dartfmt pkg/compiler

pkg/compiler/lib/src/tree_ir/tree_ir_tracer.dart

 // Copyright (c) 2014, the Dart project authors.  Please see the AUTHORS file
 // for details. All rights reserved. Use of this source code is governed by a
 // BSD-style license that can be found in the LICENSE file.
 
 library tree_ir_tracer;
 
 import 'dart:async' show EventSink;
 import '../tracer.dart';
 import 'tree_ir_nodes.dart';
 
 class Block {
   Label label;
   int index;
+
   /// Mixed list of [Statement] and [Block].
   /// A [Block] represents a synthetic goto statement.
   final List statements = [];
   final List<Block> predecessors = <Block>[];
   final List<Block> successors = <Block>[];
 
   /// The catch block associated with the immediately enclosing try block or
   /// `null` if not inside a try block.
   Block catcher;
 
@@ skipping 20 matching lines @@
   // (if targets) to blocks.
   final Map<Label, Block> breakTargets = <Label, Block>{};
   final Map<Label, Block> continueTargets = <Label, Block>{};
   final Map<Statement, Block> substatements = <Statement, Block>{};
 
   Block catcher;
 
   void _addStatement(Statement statement) {
     blocks.last.statements.add(statement);
   }
+
   void _addGotoStatement(Block target) {
     blocks.last.statements.add(target);
   }
 
   void _addBlock(Block block) {
     block.index = blocks.length;
     block.catcher = catcher;
     blocks.add(block);
   }
 
@@ skipping 159 matching lines @@
           printProperty("size", 0);
           printProperty("method", "None");
         });
       });
       tag("HIR", () {
         if (block.isEntryPoint) {
           String params = parameters.map(names.varName).join(', ');
           printStatement(null, 'Entry ($params)');
         }
         if (block.label != null) {
-          printStatement(null,
-              "Label ${block.name}, useCount=${block.label.useCount}");
+          printStatement(
+              null, "Label ${block.name}, useCount=${block.label.useCount}");
         }
         if (block.catcher != null) {
           printStatement(null, 'Catch exceptions at ${block.catcher.name}');
         }
         block.statements.forEach(visitBlockMember);
       });
     });
   }
 
   void visitBlockMember(member) {
@@ skipping 31 matching lines @@
     printStatement(null, "unreachable");
   }
 
   visitBreak(Break node) {
     Block block = collector.breakTargets[node.target];
     String name = block != null ? block.name : '<missing label>';
     printStatement(null, "break $name");
   }
 
   visitContinue(Continue node) {
-    printStatement(null,
-        "continue ${collector.continueTargets[node.target].name}");
+    printStatement(
+        null, "continue ${collector.continueTargets[node.target].name}");
   }
 
   visitIf(If node) {
     String condition = expr(node.condition);
     String thenTarget = collector.substatements[node.thenStatement].name;
     String elseTarget = collector.substatements[node.elseStatement].name;
     printStatement(null, "if $condition then $thenTarget else $elseTarget");
   }
 
   visitWhileTrue(WhileTrue node) {
     printStatement(null, "while true do");
   }
 
   visitFor(For node) {
     String bodyTarget = collector.substatements[node.body].name;
     String nextTarget = collector.substatements[node.next].name;
     String updates = node.updates.map(expr).join(', ');
     printStatement(null, "while ${expr(node.condition)}");
     printStatement(null, "do $bodyTarget");
     printStatement(null, "updates ($updates)");
-    printStatement(null, "then $nextTarget" );
+    printStatement(null, "then $nextTarget");
   }
 
   visitTry(Try node) {
     String tryTarget = collector.substatements[node.tryBody].name;
     String catchParams = node.catchParameters.map(names.varName).join(',');
     String catchTarget = collector.substatements[node.catchBody].name;
     printStatement(null, 'try $tryTarget catch($catchParams) $catchTarget');
   }
 
   visitExpressionStatement(ExpressionStatement node) {
@@ skipping 98 matching lines @@
   String visitConstant(Constant node) {
     return "${node.value.toStructuredString()}";
   }
 
   String visitThis(This node) {
     return "this";
   }
 
   static bool usesInfixNotation(Expression node) {
     return node is Conditional ||
-           node is LogicalOperator ||
-           node is Assign ||
-           node is SetField;
+        node is LogicalOperator ||
+        node is Assign ||
+        node is SetField;
   }
 
   String visitConditional(Conditional node) {
     String condition = visitExpression(node.condition);
     String thenExpr = visitExpression(node.thenExpression);
     String elseExpr = visitExpression(node.elseExpression);
     return "$condition ? $thenExpr : $elseExpr";
   }
 
   String visitLogicalOperator(LogicalOperator node) {
@@ skipping 170 matching lines @@
       String prefix = v.element == null ? 'v' : '${v.element.name}_';
       while (name == null || _usedNames.contains(name)) {
         name = "$prefix${_counter++}";
       }
       _names[v] = name;
       _usedNames.add(name);
     }
     return name;
   }
 }