/// <summary>
/// OnepV1Examples method - example sequence for layer 1 calls. Layer 1
/// calls are direct bindings to the 1P API.
/// </summary>
public static void OnepV1Examples(string cik)
{
//OnepV1(url, timeout)
OnepV1 oneConn = new OnepV1("https://m2.exosite.com/onep:v1/rpc/process", 35);
Result result;
try
{
// Get resource id of dataport given its alias name 'X1'
string alias_name = "X1";
result = oneConn.lookup(cik, "alias", alias_name);
string rid = null;
if (result.status == Result.OK)
{
rid = result.message;
} else {
// If dataport with alias 'X1' didn't exist, we will create it
Console.WriteLine("Could not find Dataport with alias " + alias_name + ", creating...");
result = oneConn.create(cik, "dataport", getDescObject());
if (result.status == Result.OK)
{
rid = result.message;
result = oneConn.map(cik, rid, alias_name);
Console.WriteLine("Dataport: " + rid + " (" + alias_name + ") is created.");
}
}
// Write data to dataport
int val = new Random().Next(1, 100);
result = oneConn.write(cik, rid, val);
if (result.status == Result.OK)
{
Console.WriteLine("Dataport " + rid + " is written with raw value " + val + ".");
}
// Read data from dataport
result = oneConn.read(cik, rid, EmptyOption.Instance);
if (result.status == Result.OK)
{
object[][] read = JsonConvert.DeserializeObject<object[][]>(result.message);
val = Int32.Parse(read[0][1].ToString());
Console.WriteLine("Dataport " + rid + " is read back as: " + val + " (value stored is different from raw write value due to pre-process rule).");
}
// Create and then drop a dataport (note - a client can have many dataports w/ same name, but alias & RID must be unique)
object desc = getDescObject();
result = oneConn.create(cik, "dataport", desc);
if (result.status == Result.OK)
{
rid = result.message;
Console.WriteLine("\r\nDataport: " + rid + " is created.");
alias_name = "test_alias";
// map/unmap alias to dataport
result = oneConn.map(cik, rid, alias_name);
if (result.status == Result.OK)
{
Console.WriteLine("Dataport: " + rid + " is mapped to alias '" + alias_name + "'");
// Un-map the alias from the dataport
result = oneConn.unmap(cik, alias_name);
if (result.status == Result.OK)
{
Console.WriteLine("Dataport: " + rid + " is unmapped from alias '" + alias_name + "'");
}
}
result = oneConn.drop(cik, rid);
if (result.status == Result.OK)
{
Console.WriteLine("Dataport: " + rid + " is dropped.");
}
}
// List a client's dataports
string[] options = new string[] { "dataport" };
result = oneConn.listing(cik, options);
if (result.status == Result.OK)
{
Console.WriteLine("\r\nList of all Dataport RIDs for client CIK " + cik + ":");
Console.WriteLine(result.message);
}
/* Get all mapping alias information for dataports */
// Get resource id of device given device key
result = oneConn.lookup(cik, "alias", "");
rid = result.message;
// Get the alias information of given device
Dictionary<string, object> option = new Dictionary<string, object>();
option.Add("aliases", true);
result = oneConn.info(cik, rid, option);
if (result.status == Result.OK)
{
Console.WriteLine("\r\nList of all Dataports with an alias for client CIK " + cik + ":");
Console.WriteLine(result.message);
Console.WriteLine("\r\n");
}
//wait example
rid = oneConn.lookup(cik, "alias", "X1").message;
ThreadStart starter = delegate { waitFunction(cik, rid, oneConn); };
Thread thread = new Thread(starter);
ThreadStart starter2 = delegate { waitWrite(cik, rid, oneConn); };
Thread thread2 = new Thread(starter2);
thread.Start();
thread2.Start();
Console.WriteLine("Waiting with timeout of 30 seconds for a write that will occur in 10 seconds");
thread2.Join(Timeout.Infinite);
thread.Join(Timeout.Infinite);
}
catch (OneException e)
{
Console.WriteLine("\r\nOnepV1Examples sequence exception:");
Console.WriteLine(e.Message);
}
}
