Examples of com.google.collide.dto.DocOp

com.google.collide.dto.DocOp
Models a document operation for the Collide code editor. A DocOp is a description for an operation to be performed on the document. It consists of one or more components that together must span the entire length of the document. For example, consider the following DocOp which spans the document with three lines: {(RetainLine:1), (Insert:"Hello"), (Retain:5, true), (RetainLine:1)}. It retains the first line, inserts "Hello" at the beginning of the second line, retains the remaining 5 characters on that second line (including the newline), and then retains the last line.

  }


  public void testSingleLineInsertVsInsertInMultiLineDocument() throws Exception {
    {
      // Simple test of a insertion
      DocOp c = dob.rl(3).b();
      DocOp s = dob.rl(1).i(TEN).eolR(1).rl(1).b();
      DocOp cPrime = dob.rl(3).b();
      DocOp sPrime = dob.rl(1).i(TEN).eolR(1).rl(1).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }


    {
      // A's insertion spatially above B's insertion
      DocOp c = dob.r(5).i(FIVE).eolR(5).rl(2).b();
      DocOp s = dob.rl(2).i(TEN).eolR(10).b();
      DocOp cPrime = c;
      DocOp sPrime = s;
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }


    {
      // A's insertion spatially directly above B's insertion
      DocOp c = dob.r(5).i(FIVE).eolR(5).rl(1).b();
      DocOp s = dob.rl(1).i(TEN).eolR(10).b();
      DocOp cPrime = c;
      DocOp sPrime = s;
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }


    {
      // A's insertion spatially intertwined with B's insertion
      DocOp c = dob.r(5).i(FIVE).eolR(5).r(2).d(FIVE).r(4).b();
      DocOp s = dob.rl(1).i(TEN).eolR(11).b();
      DocOp cPrime = dob.r(5).i(FIVE).eolR(5).r(12).d(FIVE).r(4).b();
      DocOp sPrime = dob.rl(1).i(TEN).eolR(6).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }


    {
      // A's insertion would be a subset of B's insertion if this were text
      // replacement
      DocOp c = dob.rl(2).r(5).i(FIVE).eolR(5).rl(2).b();
      DocOp s = dob.rl(2).r(2).i(TWENTY).eolR(8).rl(2).b();
      DocOp cPrime = dob.rl(2).r(25).i(FIVE).eolR(5).rl(2).b();
      DocOp sPrime = dob.rl(2).r(2).i(TWENTY).eolR(13).rl(2).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
  }

View Full Code Here

    }
  }


  public void testSubstituteRetainCountForRetainLineProcessor() throws Exception {
    {
      DocOp c = dob.rl(1).d("b").b();
      DocOp s = dob.r(1).d("\n").r(1).b();


      DocOp cPrime = dob.r(1).d("b").b();
      DocOp sPrime = dob.r(1).d("\n").b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
    {
      DocOp c = dob.rl(1).i("a").r(1).b();
      DocOp s = dob.d("aaaa").r(3).d("\n").r(1).b();


      DocOp cPrime = dob.r(3).i("a").r(1).b();
      DocOp sPrime = dob.d("aaaa").r(3).d("\n").r(2).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
  }

View Full Code Here

  }
  
  public void testEmptyLineVsRetainLine() throws Exception {
    {
      // rl will match empty and nothing will be transformed
      DocOp c = dob.b();
      DocOp s = dob.rl(1).b();


      DocOp cPrime = dob.b();
      DocOp sPrime = dob.rl(1).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
    {
      // rl will match the empty string after the retain here as well
      DocOp c = dob.d("\n").b();
      DocOp s = dob.eolR(1).rl(1).b();


      DocOp cPrime = dob.d("\n").b();
      DocOp sPrime = dob.rl(1).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
    {
      // rl cannot suffix here since it can only span an entire line
      DocOp c = dob.r(2).d("\n").b();
      DocOp s = dob.r(1).d("a").eolR(1).rl(1).b();


      DocOp cPrime = dob.r(1).d("\n").b();
      DocOp sPrime = dob.r(1).d("a").rl(1).b();
      new ReversibleTestParameters(c, s, cPrime, sPrime).run();
    }
    {
      DocOp c = dob.r(5).b();
      DocOp s = dob.rl(1).b();


      new ReversibleTestParameters(c, s, c, s).run();
    }
  }

View Full Code Here

   * B: R(6)I(f)R(1\n) 
   * @throws Exception 
   */
  public void testThatTransformationDoesNotRemoveEmptyLineBeingRetainLine1() throws Exception {
    {
      DocOp s = dob.r(7).i("\n").rl(1).b(); 
      DocOp c = dob.r(6).i("f").r(1).b();
      
      DocOp sPrime = dob.r(8).i("\n").rl(1).b();
      DocOp cPrime = dob.r(6).i("f").eolR(2).rl(1).b();
      
      singleTest(c, s, cPrime, sPrime);
    }
    
    {
      DocOp s = dob.i("\n").rl(1).b();
      DocOp c = dob.i("f").b();
      DocOp cPrime = dob.i("f").eolR(1).rl(1).b();
      DocOp sPrime = dob.r(1).i("\n").rl(1).b();
      singleTest(c, s, cPrime, sPrime);
    }
    
