/**
* Open a socket connection to the proxy server
* @param serverName Name of the server, i.e. "localhost"
* @param port Port number to connect with, i.e. DEFAULT_PROXY_PORT
*/
error_t clientsocket_open(const char *serverName, int port) {
struct sockaddr_in serverAddress;
struct hostent *server;
assert(serverName);
SYSLOG_INFO("Attempting to open socket to %s on port %d", serverName, port);
gTerminate = false;
socketFd = socket(AF_INET, SOCK_STREAM, 0);
if ((socketFd = socket(AF_INET, SOCK_STREAM, 0)) < 0) {
SYSLOG_ERR("ERROR opening socket");
return -1;
}
if ((server = gethostbyname(serverName)) == NULL) {
SYSLOG_ERR("ERROR, no such host\n");
return -1;
}
bzero((char *) &serverAddress, sizeof(serverAddress));
serverAddress.sin_family = AF_INET;
memcpy((char *) server->h_addr, (char *) &serverAddress.sin_addr.s_addr, server->h_length);
serverAddress.sin_port = htons(port);
SYSLOG_INFO("Connecting...");
if (connect(socketFd, (struct sockaddr *) &serverAddress, sizeof(serverAddress)) < 0) {
SYSLOG_ERR("ERROR connecting");
return FAIL;
}
SYSLOG_INFO("Connection established on fd %d", socketFd);
// Initialize the thread
pthread_attr_init(&sThreadAttr);
// Will run detached from the main dispatcher thread
pthread_attr_setdetachstate(&sThreadAttr, PTHREAD_CREATE_DETACHED);
// Round robin schedule is fine when processing is extremely low
pthread_attr_setschedpolicy(&sThreadAttr, SCHED_RR);
// Create the thread
if (pthread_create(&sThreadId, &sThreadAttr, &_clientCommThread, NULL)) {
SYSLOG_ERR("Creating proxy thread failed: %s", strerror(errno));
clientsocket_close();
return FAIL;
}
return SUCCESS;
}
/**
* Push measurements now. This is a cloud- and iotsdk-friendly way to get
* a p="1" string through a few sockets and buffers into the outbound message,
* which will trigger the proxy to dump the entire contents of the buffer now.
* This works because the server ignores the p="1" attribute
*
* @param deviceId the unique ID of the measurement to push now
* @return SUCCESS if we will push the measurement now
*/
error_t iotxml_pushMeasurementNow(const char *deviceId) {
char xml[IOTGEN_ADD_REMOVE_XML_SIZE];
bzero(xml, IOTGEN_ADD_REMOVE_XML_SIZE);
snprintf(xml, IOTGEN_ADD_REMOVE_XML_SIZE, "<measure deviceId=\"%s\" p=\"1\" />", deviceId);
SYSLOG_INFO("Pushing measurement for device %s now", deviceId);
return application_send(xml, strlen(xml));
}
/**
* Alert to the ESP that a device can no longer be contacted and may not be in
* control of the network
* @param deviceId The unique ID of the device
* @return SUCCESS if we will declare the device is not present to the server
*/
error_t iotxml_alertDeviceIsGone(const char *deviceId) {
char xml[IOTGEN_ADD_REMOVE_XML_SIZE];
bzero(xml, IOTGEN_ADD_REMOVE_XML_SIZE);
snprintf(xml, IOTGEN_ADD_REMOVE_XML_SIZE, "<alert deviceId=\"%s\" type=\"noRead\" />", deviceId);
SYSLOG_INFO("Alerting that device %s is gone", deviceId);
return application_send(xml, strlen(xml));
}
/**
* Declare to the ESP that a new device is available to control
* @param deviceId The unique ID of the device
* @param deviceType The device type
* @return SUCCESS if we will declare the device to the server
*/
error_t iotxml_addDevice(const char *deviceId, int deviceType) {
char xml[IOTGEN_ADD_REMOVE_XML_SIZE];
bzero(xml, IOTGEN_ADD_REMOVE_XML_SIZE);
snprintf(xml, IOTGEN_ADD_REMOVE_XML_SIZE, "<add deviceId=\"%s\" deviceType=\"%d\" />", deviceId, deviceType);
SYSLOG_INFO("Adding device %s of type %d", deviceId, deviceType);
return application_send(xml, strlen(xml));
}
/**
* Create XML to represent and convey the result of a command back to the server
* @param commandId The command ID as the server presented to us
