/*!
* \brief Load configuration from EEPROM.
*
* If no configuration is available, some preconfigured stations
* are loaded.
*
* \return 0 on success, -1 if no configuration data had been found.
*/
int ConfigLoad(void)
{
int rc = -1;
int addr = CONFAPP_EE_OFFSET;
char *buf;
uint8_t idx;
RADIOSTATION *rsp;
buf = malloc(MAXLEN_URL + 1);
addr += ConfigLoadString(addr, buf, sizeof(CONFAPP_EE_NAME));
if (strcmp(buf, CONFAPP_EE_NAME) == 0) {
ConfigCreate();
rc = 0;
/*
* Read radio settings from EEPROM.
*/
addr += ConfigLoadBinary(addr, &radio.rc_rstation, sizeof(radio.rc_rstation));
addr += ConfigLoadBinary(addr, &radio.rc_rvolume, sizeof(radio.rc_rvolume));
/*
* Read station configuration from EEPROM.
*/
for (idx = 0; idx < MAXNUM_STATIONS; idx++) {
rsp = &station[idx];
addr += ConfigLoadBinary(addr, &rsp->rs_port, sizeof(rsp->rs_port));
addr += ConfigLoadBinary(addr, &rsp->rs_ip, sizeof(rsp->rs_ip));
addr += ConfigLoadString(addr, buf, MAXLEN_URL);
if (*buf) {
rsp->rs_url = malloc(strlen(buf) + 1);
strcpy(rsp->rs_url, buf);
}
}
}
free(buf);
return rc;
}
int main(int argc, char *argv[])
{ Cs2ethStruct *Cs2eth;
ConfigStruct *Config;
pid_t ChildPid;
time_t Now;
int Ret, NumArgs;
char **ValArgs;
Config = ConfigCreate();
if (Config != (ConfigStruct *)NULL)
{
NumArgs = argc;
ValArgs = argv;
ConfigInit(Config, MRSYSTEM_CONFIG_FILE);
ConfigReadfile(Config);
#ifdef TRACE
ConfigCmdLine(Config, "a:b:p:ftv?", NumArgs, ValArgs);
#else
ConfigCmdLine(Config, "a:b:p:fv?", NumArgs, ValArgs);
#endif
if (ConfigGetIntVal(Config, CfgUsageVal))
{
usage(argv[0]);
Ret = 1;
}
else if (ConfigGetIntVal(Config, CfgForkVal))
{
ChildPid = fork();
if (ChildPid == -1)
{
if (ConfigGetIntVal(Config, CfgVerboseVal))
puts("ERROR: can not go to backgound");
ConfigExit(Config);
ConfigDestroy(Config);
Ret = 4;
}
else if (ChildPid == 0)
{
if (ConfigGetIntVal(Config, CfgVerboseVal))
puts("child running");
Cs2eth = Cs2ethCreate();
if (Cs2eth != (Cs2ethStruct *)NULL)
{
Cs2ethInit(Cs2eth, ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgIfaceVal),
ConfigGetStrVal(Config, CfgAddrVal),
ConfigGetIntVal(Config, CfgPortVal),
ConfigGetIntVal(Config, CfgBcVal),
ConfigGetStrVal(Config, CfgUdpBcVal)
#ifdef TRACE
, ConfigGetIntVal(Config, CfgTraceVal)
#endif
);
Cs2ethRun(Cs2eth);
Cs2ethDestroy(Cs2eth);
Ret = 0;
}
else
{
Ret = 2;
}
}
else
{
if (ConfigGetIntVal(Config, CfgVerboseVal))
puts("parent terminates");
signal(SIGCHLD, SIG_IGN);
Ret = 0;
}
}
else
{
Now = time(NULL);
if (ConfigGetIntVal(Config, CfgVerboseVal))
printf("start with no fork at %s\n", asctime(localtime(&Now)));
Cs2eth = Cs2ethCreate();
if (Cs2eth != (Cs2ethStruct *)NULL)
{
Cs2ethInit(Cs2eth, ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgIfaceVal),
ConfigGetStrVal(Config, CfgAddrVal),
ConfigGetIntVal(Config, CfgPortVal),
ConfigGetIntVal(Config, CfgBcVal),
ConfigGetStrVal(Config, CfgUdpBcVal)
#ifdef TRACE
, ConfigGetIntVal(Config, CfgTraceVal)
#endif
);
Cs2ethRun(Cs2eth);
Cs2ethDestroy(Cs2eth);
Ret = 0;
}
else
{
Ret = 2;
}
}
ConfigExit(Config);
ConfigDestroy(Config);
}
else
{
Ret = 3;
}
return(Ret);
}
/*!
* \brief Reset configuration.
*/
void ConfigResetFactory(void)
{
ConfigCreate();
/* Initial radio control settings. */
radio.rc_rstation = 2;
radio.rc_rvolume = 223;
/*
* Add pre-configured radio stations.
