Status_t Do_IR_Debug(Cmd_Tbl_t *Cmd_Tbl, uint32 flag, uint32 argc, char *argv[])
{
FuncIN(DO_IR_DEBUG);
if(argc > 0)
{
switch(atoi(argv[0]))
{
case 0:
IR_Received_Debug_Set_State(DISABLE);
printcmd("\r # IR Received sequence debug Disabled!\n");
break;
case 1:
printcmd("\r # IR Received sequence debug Enabled!\n");
IR_Received_Debug_Set_State(ENABLE);
break;
default:
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_IR_DEBUG);
} // switch(argv[0])
}
else
EXIT_FUNC(CMD_MISSING_ARGUMENT, DO_IR_DEBUG);
EXIT_SUCCESS_FUNC(DO_IR_DEBUG);
}
pid_t background(char *file, char *argv[])
{
pid_t pid;
VERBOSE(printcmd("multirun: backgrounding - %s\n", argv));
#ifdef _WIN32
{
char *cmd, *pCmd;
int i, cmdlen;
STARTUPINFO si = { 0 };
PROCESS_INFORMATION pi = { 0 };
/* convert list of arguments into a command line */
cmdlen = 1;
for (i=0; argv[i] != 0; i++) {
cmdlen += strlen(argv[i]) + 1;
}
pCmd = cmd = malloc(cmdlen); /* 1 */
for (i=0; argv[i] != 0; i++) {
pCmd += sprintf(pCmd, "%s ", argv[i]);
}
/* start the sub-process */
if (CreateProcess(NULL, cmd, NULL, NULL,
TRUE, 0, NULL, NULL, &si, &pi)) {
pid = pi.hProcess;
} else {
pid = (HANDLE) -1;
}
free(cmd); /* 1 */
}
#else
{
int res;
if (NULL != strstr(file, "sh4xrun")) {
doFreakyKill = 1;
}
pid = fork();
if (0 == pid) {
res = execvp(file, argv);
assert(res == -1); /* must have error to run this */
fprintcmd(stderr,
"Error - cannot run sub-process %s", argv);
fprintf(stderr, " - %s\n", strerror(errno));
exit(error_code_cannot_exec);
}
}
#endif
VERBOSE(printf("multirun: pid of %s - %d\n", file, pid));
return pid;
}
int builtin_exec_from_history(cmd_t* cmd, job_list_t* jobs, history_t* hist) {
int index = (int) strtol(cmd->args[0], NULL, 10);
cmd_t* past_cmd = get_from_history(hist, index);
if (past_cmd) {
cmd_t* new_cmd = copycmd(past_cmd);
printcmd(new_cmd, stdout);
return executecmd(new_cmd, jobs, hist);
}
return COMMAND_NOT_FOUND;
}
Status_t Do_Ir(Cmd_Tbl_t *Cmd_Tbl, uint32 flag, uint32 argc, char *argv[])
{
FuncIN(DO_IR);
ir_t IR_Command = {0};
uint16 i;
printcmd("\r # Maximum supported general IR commands: %u\n", MAX_IR_COMMANDS - RESERVED_IR_COMMANDS);
printcmd("\r # IR Commands:\n");
for(i = 0; i < MAX_IR_COMMANDS; i++)
{
VERIFY(IR_Get_Command(i, &IR_Command), -IR_COMMAND_GET_ERROR);
if((IR_Command.Address != NULL) || (IR_Command.Command != NULL) || (IR_Command.CallMode != NULL) || (IR_Command.Target != NULL))
printcmd("\r # IR_Command_Number = %u\tAddress = %u\tCommand = %u\tCallMode = %u\tTarget = %u\n", i, IR_Command.Address, IR_Command.Command, IR_Command.CallMode, IR_Command.Target);
}
printcmd("\r # Other IR Commands are empty \n");
EXIT_SUCCESS_FUNC(DO_IR);
}
Status_t Do_Try_Read_Time_Response_Cmd(char *argv, TimeAlarm_t *TimeAlarm_p)