* @param result The result code for the command
* @return SUCCESS if we will send the response back to the server
*/
error_t iotxml_sendResult(int commandId, result_code_e result) {
char xmlResult[IOTGEN_RESULT_XML_SIZE];
bzero(xmlResult, IOTGEN_RESULT_XML_SIZE);
snprintf(xmlResult, IOTGEN_RESULT_XML_SIZE, "<response cmdId=\"%d\" result=\"%d\"/>", commandId, result);
SYSLOG_INFO("Sending result: %s", xmlResult);
return application_send(xmlResult, strlen(xmlResult));
}
static int
bin_sw_proc_msg( zw_api_ctx_S *ctx, const u8* frame, u8 nodeid )
{
int val = -1;
SYSLOG_DEBUG( "COMMAND_CLASS_SWITCH_BINARY - processing message" );
if ((unsigned char)frame[6] == SWITCH_BINARY_SET) {
SYSLOG_DEBUG( "SWITCH_BINARY_SET received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else if ((unsigned char)frame[6] == SWITCH_BINARY_GET) {
SYSLOG_DEBUG( "SWITCH_BINARY_GET received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else if ((unsigned char)frame[6] == SWITCH_BINARY_REPORT) {
SYSLOG_DEBUG( "SWITCH_BINARY_REPORT received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else {
SYSLOG_INFO( "%i received from node %d", frame[6], nodeid);
goto out;
}
pthread_mutex_lock( &val_lock );
if ( 0 != zw_node_set_state( nodeid, val ) )
SYSLOG_DEBUG( "Setting node bin switch state failed" );
sw_val = val;
pthread_cond_broadcast( &sw_value );
pthread_mutex_unlock( &val_lock );
out:
return 0;
}
static int
toggle_sw_proc_msg( zw_api_ctx_S *ctx, const u8* frame, u8 nodeid )
{
int val = -1;
SYSLOG_DEBUG( "COMMAND_CLASS_BINARY_TOGGLE_SWITCH - processing message" );
if ((unsigned char)frame[6] == SWITCH_TOGGLE_BINARY_SET) {
SYSLOG_DEBUG( "SWITCH_TOGGLE_BINARY_SET received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else if ((unsigned char)frame[6] == SWITCH_TOGGLE_BINARY_GET) {
SYSLOG_DEBUG( "SWITCH_TOGGLE_BINARY_GET received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else if ((unsigned char)frame[6] == SWITCH_TOGGLE_BINARY_REPORT) {
SYSLOG_DEBUG( "SWITCH_TOGGLE_BINARY_REPORT received from node %d value %d", nodeid,(unsigned char)frame[7]);
val = frame[7];
}
else {
SYSLOG_INFO( "%i received from node %d", frame[6], nodeid);
goto out;
}
pthread_mutex_lock( &val_lock );
tsw_val = val;
pthread_cond_broadcast( &tsw_value );
pthread_mutex_unlock( &val_lock );
out:
return 0;
}
virtual void OnConnectIndication(
int aReason,
IDIPCTransport *aTrpt,
IDIPCAcceptorConnectorId *aRequestId)
{
SYSLOG_INFO("ProcessB::OnConnectIndication");
m_transport = aTrpt;
aTrpt->OpenWithSink(this);
//aTrpt->SendData("hello",strlen("hello"));
}
/**
* Once we found a new device at some IP address, we attempt to either grab
* the gadget_t pointer from our gadgetmanager and update it... or if it
* doesn't exist, we create a new gadget. In either case, we query the
* gadget for metadata details.
*
* The gadgetmanager_add(...) will happily return SUCCESS without making
* multiple copies of the gadget if it is already tracking the gadget at that
* IP address.
*/
void _gadgetdiscovery_poll(const char *ip) {
gadget_t gadget;
gadget_t *gadgetPtr;
assert(ip);
if ((gadgetPtr = gadgetmanager_getByIp(ip)) == NULL) {
gadgetPtr = &gadget;
bzero(gadgetPtr, sizeof(gadget_t));
strcpy(gadgetPtr->ip, ip);
SYSLOG_INFO("[gadget] Creating new device with IP %s", gadgetPtr->ip);
} else {
SYSLOG_INFO("[gadget] Refreshing device IP %s", gadgetPtr->ip);
}
if(_gadgetdiscovery_captureGadgetDetails(gadgetPtr) == SUCCESS) {
gadgetmanager_add(gadgetPtr);
}
}
/**
* Close off the last tag and send the message. This will allow other message
* creating functions to create a new message using iotxml_newMsg(...)
