//main function
int main (int argc, char* argv[]) {
ENTER();
PROGRESS("Create the wpa_supplicant mgr");
wpaHandle mgrHandle = wpa_supplicant_mgr_Init();
if (!mgrHandle){
ALLOC_FAIL("mgrHandle");
EXIT_WITH_ERROR();
return -1;
}
PROGRESS("Start the Manager Operation");
wpa_supplicant_mgr_Start(mgrHandle);
//This function will not return until operation is complete
//Perform needed Cleanup
//The program enters here before it exits
PROGRESS("Cleanup: Stop and Destroy the Mgr");
wpa_supplicant_mgr_Stop(mgrHandle);
wpa_supplicant_mgr_Destroy (mgrHandle);
EXIT();
return 0;
}
void wpa_supplicantClient_bssManager_AddBss(wpa_supplicantClient_bssManager* mgr, char* pathName) {
ENTER();
bssList *bssRec = (bssList *)&(mgr->m_bssGroup);
while (bssRec->m_next) {
bssRec = bssRec->m_next;
}
//Create a new Record;
bssRec->m_next = (bssList *)malloc(sizeof(bssList));
if(!bssRec) {
ALLOC_FAIL("bssRec");
EXIT_WITH_ERROR();
return;
}
bssRec = bssRec->m_next;
memset(bssRec, 0, sizeof(bssList));
//Now initializing the BSS
bssRec->m_bss = wpa_supplicantClient_bss_Init(mgr->m_busName,
pathName,
mgr->m_dbusConnection);
if (!bssRec->m_bss) {
ERROR("Failed to initialize the BSS Record .. exit");
EXIT_WITH_ERROR();
return;
}
//Now starting the BSS
wpa_supplicantClient_bss_Start(bssRec->m_bss);
EXIT();
return;
}
wpa_supplicantClient_bssManager *wpa_supplicantClient_bssManager_Init (char *busName, void* connection) {
ENTER();
wpa_supplicantClient_bssManager *manager = malloc(sizeof(wpa_supplicantClient_bssManager));
if (!manager) {
ALLOC_FAIL("manager");
EXIT_WITH_ERROR();
return NULL;
}
memset(manager, 0, sizeof(wpa_supplicantClient_bssManager));
strcpy(manager->m_busName, busName);
manager->m_dbusConnection = connection;
EXIT();
return manager;
}
wpa_supplicantClient_ProxyIntrospectable *wpa_supplicantClient_proxyIntrospectable_Init(char *busName,
char *objectPath) {
ENTER();
//First Create the object
wpa_supplicantClient_ProxyIntrospectable *proxy = malloc(sizeof(wpa_supplicantClient_ProxyIntrospectable));
if (!proxy){
ALLOC_FAIL("Can not allocate a wpa_supplicantClient_ProxyIntrospectable Object ...Exiting");
EXIT_WITH_ERROR();
return NULL;
}
memset(proxy, 0, sizeof(wpa_supplicantClient_ProxyIntrospectable));
strcpy(proxy->m_busName, busName);
strcpy(proxy->m_objectPath, objectPath);
EXIT();
return proxy;
}
void wpa_supplicantClient_ifManager_AddIf(wpa_supplicantClient_ifManager* mgr, char* ifPathName) {
ENTER();
interfaceList *ifRec = (interfaceList *)&(mgr->m_interfaceGroup);
while (ifRec->m_next) {
ifRec = ifRec->m_next;
}
//Create a new Record;
ifRec->m_next = (interfaceList *)malloc(sizeof(interfaceList));
if(!ifRec) {
ALLOC_FAIL("ifRec");
EXIT_WITH_ERROR();
return;
}
ifRec = ifRec->m_next;
memset(ifRec, 0, sizeof(interfaceList));
//Now initializing the Interface
ifRec->m_interface = wpa_supplicantClient_if_Init(mgr->m_busName,
ifPathName,
mgr->m_dbusConnection);
if (!ifRec->m_interface) {
ERROR("Failed to initialize the Interface Record .. exit");
EXIT_WITH_ERROR();
return;
}
//Now starting the interface
wpa_supplicantClient_if_Start(ifRec->m_interface);
EXIT();
return;
}
static int local_db_read(alpm_pkg_t *info, alpm_dbinfrq_t inforeq)