*/
/* Local server. */
ConfigStation(MAXNUM_STATIONS, "192.168.192.11:8000");
/* elDOradio 56 kbit */
ConfigStation(MAXNUM_STATIONS, "129.217.234.42/128:8000");
/* Virgin 32 kbit. */
ConfigStation(MAXNUM_STATIONS, "212.187.204.62:80");
/* qpop.nl 48 kbit */
ConfigStation(MAXNUM_STATIONS, "194.109.192.226:8010");
/* idobi 24 kbit */
ConfigStation(MAXNUM_STATIONS, "66.28.100.131:8004");
/* Radiosound-7-24 24 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.202.98.51:7650");
/* DH Netradio 56 kbit */
ConfigStation(MAXNUM_STATIONS, "205.188.234.38:8030");
/* Cable radio 56 kbit. */
ConfigStation(MAXNUM_STATIONS, "62.25.96.7:8080");
/* MIBN1 40 kbit. */
ConfigStation(MAXNUM_STATIONS, "216.234.109.21:8000");
/* RFK 56 kbit */
ConfigStation(MAXNUM_STATIONS, "64.202.98.33:2530");
/* Braingell 24 kbit. */
ConfigStation(MAXNUM_STATIONS, "216.237.145.20:8000");
/* HipHop 48 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.202.98.33:6150");
/* Flensburg 56 kbit */
ConfigStation(MAXNUM_STATIONS, "217.160.210.37:8000");
/* Boombastic 24 kbit. */
ConfigStation(MAXNUM_STATIONS, "212.43.230.20:8000");
/* Russia 24 kbit */
ConfigStation(MAXNUM_STATIONS, "62.118.255.5:9000");
/* Frequence3 16 kbit. */
ConfigStation(MAXNUM_STATIONS, "212.180.2.19:8010");
/* KCTI Country 16 kbit. */
ConfigStation(MAXNUM_STATIONS, "63.125.62.117:8000");
/* Klassik 40 kbit. */
ConfigStation(MAXNUM_STATIONS, "62.157.113.86:8000");
/* m2ktalk 8kbit */
ConfigStation(MAXNUM_STATIONS, "209.17.76.226:8010");
/* Christian Media 16 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.202.98.32:6610");
/* Newsradio 24 kbit. */
ConfigStation(MAXNUM_STATIONS, "65.172.162.93:9191");
#ifdef ETHERNUT2
/*
* These stations require Ethernut 2.
*/
/* Grapeshot 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "66.28.45.159:8075");
/* Radiostorm 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.236.34.141/stream/1014:80");
/* Digitally imported 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "205.188.209.193/stream/1003:80");
/* SmoothJazz 128 kbit */
ConfigStation(MAXNUM_STATIONS, "64.236.34.141/stream/1005:80");
/* Tosh Jamaica 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "38.144.33.148:8022");
/* weird 160 kbit */
ConfigStation(MAXNUM_STATIONS, "209.98.88.40:8007");
/* Stratovarius 192 kbit */
ConfigStation(MAXNUM_STATIONS, "210.120.247.22:1290");
/* Virgin 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.236.34.72/stream/1031:80");
/* Virgin 128 kbit. */
ConfigStation(MAXNUM_STATIONS, "64.236.34.141/stream/1031:80");
#endif
}
int main(int argc, char *argv[])
{ Ms2Struct *Ms2Client;
IoFktStruct *IoFunctions;
ConfigStruct *Config;
pid_t ChildPid;
time_t Now;
int Ret, NumArgs;
char **ValArgs;
Config = ConfigCreate();
if (Config != (ConfigStruct *)NULL)
{
NumArgs = argc;
ValArgs = argv;
ConfigInit(Config, MRSYSTEM_CONFIG_FILE);
ConfigReadfile(Config);
ConfigCmdLine(Config, "a:i:p:c:fs:vz:?", NumArgs, ValArgs);
if (ConfigGetIntVal(Config, CfgUsageVal))
{
usage(argv[0]);
Ret = 1;
}
else if (ConfigGetIntVal(Config, CfgForkVal))
{
ChildPid = fork();
if (ChildPid == -1)
{
puts("ERROR: can not go to backgound");
Ret = 4;
}
else if (ChildPid == 0)
{
if (ConfigGetIntVal(Config, CfgVerboseVal))
puts("child running");
IoFunctions = CanClientInit(ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgCanIfVal));
if (IoFunctions != (IoFktStruct *)NULL)
{
Ms2Client = Ms2Create();
if (Ms2Client != (Ms2Struct *)NULL)
{
Ms2Init(Ms2Client, ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgIfaceVal),
ConfigGetStrVal(Config, CfgAddrVal),
ConfigGetIntVal(Config, CfgPortVal),
ConfigGetIntVal(Config, CfgZentraleVal),
IoFunctions);
Ms2Run(Ms2Client);
Ms2Destroy(Ms2Client);
Ret = 0;
}
else
{
puts("ERROR: can not create Ms2Client module");
Ret = 1;
}
CanClientExit(IoFunctions);
}
else
{
puts("ERROR: can not create IoFunctions module");
Ret = 1;
}
}
else
{
puts("parent terminates");
signal(SIGCHLD, SIG_IGN);
Ret = 0;
}
}
else
{
Now = time(NULL);
if (ConfigGetIntVal(Config, CfgVerboseVal))
printf("start with no fork at %s\n", asctime(localtime(&Now)));
IoFunctions = CanClientInit(ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgCanIfVal));
if (IoFunctions != (IoFktStruct *)NULL)
{
Ms2Client = Ms2Create();
if (Ms2Client != (Ms2Struct *)NULL)
{
Ms2Init(Ms2Client, ConfigGetIntVal(Config, CfgVerboseVal),
ConfigGetStrVal(Config, CfgIfaceVal),
ConfigGetStrVal(Config, CfgAddrVal),
ConfigGetIntVal(Config, CfgPortVal),
ConfigGetIntVal(Config, CfgZentraleVal),
IoFunctions);
Ms2Run(Ms2Client);
Ms2Destroy(Ms2Client);
Ret = 0;
}
else
{
puts("ERROR: can not create Ms2Client module");
Ret = 1;
}
CanClientExit(IoFunctions);
}
else
{
puts("ERROR: can not create IoFunctions module");
Ret = 1;
}
}
ConfigExit(Config);
ConfigDestroy(Config);
}
else
{
puts("ERROR: can not create Config module");
Ret = 3;
}
return(Ret);
}
