public async Task CreateMultiDataset()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "https://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait<Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Source = s.Resource;
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait<DataSet>(ds.Resource);
// use the other DataSet constructor
argsDS = new DataSet.Arguments(s);
DataSet ds2 = await c.CreateDataset(argsDS);
ds2 = await c.Wait<DataSet>(ds2.Resource);
argsDS = new DataSet.Arguments();
argsDS.OriginDatasets.Add(ds.Resource);
argsDS.OriginDatasets.Add(ds2.Resource);
argsDS.Name = "Dataset using multi datasets";
DataSet dsMulti = await c.CreateDataset(argsDS);
dsMulti = await c.Wait<DataSet>(dsMulti.Resource);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(ds2);
await c.Delete(dsMulti);
}
public async Task CreateOptiMLFromRemoteSource()
{
Client c = new Client(userName, apiKey);
Project.Arguments pArgs = new Project.Arguments();
pArgs.Add("name", "Test Project");
Project p1 = await c.CreateProject(pArgs);
Project p2 = await c.CreateProject(pArgs);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "C# tests - Iris");
// The project can be added as a regular parameter in the creation
args.Add("project", p1.Resource);
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
// Update the project
Newtonsoft.Json.Linq.JObject changes = new Newtonsoft.Json.Linq.JObject();
changes.Add("project", p2.Resource);
s = await c.Update <Source>(s.Resource, changes);
Assert.AreEqual(s.Code, System.Net.HttpStatusCode.Accepted);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
OptiML.Arguments argsOM = new OptiML.Arguments();
argsOM.Add("dataset", ds.Resource);
argsOM.Add("name", "C# tests - TestOptiML");
argsOM.Add("max_training_time", 100);
OptiML om = await c.CreateOptiML(argsOM);
om = await c.Wait <OptiML>(om.Resource);
// This step can take a bit
Assert.AreNotEqual(om.StatusMessage.StatusCode, Code.Faulty);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(om);
await c.Delete(p1);
await c.Delete(p2);
}
static async void Main()
{
// New BigML client with username and API key
Console.Write("user: "******"key: "); var ApiKey = Console.ReadLine();
// set true the development mode
var client = new Client(User, ApiKey, true);
// create a source
var remoteURL = @"azure://csv/iris.csv?AccountName=bigmlpublic";
Source.Arguments remoteArguments = new Source.Arguments();
remoteArguments.Add("remote", remoteURL);
var sourceFromAzure = await client.Create(remoteArguments);
while ((sourceFromAzure = await client.Get(sourceFromAzure)).StatusMessage.NotSuccessOrFail()) await Task.Delay(10);
Console.WriteLine(sourceFromAzure.StatusMessage.ToString());
var dataset = await client.Create(sourceFromAzure);
// No push, so we need to busy wait for the dataset to be processed.
while ((dataset = await client.Get(dataset)).StatusMessage.NotSuccessOrFail()) await Task.Delay(10);
Console.WriteLine(dataset.StatusMessage.ToString());
// Customized cluster from dataset. 3 is the desired number of cluster. Sets cluster name: "my cluster"
var cluster = await client.CreateCluster(dataset, "my cluster", 3);
while ((cluster = await client.Get(cluster)).StatusMessage.NotSuccessOrFail()) await Task.Delay(10);
Console.WriteLine(cluster.StatusMessage.ToString());
}
public async Task CreateLogisticRegressionFromRemoteSource()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "C# tests - Iris");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
LogisticRegression.Arguments argsTM = new LogisticRegression.Arguments();
argsTM.Add("dataset", ds.Resource);
LogisticRegression lr = await c.CreateLogisticRegression(argsTM);
lr = await c.Wait <LogisticRegression>(lr.Resource);
// test it is finished
Assert.AreEqual(lr.StatusMessage.StatusCode, Code.Finished);
// test update method
Newtonsoft.Json.Linq.JObject changes = new Newtonsoft.Json.Linq.JObject();
Newtonsoft.Json.Linq.JArray tags = new Newtonsoft.Json.Linq.JArray();
tags.Add("Bindings C# test");
changes.Add("tags", tags);
lr = await c.Update <LogisticRegression>(lr.Resource, changes);
Assert.AreEqual(lr.Code, System.Net.HttpStatusCode.Accepted);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(lr);
}
public async Task CreateTimeSeriesFromRemoteSource()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "C# tests - Iris");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
TimeSeries.Arguments argsTM = new TimeSeries.Arguments();
argsTM.Add("dataset", ds.Resource);
TimeSeries ts = await c.CreateTimeSeries(argsTM);
ts = await c.Wait <TimeSeries>(ts.Resource);
// test it is finished
Assert.AreEqual(ts.StatusMessage.StatusCode, Code.Finished);
// test update method
Newtonsoft.Json.Linq.JObject changes = new Newtonsoft.Json.Linq.JObject();
Newtonsoft.Json.Linq.JArray tags = new Newtonsoft.Json.Linq.JArray();
tags.Add("Bindings C# test");
changes.Add("tags", tags);
ts = await c.Update <TimeSeries>(ts.Id, changes);
Assert.AreEqual(ts.Code, 202);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(ts);
}
public async Task CreateMultiDataset()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "https://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Source = s.Resource;
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
// use the other DataSet constructor
argsDS = new DataSet.Arguments(s);
DataSet ds2 = await c.CreateDataset(argsDS);
ds2 = await c.Wait <DataSet>(ds2.Resource);
