public async Task GeneratePipeDgmlFile()
{
var pipe = await Pipe.Builder <int>()
.UseTransform()
.Value(num => num.ToString())
.UseTransform()
.Value(double.Parse)
.Build();
var g = new DgmlGraph <IPipe>();
pipe.Accept(g);
g.GetDgmlDocument().Save(Console.Out);
}
public async Task CanVisualizeTrueBranchedPipe()
{
var builder = Pipe.Builder <int>()
.UseBranch((ctx, i) => i % 2 == 0
, Pipe.Builder <int>().Named("Do even stuff")
, "x % 2 == 0")
.UseTransform()
.Value(num => num.ToString(), "Convert int to string")
.UseConsolePrinter();
var pipe = await builder.Build();
var g = new DgmlGraph <object>();
builder.Accept(g);
pipe.Accept(g);
g.GetDgmlDocument().Save(Console.Out);
// g.SaveDgmlAsTempFileAndOpen();
}
public async Task TestMultipleInputPipesBuilderGraph()
{
var builder = Pipe.Builder <int>()
.UseTransform()
.Value(num => num.ToString(), "Convert int to string")
.UseConsolePrinter()
.UseTransform()
.Value(double.Parse, "Parse string to double")
.UseConsolePrinter();
var pipe = await builder.Build();
var user = Pipe.Builder <int>().Named("User Input").UseTransform().Builder(builder);
var api = Pipe.Builder <int>().Named("API Input").UseTransform().Builder(builder);
var g = new DgmlGraph <object>();
user.Accept(g);
api.Accept(g);
(await user.Build()).Accept(g);
(await api.Build()).Accept(g);
g.GetDgmlDocument().Save(Console.Out);
// g.SaveDgmlAsTempFileAndOpen();
}