{
FuncIN(DO_TRY_READ_TIME_RESPONSE_CMD);
ASSERT(argv != NULL, -INVALID_INPUT_POINTER);
ASSERT(TimeAlarm_p != NULL, -INVALID_INPUT_POINTER);
char *CommandString = NULL;
int i;
CommandString = strstr(argv, "response=");
if(CommandString != NULL)
{
TimeAlarm_p -> Callback = NULL;
CMD_TIMEA_DEBUG(printcmd("\r # (%s) 'response' found!\n", __func__));
for(i = 0; AlarmResponse[i].String != NULL; i++)
{
if(!strcmp(AlarmResponse[i].String, CommandString + 9))
{
TimeAlarm_p -> Callback = AlarmResponse[i].Callback;
CMD_TIMEA_DEBUG(printcmd("\r # (%s) 'response' matched to '%s'\n",
__func__, AlarmResponse[i].String));
}
}
if(TimeAlarm_p -> Callback == NULL)
{
printcmd(" # Invalid 'response' parameter!\n");
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TRY_READ_TIME_RESPONSE_CMD);
}
} // if(CommandString != NULL)
EXIT_SUCCESS_FUNC(DO_TRY_READ_TIME_RESPONSE_CMD);
}
Status_t Do_Set_Time_Alarm_Cmd(TimeAlarm_t *TimeAlarm_p)
{
FuncIN(DO_SET_TIME_ALARM_CMD);
ASSERT(TimeAlarm_p != NULL, -INVALID_INPUT_POINTER);
CMD_TIMEA_DEBUG(printcmd("\r # (%s) input parameters\n",__func__));
CMD_TIMEA_DEBUG(printcmd("\r # date = %02u.%02u.%02u\n", TimeAlarm_p -> DateTime.Day,
TimeAlarm_p -> DateTime.Month,
TimeAlarm_p -> DateTime.Year));
CMD_TIMEA_DEBUG(printcmd("\r # time = %02u:%02u:%02u\n", TimeAlarm_p -> DateTime.Hour,
TimeAlarm_p -> DateTime.Minute,
TimeAlarm_p -> DateTime.Second));
CMD_TIMEA_DEBUG(printcmd("\r # AlarmID = %u\n", TimeAlarm_p -> AlarmID));
CMD_TIMEA_DEBUG(printcmd("\r # State = %u\n", TimeAlarm_p -> State));
CMD_TIMEA_DEBUG(printcmd("\r # Callback = 0x%X\n", TimeAlarm_p -> Callback));
if(TimeAlarm_p -> AlarmID != NO_TIME_ALARM_ID)
{
VERIFY(Set_Time_Alarm(TimeAlarm_p), -TIME_SET_ALARM_ERROR);
printcmd(" # Time Alarm set\n");
}
else
{
if((TimeAlarm_p -> Callback != NULL) &&
(TimeAlarm_p -> DateTime.Hour != 0 ||
TimeAlarm_p -> DateTime.Minute != 0 ||
TimeAlarm_p -> DateTime.Second != 0))
{
VERIFY(Register_Time_Alarm(TimeAlarm_p), -TIME_ALARM_REGISTER_ERROR);
printcmd("\r # Time Alarm Registered\n");
}
else
{
printcmd("\r # Time Alarm Not Register\n");
}
}
EXIT_SUCCESS_FUNC(DO_SET_TIME_ALARM_CMD);
}
int builtin_history(history_t* hist) {
// Compute starting index.
int start = hist->count > MAX_HISTORY ? hist->count - MAX_HISTORY : 0;
// List them all.
for (int i = start; i < hist->count; i++) {
int index = i % MAX_HISTORY;
cmd_t* cmd = hist->commands[index];
if (cmd) {
printf("%5d ", i + 1);
printcmd(cmd, stdout);
} else {
break;
}
}
// Return success.
return 0;
}
int builtin_jobs(job_list_t* jobs) {
// List running jobs.
job_list_t* curr_job_list = jobs;
while (curr_job_list && curr_job_list->root) {
// Print current job.