    {
      DocOp s = dob.i("f").b();
      DocOp c = dob.i("\n").rl(1).b();
      DocOp sPrime = dob.eolR(1).i("f").b();
      singleTest(c, s, c, sPrime);
    }
      
    {
      DocOp s = dob.i("\n").rl(1).b();
      DocOp c = dob.i("f").r(1).b();
      DocOp cPrime = dob.i("f").eolR(1).r(1).b();
      DocOp sPrime = dob.r(1).i("\n").rl(1).b();
      singleTest(c, s, cPrime, sPrime);
    }
  }

View Full Code Here

      singleTest(c, s, cPrime, sPrime);
    }
  }
  
  public void testSimpleRetainLineOfEmptyLastLine() throws Exception {
    DocOp c = dob.i("alex\n").rl(2).b();
    DocOp s = dob.i("b").eolR(1).rl(1).b();
    
    DocOp sPrime = dob.eolR(5).i("b").eolR(1).rl(1).b();
    
    singleTest(c, s, c, sPrime);
  }

View Full Code Here

  
  public void testDeleteOfEmptyLastLine() throws Exception {
    // alex\n
    // 
    
    DocOp c = dob.r(4).d("\n").rl(1).b();
    DocOp s = dob.i("a").eolR(5).rl(1).b();
    
    DocOp cPrime = dob.r(5).d("\n").rl(1).b();
    DocOp sPrime = dob.i("a").r(4).rl(1).b();
    
    new ReversibleTestParameters(s, c, sPrime, cPrime).run();
  }

View Full Code Here

    // Empty mutations


    {
      // This is an strange edge case, but might as well cover it
      doc = Document.createFromString("");
      DocOp actual = delete(0, 0, 0);
      DocOp expected = builder.rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    {
      // This is an strange edge case, but might as well cover it
      doc = Document.createFromString("");
      DocOp actual = insert(0, 0, "");
      DocOp expected = builder.rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    // Mutations without newlines


    {
      // Ensure no RL
      doc = Document.createFromString("");
      DocOp actual = insert(0, 0, "a");
      DocOp expected = builder.i("a").b();
      assertDocOpEquals(expected, actual);
    }


    {
      doc = Document.createFromString("a");
      DocOp actual = delete(0, 0, 1);
      DocOp expected = builder.d("a").rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    // One/two-line documents and mutations with newlines


    {
      doc = Document.createFromString("");
      DocOp actual = insert(0, 0, "\n");
      DocOp expected = builder.i("\n").rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    {
      doc = Document.createFromString("\n");
      DocOp actual = delete(0, 0, 1);
      DocOp expected = builder.d("\n").rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    // Multiple line documents


    {
      doc = Document.createFromString("\n\n");
      DocOp actual = insert(0, 0, "\n");
      DocOp expected = builder.i("\n").eolR(1).rl(2).b();
      assertDocOpEquals(expected, actual);
    }


    {
      doc = Document.createFromString("\n\n");
      DocOp actual = insert(0, 0, "\n\n");
      DocOp expected = builder.i("\n").i("\n").eolR(1).rl(2).b();
      assertDocOpEquals(expected, actual);
    }


    {
      doc = Document.createFromString("\n\n");
      DocOp actual = delete(0, 0, 1);
      DocOp expected = builder.d("\n").eolR(1).rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    {
      doc = Document.createFromString("\n\n");
      DocOp actual = delete(0, 0, 2);
      DocOp expected = builder.d("\n").d("\n").rl(1).b();
      assertDocOpEquals(expected, actual);
    }


    // Misc


    {
      doc = Document.createFromString("a\n");
      DocOp actual = insert(0, 0, "a");
      DocOp expected = builder.i("a").eolR(2).rl(1).b();
      assertDocOpEquals(expected, actual);
    }
  }

View Full Code Here

      assertDocOpEquals(expected, actual);
    }
  }


  public void testComposer() {
    DocOp a, b;
    
    // Insert vs Delete
    a = builder.i("a").b();
    b = builder.d("a").rl(1).b();
    assertCompose(builder.rl(1).b(), a, b);

View Full Code Here


  private TerseDocOpBuilder builder;


  public void testOneLastRetainLineMatchesOtherLastComponentWithoutNewline() {
    {
      DocOp a = builder.rl(1).b();
      DocOp b = builder.r(14).b();
      assertCompose(b, a, b);
    }


    {
      DocOp a = builder.rl(1).b();
      DocOp b = builder.d("test").b();
      assertCompose(b, a, b);
    }


    {
      DocOp a = builder.r(14).b();
      DocOp b = builder.rl(1).b();
      assertCompose(a, a, b);
    }


    {
      DocOp a = builder.i("test").b();
      DocOp b = builder.rl(1).b();
      assertCompose(a, a, b);
    }
  }

View Full Code Here

    assertCompose(builder.i("h").d("i").b(),
        builder.i("h").r(1).b(), builder.r(1).d("i").b());
  }


  public void testRetainLineIndependent() {
    DocOp a = builder.i("a\n").rl(1).b();
    DocOp b = builder.rl(2).i("b\n").b();
    assertCompose(builder.i("a\n").rl(1).i("b\n").b(), a, b);


    a = builder.d("a\n").rl(1).b();
    b = builder.i("b").eolR(1).b();
    assertCompose(builder.d("a\n").i("b").eolR(1).b(), a, b);

View Full Code Here

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