*
* @param destMsg Pointer to the start of the destination message
* @param maxSize Maximum size of the message buffer
*/
error_t iotxml_send(char *destMsg, int maxSize) {
int totalSize = strlen(destMsg);
if(lastParamType >= 0) {
// Close off the last tag
snprintf(destMsg + strlen(destMsg), maxSize - totalSize,
"</%s>",
paramTypeMap[lastParamType]);
}
SYSLOG_INFO("Send: %s\n", destMsg);
lastParamType = -1;
inProgress = false;
return application_send(destMsg, strlen(destMsg));
}
/**
* Thread for socket receive communications
*/
static void *_clientCommThread(void *params) {
char inboundMsg[CLIENTSOCKET_INBOUND_MSGSIZE];
// Main loop
while (!gTerminate) {
memset(inboundMsg, 0, sizeof(inboundMsg));
if(libpipecomm_read(socketFd, inboundMsg, CLIENTSOCKET_INBOUND_MSGSIZE) > 0) {
SYSLOG_DEBUG("[client] Received: %s", inboundMsg);
application_receive(inboundMsg, strlen(inboundMsg));
}
}
SYSLOG_INFO("*** Exiting Client Socket Thread ***");
pthread_exit(NULL);
return NULL;
}
/**
* Login
* @param username
* @param password
* @return Application API key, or NULL if we couldn't log in
*/
error_t login_doLogin(const char *username, const char *password) {
char baseUrl[PATH_MAX];
char url[PATH_MAX];
char rxBuffer[PROXY_MAX_MSG_LEN];
char headerPassword[PROXY_HEADER_PASSWORD_LEN];
http_param_t params;
login_info_t loginInfo;
bzero(¶ms, sizeof(params));
xmlSAXHandler saxHandler = {
NULL, // internalSubsetHandler,
NULL, // isStandaloneHandler,
NULL, // hasInternalSubsetHandler,
NULL, // hasExternalSubsetHandler,
NULL, // resolveEntityHandler,
NULL, // getEntityHandler,
NULL, // entityDeclHandler,
NULL, // notationDeclHandler,
NULL, // attributeDeclHandler,
NULL, // elementDeclHandler,
NULL, // unparsedEntityDeclHandler,
NULL, // setDocumentLocatorHandler,
NULL, // startDocument
NULL, // endDocument
_login_xml_startElementHandler, // startElement
NULL, // endElement
NULL, // reference,
_login_xml_charactersHandler, //characters
NULL, // ignorableWhitespace
NULL, // processingInstructionHandler,
NULL, // comment
NULL, // warning
NULL, // error
NULL, // fatal
};
// Read the activation URL from the configuration file
if(libconfigio_read(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, baseUrl, sizeof(baseUrl)) == -1) {
printf("Couldn't read %s in file %s, writing default value\n", CONFIGIO_ACTIVATION_URL_TOKEN_NAME, proxycli_getConfigFilename());
libconfigio_write(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, DEFAULT_ACTIVATION_URL);
strncpy(baseUrl, DEFAULT_ACTIVATION_URL, sizeof(baseUrl));
}
snprintf(url, sizeof(url), "%s/login?username=%s", baseUrl, username);
snprintf(headerPassword, sizeof(headerPassword), "PASSWORD: %s", password);
SYSLOG_INFO("Logging in...");
SYSLOG_INFO("Contacting URL %s\n", url);
params.verbose = TRUE;
params.timeouts.connectTimeout = HTTPCOMM_DEFAULT_CONNECT_TIMEOUT_SEC;
params.timeouts.transferTimeout = HTTPCOMM_DEFAULT_TRANSFER_TIMEOUT_SEC;
params.password = headerPassword;
libhttpcomm_sendMsg(NULL, CURLOPT_HTTPGET, url, NULL, NULL, NULL, 0, rxBuffer, sizeof(rxBuffer), params, NULL);
SYSLOG_INFO("Server returned: \n%s\n", rxBuffer);
loginInfo.resultCode = -1;
if ( 0 == xmlSAXUserParseMemory(&saxHandler, &loginInfo, rxBuffer, strlen(rxBuffer)) )
{
if(loginInfo.resultCode == 0) {
printf("Login successful!\n");
SYSLOG_INFO("Login successful");
return SUCCESS;
} else {
printf("Error logging in\n");
return FAIL;
}
}
printf("Error logging in\n");
return FAIL;
