digraph swiftSourcesetsCompilation {
  graph [ dpi = 100, fontname="Sans"];
  node [fontname = "Sans"];
  edge [fontname = "Sans"];
  node [shape=rectangle, fixedsize=true, width=2.6, height=0.8];

  subgraph firstLine {
    {rank=same swiftCompileVariant implementation variantImplementation}
    swiftCompileVariant -> modules
    implementation -> modules
    variantImplementation -> modules

    nativeLinkTestVariant[label=<nativeLinkTest<i>Variant</i> (R)>]
    nativeRuntimeTestVariant[label=<nativeRuntimeTest<i>Variant</i> (R)>]
  }

  // Ensure the order is preserved
  {rank=same swiftCompileTestVariant implementation}
  {rank=same testVariantExecutableImplementation nativeLinkTestVariant}
  nativeLinkTestVariant -> testVariantExecutableImplementation [style=invis]

    variantRuntimeElements [weight=1000]

    variantRuntimeElements[label=<<i>variant</i>RuntimeElements (C)>]
  }

  // Ensure the order is preserved
  {rank=same cppCompileVariant implementation}
  {rank=same mainVariantImplementation nativeLinkVariant variantRuntimeElements}
  nativeLinkVariant -> mainVariantImplementation -> variantRuntimeElements [style=invis]

    nativeLinkTestVariant[label=<nativeLinkTest<i>Variant</i> (R)>]
    nativeRuntimeTestVariant[label=<nativeRuntimeTest<i>Variant</i> (R)>]
  }

  // Ensure the order is preserved
  {rank=same cppCompilerTestVariant implementation}
  {rank=same testVariantExecutableImplementation nativeLinkTestVariant}
  nativeLinkTestVariant -> testVariantExecutableImplementation [style=invis]

    variantRuntimeElements [weight=1000]

    variantRuntimeElements[label=<<i>variant</i>RuntimeElements (C)>]
  }

  // Ensure the order is preserved
  {rank=same swiftCompileVariant implementation}
  {rank=same mainVariantImplementation nativeLinkVariant variantRuntimeElements}
  nativeLinkVariant -> mainVariantImplementation -> variantRuntimeElements [style=invis]

    }

    /** Equivalent to {@code newReentrantReadWriteLock(rank, false)}. */
    public ReentrantReadWriteLock newReentrantReadWriteLock(E rank) {
      return newReentrantReadWriteLock(rank, false);
    }

    /**
     * Creates a {@link ReentrantReadWriteLock} with the given fairness policy and rank. The values

//                  Mul                              AddV2
// This is to enable the FuseMulAndConv2D pattern.
// Here, root of the result is AddV2 instead of BiasAdd because the value may
// not have rank one and therefore the second operand may not have rank one
// that is required by the BiasAdd. BiasAdd with 'NHWC' data format equivalent
// to AddV2 op.
def PassthroughMulAndBiasAdd :
  Pat<(TF_MulOp
        (TF_BiasAddOp:$output $input,

  "GetShape($0).getNumElements() > GetSqueezedShape($0).getNumElements()">>;


// Pattern to convert TFL_TransposeOp with rank>6 to rank<=6 if there are
// redundant dimensions in the tensor. For example- [2x1x3] == [2x3] and 1 is
// not contributing to the dimentionality. This will run if the rank>6
// Pattern will convert-
// %0 = "tfl.transpose"(%arg0, %cst) : (tensor<56x8x56x1x1x1x7xf32>, tensor<7xi32>) -> tensor<1x1x8x56x56x7x1xf32>

  clean

  // Ensure ordering
  compileDebugCpp -> compileReleaseCpp -> clean [style=invis]
  {rank=same compileDebugCpp compileReleaseCpp clean}

  check -> assemble -> assembleDebug -> assembleRelease [style=invis]
  {rank=same check assemble assembleDebug assembleRelease}

  compileReleaseCpp -> createRelease -> assembleRelease [dir=back]
  clean

  // Ensure ordering
  compileDebugCpp -> compileReleaseCpp -> clean [style=invis]
  {rank=same compileDebugCpp compileReleaseCpp clean}

  assemble -> empty1 -> empty2 -> check [style=invis]
  {rank=same assemble check empty1 empty2}
  empty1[shape=plain, label=""]
  empty2[shape=plain, label=""]