Real-Time Translation

MLTranslateLanguage.getCloudAllLanguages().addOnSuccessListener(
    new OnSuccessListener<Set<String>>() {
        @Override
        public void onSuccess(Set<String> result) {
            // Languages supported by real-time translation are successfully obtained.
    }
});

MLTranslateLanguage.getCloudAllLanguages().addOnSuccessListener {   
 }

try {
    Set<String> result = MLTranslateLanguage.syncGetCloudAllLanguages();
    // Languages supported by real-time translation are successfully obtained.
} catch (MLException e) {
    // Catch exceptions on languages supported for real-time translation.
}

try {
     val result = MLTranslateLanguage.syncGetCloudAllLanguages()
     // Languages supported by real-time translation are successfully obtained.
} catch (e: MLException) {
     // Catch exceptions on languages supported for real-time translation.
 }

// sourceText: text to be translated, with up to 5000 characters.
final Task<String> task = mlRemoteTranslator.asyncTranslate(sourceText);
task.addOnSuccessListener(new OnSuccessListener<String>() {
    @Override
     public void onSuccess(String text) {
       // Processing logic for recognition success.
   }
}).addOnFailureListener(new OnFailureListener() {
     @Override
     public void onFailure(Exception e) {
       // Processing logic for recognition failure.
         try {
             MLException mlException = (MLException)e;
            // Obtain the result code. You can process the result code and customize respective messages displayed to users.
             int errorCode = mlException.getErrCode();
             // Obtain the error information. You can quickly locate the fault based on the result code.
             String errorMessage = mlException.getMessage();
         } catch (Exception error) {
           // Handle the conversion error.
         }
     }
 });

// sourceText: text to be translated, with up to 5000 characters.
val task = mlRemoteTranslator!!.asyncTranslate(sourceText)
 task.addOnSuccessListener {
     // Processing logic for detection success.
}.addOnFailureListener { e ->
     // Processing logic for detection failure.
     try {
         val mlException = e as MLException
         // Obtain the result code. You can process the result code and customize respective messages displayed to users.
         val errorCode = mlException.errCode
         // Obtain the error information. You can quickly locate the fault based on the result code.
         val errorMessage = mlException.message
     } catch (error: Exception) {
        // Handle the conversion error.
     }
 }

try {
    String output = mlRemoteTranslator.syncTranslate(sourceText);
       // Processing logic for recognition success.
} catch (MLException e) {
       // Processing logic for detection failure.
            // Obtain the result code. You can process the result code and customize respective messages displayed to users.
    int errorCode = e.getErrCode();
             // Obtain the error information. You can quickly locate the fault based on the result code.
     String errorMessage = mlException.getMessage();
}

try {
     val output = mlRemoteTranslator.syncTranslate(sourceText)
     // Processing logic for detection success.
} catch (e: MLException) {
     // Processing logic for recognition failure.
     // Obtain the result code. You can process the result code and customize respective messages displayed to users.
     val mlException: MLException? = null
     val errorCode = e!!.errCode
     // Obtain the error information. You can quickly locate the fault based on the result code.
     val errorMessage = mlException.message
 }