job_t* curr_job = curr_job_list->root;
printf("[%d] + running\t", curr_job->index);
printcmd(curr_job->cmd, stdout);
// Update pointer.
if (curr_job_list->next) {
curr_job_list = curr_job_list->next;
} else {
break;
}
}
// Return success.
return 0;
}
Status_t Do_Time(Cmd_Tbl_t *Cmd_Tbl, uint32 flag, uint32 argc, char *argv[])
{
FuncIN(DO_TIME);
char String[32] = {0};
RtcTime_t Time;
RTC_Get_Time(&Time);
if(argc > 0)
{
if(strstr(argv[0], "-a") != NULL)
ASSERT(SUCCESS == Format_Time(2, &Time, String), -RTC_GENERAL_ERROR);
else
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TIME);
}
else
ASSERT(SUCCESS == Format_Time(1, &Time, String), -RTC_GENERAL_ERROR);
printcmd("\r # %s\n", String);
EXIT_SUCCESS_FUNC(DO_TIME);
}
static char *__system(RIO *io, RIODesc *fd, const char *cmd) {
if (!strncmp (cmd, "?", 1)) {
eprintf ("dr : show registers\n");
eprintf ("dr* : show registers as flags\n");
eprintf ("drp : show reg profile\n");
eprintf ("dr8 : show hexpairs with regstate\n");
eprintf ("ds : step into\n");
eprintf ("dp : show process info\n");
eprintf ("dc : continue\n");
eprintf ("dm : show maps\n");
eprintf ("pid : show current process id\n");
} else if (!strncmp (cmd, "dr8", 3)) {
struct winedbg_x86_32 r = regState ();
ut8 *arena = (ut8*)calloc (sizeof (struct winedbg_x86_32), 3);
if (arena) {
r_hex_bin2str ((ut8*)&r, sizeof (r), (char *)arena);
return (char *)arena;
}
} else if (!strncmp (cmd, "drp", 3)) {
const char *msg =
"=PC eip\n"\
"=SP esp\n"\
"=BP ebp\n"\
"=A0 eax\n"\
"=A1 ebx\n"\
"=A2 ecx\n"\
"=A3 edx\n"\
"=A4 esi\n"\
"=A5 edi\n"\
"=SN eax\n"\
"seg cs .16 0 0\n"\
"seg ss .16 2 0\n"\
"seg ds .16 4 0\n"\
"seg es .16 6 0\n"\
"seg fs .16 8 0\n"\
"seg gs .16 10 0\n"\
"gpr eip .32 12 0\n"\
"gpr esp .32 16 0\n"\
"gpr ebp .32 20 0\n"\
"gpr eflags .32 24 0\n"\
"gpr eax .32 28 0\n"\
"gpr ebx .32 32 0\n"\
"gpr ecx .32 36 0\n"\
"gpr edx .32 40 0\n"\
"gpr esi .32 44 0\n"\
"gpr edi .32 48 0\n"\
"flg flags .16 24 0\n"\
"flg cf .1 .192 0\n"\
"flg pf .1 .193 0\n"\
"flg af .1 .194 0\n"\
"flg zf .1 .195 0\n"\
"flg sf .1 .196 0\n"\
"flg tf .1 .197 0\n"\
"flg if .1 .198 0\n"\
"flg df .1 .199 0\n"\
"flg of .1 .200 0\n"\
"flg nt .1 .201 0\n"\
"flg rf .1 .202 0\n"\
"flg vm .1 .203 0\n";
return strdup (msg);
} else if (!strncmp (cmd, "dr", 2)) {
printcmd (io, "info reg");
} else if (!strncmp (cmd, "db ", 3)) {
free (runcmd (sdb_fmt (0, "break *%"PFMT64x, r_num_get (NULL, cmd + 3) || io->off)));
} else if (!strncmp (cmd, "ds", 2)) {
free (runcmd ("stepi"));
} else if (!strncmp (cmd, "dc", 2)) {
free (runcmd ("cont"));
} else if (!strncmp (cmd, "dso", 3)) {
eprintf ("TODO: dso\n");
} else if (!strncmp (cmd, "dp", 3)) {
printcmd (io, "info thread");
} else if (!strncmp (cmd, "dm", 3)) {
char *wineDbgMaps = runcmd ("info maps");
char *res = NULL;
if (wineDbgMaps) {
const char *perm;
