);
break;
default: /** 可能的错误 **/
break;
}
default: /** 可能的错误 **/
break;
}
return 0;
#undef CSYS_MIN
#undef CSYS_MAX
}
/*******************************************************************************
* 开锁方式
*******************************************************************************/
int f_mngOpenMode(unsigned *pMsg)
{
#define COPENMODE_MIN 0
#define COPENMODE_MAX 2
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CMSG_INIT:
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
g_u8menuNO = COPENMODE_MIN;
All_Screen(0);
DISP_menu_MNGSYS_line1st_OpenMode(); //第一行
DISP_L2_menu_OpenModemng(g_u8menuNO); //第二行
OLED_cleanPages(5, 5);
DISP_line3rd_menu_select(); //第三行
break;
case CMSG_DKEY: /** 检测到按键按下 **/
switch(((msg_t *)pMsg)->msgValue)
{
case CKEY_2:
ledPrompt(2, TIMER_100MS);
promptInit();
beep();
g_u8menuNO = value_dec(g_u8menuNO, COPENMODE_MAX, COPENMODE_MIN);
DISP_L2_menu_OpenModemng(g_u8menuNO);
break;
case CKEY_8:
ledPrompt(8, TIMER_100MS);
promptInit();
beep();
g_u8menuNO = value_inc(g_u8menuNO, COPENMODE_MAX, COPENMODE_MIN);
DISP_L2_menu_OpenModemng(g_u8menuNO);
break;
case CKEY_asterisk:
ledPrompt(10, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
fstack_pop(&g_fstack);
break;
case CKEY_pound:
ledPrompt(12, TIMER_100MS);
promptInit();
beep();
OpenMode_setValue(g_u8menuNO);
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
func.func = f_mngOpenModeDone;
fstack_push(&g_fstack, &func);
break;
default: /** 可能的错误 **/
break;
}
default: /** 可能的错误 **/
break;
}
return 0;
#undef COPENMODE_MIN
#undef COPENMODE_MAX
}
/*******************************************************************************
* 恢复出厂值
*******************************************************************************/
int f_mngRestoreFactory(unsigned *pMsg)
{
func_t func;
switch(((msg_t *)pMsg)->msgType)
{
case CMSG_INIT:
OLED_cleanPages(0, 1); //第1行
DISP_menu_MNGSYS_line2nd_RestoreConfirm(); //恢复出厂？
DISP_line3rd_menu_confirm(6); /** (否(*) 是(#) ) **/
g_u8pswordNO = 0;
break;
case CPMT_OVER:
promptInit();
break;
case CFIGER_INIT:
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_300MS, CFIGER_INIT);
FP_INIT();
break;
case CMSG_FGINIT: //完成指纹传感器初始化. 可以进行删除了
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_3SEC, CMSG_FGINIT);
g_u8pswordNO = 0;
//MFP_DelAll(); //删除全部指纹
FP_DelAll(); //删除全部指纹
break;
case CMSG_FGOPFAIL:
/** 如果清除全部指纹失败，意味着什么? 该怎么办? **/
break;
case CMSG_FGDERG: //完成指纹模板删除
promptInit();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_100MS, CMSG_INIT);
MFPOWER_OFF(); //指纹传感器断电
func.func = f_mngRestoreFactoryDone;
fstack_push(&g_fstack, &func);
break;
case CMSG_DKEY: /** 检测到按键按下 **/
switch(((msg_t *)pMsg)->msgValue)
{
case CKEY_asterisk:
ledPrompt(10, TIMER_100MS);
promptInit();
beep();
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_INIT);
fstack_pop(&g_fstack);
break;
case CKEY_pound:
ledPrompt(12, TIMER_100MS);
promptInit();
beep();
g_u8pswordNO++;