}
virtual void OnDisconnect(
CAWResult aReason,
IDIPCTransport *aTrptId)
{
SYSLOG_INFO("ProcessB::OnDisconnect");
}
virtual void OnProcessRun(int argc, char** argv, IDIPCProcess *dipcProcess)
{
SYSLOG_INFO("ProcessB::OnProcessRun");
dipcProcess->CreateClient(m_connector);
m_connector->AsycConnect(this,1000,1);
}
/**
* Get the activation key from the server
* @param key Application API key from logging in
* @param locationId The location ID for this user
* @return the activation key for this device
*/
char *getactivationinfo_getDeviceActivationKey(const char *key, int locationId) {
char url[PATH_MAX];
char baseUrl[PATH_MAX];
char deviceType[8];
char rxBuffer[PROXY_MAX_MSG_LEN];
char headerApiKey[PROXY_HEADER_KEY_LEN];
http_param_t params;
getactivationinfo_info_t getActivationInfo;
xmlSAXHandler saxHandler = {
NULL, // internalSubsetHandler,
NULL, // isStandaloneHandler,
NULL, // hasInternalSubsetHandler,
NULL, // hasExternalSubsetHandler,
NULL, // resolveEntityHandler,
NULL, // getEntityHandler,
NULL, // entityDeclHandler,
NULL, // notationDeclHandler,
NULL, // attributeDeclHandler,
NULL, // elementDeclHandler,
NULL, // unparsedEntityDeclHandler,
NULL, // setDocumentLocatorHandler,
NULL, // startDocument
NULL, // endDocument
_getactivationinfo_xml_startElementHandler, // startElement
NULL, // endElement
NULL, // reference,
_getactivationinfo_xml_charactersHandler, //characters
NULL, // ignorableWhitespace
NULL, // processingInstructionHandler,
NULL, // comment
NULL, // warning
NULL, // error
NULL, // fatal
};
if(activationKeyValid) {
return activationKey;
}
bzero(deviceType, sizeof(deviceType));
bzero(¶ms, sizeof(params));
snprintf(headerApiKey, sizeof(headerApiKey), "FABRUX_API_KEY: %s", login_getApiKey());
// Read the device type from the configuration file
if(libconfigio_read(proxycli_getConfigFilename(), CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, deviceType, sizeof(deviceType)) == -1) {
printf("Couldn't read %s in file %s, writing default value\n", CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, proxycli_getConfigFilename());
libconfigio_write(proxycli_getConfigFilename(), CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, DEFAULT_PROXY_DEVICETYPE);
strncpy(deviceType, DEFAULT_PROXY_DEVICETYPE, sizeof(deviceType));
}
// Read the activation URL from the configuration file
if(libconfigio_read(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, baseUrl, sizeof(baseUrl)) == -1) {
printf("Couldn't read %s in file %s, writing default value\n", CONFIGIO_ACTIVATION_URL_TOKEN_NAME, proxycli_getConfigFilename());
libconfigio_write(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, DEFAULT_ACTIVATION_URL);
strncpy(baseUrl, DEFAULT_ACTIVATION_URL, sizeof(baseUrl));
}
snprintf(url, sizeof(url), "%s/locations/%d/deviceActivation/%s", baseUrl, locationId, deviceType);
//SYSLOG_INFO("Getting device activation key...");
SYSLOG_INFO("Contacting URL %s\n", url);
params.verbose = TRUE;
params.timeouts.connectTimeout = HTTPCOMM_DEFAULT_CONNECT_TIMEOUT_SEC;
params.timeouts.transferTimeout = HTTPCOMM_DEFAULT_TRANSFER_TIMEOUT_SEC;
params.key = headerApiKey;
libhttpcomm_sendMsg(NULL, CURLOPT_HTTPGET, url, NULL, NULL, NULL, 0, rxBuffer, sizeof(rxBuffer), params, NULL);
SYSLOG_INFO("Server returned: \n%s\n", rxBuffer);
getActivationInfo.resultCode = -1;
xmlSAXUserParseMemory(&saxHandler, &getActivationInfo, rxBuffer, strlen(rxBuffer));
if(getActivationInfo.resultCode == 0) {