char *ptr = wineDbgMaps;
for (;;) {
char *nl = strchr (ptr, '\n');
if (!nl) {
break;
}
*nl++ = 0;
perm = "r-x";
ut64 from = 0, to = 0;
if (strstr (ptr, " commit ")) {
if (strstr (ptr, "RW")) {
perm = "rw-";
}
sscanf (ptr, "%08"PFMT64x" %08"PFMT64x, &from, &to);
}
char *row = r_str_newf ("0x%08"PFMT64x" - 0x%08" PFMT64x" %s %s\n", from, to, perm, "");
ptr = nl + 1;
res = r_str_append (res, row);
free (row);
}
free (wineDbgMaps);
return res;
}
} else if (!strncmp (cmd, "pid", 3)) {
return r_str_newf ("%d", fd->fd);
} else {
printcmd (io, cmd);
}
return NULL;
}
int add_iQosRules(char *pcWANIF)
{
char *buf;
char *g;
char *p;
char *addr_type, *addr;
char *proto;
char *port_type, *port;
char *class_prio;
char *ipp2p, *layer7;
char *bcount;
int class_num;
int proto_num;
int i;
char s[256];
int inuse;
int qosox_enable;
unsigned long min;
int bcount_enable;
int method;
int gum;
int sticky_enable;
char acClass[8];
char acByteCounter[32];
EVAL_CMD stIptCommand =
{ 3,
{
"iptables",
"-t",
"mangle",
NULL,
}
};
if (pcWANIF == NULL || !nvram_match("qos_enable", "1"))
return -1;
printf("\n%s: %s", __FUNCTION__, pcWANIF);
qosox_enable = bcount_enable = inuse = sticky_enable = 0;
method = atoi(nvram_safe_get("qos_method")); // strict rule ordering
gum = (method == 0) ? 0x100 : 0;
if (nvram_match("qos_sticky", "0"))
sticky_enable = 1;
eval("iptables", "-t", "mangle", "-N", "QOSO");
eval("iptables", "-t", "mangle", "-A", "QOSO", "-j",
"CONNMARK", "--restore-mark", "--mask", "0xff");
eval("iptables", "-t", "mangle", "-A", "QOSO", "-m",
"connmark", "!", "--mark", "0/0xff00", "-j", "RETURN");
g = buf = strdup(nvram_safe_get("qos_orules"));
while (g) {
/* addr_type<addr<proto<port_type<port<<<<desc
addr_type:
0 = any
1 = dest ip
2 = src ip
3 = src mac
addr:
ip/mac if addr_type == 1-3
proto:
0-65535 = protocol
-1 = tcp or udp
-2 = any protocol
port_type:
if proto == -1,tcp,udp:
d = dest
s = src
x = both
a = any
port:
port # if proto == -1,tcp,udp
class_prio:
0-4, 0 being highest
*/
if ((p = strsep(&g, ">")) == NULL)
break;
i = vstrsep(p, "<", &addr_type, &addr, &proto, &port_type,
&port, &ipp2p, &layer7, &bcount, &class_prio, &p);
if (i == 9) {
class_prio = bcount;
bcount = NULL;
}
else if (i != 10)
continue;
class_num = atoi(class_prio);
if ((class_num < 0) || (class_num > 4))
continue;
i = 1 << class_num++;
if (method == 1) class_num |= 0x200;
if ((inuse & i) == 0) {
inuse |= i;
printf("inuse=%d\n", inuse);
}
/* Beginning of the Rule */
{
stIptCommand.siCount = 3;
stIptCommand.apCommand[stIptCommand.siCount++] = "-A";
if (qosox_enable)
stIptCommand.apCommand[stIptCommand.siCount++] = "QOSOX"; //Offset 4
else
stIptCommand.apCommand[stIptCommand.siCount++] = "QOSO";
}
/*
* protocol & ports:
*/
{
proto_num = atoi(proto);
if (proto_num > -2) {
stIptCommand.apCommand[stIptCommand.siCount++] = "-p";