{
FILE *fp = NULL;
char line[1024];
char *pkgpath;
alpm_db_t *db = info->origin_data.db;
/* bitmask logic here:
* infolevel: 00001111
* inforeq: 00010100
* & result: 00000100
* == to inforeq? nope, we need to load more info. */
if((info->infolevel & inforeq) == inforeq) {
/* already loaded all of this info, do nothing */
return 0;
}
if(info->infolevel & INFRQ_ERROR) {
/* We've encountered an error loading this package before. Don't attempt
* repeated reloads, just give up. */
return -1;
}
_alpm_log(db->handle, ALPM_LOG_FUNCTION, "loading package data for %s : level=0x%x\n",
info->name, inforeq);
pkgpath = _alpm_local_db_pkgpath(db, info, NULL);
if(!pkgpath || access(pkgpath, F_OK)) {
/* directory doesn't exist or can't be opened */
_alpm_log(db->handle, ALPM_LOG_DEBUG, "cannot find '%s-%s' in db '%s'\n",
info->name, info->version, db->treename);
goto error;
}
free(pkgpath);
/* clear out 'line', to be certain - and to make valgrind happy */
memset(line, 0, sizeof(line));
/* DESC */
if(inforeq & INFRQ_DESC && !(info->infolevel & INFRQ_DESC)) {
char *path = _alpm_local_db_pkgpath(db, info, "desc");
if(!path || (fp = fopen(path, "r")) == NULL) {
_alpm_log(db->handle, ALPM_LOG_ERROR, _("could not open file %s: %s\n"), path, strerror(errno));
free(path);
goto error;
}
free(path);
while(!feof(fp)) {
if(fgets(line, sizeof(line), fp) == NULL && !feof(fp)) {
goto error;
}
if(_alpm_strip_newline(line) == 0) {
/* length of stripped line was zero */
continue;
}
if(strcmp(line, "%NAME%") == 0) {
READ_NEXT();
if(strcmp(line, info->name) != 0) {
_alpm_log(db->handle, ALPM_LOG_ERROR, _("%s database is inconsistent: name "
"mismatch on package %s\n"), db->treename, info->name);
}
} else if(strcmp(line, "%VERSION%") == 0) {
READ_NEXT();
if(strcmp(line, info->version) != 0) {
_alpm_log(db->handle, ALPM_LOG_ERROR, _("%s database is inconsistent: version "
"mismatch on package %s\n"), db->treename, info->name);
}
} else if(strcmp(line, "%DESC%") == 0) {
READ_AND_STORE(info->desc);
} else if(strcmp(line, "%GROUPS%") == 0) {
READ_AND_STORE_ALL(info->groups);
} else if(strcmp(line, "%URL%") == 0) {
READ_AND_STORE(info->url);
} else if(strcmp(line, "%LICENSE%") == 0) {
READ_AND_STORE_ALL(info->licenses);
} else if(strcmp(line, "%ARCH%") == 0) {
READ_AND_STORE(info->arch);
} else if(strcmp(line, "%BUILDDATE%") == 0) {
READ_NEXT();
info->builddate = _alpm_parsedate(line);
} else if(strcmp(line, "%INSTALLDATE%") == 0) {
READ_NEXT();
info->installdate = _alpm_parsedate(line);
} else if(strcmp(line, "%PACKAGER%") == 0) {
READ_AND_STORE(info->packager);
} else if(strcmp(line, "%REASON%") == 0) {
READ_NEXT();
info->reason = (alpm_pkgreason_t)atoi(line);
} else if(strcmp(line, "%SIZE%") == 0) {
READ_NEXT();
info->isize = _alpm_strtoofft(line);
} else if(strcmp(line, "%REPLACES%") == 0) {
READ_AND_SPLITDEP(info->replaces);
} else if(strcmp(line, "%DEPENDS%") == 0) {
READ_AND_SPLITDEP(info->depends);
} else if(strcmp(line, "%OPTDEPENDS%") == 0) {
READ_AND_STORE_ALL(info->optdepends);
} else if(strcmp(line, "%CONFLICTS%") == 0) {
READ_AND_SPLITDEP(info->conflicts);
} else if(strcmp(line, "%PROVIDES%") == 0) {
READ_AND_SPLITDEP(info->provides);
