i++ /* comment before opening curly brace */ {
	}
}

// If there is no newline following punctuation, commas move before the punctuation.
// This way, commas interspersed in lists stay with the respective expression.
func f(x/* comment */, y int, z int /* comment */, u, v, w int /* comment */) {
	f(x /* comment */, y)
	f(x /* comment */,
	y)
	f(
		x /* comment */,
	)
}

func g(

	Examples []*Example
}

// Func is the documentation for a func declaration.
type Func struct {
	Doc  string
	Name string
	Decl *ast.FuncDecl

	// methods
	// (for functions, these fields have the respective zero value)
	Recv  string // actual   receiver "T" or "*T" possibly followed by type parameters [P1, ..., Pn]
	Orig  string // original receiver "T" or "*T"
	Level int    // embedding level; 0 means not embedded

	// instantiate S with the type-parameters A and B, which are scoped to the
	// respective methods. L4 and L5 each instantiate S with int. Each of these
	// instantiations has its own method set, full of methods (and thus objects)
	// with receivers whose types are the respective instantiations. In other
	// words, we have
	//
	// S[A].Foo, S[A].Bar
	// S[B].Foo, S[B].Bar

    # Use the user-specified, secret volume mounted key and certs for Pilot and workloads.
    mountMtlsCerts: false

    multiCluster:
      # Set to true to connect two kubernetes clusters via their respective
      # ingressgateway services when pods in each cluster cannot directly
      # talk to one another. All clusters should be using Istio mTLS and must
      # have a shared root CA for this model to work.

    # Use the user-specified, secret volume mounted key and certs for Pilot and workloads.
    mountMtlsCerts: false

    multiCluster:
      # Set to true to connect two kubernetes clusters via their respective
      # ingressgateway services when pods in each cluster cannot directly
      # talk to one another. All clusters should be using Istio mTLS and must
      # have a shared root CA for this model to work.

						check.recvTParamMap = make(map[*syntax.Name]*TypeParam)
					}
					check.recvTParamMap[p] = tparams[i]
				}
			}
			// determine receiver type to get its type parameters
			// and the respective type parameter bounds
			var recvTParams []*TypeParam
			if rname != nil {
				// recv should be a Named type (otherwise an error is reported elsewhere)

//           a special type).

// intersectTermLists computes the intersection of two term lists and respective comparable bits.
// xcomp, ycomp are valid only if xterms.isAll() and yterms.isAll() respectively.
func intersectTermLists(xterms termlist, xcomp bool, yterms termlist, ycomp bool) (termlist, bool) {
	terms := xterms.intersect(yterms)

// not guarantee that identical instances are deduplicated in all cases.
//
// If validate is set, Instantiate verifies that the number of type arguments
// and parameters match, and that the type arguments satisfy their respective
// type constraints. If verification fails, the resulting error may wrap an
// *ArgumentError indicating which type argument did not satisfy its type parameter
// constraint, and why.
//

    tf_executor.fetch
  }
  func.return
}

// Check that we correctly merge operations from two clusters in their
// respective clusters.
// CHECK-LABEL: func @two_clusters_mixed
func.func @two_clusters_mixed(%arg0: tensor<*xf32>) {
  tf_executor.graph {
// CHECK: %[[ISLAND1:.*]], {{.*}} = tf_executor.island

						check.recvTParamMap = make(map[*ast.Ident]*TypeParam)
					}
					check.recvTParamMap[p] = tparams[i]
				}
			}
			// determine receiver type to get its type parameters
			// and the respective type parameter bounds
			var recvTParams []*TypeParam
			if rname != nil {
				// recv should be a Named type (otherwise an error is reported elsewhere)