} ucsContextT;
typedef struct {
- struct afb_event node_event;
+ afb_event_t node_event;
} EventData_t;
typedef struct {
- struct afb_event rx_event;
+ afb_event_t rx_event;
} EventDataRx_t;
static ucsContextT *ucsContextS = NULL;
static EventDataRx_t *eventDataRx = NULL;
PUBLIC void UcsXml_CB_OnError(const char format[], uint16_t vargsCnt, ...) {
- /*AFB_DEBUG (afbIface, format, args); */
+ /*AFB_API_DEBUG (afbBindingRoot, afbIface, format, args); */
va_list args;
va_start (args, vargsCnt);
vfprintf (stderr, format, args);
va_start(argptr, vargsCnt);
vsprintf(outbuf, format, argptr);
va_end(argptr);
- AFB_WARNING ("%s", outbuf);
+ AFB_API_WARNING (afbBindingRoot, "%s", outbuf);
}
PUBLIC uint16_t UCSI_CB_OnGetTime(void *pTag) {
void UCSI_CB_OnNetworkState(void *pTag, bool isAvailable, uint16_t packetBandwidth, uint8_t amountOfNodes)
{
- AFB_NOTICE ("Network is available=%d, bw=%d, nodeCnt=%d", isAvailable, packetBandwidth, amountOfNodes);
+ AFB_API_NOTICE (afbBindingRoot, "Network is available=%d, bw=%d, nodeCnt=%d", isAvailable, packetBandwidth, amountOfNodes);
}
/* UCS2 Interface Timer Callback */
PUBLIC void UCSI_CB_OnSetServiceTimer(void *pTag, uint16_t timeout) {
uint64_t usec;
/* set a timer with 250ms accuracy */
- sd_event_now(afb_daemon_get_event_loop(), CLOCK_BOOTTIME, &usec);
- sd_event_add_time(afb_daemon_get_event_loop(), NULL, CLOCK_MONOTONIC, usec + (timeout*1000), 250, onTimerCB, pTag);
+ sd_event_now(afb_api_get_event_loop(afbBindingRoot), CLOCK_BOOTTIME, &usec);
+ sd_event_add_time(afb_api_get_event_loop(afbBindingRoot), NULL, CLOCK_MONOTONIC, usec + (timeout*1000), 250, onTimerCB, pTag);
}
va_start(argptr, vargsCnt);
vsprintf(outbuf, format, argptr);
va_end(argptr);
- AFB_NOTICE ("%s",outbuf);
+ AFB_API_NOTICE (afbBindingRoot, "%s",outbuf);
}
/** UCSI_Service cannot be called directly within UNICENS context, need to service stack through mainloop */
PUBLIC void UCSI_CB_OnServiceRequired(void *pTag) {
/* push an asynchronous request for loopback to call UCSI_Service */
- sd_event_add_time(afb_daemon_get_event_loop(), NULL, CLOCK_MONOTONIC, 0, 0, OnServiceRequiredCB, pTag);
+ sd_event_add_time(afb_api_get_event_loop(afbBindingRoot), NULL, CLOCK_MONOTONIC, 0, 0, OnServiceRequiredCB, pTag);
}
/* Callback when ever this UNICENS wants to send a message to INIC. */
* \param pTag - Pointer given by the integrator by UCSI_Init
*/
void UCSI_CB_OnStop(void *pTag) {
- AFB_NOTICE ("UNICENS stopped");
+ AFB_API_NOTICE (afbBindingRoot, "UNICENS stopped");
/* push an asynchronous request for loopback to call UcsXml_FreeVal */
- sd_event_add_time(afb_daemon_get_event_loop(), NULL, CLOCK_MONOTONIC, 0, 0, OnStopCB, pTag);
+ sd_event_add_time(afb_api_get_event_loop(afbBindingRoot), NULL, CLOCK_MONOTONIC, 0, 0, OnStopCB, pTag);
}
/* helper function: wraps Rx message in json and triggers notification */
return;
if (data_sz > CTRL_MAX_DATA_SZ) {
- AFB_NOTICE("RX-MSG: discarded, payload exceeds %d bytes", CTRL_MAX_DATA_SZ);