}
}
fclose(fp);
fp = NULL;
info->infolevel |= INFRQ_DESC;
}
/* FILES */
if(inforeq & INFRQ_FILES && !(info->infolevel & INFRQ_FILES)) {
char *path = _alpm_local_db_pkgpath(db, info, "files");
if(!path || (fp = fopen(path, "r")) == NULL) {
_alpm_log(db->handle, ALPM_LOG_ERROR, _("could not open file %s: %s\n"), path, strerror(errno));
free(path);
goto error;
}
free(path);
while(fgets(line, sizeof(line), fp)) {
_alpm_strip_newline(line);
if(strcmp(line, "%FILES%") == 0) {
size_t files_count = 0, files_size = 0;
alpm_file_t *files = NULL;
while(fgets(line, sizeof(line), fp) && _alpm_strip_newline(line)) {
if(files_count >= files_size) {
size_t old_size = files_size;
if(files_size == 0) {
files_size = 8;
} else {
files_size *= 2;
}
files = realloc(files, sizeof(alpm_file_t) * files_size);
if(!files) {
ALLOC_FAIL(sizeof(alpm_file_t) * files_size);
goto error;
}
/* ensure all new memory is zeroed out, in both the initial
* allocation and later reallocs */
memset(files + old_size, 0,
sizeof(alpm_file_t) * (files_size - old_size));
}
STRDUP(files[files_count].name, line, goto error);
/* TODO: lstat file, get mode/size */
files_count++;
}
/* attempt to hand back any memory we don't need */
files = realloc(files, sizeof(alpm_file_t) * files_count);
info->files.count = files_count;
info->files.files = files;
} else if(strcmp(line, "%BACKUP%") == 0) {
gyHandle gy86_Init (Gy86_ChipType chip) {
ENTER();
retcode retVal = 0;
Gy86 *gy = (Gy86 *)malloc(sizeof(Gy86));
if (!gy) {
ALLOC_FAIL("gy");
goto END;
}
memset(gy, 0x00, sizeof(Gy86));
resetGyData(gy);
if (chip & CHIP_TYPE_MPU60X0) {
gy->m_mpu = mpu60x0_Init();
if (!gy->m_mpu) {
ERROR("Failed to Initialize the MPU Chip");
goto FAIL_MPU;
}
}
//Register the Interrupt Functions
retVal = mpu60x0_RegDataRdyCb (gy->m_mpu, mpuDataRdyIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the MPU:DataRdy");
}
retVal = mpu60x0_RegFifoOvrflowCb (gy->m_mpu, mpuFifoIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the MPU:FIFO");
}
retVal = mpu60x0_RegMotDetCb (gy->m_mpu, mpuMotDetIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the MPU:MotDet");
}
retVal = mpu60x0_RegFsynchCb (gy->m_mpu, mpuFsyncIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the MPU:Fsync");
}
retVal = mpu60x0_RegAuxI2cCb (gy->m_mpu, mpuAuxI2cIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the MPU:AuxI2c");
}
if (chip & CHIP_TYPE_HMC5883) {
gy->m_hmc = hmc5883_Init();
if (!gy->m_hmc) {
ERROR("Failed to Initialize the HMC Chip");
goto FAIL_HMC;
}
}
//Register the Interrupt Functions
retVal = hmc5883_RegDataRdyCb (gy->m_hmc, hmcDataRdyIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the HMC:DataRdy");
}
retVal = hmc5883_RegLockCb (gy->m_hmc, hmcRegLockIntHandler, (uint32)gy);
if (retVal) {
ERROR("Failed in Registering the Interrupt Handler for the HMC:Reg Lock");
}
if (chip & CHIP_TYPE_MS5611) {
gy->m_ms = ms5611_Init();
if (!gy->m_ms) {
ERROR("Failed to Initialize the MS Chip");
goto FAIL_MS;
}
}
//Init Completed Successfully
goto END;
FAIL_MS:
hmc5883_Destroy(gy->m_hmc);
FAIL_HMC:
mpu60x0_Destroy(gy->m_mpu);
FAIL_MPU:
free(gy);
gy = NULL;
END:
EXIT();
return (gyHandle)gy;
}
