// This function pushes data onto the Parse Application in cloud. It is invoked by updateIntensity().
void *threadPushNotifications()
{
pthread_detach(pthread_self());
//ParseClient client = parseInitialize("kayWALfBm6h1SQdANXoZtTZqA0N9sZsB7cwUUVod", "7Nw0R9LTDXR7lRhmPsArePQMralFW8Yt7DL2zWTS");
ParseClient client = parseInitialize("TSexah1prtbhpF6w4dellQ2XYWyk2bqcljOiElrN", "xLnvnzcTMO1w9MwuFNBTO6hLjOtnKmZn4iz4SBnu");
char *installationId = parseGetInstallationId(client);
/* We need to set the InstallationId forcefully. Setting installationId to dataUUID based on null string is incorrect
logic as there is a possibility that the installationId was previously set to some junk value.
Typically this will break the push notification subscription */
parseSetInstallationId(client, dataUUID);
printf("lightbulb::threadPushNotifications():New Installation ID set to : %s\n", installationId);
printf("lightbulb::threadPushNotifications():Installation ID is : %s\n", installationId);
parseSetPushCallback(client, healthCallback);
parseStartPushService(client);
parseRunPushLoop(client);
printf("Somewhere in threadPushNotifications()\n");
}
int main(int argc, char *argv[]) {
// CREATE UNIQUE IDENTIFIER FOR THE RUN
run = time(NULL);
char classPathOne[128] = {0};
char classPathTwo[128] = {0};
char classPathThree[128] = {0};
char objectId[11] = {0};
char path[256] = {0};
snprintf(classPathOne, sizeof(classPathOne), "/classes/TestObjectOne%ld", run);
// TEST INITIALIZATION
ParseClient client = parseInitializeWithServerURL(YOUR_APP_IP, YOUR_CLIENT_KEY, YOUR_SERVER_URL);
logResults(client != NULL, 1, "parseInitialize call", "failed to start parse");
// TEST GENERATION OF INSTALLATION ID
const char* id = parseGetInstallationId(client);
logResults(id == NULL, 0, "parseGetInstallationId call", "remove .parse-embedded from home directory");
parseSendRequest(client, "GET", "/classes/testObjectFake/1111111", NULL, NULL);
id = parseGetInstallationId(client);
logResults(id != NULL, 1, "parseGetInstallationId call", "did not create the installation id properly");
logResults(verifyInstallationId(id), 0, "installation id generated correctly", "installation id is not correct");
// TEST CREATING AND FETCHING OBJECTS ON/FROM THE SERVER
clearCachedResults();
parseSendRequest(client, "POST", classPathOne, "{\"test\":\"object1\", \"value\":1}", callback);
logResults(cachedRunResult != NULL, 0, "create test object 1", "creating object failed");
memset(objectId, 0, sizeof(objectId));
logResults(simpleJsonProcessor(cachedRunResult, "objectId", objectId, sizeof(objectId)), 0, "object 1 created", "could not create an object");
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectId);
parseSendRequest(client, "GET", classPathOne, NULL, callback);
logResults(cachedRunResult != NULL, 0, "fetch test object 1", "fetching object failed");
clearCachedResults();
parseSendRequest(client, "POST", classPathOne, "{\"test\":\"object1\", \"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "create test object 2", "creating object failed");
memset(objectId, 0, sizeof(objectId));
logResults(simpleJsonProcessor(cachedRunResult, "objectId", objectId, sizeof(objectId)), 0, "object 2 created", "could not create an object");
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectId);
parseSendRequest(client, "GET", classPathOne, NULL, callback);
logResults(cachedRunResult != NULL, 0, "fetch test object 2", "fetching object failed");
clearCachedResults();
parseSendRequest(client, "POST", classPathOne, "{\"test\":\"object1\", \"value\":3}", callback);
logResults(cachedRunResult != NULL, 0, "create test object 3", "creating object failed");
char objectIdKeepAround[11] = {0};
logResults(simpleJsonProcessor(cachedRunResult, "objectId", objectIdKeepAround, sizeof(objectIdKeepAround)), 0, "object 3 created", "could not create an object");