+ AFB_API_NOTICE(afbBindingRoot, "RX-MSG: discarded, payload exceeds %d bytes", CTRL_MAX_DATA_SZ);
return;
}
while (UCSI_GetAmsMessage(&ucsContext->ucsiData, &msg_id, &src_addr, &data_ptr, &data_sz)) {
NotifyEventRxMsg(src_addr, msg_id, data_ptr, data_sz);
- AFB_DEBUG("RX-MSG: src=0x%04X, msg_id=0x%04X, size=%d", src_addr, msg_id, data_sz);
+ AFB_API_DEBUG(afbBindingRoot, "RX-MSG: src=0x%04X, msg_id=0x%04X, size=%d", src_addr, msg_id, data_sz);
UCSI_ReleaseAmsMessage(&ucsContext->ucsiData);
}
if (!src_ptr)
{
/* first time usage: create and trigger event source */
- sd_event_add_defer(afb_daemon_get_event_loop(), &src_ptr, &OnAmsMessageReceivedCB, pTag);
+ sd_event_add_defer(afb_api_get_event_loop(afbBindingRoot), &src_ptr, &OnAmsMessageReceivedCB, pTag);
}
else
{
void UCSI_CB_OnRouteResult(void *pTag, uint16_t routeId, bool isActive, uint16_t connectionLabel)
{
- AFB_NOTICE ("Route 0x%X is active=%d, connection label=0x%X", routeId, isActive, connectionLabel);
+ AFB_API_NOTICE (afbBindingRoot, "Route 0x%X is active=%d, connection label=0x%X", routeId, isActive, connectionLabel);
}
void UCSI_CB_OnGpioStateChange(void *pTag, uint16_t nodeAddress, uint8_t gpioPinId, bool isHighState)
{
- AFB_NOTICE ("GPIO state of node 0x%X changed, pin=%d isHigh=%d", nodeAddress, gpioPinId, isHighState);
+ AFB_API_NOTICE (afbBindingRoot, "GPIO state of node 0x%X changed, pin=%d isHigh=%d", nodeAddress, gpioPinId, isHighState);
}
PUBLIC void UCSI_CB_OnMgrReport(void *pTag, Ucs_MgrReport_t code, uint16_t nodeAddress, Ucs_Rm_Node_t *pNode){
return 0;
ok= UCSI_ProcessRxData(&ucsContext->ucsiData, pBuffer, (uint16_t)len);
if (!ok) {
- AFB_DEBUG ("Buffer overrun (not handle)");
+ AFB_API_DEBUG (afbBindingRoot, "Buffer overrun (not handle)");
/* Buffer overrun could replay pBuffer */
}
return 0;
char const *data_path = getenv("AFM_APP_INSTALL_DIR");
if (!data_path) {
- AFB_ERROR("AFM_APP_INSTALL_DIR is not defined");
+ AFB_API_ERROR(afbBindingRoot, "AFM_APP_INSTALL_DIR is not defined");
}
else {
size_t size;
char * config_path;
- AFB_NOTICE("AFM_APP_INSTALL_DIR is: %s", data_path);
+ AFB_API_NOTICE(afbBindingRoot, "AFM_APP_INSTALL_DIR is: %s", data_path);
size = strlen(data_path) + strlen(XML_CONFIG_FOLDER) + strlen(XML_CONFIG_FILE) + 2;
config_path = malloc(size);
if (config_path != NULL) {
snprintf(config_path, size, "%s%s%s", data_path, XML_CONFIG_FOLDER, XML_CONFIG_FILE);
if(access(config_path, R_OK ) == 0) {
- AFB_NOTICE("Default configuration: %s", config_path);
+ AFB_API_NOTICE(afbBindingRoot, "Default configuration: %s", config_path);
return config_path;
}
}
fdHandle = open(filename, O_RDONLY);
if (fdHandle <= 0) {
- AFB_ERROR("File not accessible: '%s' err=%s", filename, strerror(fdHandle));
+ AFB_API_ERROR(afbBindingRoot, "File not accessible: '%s' err=%s", filename, strerror(fdHandle));
goto OnErrorExit;
}
xmlBuffer[readSize] = '\0'; /* In any case, terminate it. */
if (readSize != fdStat.st_size) {