argsDS = new DataSet.Arguments();
argsDS.OriginDatasets.Add(ds.Resource);
argsDS.OriginDatasets.Add(ds2.Resource);
argsDS.Name = "Dataset using multi datasets";
DataSet dsMulti = await c.CreateDataset(argsDS);
dsMulti = await c.Wait <DataSet>(dsMulti.Resource);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(ds2);
await c.Delete(dsMulti);
}
public async Task CreateSourceFromRemote()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait<Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
await c.Delete(s);
}
public async Task CreateTopicModelFromRemoteSource()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
args.Add("name", "C# tests - Iris");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
TopicModel.Arguments argsTM = new TopicModel.Arguments();
argsTM.Add("dataset", ds.Resource);
TopicModel tm = await c.CreateTopicModel(argsTM);
tm = await c.Wait <TopicModel>(tm.Resource);
// test fails because there is no text field in data
Assert.AreEqual(tm.StatusMessage.StatusCode, Code.Faulty);
await c.Delete(s);
await c.Delete(ds);
await c.Delete(tm);
}
public async Task CreateSourceFromRemote()
{
Client c = new Client(userName, apiKey);
Source.Arguments args = new Source.Arguments();
args.Add("remote", "https://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
await c.Delete(s);
}
public async Task CreateDeepnetFromRemoteSource()
{
// Prepare connection
Client c = new Client(userName, apiKey);
// Create source
Source.Arguments args = new Source.Arguments();
args.Add("remote", "http://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
// Create dataset
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
// Create deepnet
Deepnet.Arguments argsDn = new Deepnet.Arguments();
argsDn.Add("dataset", ds.Resource);
Deepnet dn = await c.CreateDeepnet(argsDn);
dn = await c.Wait <Deepnet>(dn.Resource);
Assert.AreEqual(dn.StatusMessage.StatusCode, Code.Finished);
// test UPDATE method
Newtonsoft.Json.Linq.JObject changes = new Newtonsoft.Json.Linq.JObject();
Newtonsoft.Json.Linq.JArray tags = new Newtonsoft.Json.Linq.JArray();
tags.Add("Bindings C# test");
changes.Add("tags", tags);
dn = await c.Update <Deepnet>(dn.Resource, changes);
Assert.AreEqual(dn.Code, System.Net.HttpStatusCode.Accepted);
// test DELETE method
await c.Delete(s);
await c.Delete(ds);
await c.Delete(dn);
}
static async void Main()
{
// New BigML client with username and API key
Console.Write("user: "******"key: "); var ApiKey = Console.ReadLine();
// set true the development mode
var client = new Client(User, ApiKey, true);
// create a source
var remoteURL = @"azure://csv/iris.csv?AccountName=bigmlpublic";
Source.Arguments remoteArguments = new Source.Arguments();
remoteArguments.Add("remote", remoteURL);
var sourceFromAzure = await client.Create(remoteArguments);
while ((sourceFromAzure = await client.Get(sourceFromAzure)).StatusMessage.NotSuccessOrFail())
{
await Task.Delay(10);
}
Console.WriteLine(sourceFromAzure.StatusMessage.ToString());
var dataset = await client.Create(sourceFromAzure);
// No push, so we need to busy wait for the dataset to be processed.
while ((dataset = await client.Get(dataset)).StatusMessage.NotSuccessOrFail())
{
await Task.Delay(10);
}
Console.WriteLine(dataset.StatusMessage.ToString());
// Customized cluster from dataset. 3 is the desired number of cluster. Sets cluster name: "my cluster"
var cluster = await client.CreateCluster(dataset, "my cluster", 3);
while ((cluster = await client.Get(cluster)).StatusMessage.NotSuccessOrFail())
{
await Task.Delay(10);
}
Console.WriteLine(cluster.StatusMessage.ToString());
}
public async Task CreateFusionFromRemoteSource()
{
// Prepare connection
Client c = new Client(userName, apiKey);
// Create source
Source.Arguments args = new Source.Arguments();
args.Add("remote", "http://static.bigml.com/csv/iris.csv");
Source s = await c.CreateSource(args);
s = await c.Wait <Source>(s.Resource);
Assert.AreEqual(s.StatusMessage.StatusCode, Code.Finished);
// Create dataset
DataSet.Arguments argsDS = new DataSet.Arguments();
argsDS.Add("source", s.Resource);
DataSet ds = await c.CreateDataset(argsDS);
ds = await c.Wait <DataSet>(ds.Resource);
Assert.AreEqual(ds.StatusMessage.StatusCode, Code.Finished);
// Create Logistic Regression
LogisticRegression.Arguments argsLR = new LogisticRegression.Arguments();
argsLR.Add("dataset", ds.Resource);
LogisticRegression lr = await c.CreateLogisticRegression(argsLR);
lr = await c.Wait <LogisticRegression>(lr.Resource);
// Create Tree model
Model.Arguments argsMd = new Model.Arguments();
argsMd.Add("dataset", ds.Resource);
Model md = await c.CreateModel(argsMd);
md = await c.Wait <Model>(md.Resource);
// Create Fusion
Fusion.Arguments argsFs = new Fusion.Arguments();
List <dynamic> modelIDs = new List <dynamic>();
modelIDs.Add(lr.Resource);
modelIDs.Add(md.Resource);
argsFs.Models = modelIDs;
Fusion fs = await c.CreateFusion(argsFs);
fs = await c.Wait <Fusion>(fs.Resource);
Assert.AreEqual(fs.StatusMessage.StatusCode, Code.Finished);
// test UPDATE method
Newtonsoft.Json.Linq.JObject changes = new Newtonsoft.Json.Linq.JObject();
Newtonsoft.Json.Linq.JArray tags = new Newtonsoft.Json.Linq.JArray();
tags.Add("Bindings C# test");
changes.Add("tags", tags);
fs = await c.Update <Fusion>(fs.Resource, changes);
Assert.AreEqual(fs.Code, System.Net.HttpStatusCode.Accepted);
// test DELETE method
await c.Delete(s);
await c.Delete(ds);
await c.Delete(fs);
}