public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
public void atAssignExpr(AssignExpr expr) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right); return; } } atFieldAssign(expr, op, left, right); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
protected void atAssignExpr(AssignExpr expr, boolean doDup) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right, doDup); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right, doDup); return; } } atFieldAssign(expr, op, left, right, doDup); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
@Override public void atAssignExpr(AssignExpr expr) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right); return; } } atFieldAssign(expr, op, left, right); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
protected void atAssignExpr(AssignExpr expr, boolean doDup) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right, doDup); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right, doDup); return; } } atFieldAssign(expr, op, left, right, doDup); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
public void atAssignExpr(AssignExpr expr) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right); return; } } atFieldAssign(expr, op, left, right); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
public void atAssignExpr(AssignExpr expr) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right); return; } } atFieldAssign(expr, op, left, right); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }
public static AssignExpr makeAssign(int op, ASTree oprand1, ASTree oprand2) { return new AssignExpr(op, oprand1, new ASTList(oprand2)); }
public void atAssignExpr(AssignExpr expr) throws CompileError { // =, %=, &=, *=, /=, +=, -=, ^=, |=, <<=, >>=, >>>= int op = expr.getOperator(); ASTree left = expr.oprand1(); ASTree right = expr.oprand2(); if (left instanceof Variable) atVariableAssign(expr, op, (Variable)left, ((Variable)left).getDeclarator(), right); else { if (left instanceof Expr) { Expr e = (Expr)left; if (e.getOperator() == ARRAY) { atArrayAssign(expr, op, (Expr)left, right); return; } } atFieldAssign(expr, op, left, right); } }
public ASTree parseExpression(SymbolTable tbl) throws CompileError { ASTree left = parseConditionalExpr(tbl); if (!isAssignOp(lex.lookAhead())) return left; int t = lex.get(); ASTree right = parseExpression(tbl); return AssignExpr.makeAssign(t, left, right); }