- AFB_ERROR("File to read fullfile '%s' size(%d!=%d)", filename, (int)readSize, (int)fdStat.st_size);
+ AFB_API_ERROR(afbBindingRoot, "File to read fullfile '%s' size(%d!=%d)", filename, (int)readSize, (int)fdStat.st_size);
goto OnErrorExit;
}
ucsConfig = UcsXml_Parse(xmlBuffer);
if (!ucsConfig) {
- AFB_ERROR("File XML invalid: '%s'", filename);
+ AFB_API_ERROR(afbBindingRoot, "File XML invalid: '%s'", filename);
goto OnErrorExit;
}
- AFB_NOTICE ("Parsing result: %d Nodes, %d Scripts, Ethernet Bandwith %d bytes = %.2f MBit/s", ucsConfig->nodSize, ucsConfig->routesSize, ucsConfig->packetBw, (48 * 8 * ucsConfig->packetBw / 1000.0));
+ AFB_API_NOTICE (afbBindingRoot, "Parsing result: %d Nodes, %d Scripts, Ethernet Bandwith %d bytes = %.2f MBit/s", ucsConfig->nodSize, ucsConfig->routesSize, ucsConfig->packetBw, (48 * 8 * ucsConfig->packetBw / 1000.0));
return (ucsConfig);
/* Read and parse XML file */
ucsContext.ucsConfig = ParseFile(filename);
if (NULL == ucsContext.ucsConfig) {
- AFB_ERROR ("Cannot access or load file: '%s'", filename);
+ AFB_API_ERROR (afbBindingRoot, "Cannot access or load file: '%s'", filename);
goto OnErrorExit;
}
if (!ucsContextS)
{
if (!ucsContextS && !InitializeCdevs(&ucsContext)) {
- AFB_ERROR ("Fail to initialise device [rx=%s tx=%s]", CONTROL_CDEV_RX, CONTROL_CDEV_TX);
+ AFB_API_ERROR (afbBindingRoot, "Fail to initialise device [rx=%s tx=%s]", CONTROL_CDEV_RX, CONTROL_CDEV_TX);
goto OnErrorExit;
}
UCSI_Init(&ucsContext.ucsiData, &ucsContext);
/* register aplayHandle file fd into binder mainloop */
- err = sd_event_add_io(afb_daemon_get_event_loop(), &evtSource, ucsContext.rx.fileHandle, EPOLLIN, onReadCB, &ucsContext);
+ err = sd_event_add_io(afb_api_get_event_loop(afbBindingRoot), &evtSource, ucsContext.rx.fileHandle, EPOLLIN, onReadCB, &ucsContext);
if (err < 0) {
- AFB_ERROR ("Cannot hook events to mainloop");
+ AFB_API_ERROR (afbBindingRoot, "Cannot hook events to mainloop");
goto OnErrorExit;
}
}
/* Initialise UNICENS with parsed config */
if (!UCSI_NewConfig(&ucsContext.ucsiData, ucsContext.ucsConfig)) {
- AFB_ERROR ("Fail to initialize UNICENS");
+ AFB_API_ERROR (afbBindingRoot, "Fail to initialize UNICENS");
goto OnErrorExit;
}
return -1;
}
-PUBLIC void ucs2_initialise (struct afb_req request) {
+PUBLIC void ucs2_initialise (afb_req_t request) {
const char *filename = afb_req_value(request, "filename");
if (!filename) {
- afb_req_fail_f (request, "filename-missing", "No filename given");
+ afb_req_reply (request, NULL, "filename-missing", "No filename given");
goto OnErrorExit;
}
if (StartConfiguration(filename) != 0) {
- afb_req_fail_f (request, "load-failed", "Cannot parse file and start UNICENS");
+ afb_req_reply (request, NULL, "load-failed", "Cannot parse file and start UNICENS");
goto OnErrorExit;
}
- afb_req_success(request,NULL,"UNICENS-active");
+ afb_req_reply(request,NULL, NULL,"UNICENS-active");
OnErrorExit:
return;
// List Avaliable Configuration Files
-PUBLIC void ucs2_listconfig (struct afb_req request) {
