func (m *MRuby) Eval(code string, args ...interface{}) interface{} {
c := C.CString(code)
defer C.free(unsafe.Pointer(c))
x := C.mrbc_context_new(m.mrb)
defer C.mrbc_context_free(m.mrb, x)
p := C.mrb_parse_string(m.mrb, c, x)
n := C.mrb_generate_code(m.mrb, p)
C.mrb_pool_close((*C.mrb_pool)(p.pool))
a := C.CString("ARGV")
defer C.free(unsafe.Pointer(a))
ARGV := C.mrb_ary_new(m.mrb)
for i := 0; i < len(args); i++ {
C.mrb_ary_push(m.mrb, ARGV, go2mruby(m.mrb, args[i]))
}
C.mrb_define_global_const(m.mrb, a, ARGV)
return mruby2go(m.mrb, C.mrb_run(m.mrb, n, C.mrb_top_self(m.mrb)))
}
func (m *MRuby) Eval(code string, args ...interface{}) interface{} {
c := C.CString(code)
defer C.free(unsafe.Pointer(c))
p := C.mrb_parse_string(m.mrb, c)
n := C.mrb_generate_code(m.mrb, p.tree)
C.mrb_pool_close((*C.mrb_pool)(p.pool))
a := C.CString("ARGV")
defer C.free(unsafe.Pointer(a))
if n >= 0 {
ARGV := C.mrb_ary_new(m.mrb)
for i := 0; i < len(args); i++ {
C.mrb_ary_push(m.mrb, ARGV, go2mruby(m.mrb, args[i]))
}
C.mrb_define_global_const(m.mrb, a, ARGV)
return mruby2go(m.mrb, C.mrb_run(
m.mrb,
C.mrb_proc_new(m.mrb, (*C.mrb_irep)(C._get_irep(m.mrb, n))),
C.mrb_top_self(m.mrb)))
}
return C.mrb_nil_value()
}
// GenerateCode takes all the internal parser state and generates
// executable Ruby code, returning the callable proc.
func (p *Parser) GenerateCode() *MrbValue {
proc := C.mrb_generate_code(p.mrb.state, p.parser)
return newValue(p.mrb.state, C.mrb_obj_value(unsafe.Pointer(proc)))
}