compiler: CMake-ify
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#ifndef EXPRNODE_H
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#define EXPRNODE_H
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#include "node.hpp"
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struct ConstNode; //is constant int,float or string
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struct ExprNode : public Node {
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Type *sem_type;
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ExprNode() :sem_type(0) {}
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ExprNode(Type *t) :sem_type(t) {}
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ExprNode *castTo(Type *ty, Environ *e);
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ExprNode *semant(Environ *e, Type *ty);
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virtual ExprNode *semant(Environ *e) = 0;
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virtual TNode *translate(Codegen *g) = 0;
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virtual ConstNode *constNode() { return 0; }
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};
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struct ExprSeqNode : public Node {
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vector<ExprNode*> exprs;
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~ExprSeqNode() { for (; exprs.size(); exprs.pop_back()) delete exprs.back(); }
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void push_back(ExprNode *e) { exprs.push_back(e); }
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int size() { return exprs.size(); }
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void semant(Environ *e);
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TNode *translate(Codegen *g, bool userlib);
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void castTo(DeclSeq *ds, Environ *e, bool userlib);
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void castTo(Type *t, Environ *e);
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};
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#include "varnode.hpp"
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struct CastNode : public ExprNode {
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ExprNode *expr;
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Type *type;
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CastNode(ExprNode *ex, Type *ty) :expr(ex), type(ty) {}
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~CastNode() { delete expr; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct CallNode : public ExprNode {
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string ident, tag;
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ExprSeqNode *exprs;
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Decl *sem_decl;
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CallNode(const string &i, const string &t, ExprSeqNode *e) :ident(i), tag(t), exprs(e) {}
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~CallNode() { delete exprs; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct VarExprNode : public ExprNode {
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VarNode *var;
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VarExprNode(VarNode *v) :var(v) {}
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~VarExprNode() { delete var; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct ConstNode : public ExprNode {
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ExprNode *semant(Environ *e) { return this; }
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ConstNode *constNode() { return this; }
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virtual int intValue() = 0;
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virtual float floatValue() = 0;
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virtual string stringValue() = 0;
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};
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struct IntConstNode : public ConstNode {
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int value;
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IntConstNode(int n);
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TNode *translate(Codegen *g);
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int intValue();
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float floatValue();
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string stringValue();
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};
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struct FloatConstNode : public ConstNode {
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float value;
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FloatConstNode(float f);
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TNode *translate(Codegen *g);
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int intValue();
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float floatValue();
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string stringValue();
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};
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struct StringConstNode : public ConstNode {
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string value;
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StringConstNode(const string &s);
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TNode *translate(Codegen *g);
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int intValue();
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float floatValue();
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string stringValue();
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};
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struct UniExprNode : public ExprNode {
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int op; ExprNode *expr;
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UniExprNode(int op, ExprNode *expr) :op(op), expr(expr) {}
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~UniExprNode() { delete expr; }
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ExprNode *constize();
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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// and, or, eor, lsl, lsr, asr
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struct BinExprNode : public ExprNode {
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int op; ExprNode *lhs, *rhs;
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BinExprNode(int op, ExprNode *lhs, ExprNode *rhs) :op(op), lhs(lhs), rhs(rhs) {}
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~BinExprNode() { delete lhs; delete rhs; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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// *,/,Mod,+,-
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struct ArithExprNode : public ExprNode {
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int op; ExprNode *lhs, *rhs;
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ArithExprNode(int op, ExprNode *lhs, ExprNode *rhs) :op(op), lhs(lhs), rhs(rhs) {}
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~ArithExprNode() { delete lhs; delete rhs; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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//<,=,>,<=,<>,>=
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struct RelExprNode : public ExprNode {
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int op; ExprNode *lhs, *rhs;
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Type *opType;
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RelExprNode(int op, ExprNode *lhs, ExprNode *rhs) :op(op), lhs(lhs), rhs(rhs) {}
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~RelExprNode() { delete lhs; delete rhs; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct NewNode : public ExprNode {
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string ident;
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NewNode(const string &i) :ident(i) {}
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct FirstNode : public ExprNode {
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string ident;
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FirstNode(const string &i) :ident(i) {}
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct LastNode : public ExprNode {
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string ident;
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LastNode(const string &i) :ident(i) {}
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct AfterNode : public ExprNode {
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ExprNode *expr;
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AfterNode(ExprNode *e) :expr(e) {}
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~AfterNode() { delete expr; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct BeforeNode : public ExprNode {
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ExprNode *expr;
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BeforeNode(ExprNode *e) :expr(e) {}
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~BeforeNode() { delete expr; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct NullNode : public ExprNode {
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct ObjectCastNode : public ExprNode {
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ExprNode *expr;
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string type_ident;
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ObjectCastNode(ExprNode *e, const string &t) :expr(e), type_ident(t) {}
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~ObjectCastNode() { delete expr; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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struct ObjectHandleNode : public ExprNode {
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ExprNode *expr;
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ObjectHandleNode(ExprNode *e) :expr(e) {}
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~ObjectHandleNode() { delete expr; }
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ExprNode *semant(Environ *e);
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TNode *translate(Codegen *g);
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};
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#endif
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