if (proto_num == 17)
stIptCommand.apCommand[stIptCommand.siCount++] = "udp"; //Offset 6
else if (proto_num != -1)
stIptCommand.apCommand[stIptCommand.siCount++] = proto;
else
stIptCommand.apCommand[stIptCommand.siCount++] = "tcp"; //Offset 6
if ((proto_num == 6) || (proto_num == 17) || (proto_num == -1)) {
if (*port_type != 'a') {
if ((*port_type == 'x') || (strchr(port, ','))) {
// dst-or-src port matches, and anything with multiple lists "," use mport
stIptCommand.apCommand[stIptCommand.siCount++] = "-m";
stIptCommand.apCommand[stIptCommand.siCount++] = "mport";
if (*port_type == 's')
stIptCommand.apCommand[stIptCommand.siCount++] = "--sports";
else
stIptCommand.apCommand[stIptCommand.siCount++] = "--dports";
}
else {
if (*port_type == 's')
stIptCommand.apCommand[stIptCommand.siCount++] = "--sport";
else if (*port_type == 'd')
stIptCommand.apCommand[stIptCommand.siCount++] = "--dport";
else
stIptCommand.apCommand[stIptCommand.siCount++] = "--port";
}
if (port && *port)
stIptCommand.apCommand[stIptCommand.siCount++] = port;
}
}
}
}
/*
* MAC or IP address match:
*/
{
if ((*addr_type == '1') || (*addr_type == '2')) { // match ip
if (strchr(addr, '-') != NULL) {
stIptCommand.apCommand[stIptCommand.siCount++] = "-m";
stIptCommand.apCommand[stIptCommand.siCount++] = "iprange";
if (*addr_type == '1')
stIptCommand.apCommand[stIptCommand.siCount++] = "--dst-range";
else
stIptCommand.apCommand[stIptCommand.siCount++] = "--src-range";
}
else {
if (*addr_type == '1')
stIptCommand.apCommand[stIptCommand.siCount++] = "-d";
else
stIptCommand.apCommand[stIptCommand.siCount++] = "-s";
}
}
else if (*addr_type == '3') { // match mac
stIptCommand.apCommand[stIptCommand.siCount++] = "-m";
stIptCommand.apCommand[stIptCommand.siCount++] = "mac";
stIptCommand.apCommand[stIptCommand.siCount++] = "--mac-source";
}
if (*addr_type != '0')
stIptCommand.apCommand[stIptCommand.siCount++] = addr;
}
/* End of the rule */
{
class_num |= gum;
if (sticky_enable)
class_num &= 0xFF;
sprintf(acClass, "0x%x/0xFF", class_num);
stIptCommand.apCommand[stIptCommand.siCount++] = "-j";
stIptCommand.apCommand[stIptCommand.siCount++] = "CONNMARK";
stIptCommand.apCommand[stIptCommand.siCount++] = "--set-mark";
stIptCommand.apCommand[stIptCommand.siCount++] = acClass;
stIptCommand.apCommand[stIptCommand.siCount++] = NULL;
}
printcmd(&stIptCommand);
_eval(stIptCommand.apCommand, NULL, 4, NULL);
if (proto_num == -1) {
stIptCommand.apCommand[6] = "udp";
printcmd(&stIptCommand);
_eval(stIptCommand.apCommand, NULL, 4, NULL);
}
stIptCommand.siCount = 3;
stIptCommand.apCommand[stIptCommand.siCount++] = "-A";
if(qosox_enable)
stIptCommand.apCommand[stIptCommand.siCount++] = "QOSOX";
else
stIptCommand.apCommand[stIptCommand.siCount++] = "QOSO";
stIptCommand.apCommand[stIptCommand.siCount++] = "-j";
