Demonstrates interoperability between `Transformer` and `String` objects, and chaining methods to create nested views.

ID: 1159

See: (Constructor) 
				
					using uCalcSoftware;

var uc = new uCalc();
// Create a transformer and perform a transformation
var t = uc.NewTransformer();
t.Text = "if (x > 3) y = x * 2; else if(x == 5) y = x - 1;";
t.FromTo("1", "100");
t.Transform();

// --- Interoperability and Chaining ---

var Pattern = "if ({cond})";

// 1. Create a uCalc.String from a Transformer.
// 2. Chain .After() to get a "live view" of the text after the pattern.
var s = new uCalc.String(t);
var after_first_if = s.After(Pattern);
Console.WriteLine(after_first_if.Text);

// 3. Chain another .After() on the child string.
var after_second_if = after_first_if.After(Pattern);
Console.WriteLine(after_second_if.Text);

// --- String to Transformer Conversion ---

// 4. Create a uCalc.String and assign it text.
var s2 = new uCalc.String();
s2 = "This is a test";

// 5. Create a Transformer from the uCalc.String to use transformer-specific methods.
var t2 = new uCalc.Transformer(s2);
Console.WriteLine(t2.Text);
				
			
y = x * 2; else if(x == 5) y = x - 100;
 y = x - 100;
This is a test
Explore 600+ other examples
				
					#include <iostream>
#include "uCalc.h"

using namespace std;
using namespace uCalcSoftware;

int main() {
   uCalc uc;
   // Create a transformer and perform a transformation
   auto t = uc.NewTransformer();
   t.Text("if (x > 3) y = x * 2; else if(x == 5) y = x - 1;");
   t.FromTo("1", "100");
   t.Transform();

   // --- Interoperability and Chaining ---

   auto Pattern = "if ({cond})";

   // 1. Create a uCalc.String from a Transformer.
   // 2. Chain .After() to get a "live view" of the text after the pattern.
   uCalc::String s(t);
   auto after_first_if = s.After(Pattern);
   cout << after_first_if.Text() << endl;

   // 3. Chain another .After() on the child string.
   auto after_second_if = after_first_if.After(Pattern);
   cout << after_second_if.Text() << endl;

   // --- String to Transformer Conversion ---

   // 4. Create a uCalc.String and assign it text.
   uCalc::String s2;
   s2 = "This is a test";

   // 5. Create a Transformer from the uCalc.String to use transformer-specific methods.
   uCalc::Transformer t2(s2);
   cout << t2.Text() << endl;
}
				
			
y = x * 2; else if(x == 5) y = x - 100;
 y = x - 100;
This is a test
Explore 600+ other examples
				
					Imports System
Imports uCalcSoftware
Public Module Program
   Public Sub Main()
      Dim uc As New uCalc()
      '// Create a transformer and perform a transformation
      Dim t = uc.NewTransformer()
      t.Text = "if (x > 3) y = x * 2; else if(x == 5) y = x - 1;"
      t.FromTo("1", "100")
      t.Transform()
      
      '// --- Interoperability and Chaining ---
      
      Dim Pattern = "if ({cond})"
      
      '// 1. Create a uCalc.String from a Transformer.
      '// 2. Chain .After() to get a "live view" of the text after the pattern.
      Dim s As New uCalc.String(t)
      Dim after_first_if = s.After(Pattern)
      Console.WriteLine(after_first_if.Text)
      
      '// 3. Chain another .After() on the child string.
      Dim after_second_if = after_first_if.After(Pattern)
      Console.WriteLine(after_second_if.Text)
      
      '// --- String to Transformer Conversion ---
      
      '// 4. Create a uCalc.String and assign it text.
      Dim s2 As New uCalc.String()
      s2 = "This is a test"
      
      '// 5. Create a Transformer from the uCalc.String to use transformer-specific methods.
      Dim t2 As New uCalc.Transformer(s2)
      Console.WriteLine(t2.Text)
   End Sub
End Module
				
			
y = x * 2; else if(x == 5) y = x - 100;
 y = x - 100;
This is a test
Explore 600+ other examples