printf("Downloaded the secret activation key!\n");
activationKeyValid = true;
return activationKey;
} else {
printf("Error getting activation key. Check the syslogs.\n");
return NULL;
}
}
/**
* Register Device
* @return
*/
error_t registerDevice(void) {
char url[PATH_MAX];
char baseUrl[PATH_MAX];
char deviceType[8];
char rxBuffer[PROXY_MAX_MSG_LEN];
char headerApiKey[PROXY_HEADER_KEY_LEN];
char eui64[EUI64_STRING_SIZE+8];
http_param_t params;
registrationinfo_info_t registrationInfo;
bzero(¶ms, sizeof(params));
xmlSAXHandler saxHandler = {
NULL, // internalSubsetHandler,
NULL, // isStandaloneHandler,
NULL, // hasInternalSubsetHandler,
NULL, // hasExternalSubsetHandler,
NULL, // resolveEntityHandler,
NULL, // getEntityHandler,
NULL, // entityDeclHandler,
NULL, // notationDeclHandler,
NULL, // attributeDeclHandler,
NULL, // elementDeclHandler,
NULL, // unparsedEntityDeclHandler,
NULL, // setDocumentLocatorHandler,
NULL, // startDocument
NULL, // endDocument
_registrationinfo_xml_startElementHandler, // startElement
NULL, // endElement
NULL, // reference,
_registrationinfo_xml_charactersHandler, //characters
NULL, // ignorableWhitespace
NULL, // processingInstructionHandler,
NULL, // comment
NULL, // warning
NULL, // error
NULL, // fatal
};
bzero(deviceType, sizeof(deviceType));
bzero(¶ms, sizeof(params));
snprintf(headerApiKey, sizeof(headerApiKey), "FABRUX_API_KEY: %s", login_getApiKey());
// Read the device type from the configuration file
if(libconfigio_read(proxycli_getConfigFilename(), CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, deviceType, sizeof(deviceType)) == -1) {
printf("Couldn't read %s in file %s, writing default value\n", CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, proxycli_getConfigFilename());
libconfigio_write(proxycli_getConfigFilename(), CONFIGIO_PROXY_DEVICE_TYPE_TOKEN_NAME, DEFAULT_PROXY_DEVICETYPE);
strncpy(deviceType, DEFAULT_PROXY_DEVICETYPE, sizeof(deviceType));
}
// Read the activation URL from the configuration file
if(libconfigio_read(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, baseUrl, sizeof(baseUrl)) == -1) {
printf("Couldn't read %s in file %s, writing default value\n", CONFIGIO_ACTIVATION_URL_TOKEN_NAME, proxycli_getConfigFilename());
libconfigio_write(proxycli_getConfigFilename(), CONFIGIO_ACTIVATION_URL_TOKEN_NAME, DEFAULT_ACTIVATION_URL);
strncpy(baseUrl, DEFAULT_ACTIVATION_URL, sizeof(baseUrl));
}
eui64_toString(eui64, sizeof(eui64));
// https://developer.presencepro.com/cloud/json/devices/001C42DE23CF-4-33F?productId=4
snprintf(url, sizeof(url), "%s/devices/%s?productId=%s", baseUrl, eui64, deviceType);
SYSLOG_INFO("Register device...");
SYSLOG_INFO("Contacting URL %s\n", url);
params.verbose = TRUE;
params.timeouts.connectTimeout = HTTPCOMM_DEFAULT_CONNECT_TIMEOUT_SEC;
params.timeouts.transferTimeout = HTTPCOMM_DEFAULT_TRANSFER_TIMEOUT_SEC;
params.key = headerApiKey;
libhttpcomm_postMsg(NULL, CURLOPT_HTTPPOST, url, NULL, NULL, "", 0, rxBuffer, sizeof(rxBuffer), params, NULL);
SYSLOG_INFO("Server returned: \n%s\n", rxBuffer);
registrationInfo.resultCode = -1;
if ( 0 == xmlSAXUserParseMemory(&saxHandler, ®istrationInfo, rxBuffer, strlen(rxBuffer)) )
{
if(registrationInfo.resultCode == 0) {
printf("Register device successful!\n");
SYSLOG_INFO("Register device successful");
return SUCCESS;
} else {
printf("Error register device\n");
return FAIL;
}
}
printf("Error register device\n");
return FAIL;
}