stIptCommand.apCommand[stIptCommand.siCount++] = "RETURN";
stIptCommand.apCommand[stIptCommand.siCount++] = NULL;
printcmd(&stIptCommand);
_eval(stIptCommand.apCommand, NULL, 4, NULL);
}
free(buf);
/*
* The default class:
*/
{ char acClass[4];
i = atoi(nvram_safe_get("qos_default"));
if ((i < 0) || (i > 9)) i = 3; // "low"
class_num = i + 1;
if (method == 1) class_num |= 0x200;
sprintf(acClass, "0x%x", class_num);
eval("iptables", "-t", "mangle", "-A", qosox_enable ? "QOSOX" : "QOSO",
"-j", "CONNMARK", "--set-mark", acClass);
eval("iptables", "-t", "mangle", "-A", qosox_enable ? "QOSOX" : "QOSO",
"-j", "RETURN");
}
eval("iptables", "-t", "mangle", "-A", "FORWARD", "-o", pcWANIF, "-j", qosox_enable ? "QOSOX" : "QOSO");
/*
* Ingress rules:
*/
{ i = atoi(nvram_safe_get("qos_default"));
inuse |= (1 << i) | 1; // default and highest are always built
sprintf(s, "%d", inuse);
nvram_set("qos_inuse", s); // create the inuse NVRAM here
g = buf = strdup(nvram_safe_get("qos_irates"));
for (i = 0; i < 5; i++) {
if ((!g) || ((p = strsep(&g, ",")) == NULL)) continue;
if ((inuse & (1 << i)) == 0) continue;
if (atoi(p) > 0) {// if ibound rules are set, use the PRE-ROUTE
eval("iptables", "-t", "mangle", "-A", "PREROUTING",
"-i", pcWANIF, "-j", "CONNMARK",
"--restore-mark", "--mask", "0xff");
break;
}
}
free(buf);
}
}
Status_t Do_Time_Alarm(Cmd_Tbl_t *Cmd_Tbl, uint32 flag, uint32 argc, char *argv[])
{
FuncIN(DO_TIME_ALARM);
int i;
Status_t Status = GENERAL_ERROR;
TimeAlarm_t TimeAlarm_s = {0};
char ArgumentTokens[12] = {0};
char *CommandString = NULL;
uint8 Remove = FALSE;
if(argc > 0)
{
for(i = 0; i < argc; i++)
{
/******** Try for 'date=' ********/
CommandString = strstr(argv[i], "date=");
if(CommandString != NULL){
if(strlen(CommandString + 5) > 10) // Agument should be in format "DD.MM.YYYY"
{
printcmd(" # Invalid 'date' parameter!\n");
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TIME_ALARM);
}
strcpy(ArgumentTokens, CommandString + 5); // strtok is changing the string. We need local copy!
ArgumentTokens[10] = '.'; // For strtok termination
TimeAlarm_s.DateTime.Day = atoi(strtok(ArgumentTokens, ".")); // Take first token before first '.' and convert to integer
TimeAlarm_s.DateTime.Month = atoi(strtok(NULL, ".")); // Take second token before second '.' and convert to integer
TimeAlarm_s.DateTime.Year = atoi(strtok(NULL, ".")); // Take third token before third '.' and convert to integer
}
/******** Try for 'time=' ********/
CommandString = strstr(argv[i], "time=");
if(CommandString != NULL){
if(strlen(CommandString + 5) > 8) // Agument should be in format "HH:MM:SS"
{
printcmd(" # Invalid 'time' parameter!\n");
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TIME_ALARM);
}
strcpy(ArgumentTokens, CommandString + 5); // strtok is changing the string. We need local copy!