if(g_u8pswordNO == 1) { //第n次按下#号
DISP_menu_MNGSYS_line2nd_RestoreDoing(); //恢复出厂
//DISP_menu_MNGSYS_line3rd_RestoreDoing(6);
OLED_cleanPages(5, 5);
DISP_menu_MNGSYS_line3rd_Waiting(6); //请稍等
MFPOWER_ON(); //指纹传感器供电
psword_delAll(); //全部密码
bluetoothEntry_delAll(); //全部蓝牙设备
fingerTab_clean(); //指纹索引表
record_clean(); //开锁记录
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_300MS, CFIGER_INIT);
}
break;
default: /** 可能的错误 **/
break;
}
default: /** 可能的错误 **/
break;
}
return 0;
}
int main()
{
int i;
msg_t msg;
func_t func;
/** 外设初始化开始 **/
Peripheral_Init();
/** 外设初始化结束 **/
charQueueInit(&g_com1TxQue);
//charQueueInit(&g_com2TxQue);
MFPACK_FIFO_CLEAN("清空指纹传感器缓冲区");
MBTACK_FIFO_CLEAN("清空蓝牙接收缓冲区");
actionQueueInit(&g_actionQueue, &(g_timer[1]), CACT_TOUT, CACT_OVER);
actionQueueInit(&g_promptQueue, &(g_timer[2]), CPMT_TOUT, CPMT_OVER);
actionQueueInit(&g_blinkQueue, &(g_timer[3]), CBLK_TOUT, CBLK_OVER);
adcSample_Init(&g_adcData, &(g_timer[4]), CADC_TOUT, TIMER_300MS);
for(i = 0; i < TIMER_NUM; i++) {
ClrTimer(&g_timer[i]);
}
//SetTimer(&g_timer[0], TIMER_1SEC, CMSG_TMR);
msgq_init(&g_msgq);
#if 1
msg.msgType = CMSG_PWON;
msgq_in(&g_msgq, &msg);
fstack_init(&g_fstack);
func.func = f_idle;
fstack_push(&g_fstack, &func);
#endif
AWU_Config();
//enableInterrupts();
IRQ_enable();
//MIRQ_disable();
/* Infinite loop */
while(1)
{
//IWDG_ReloadCounter();
//Refresh_WWDG_Window();
//Test_WWDGReset();
keyscan();
//vop_busy();
//fingerCheck();
PeripheralInput_Check();
DAEMON_USART1_Send(&g_com1TxQue); /** output to fingerprint **/
DAEMON_USART3_Send(&g_com3TxQue); /** output to bluetooth **/
//DAEMON_USART1_Recive(&g_comRevBuf);
actionDoing(&g_actionQueue);
actionDoing(&g_promptQueue);
actionDoing(&g_blinkQueue);
if(msgq_out_irq(&g_msgq, &msg) == FALSE) { /** 有消息吗? **/
continue;
}
if(sysProcess(&msg) == TRUE) { /** 是系统消息吗? **/
continue;
}
if(fstack_top(&g_fstack, &func) == FALSE) { /** 当前处于工作状态吗? **/
/** something wrong happend, Power Down or recover it **/
fstack_init(&g_fstack);
func.func = f_idle;
fstack_push(&g_fstack, &func);
g_tick = 0;
SetTimer_irq(&g_timer[0], TIMER_1SEC, CMSG_TMR);
continue;
}
func.func((unsigned *)&msg);
}
}
static lref_t execute_fast_op(lref_t fop, lref_t env)
{
lref_t retval = NIL;
lref_t sym;
lref_t binding;
lref_t fn;
lref_t args;
size_t argc;
lref_t argv[ARG_BUF_LEN];
lref_t after;
lref_t tag;
lref_t cell;
lref_t escape_retval;
lref_t *jmpbuf_ptr;
jmp_buf *jmpbuf;
STACK_CHECK(&fop);
fstack_enter_frame(FRAME_EVAL);
fstack_push((lref_t)&fop);
fstack_push((lref_t)fop);
fstack_push((lref_t)env);
while(!NULLP(fop)) {
CURRENT_TIB()->count_fop++;
_process_interrupts();
#if defined(WITH_FOPLOG_SUPPORT)
if (CURRENT_TIB()->foplog_enable) {
CURRENT_TIB()->foplog[CURRENT_TIB()->foplog_index] = fop;
CURRENT_TIB()->foplog_index = (CURRENT_TIB()->foplog_index + 1) % FOPLOG_SIZE;
}
#endif
switch(fop->header.opcode)
{
case FOP_LITERAL:
retval = fop->as.fast_op.arg1;
