private static List<Tag> getTags(APIClient apiClient) throws IOException {
List<Tag> tags = null;
tags = apiClient.getTags();
return tags;
}
private static int createTag(String tagName, APIClient apiClient) throws IOException {
Tag tag = new Tag(tagName);
int id = apiClient.createTag(tag);
return id;
}
private static int sendSegmentPush(String text, String targetOS, int ttl, APIClient apiClient)
throws IOException {
Alert<String> alert = new Alert<String>(text);
// remove this line if you just want to send it to all registered
// devices
alert.setTargetOS(targetOS);
// do not keep the push more than 2 minutes if device is not
// available
alert.setTTL(ttl);
// push to all devices that didn't open the app since
// last day (last 24 hours).
List<Alert.BehaviorSegment> segments = new ArrayList<Alert.BehaviorSegment>();
Alert.BehaviorSegment segment =
new Alert.BehaviorSegment(
Alert.Behavior.last_app_open,
new Alert.BehaviorSegment.Interval(Alert.IntervalUnit.day, 1));
// we are interested on devices that did NOT open the app, so we want to exclude devices
// that did match the above interval
segment.setExclude(true);
segments.add(segment);
alert.setBehaviorSegments(segments);
return apiClient.publish(alert);
}
private static int sendPush(String text, String targetOS, int ttl, APIClient apiClient)
throws IOException {
Alert<String> alert = new Alert<String>(text);
// remove this line if you just want to send it to all registered
// devices
alert.setTargetOS(targetOS);
// do not keep the push more than 2 minutes if device is not
// available
alert.setTTL(ttl);
// Uncomment this line if you prefer to implicitly create tags
// if there are tags passed on this alert that do not
// exist on the project
// alert.setImplicitTagCreation(true);
List<String> tags = new ArrayList<String>();
// send push to all registered devices
tags.add(Alert.ALL_PUSH_TAG);
alert.setTags(tags);
// make this push 'normal' priority, meaning the gateway (GCM, APNS)
// could delay it if device is sleeping
alert.setNotificationPriority(Alert.Priority.normal);
return apiClient.publish(alert);
}
/** @param args */
public static void main(String[] args) {
APIClient apiClient = null;
// 1. Build the api client
try {
Properties properties = loadProperties();
PUBLISH_KEY = properties.getProperty(PROP_PUBLISH_KEY);
PUBLISH_SECRET = properties.getProperty(PROP_PUBLISH_SECRET);
apiClient =
new APIClient(properties, PUBLISH_KEY, PUBLISH_SECRET, RequestStrategy.URL_SIGNATURE);
} catch (Exception e) {
e.printStackTrace();
System.exit(1);
}
// 2. Publish
try {
StringBuffer text = getText(args);
int id = sendPush(text.toString(), "android", 120, apiClient);
logger.debug("Push sent with id " + id);
} catch (Exception e) {
e.printStackTrace();
System.exit(1);
}
// 3. List tags
try {
List<Tag> tags = getTags(apiClient);
logger.debug("Available tags on SaaS: ");
for (Tag tag : tags) {
logger.debug(
"Tag "
+ tag.getName()
+ " - id "
+ tag.getId()
+ " - created at : "
+ tag.getCreatedAt()
+ " - devices: "
+ tag.getDevices()
+ " - deprecated: "
+ tag.isDeprecated());
}
} catch (Exception e) {
e.printStackTrace();
System.exit(1);
}
// 4. Create, get, deprecate and remove a tag
try {
String tagName = "api-test";
int id = createTag(tagName, apiClient);
logger.debug("Tag " + tagName + " created with id " + id);
Tag tag = getTag(id, apiClient);
logger.debug(
"Tag "
+ tag.getName()
+ " - id "
+ tag.getId()
+ " - created at : "
+ tag.getCreatedAt()
+ " - devices: "
+ tag.getDevices()
+ " - deprecated: "
+ tag.isDeprecated());
deprecateTag(id, apiClient);
logger.debug("Tag with id " + id + " was deprecated");
tag = getTag(id, apiClient);
logger.debug(
"Tag "
+ tag.getName()
+ " - id "
+ tag.getId()
+ " - created at : "
+ tag.getCreatedAt()
+ " - devices: "
+ tag.getDevices()
+ " - deprecated: "
+ tag.isDeprecated());
deleteTag(id, apiClient);
logger.debug("Tag with id " + id + " was removed");
} catch (Exception e) {
e.printStackTrace();
System.exit(1);
}
// 5. Schedule a push
try {
Calendar later = (Calendar) Calendar.getInstance().clone();
later.add(Calendar.MINUTE, 15);
Date scheduledAt = later.getTime();
Alert<String> alert =
buildScheduledPush("This is a scheduled push", scheduledAt, "android", 120);
int id = apiClient.publish(alert);
logger.debug("Push scheduled with id " + id);
// 6. Get push info
logger.debug("Get push info for id " + id);
try {
PushInfo info = apiClient.getPush(id);
logger.debug("Info about recently created push: " + info);
} catch (Exception e) {
e.printStackTrace();
}
;
// 7. List all scheduled pushes
logger.debug("List all scheduled pushes");
try {
ListPage<PushInfo> page;
boolean eol = false;
int offset = 0;
while (!eol) {
page = apiClient.getScheduledPushes(offset);
for (PushInfo pushInfo : page.getItems()) {
logger.debug(pushInfo);
}
offset += page.getItems().size();
eol = page.getItems().size() < page.getPageSize();
}
} catch (Exception e) {
e.printStackTrace();
}
;
// 7. Update push
logger.debug("Update scheduled push with id " + id);
// Delay alert 15 minutes more
later.add(Calendar.MINUTE, 15);
alert.setScheduledAt(later.getTime());
// And change text
alert.setAlert("This is a nice scheduled push");
apiClient.updatePush(id, alert);
// 8. Remove the push we have just scheduled
deleteScheduledPush(id, apiClient);
logger.debug("Push scheduled with id " + id + " was removed");
} catch (Exception e) {
e.printStackTrace();
System.exit(1);
}
}
private static Tag getTag(int id, APIClient apiClient) throws IOException {
return apiClient.getTag(id);
}
private static void deleteTag(int id, APIClient apiClient) throws IOException {
apiClient.deleteTag(id);
}
private static void deleteScheduledPush(int pushId, APIClient apiClient) throws IOException {
apiClient.deleteScheduledPush(pushId);
}