ArgumentTokens[8] = ':'; // For strtok termination
TimeAlarm_s.DateTime.Hour = atoi(strtok(ArgumentTokens, ":")); // Take first token before first ':' and convert to integer
TimeAlarm_s.DateTime.Minute = atoi(strtok(NULL, ":")); // Take second token before second ':' and convert to integer
TimeAlarm_s.DateTime.Second = atoi(strtok(NULL, ":")); // Take third token before third ':' and convert to integer
}
/******** Try for 'state=' ********/
CommandString = strstr(argv[i], "state=");
if(CommandString != NULL)
{
if(!strncmp("ON", CommandString + 6, 2))
TimeAlarm_s.State = ALARM_ON;
else if(!strncmp("OFF", CommandString + 6, 3))
TimeAlarm_s.State = ALARM_OFF;
else
{
printcmd(" # Invalid 'state' parameter!\n");
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TIME_ALARM);
}
}
/******** Try for 'alarmID=' ********/
CommandString = strstr(argv[i], "alarmID=");
if(CommandString != NULL)
TimeAlarm_s.AlarmID = atoi(CommandString + 8);
/******** Try for '-rm' ********/
CommandString = strstr(argv[i], "-rm");
if(CommandString != NULL)
Remove = TRUE;
/******** Try for 'repeat=' ********/
CommandString = strstr(argv[i], "repeat=");
if(CommandString != NULL)
TimeAlarm_s.Repeat = strtol(CommandString + 7, NULL, 2);
/******** Try for 'response=' ********/
Status = Do_Try_Read_Time_Response_Cmd(argv[i], &TimeAlarm_s);
VERIFY(Status, Status);
switch(Status)
{
case CMD_INVALID_ARGUMENT:
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_TIME_ALARM);
case SUCCESS:
break;
default:
break;
} // switch(Status)
} // for(i = 0; i < argc; i++)
if(Remove == FALSE)
Do_Set_Time_Alarm_Cmd(&TimeAlarm_s);
else
Remove_Time_Alarm(TimeAlarm_s.AlarmID);
} else
{
Time_Alarm_Status(NULL);
}
EXIT_SUCCESS_FUNC(DO_TIME_ALARM);
}
Status_t Do_Sw(Cmd_Tbl_t *Cmd_Tbl, uint32 flag, uint32 argc, char *argv[])
{
FuncIN(DO_SW);
Out_t Out = {0};
char *CommandString;
int i, SwUpdate = 0;
if(argc > 0)
{
for(i = 0; i < argc; i++)
{
CommandString = strstr(argv[i], "sw1=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_1_Set(NULL);
else
Out_1_Clr(NULL);
SwUpdate = 1;
}
CommandString = strstr(argv[i], "sw2=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_2_Set(NULL);
else
Out_2_Clr(NULL);
SwUpdate = 1;
}
CommandString = strstr(argv[i], "sw3=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_3_Set(NULL);
else
Out_3_Clr(NULL);
SwUpdate = 1;
}
CommandString = strstr(argv[i], "sw4=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_4_Set(NULL);
else
Out_4_Clr(NULL);
SwUpdate = 1;
}
CommandString = strstr(argv[i], "sw5=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_5_Set(NULL);
else
Out_5_Clr(NULL);
SwUpdate = 1;
}
CommandString = strstr(argv[i], "sw6=");
if(CommandString != NULL)
{
if(atoi(CommandString + 4))
Out_6_Set(NULL);
else
Out_6_Clr(NULL);
SwUpdate = 1;
}
} // for(i = 0; i < argc; i++)
if(SwUpdate == 0)
EXIT_FUNC(CMD_INVALID_ARGUMENT, DO_SW);
}
else
{
Out_Get_State(OUTS_TO_SET, &Out);
printcmd("\n # Out switches state:\n");
printcmd(" # Sw_1 = %u\n", Out.S_1);
printcmd(" # Sw_2 = %u\n", Out.S_2);
printcmd(" # Sw_3 = %u\n", Out.S_3);
printcmd(" # Sw_4 = %u\n", Out.S_4);
printcmd(" # Sw_5 = %u\n", Out.S_5);
printcmd(" # Sw_6 = %u\n", Out.S_6);
}
EXIT_SUCCESS_FUNC(DO_SW);
}