fop = fop->as.fast_op.next;
break;
case FOP_GLOBAL_REF:
sym = fop->as.fast_op.arg1;
binding = SYMBOL_VCELL(sym);
if (UNBOUND_MARKER_P(binding))
vmerror_unbound(sym);
retval = binding;
fop = fop->as.fast_op.next;
break;
case FOP_GLOBAL_SET:
sym = fop->as.fast_op.arg1;
binding = SYMBOL_VCELL(sym);
if (UNBOUND_MARKER_P(binding))
vmerror_unbound(sym);
SET_SYMBOL_VCELL(sym, retval);
fop = fop->as.fast_op.next;
break;
case FOP_LOCAL_REF:
sym = fop->as.fast_op.arg1;
binding = lenvlookup(sym, env);
retval = CAR(binding);
fop = fop->as.fast_op.next;
break;
case FOP_LOCAL_SET:
sym = fop->as.fast_op.arg1;
binding = lenvlookup(sym, env);
SET_CAR(binding, retval);
fop = fop->as.fast_op.next;
break;
case FOP_APPLY_GLOBAL:
sym = fop->as.fast_op.arg1;
fn = SYMBOL_VCELL(sym);
if (UNBOUND_MARKER_P(fn))
vmerror_unbound(sym);
argc = 0;
args = fop->as.fast_op.arg2;
while (CONSP(args)) {
if (argc >= ARG_BUF_LEN) {
vmerror_unsupported(_T("too many actual arguments"));
break;
}
argv[argc] = execute_fast_op(CAR(args), env);
args = CDR(args);
argc++;
}
if (!NULLP(args))
vmerror_arg_out_of_range(fop->as.fast_op.arg2,
_T("bad formal argument list"));
fop = apply(fn, argc, argv, &env, &retval);
break;
case FOP_APPLY:
argc = 0;
fn = execute_fast_op(fop->as.fast_op.arg1, env);
args = fop->as.fast_op.arg2;
while (CONSP(args)) {
if (argc >= ARG_BUF_LEN) {
vmerror_unsupported(_T("too many actual arguments"));
break;
}
argv[argc] = execute_fast_op(CAR(args), env);
args = CDR(args);
argc++;
}
if (!NULLP(args))
vmerror_arg_out_of_range(fop->as.fast_op.arg2,
_T("bad formal argument list"));
fop = apply(fn, argc, argv, &env, &retval);
break;
case FOP_IF_TRUE:
if (TRUEP(retval))
fop = fop->as.fast_op.arg1;
else
fop = fop->as.fast_op.arg2;
break;
case FOP_RETVAL:
fop = fop->as.fast_op.next;
break;
case FOP_SEQUENCE:
retval = execute_fast_op(fop->as.fast_op.arg1, env);
fop = fop->as.fast_op.arg2;
break;
case FOP_THROW:
tag = execute_fast_op(fop->as.fast_op.arg1, env);
escape_retval = execute_fast_op(fop->as.fast_op.arg2, env);
dscwritef(DF_SHOW_THROWS, (_T("; DEBUG: throw ~a :~a\n"), tag, escape_retval));
CURRENT_TIB()->escape_frame = find_matching_escape(CURRENT_TIB()->frame, tag);
CURRENT_TIB()->escape_value = escape_retval;
if (CURRENT_TIB()->escape_frame == NULL) {
/* If we don't find a matching catch for the throw, we have a
* problem and need to invoke a trap. */
vmtrap(TRAP_UNCAUGHT_THROW,
(enum vmt_options_t)(VMT_MANDATORY_TRAP | VMT_HANDLER_MUST_ESCAPE),
2, tag, escape_retval);
}
unwind_stack_for_throw();
fop = fop->as.fast_op.next;
break;
case FOP_CATCH:
tag = execute_fast_op(fop->as.fast_op.arg1, env);
fstack_enter_frame(FRAME_ESCAPE);
fstack_push((lref_t)tag);
fstack_push((lref_t)CURRENT_TIB()->frame);
fstack_push(NIL);
jmpbuf_ptr = CURRENT_TIB()->fsp;
jmpbuf = (jmp_buf *)fstack_alloca(sizeof(jmp_buf));
*(jmpbuf_ptr) = (lref_t)jmpbuf;
if (setjmp(*jmpbuf) == 0) {