+PUBLIC void ucs2_listconfig (afb_req_t request) {
struct json_object *queryJ, *tmpJ, *responseJ;
DIR *dirHandle;
char *dirPath, *dirList;
dirList = strdup (json_object_get_string(tmpJ));
} else {
dirList = strdup (UCS2_CFG_PATH);
- AFB_NOTICE ("fgpath:missing uses UCS2_CFG_PATH=%s", UCS2_CFG_PATH);
+ AFB_API_NOTICE (afbBindingRoot, "fgpath:missing uses UCS2_CFG_PATH=%s", UCS2_CFG_PATH);
}
responseJ = json_object_new_array();
dirHandle = opendir (dirPath);
if (!dirHandle) {
- AFB_NOTICE ("ucs2_listconfig dir=%s not readable", dirPath);
+ AFB_API_NOTICE (afbBindingRoot, "ucs2_listconfig dir=%s not readable", dirPath);
error++;
continue;
}
- AFB_NOTICE ("ucs2_listconfig scanning: %s", dirPath);
+ AFB_API_NOTICE (afbBindingRoot, "ucs2_listconfig scanning: %s", dirPath);
while ((dirEnt = readdir(dirHandle)) != NULL) {
// Unknown type is accepted to support dump filesystems
if (dirEnt->d_type == DT_REG || dirEnt->d_type == DT_UNKNOWN) {
free (dirList);
- if (!error) afb_req_success(request,responseJ,NULL);
+ if (!error) afb_req_reply(request,responseJ, NULL,NULL);
else {
char info[40];
snprintf (info, sizeof(info), "[%d] where not scanned", error);
- afb_req_success(request,responseJ, info);
+ afb_req_reply(request,responseJ, NULL, info);
}
return;
}
-PUBLIC void ucs2_subscribe (struct afb_req request) {
+PUBLIC void ucs2_subscribe (afb_req_t request) {
if (!eventData) {
eventData = malloc(sizeof(EventData_t));
if (eventData) {
- eventData->node_event = afb_daemon_make_event ("node-availibility");
+ eventData->node_event = afb_api_make_event (afbBindingRoot, "node-availibility");
}
if (!eventData || !afb_event_is_valid(eventData->node_event)) {
- afb_req_fail_f (request, "create-event", "Cannot create or register event");
+ afb_req_reply (request, NULL, "create-event", "Cannot create or register event");
goto OnExitError;
}
}
if (afb_req_subscribe(request, eventData->node_event) != 0) {
- afb_req_fail_f (request, "subscribe-event", "Cannot subscribe to event");
+ afb_req_reply (request, NULL, "subscribe-event", "Cannot subscribe to event");
goto OnExitError;
}
- afb_req_success(request,NULL,"event subscription successful");
+ afb_req_reply(request,NULL, NULL,"event subscription successful");
OnExitError:
return;
}
-PUBLIC void ucs2_subscriberx (struct afb_req request) {
+PUBLIC void ucs2_subscriberx (afb_req_t request) {
if (!eventDataRx) {
eventDataRx = malloc(sizeof(EventDataRx_t));
if (eventDataRx) {
- eventDataRx->rx_event = afb_daemon_make_event("rx-message");
+ eventDataRx->rx_event = afb_api_make_event(afbBindingRoot, "rx-message");
}
if (!eventDataRx || !afb_event_is_valid(eventDataRx->rx_event)) {
- afb_req_fail_f(request, "create-event", "Cannot create or register event");
+ afb_req_reply(request, NULL, "create-event", "Cannot create or register event");
goto OnExitError;
}
}
if (afb_req_subscribe(request, eventDataRx->rx_event) != 0) {
- afb_req_fail_f (request, "subscribe-event", "Cannot subscribe to event");
