
automately.core.data.Job Maven / Gradle / Ivy
package automately.core.data;
import com.hazelcast.nio.ObjectDataInput;
import com.hazelcast.nio.ObjectDataOutput;
import io.jcluster.core.data.DataType;
import io.jsync.json.JsonObject;
import io.jsync.json.impl.Json;
import io.jsync.utils.Token;
import java.io.IOException;
import java.util.Date;
/**
* The Job class is a DataType used by JCluster.
* It is used to store information about Automately jobs in the cluster.
*/
public class Job extends DataType {
/**
* This is the configuration for the job.
*/
public JsonObject config = new JsonObject(); // By default results are empty;
/**
* A lite job is a job that can be executed from the SDK MessageBus.
* When this is true the server will treat the job as a lite job.
*/
public boolean lite = false;
/**
* The serverTag is a JsonObject that allows you to define rules that the JobServer
* will follow only if dedicated is set to true. JobServers's can be dedicated to specific
* users for faster execution. A simple tag would consist of {"username": "admin"} and the
* JobServer will route that job to any job server with that tag. You can even go as far
* as supporting specific objects in the cluster. Like this {"supportsTesserect": true}
*/
public JsonObject serverTag = null; // Example: new JsonObject().putString("nodeId", "*");
/**
* A service job is a job that can pretty much be ran until it is stopped. It does not have a timeout
* like a regular job. Service jobs also have more resources available to them.
*/
public boolean service = false;
/**
* Your serviceName basically defines the service in the cluster.
* You can only have a single service running with the same name. This
* makes it easier to manage things. You can always create random
* service names to make things easier
*/
public String serviceName = "";
/**
* serviceConfig is a viariable that stores a JsonObject that can be used to define some useful
* variables in a service job. These variables can be accessed by the scripts executing the jobs.
*/
public JsonObject serviceConfig = new JsonObject();
/**
* The userToken defines which user this job belongs to.
*/
public String userToken;
/**
* fileToken specifies the script you wish to execute. Can be null since you can define that in the config.
*/
public String fileToken;
/**
* The status field defines the current "action" that is being executed for the job.
*/
public String status = "queued"; // This is the default job status @todo we could probably use an Enum here if it translates well in the js context
/**
* The results of the job basically stores certain information about the execution.
*/
public JsonObject results = new JsonObject();
/**
* This field basically defines when this job was created.
*/
public Date created = new Date();
/**
* This field defines when the job was last updated
*/
public Date updated = new Date();
private String token = Token.generateToken().toHex();
@Override
public void writeData(ObjectDataOutput dataOutput) throws IOException {
dataOutput.writeUTF(token);
dataOutput.writeObject(config);
dataOutput.writeBoolean(lite);
dataOutput.writeBoolean(service);
dataOutput.writeUTF(serviceName);
dataOutput.writeObject(serviceConfig);
dataOutput.writeUTF(userToken);
dataOutput.writeUTF(fileToken);
dataOutput.writeUTF(status);
dataOutput.writeObject(results);
dataOutput.writeObject(created);
dataOutput.writeObject(updated);
dataOutput.writeObject(serverTag);
}
@Override
public void readData(ObjectDataInput dataInput) throws IOException {
token = dataInput.readUTF();
config = dataInput.readObject();
lite = dataInput.readBoolean();
service = dataInput.readBoolean();
serviceName = dataInput.readUTF();
serviceConfig = dataInput.readObject();
userToken = dataInput.readUTF();
fileToken = dataInput.readUTF();
status = dataInput.readUTF();
results = dataInput.readObject();
created = dataInput.readObject();
updated = dataInput.readObject();
serverTag = dataInput.readObject();
}
/**
* The token() method will return a token for the Job.
* @return
*/
public String token() {
return token;
}
@Override
public void loadJson(JsonObject json) {
if (json != null) {
this.token = json.getString("token", this.token);
this.userToken = json.getString("userToken", this.userToken);
this.fileToken = json.getString("fileToken", this.fileToken);
this.results = json.getObject("results", this.results);
this.config = json.getObject("config", this.config);
this.lite = json.getBoolean("lite", this.lite);
this.service = json.getBoolean("service", this.service);
this.serviceName = json.getString("serviceName", this.serviceName);
this.serviceConfig.getObject("serviceConfig", this.serviceConfig);
this.status = json.getString("status", this.status);
// For some reason data didn't work out too well
if(json.getValue("created") instanceof JsonObject &&
json.getObject("created", new JsonObject()).containsField("$numberLong")){
json.putValue("created", Long.valueOf(json.getObject("created", new JsonObject()).getValue("$numberLong")));
}
this.created = new Date(json.getLong("created", created.getTime()));
// For some reason data didn't work out too well
if(json.getValue("updated") instanceof JsonObject &&
json.getObject("updated", new JsonObject()).containsField("$numberLong")){
json.putValue("updated", Long.valueOf(json.getObject("updated", new JsonObject()).getValue("$numberLong")));
}
this.updated = new Date(json.getLong("updated", updated.getTime()));
this.serverTag = json.getObject("serverTag", serverTag);
}
}
@Override
public JsonObject toJson() {
JsonObject ret = new JsonObject(Json.encode(this));
ret.putNumber("created", created.getTime());
ret.putNumber("updated", updated.getTime());
ret.putString("token", token);
ret.putObject("config", config);
ret.putObject("results", results);
ret.putObject("serviceConfig", serviceConfig);
ret.putObject("serverTag", serverTag);
return ret;
}
}
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