public void updateParseTree(){ updatedStatement(0, new HashSet<TypeDeclaration>()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet<TypeDeclaration>()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
@Override public void updateParseTree(){ updatedStatement(0, new HashSet<TypeDeclaration>()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet<TypeDeclaration>()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet<TypeDeclaration>()); } /*
public void updateParseTree(){ updatedStatement(0, new HashSet()); } /*
public Statement updateStatement(int depth, Set knownTypes){ // if block was closed or empty, then ignore it if (this.blockDeclaration.sourceEnd != 0 || this.statementCount == 0) return null; Statement[] updatedStatements = new Statement[this.statementCount]; int updatedCount = 0; // only collect the non-null updated statements for (int i = 0; i < this.statementCount; i++){ Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement; } } if (updatedCount == 0) return null; // not interesting block // resize statement collection if necessary if (updatedCount != this.statementCount){ this.blockDeclaration.statements = new Statement[updatedCount]; System.arraycopy(updatedStatements, 0, this.blockDeclaration.statements, 0, updatedCount); } else { this.blockDeclaration.statements = updatedStatements; } return this.blockDeclaration; }
public Statement updateStatement(int depth, Set knownTypes){ // if block was closed or empty, then ignore it if (this.blockDeclaration.sourceEnd != 0 || this.statementCount == 0) return null; Statement[] updatedStatements = new Statement[this.statementCount]; int updatedCount = 0; // only collect the non-null updated statements for (int i = 0; i < this.statementCount; i++){ Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement; } } if (updatedCount == 0) return null; // not interesting block // resize statement collection if necessary if (updatedCount != this.statementCount){ this.blockDeclaration.statements = new Statement[updatedCount]; System.arraycopy(updatedStatements, 0, this.blockDeclaration.statements, 0, updatedCount); } else { this.blockDeclaration.statements = updatedStatements; } return this.blockDeclaration; }
Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement;
public Statement updateStatement(int depth, Set knownTypes){ // if block was closed or empty, then ignore it if (this.blockDeclaration.sourceEnd != 0 || this.statementCount == 0) return null; Statement[] updatedStatements = new Statement[this.statementCount]; int updatedCount = 0; // only collect the non-null updated statements for (int i = 0; i < this.statementCount; i++){ Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement; } } if (updatedCount == 0) return null; // not interesting block // resize statement collection if necessary if (updatedCount != this.statementCount){ this.blockDeclaration.statements = new Statement[updatedCount]; System.arraycopy(updatedStatements, 0, this.blockDeclaration.statements, 0, updatedCount); } else { this.blockDeclaration.statements = updatedStatements; } return this.blockDeclaration; }
Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement;
Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement;
Statement updatedStatement = this.statements[i].updatedStatement(depth, knownTypes); if (updatedStatement != null){ updatedStatements[updatedCount++] = updatedStatement;
if (recoveredBlock != null) { RecoveredStatement recoveredStatement = recoveredBlock.statementCount > 0 ? recoveredBlock.statements[recoveredBlock.statementCount - 1] : null; ASTNode parseTree = recoveredStatement != null ? recoveredStatement.updatedStatement(0, new HashSet()) : null; if (parseTree != null && (parseTree == assistNodeParent || parseTree == enclosingNode)) { recoveredBlock.statements[--recoveredBlock.statementCount] = null;
if (recoveredBlock != null) { RecoveredStatement recoveredStatement = recoveredBlock.statementCount > 0 ? recoveredBlock.statements[recoveredBlock.statementCount - 1] : null; ASTNode parseTree = recoveredStatement != null ? recoveredStatement.updatedStatement(0, new HashSet()) : null; if (parseTree != null && (parseTree == assistNodeParent || parseTree == enclosingNode)) { recoveredBlock.statements[--recoveredBlock.statementCount] = null;