+ afb_req_reply (request, NULL, "subscribe-event", "Cannot subscribe to event");
goto OnExitError;
}
- afb_req_success(request,NULL,"event subscription successful");
+ afb_req_reply(request,NULL, NULL,"event subscription successful");
OnExitError:
return;
}
-static json_object * ucs2_validate_command (struct afb_req request,
+static json_object * ucs2_validate_command (afb_req_t request,
const char* func_name) {
struct json_object *j_obj = NULL;
if (!ucsContextS) { /* check UNICENS is initialized */
- afb_req_fail_f(request, "unicens-init",
+ afb_req_reply_f(request, NULL, "unicens-init",
"Load a configuration before calling %s.",
func_name);
goto OnErrorExit;
j_obj = afb_req_json(request);
if (!j_obj) {
- afb_req_fail_f(request,
+ afb_req_reply_f(request, NULL,
"query-notjson","query=%s not a valid json entry",
afb_req_value(request,""));
goto OnErrorExit;
}
- AFB_DEBUG("request: %s", json_object_to_json_string(j_obj));
+ AFB_API_DEBUG(afbBindingRoot, "request: %s", json_object_to_json_string(j_obj));
if (json_object_get_type(j_obj)==json_type_array) {
int len = json_object_array_length(j_obj);
j_obj = json_object_array_get_idx(j_obj, 0);
}
else {
- afb_req_fail_f(request,
+ afb_req_reply_f(request, NULL,
"query-array",
"query of multiple %s commands is not supported",
func_name);
STATIC void ucs2_writei2c_CB (void *result_ptr, void *request_ptr) {
if (request_ptr){
- afb_req *req = (afb_req *)request_ptr;
+ afb_req_t req = request_ptr;
Ucs_I2c_ResultCode_t *res = (Ucs_I2c_ResultCode_t *)result_ptr;
if (!res) {
- afb_req_fail(*req, "processing","busy or lost initialization");
+ afb_req_reply(req, NULL, "processing","busy or lost initialization");
}
else if (*res != UCS_I2C_RES_SUCCESS){
- afb_req_fail_f(*req, "error-result", "result code: %d", *res);
+ afb_req_reply_f(req, NULL, "error-result", "result code: %d", *res);
}
else {
- afb_req_success(*req, NULL, "success");
+ afb_req_reply(req, NULL, NULL, "success");
}
- afb_req_unref(*req);
- free(request_ptr);
+ afb_req_unref(req);
}
else {
- AFB_NOTICE("write_i2c: ambiguous response data");
+ AFB_API_NOTICE(afbBindingRoot, "write_i2c: ambiguous response data");
}
}
/* write a single i2c command */
-STATIC void ucs2_writei2c_cmd(struct afb_req request, json_object *j_obj) {
+STATIC void ucs2_writei2c_cmd(afb_req_t request, json_object *j_obj) {
static uint8_t i2c_data[I2C_MAX_DATA_SZ];
uint8_t i2c_data_sz = 0;
uint16_t node_addr = 0;
- struct afb_req *async_req_ptr = NULL;
json_object *j_tmp;
json_bool key_found;
if (json_object_object_get_ex(j_obj, "node", &j_tmp)) {
node_addr = (uint16_t)json_object_get_int(j_tmp);
- AFB_NOTICE("node_address: 0x%02X", node_addr);
+ AFB_API_NOTICE(afbBindingRoot, "node_address: 0x%02X", node_addr);
if (node_addr == 0) {
- afb_req_fail_f(request, "query-params","param node invalid type");
+ afb_req_reply(request, NULL, "query-params","param node invalid type");
goto OnErrorExit;
}
}
else {
- afb_req_fail_f(request, "query-params","param node missing");
