Sha256: d132874c3bae4b48425762054bf3af58cb52a508854caac4416dc093cd253173
Contents?: true
Size: 1.37 KB
Versions: 42
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Stored size: 1.37 KB
Contents
// -*- c++ -*-
#pragma once
#ifndef __RUCY_FUNCTION_H__
#define __RUCY_FUNCTION_H__
#include <rucy/value.h>
namespace Rucy
{
typedef RubyValue (*RubyFunctionN) (int argc, const Value* argv, Value self);
% NTIMES.each do |n|
typedef RubyValue (*RubyFunction<%= n %>) (Value self<%= params(n) {|i| ", Value v#{i}"} %>);
% end
Value call (Symbol name, int argc, const Value* argv);
% NTIMES.each do |n|
Value call (Symbol name<%= params(n) {|i| ", Value v#{i}"} %>);
% end
Value eval (const char* format, ...);
Value call_protect (RubyValue (*fun)(RubyValue), RubyValue arg);
% NTIMES.each do |n|
template <typename F<%= params(n) {|i| ", typename V#{i}"} %>>
struct ProtectFunction<%= n %>
{
F f; <%= params(n, ' ') {|i| "V#{i}* v#{i};"} %>
ProtectFunction<%= n %> (F f<%= params(n) {|i| ", V#{i}& v#{i}"} %>) : f(f)<%= params(n) {|i| ", v#{i}(&v#{i})"} %> {}
static RubyValue apply (ProtectFunction<%= n %>* fun) {return (*fun->f)(<%= params(n, ', ') {|i| "*fun->v#{i}"} %>);}
};
% end
% NTIMES.each do |n|
template <typename F<%= params(n) {|i| ", typename V#{i}"} %>>
inline Value protect (F f<%= params(n) {|i| ", V#{i} v#{i}"} %>)
{
typedef ProtectFunction<%= n %><F<%= params(n) {|i| ", V#{i}"} %>> Fun;
Fun fun(f<%= params(n) {|i| ", v#{i}"} %>);
return call_protect((RubyValue(*)(RubyValue)) Fun::apply, (RubyValue) &fun);
}
% end
}// Rucy
#endif//EOH
Version data entries
42 entries across 42 versions & 1 rubygems