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectIdKeepAround);
parseSendRequest(client, "GET", classPathOne, NULL, callback);
logResults(cachedRunResult != NULL, 0, "fetch test object 3", "fetching object failed");
clearCachedResults();
parseSendRequest(client, "POST", classPathOne, "{\"test\":\"object1\", \"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "create test object 4", "creating object failed");
memset(objectId, 0, sizeof(objectId));
logResults(simpleJsonProcessor(cachedRunResult, "objectId", objectId, sizeof(objectId)), 0, "object 4 created", "could not create an object");
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectId);
parseSendRequest(client, "GET", classPathOne, NULL, callback);
logResults(cachedRunResult != NULL, 0, "fetch test object 4", "fetching object failed");
// TEST QUERIES
clearCachedResults();
parseSendRequest(client, "GET", classPathOne, "where={\"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "query objects", "querying objects failed");
const char* results = "{\"results\":[{\"";
int cmp = !strncmp(cachedRunResult, results, strlen(results));
char* location1 = strstr(cachedRunResult, "objectId");
char* location2 = strstr(location1 + 1, "objectId");
char* location3 = strstr(location2 + 1, "objectId");
logResults(cmp && location1 && location2 && !location3, 0, "query value", "query results not valid");
// TEST OBJECT MODIFICATION
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectIdKeepAround);
parseSendRequest(client, "PUT", path, "{\"test\":\"object1\", \"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "modify test object 3", "modifying object failed");
clearCachedResults();
parseSendRequest(client, "GET", classPathOne, "where={\"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "query objects after modification", "querying objects failed");
results = "{\"results\":[{\"";
cmp = !strncmp(cachedRunResult, results, strlen(results));
location1 = strstr(cachedRunResult, "objectId");
location2 = strstr(location1 + 1, "objectId");
location3 = strstr(location2 + 1, "objectId");
logResults(cmp && location1 && location2 && location3, 0, "query value after modifying an object", "query results not valid");
// TEST DELETING AN OBJECT
clearCachedResults();
memset(path, 0, sizeof(path));
snprintf(path, sizeof(path), "%s/%s", classPathOne, objectIdKeepAround);
parseSendRequest(client, "DELETE", path, NULL, callback);
logResults(cachedRunResult != NULL, 0, "delete test object 3", "deleting object failed");
clearCachedResults();
parseSendRequest(client, "GET", classPathOne, "where={\"value\":2}", callback);
logResults(cachedRunResult != NULL, 0, "query objects after delete", "querying objects failed");
results = "{\"results\":[{\"";
cmp = !strncmp(cachedRunResult, results, strlen(results));
location1 = strstr(cachedRunResult, "objectId");
location2 = strstr(location1 + 1, "objectId");
location3 = strstr(location2 + 1, "objectId");
logResults(cmp && location1 && location2 && !location3, 0, "query value after deleting an object", "query results not valid");
// TEST PUSH
parseSetPushCallback(client, pushCallback);
parseStartPushService(client);
int socket = parseGetPushSocket(client);
int loopCount = 20;
printf("[!!!!!!!] Run ./push.sh %s %ld\n", id, run);
while(loopCount--) {
struct timeval tv;
fd_set receive, send, error;
tv.tv_sec = 10;
tv.tv_usec= 0;
FD_ZERO(&receive);
FD_ZERO(&send);
FD_ZERO(&error);
FD_SET(socket, &error);
FD_SET(socket, &receive);
select(socket + 1, &receive, &send, &error, &tv);
parseProcessNextPushNotification(client);
if (pushCounter == 10) loopCount = loopCount > 2 ? 2 : loopCount;
}
logResults(pushCounter == 10, 0, "receive push notifications", "did not receive the push notifications correctly");
logSummary();
return 0;
}