+ afb_req_reply(request, NULL, "query-params","param node missing");
goto OnErrorExit;
}
}
if (i2c_data_sz == 0) {
- AFB_NOTICE("data: invalid or not found");
- afb_req_fail_f(request, "query-params","params wrong or missing");
+ AFB_API_NOTICE(afbBindingRoot, "data: invalid or not found");
+ afb_req_reply(request, NULL, "query-params","params wrong or missing");
goto OnErrorExit;
}
- async_req_ptr = malloc(sizeof(afb_req));
- *async_req_ptr = request;
-
if (UCSI_I2CWrite( &ucsContextS->ucsiData, /* UCSI_Data_t *pPriv*/
node_addr, /* uint16_t targetAddress*/
false, /* bool isBurst*/
i2c_data_sz, /* uint8_t dataLen */
&i2c_data[0], /* uint8_t *pData */
&ucs2_writei2c_CB, /* callback*/
- (void*)async_req_ptr /* callback argument */
+ (void*)request /* callback argument */
)) {
/* asynchronous command is running */
afb_req_addref(request);
}
else {
- AFB_NOTICE("i2c write: scheduling command failed");
- afb_req_fail_f(request, "query-command-queue","command queue overload");
- free(async_req_ptr);
- async_req_ptr = NULL;
+ AFB_API_NOTICE(afbBindingRoot, "i2c write: scheduling command failed");
+ afb_req_reply(request, NULL, "query-command-queue","command queue overload");
goto OnErrorExit;
}
}
/* parse array or single command */
-PUBLIC void ucs2_writei2c (struct afb_req request) {
+PUBLIC void ucs2_writei2c (afb_req_t request) {
struct json_object *j_obj;
}
}
-PUBLIC void ucs2_sendmessage(struct afb_req req) {
+PUBLIC void ucs2_sendmessage(afb_req_t req) {
uint8_t *data_ptr = NULL;
size_t data_sz = 0;
int ret, node_addr, msg_id = 0;
j_obj = ucs2_validate_command(req, "sendmessageb64");
if (!j_obj) {
- AFB_NOTICE("validation of command failed");
+ AFB_API_NOTICE(afbBindingRoot, "validation of command failed");
goto OnErrorExit;
}
if ((ret==0) &&
UCSI_SendAmsMessage(&ucsContextS->ucsiData, msg_id, node_addr, &data_ptr[0], data_sz)
) {
- afb_req_success(req, NULL, "sendmessageb64 started successful");
+ afb_req_reply(req, NULL, NULL, "sendmessageb64 started successful");
}
else {
- AFB_ERROR("sendmessageb64: scheduling command failed. ret: %d", ret);
- afb_req_fail_f(req, "query-command-queue","ambiguous command or queue overload");
+ AFB_API_ERROR(afbBindingRoot, "sendmessageb64: scheduling command failed. ret: %d", ret);
+ afb_req_reply(req, NULL, "query-command-queue","ambiguous command or queue overload");
goto OnErrorExit;
}
return;
}
-PUBLIC int ucs2_initbinding(void) {
+PUBLIC int ucs2_initbinding(afb_api_t api) {
#ifndef DISABLE_AUTOSTART
char *filename = GetDefaultConfig();
if (filename != NULL) {
- AFB_NOTICE("AUTO-LOAD configuration: %s", filename);
+ AFB_API_NOTICE(afbBindingRoot, "AUTO-LOAD configuration: %s", filename);
if (StartConfiguration(filename) == 0) {
- AFB_NOTICE("AUTO-LOAD successful");
+ AFB_API_NOTICE(afbBindingRoot, "AUTO-LOAD successful");
} else {
- AFB_NOTICE("AUTO-LOAD failed");
+ AFB_API_NOTICE(afbBindingRoot, "AUTO-LOAD failed");
}
free(filename);
}
Code Review / apps / agl-service-unicens.git / blobdiff