retval = execute_fast_op(fop->as.fast_op.arg2, env);
} else {
dscwritef(DF_SHOW_THROWS, (_T("; DEBUG: catch retval =~a\n"), CURRENT_TIB()->escape_value));
retval = CURRENT_TIB()->escape_value;
CURRENT_TIB()->escape_value = NIL;
}
fstack_leave_frame();
fop = fop->as.fast_op.next;
break;
case FOP_WITH_UNWIND_FN:
fstack_enter_frame(FRAME_UNWIND);
fstack_push((lref_t)execute_fast_op(fop->as.fast_op.arg1, env));
retval = execute_fast_op(fop->as.fast_op.arg2, env);
after = CURRENT_TIB()->frame[FOFS_UNWIND_AFTER];
fstack_leave_frame();
apply1(after, 0, NULL);
fop = fop->as.fast_op.next;
break;
case FOP_CLOSURE:
retval = lclosurecons(env,
lcons(lcar(fop->as.fast_op.arg1),
fop->as.fast_op.arg2),
lcdr(fop->as.fast_op.arg1));
fop = fop->as.fast_op.next;
break;
case FOP_CAR:
retval = lcar(retval);
fop = fop->as.fast_op.next;
break;
case FOP_CDR:
retval = lcdr(retval);
fop = fop->as.fast_op.next;
break;
case FOP_NOT:
retval = boolcons(!TRUEP(retval));
fop = fop->as.fast_op.next;
break;
case FOP_NULLP:
retval = boolcons(NULLP(retval));
fop = fop->as.fast_op.next;
break;
case FOP_EQP:
retval = boolcons(EQ(execute_fast_op(fop->as.fast_op.arg1, env),
execute_fast_op(fop->as.fast_op.arg2, env)));
fop = fop->as.fast_op.next;
break;
case FOP_GET_ENV:
retval = env;
fop = fop->as.fast_op.next;
break;
case FOP_GLOBAL_DEF: // three args, third was genv, but currently unused
retval = lidefine_global(fop->as.fast_op.arg1, fop->as.fast_op.arg2);
fop = fop->as.fast_op.next;
break;
case FOP_GET_FSP:
retval = fixcons((fixnum_t)CURRENT_TIB()->fsp);
fop = fop->as.fast_op.next;
break;
case FOP_GET_FRAME:
retval = fixcons((fixnum_t)CURRENT_TIB()->frame);
fop = fop->as.fast_op.next;
break;
case FOP_GET_HFRAMES:
retval = CURRENT_TIB()->handler_frames;
fop = fop->as.fast_op.next;
break;
case FOP_SET_HFRAMES:
CURRENT_TIB()->handler_frames = execute_fast_op(fop->as.fast_op.arg1, env);
fop = fop->as.fast_op.next;
break;
case FOP_GLOBAL_PRESERVE_FRAME:
sym = fop->as.fast_op.arg1;
binding = SYMBOL_VCELL(sym);
if (UNBOUND_MARKER_P(binding))
vmerror_unbound(sym);
SET_SYMBOL_VCELL(sym, fixcons((fixnum_t)CURRENT_TIB()->frame));
retval = execute_fast_op(fop->as.fast_op.arg2, env);
fop = fop->as.fast_op.next;
break;
case FOP_STACK_BOUNDARY:
sym = execute_fast_op(fop->as.fast_op.arg1, env);
fstack_enter_frame(FRAME_STACK_BOUNDARY);
fstack_push((lref_t)sym);
retval = execute_fast_op(fop->as.fast_op.arg2, env);
fstack_leave_frame();
fop = fop->as.fast_op.next;
break;
case FOP_FAST_ENQUEUE_CELL:
retval = execute_fast_op(fop->as.fast_op.arg2, env);
cell = execute_fast_op(fop->as.fast_op.arg1, env);
SET_CDR(CAR(retval), cell);
SET_CAR(retval, cell);
fop = fop->as.fast_op.next;
break;
case FOP_WHILE_TRUE:
while(TRUEP(execute_fast_op(fop->as.fast_op.arg1, env))) {
retval = execute_fast_op(fop->as.fast_op.arg2, env);
}
fop = fop->as.fast_op.next;
break;
default:
panic("Unsupported fast-op");
}
}
fstack_leave_frame();
return retval;
}