andrewparoski
6ddef58d56
This diff removes LVariableTable, RVariableTable, and getHphpBinaryType(). It also consolidates some of the include logic that was spread across multiple files.
267 linhas
12 KiB
C++
267 linhas
12 KiB
C++
/*
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+----------------------------------------------------------------------+
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| HipHop for PHP |
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+----------------------------------------------------------------------+
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| Copyright (c) 2010- Facebook, Inc. (http://www.facebook.com) |
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| Copyright (c) 1997-2010 The PHP Group |
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+----------------------------------------------------------------------+
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| This source file is subject to version 3.01 of the PHP license, |
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| that is bundled with this package in the file LICENSE, and is |
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| available through the world-wide-web at the following url: |
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| http://www.php.net/license/3_01.txt |
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| If you did not receive a copy of the PHP license and are unable to |
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| obtain it through the world-wide-web, please send a note to |
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| license@php.net so we can mail you a copy immediately. |
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+----------------------------------------------------------------------+
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*/
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#ifndef __HPHP_VARIABLE_H__
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#define __HPHP_VARIABLE_H__
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#include <runtime/base/base_includes.h>
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namespace HPHP {
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///////////////////////////////////////////////////////////////////////////////
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// type testing
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inline bool f_is_bool(bool v) { return true;}
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inline bool f_is_bool(char v) { return false;}
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inline bool f_is_bool(short v) { return false;}
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inline bool f_is_bool(int v) { return false;}
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inline bool f_is_bool(int64_t v) { return false;}
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inline bool f_is_bool(double v) { return false;}
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inline bool f_is_bool(litstr v) { return false;}
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inline bool f_is_bool(const StringData *v) { not_reached(); }
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inline bool f_is_bool(CStrRef v) { return false;}
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inline bool f_is_bool(CArrRef v) { return false;}
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inline bool f_is_bool(CObjRef v) { return false;}
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inline bool f_is_bool(CVarRef v) { return v.is(KindOfBoolean);}
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inline bool f_is_int(bool v) { return false;}
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inline bool f_is_int(char v) { return true;}
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inline bool f_is_int(short v) { return true;}
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inline bool f_is_int(int v) { return true;}
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inline bool f_is_int(int64_t v) { return true;}
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inline bool f_is_int(double v) { return false;}
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inline bool f_is_int(litstr v) { return false;}
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inline bool f_is_int(const StringData *v) { not_reached(); }
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inline bool f_is_int(CStrRef v) { return false;}
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inline bool f_is_int(CArrRef v) { return false;}
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inline bool f_is_int(CObjRef v) { return false;}
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inline bool f_is_int(CVarRef v) { return v.isInteger();}
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inline bool f_is_integer(bool v) { return false;}
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inline bool f_is_integer(char v) { return true;}
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inline bool f_is_integer(short v) { return true;}
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inline bool f_is_integer(int v) { return true;}
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inline bool f_is_integer(int64_t v) { return true;}
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inline bool f_is_integer(double v) { return false;}
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inline bool f_is_integer(litstr v) { return false;}
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inline bool f_is_integer(const StringData *v) { not_reached(); }
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inline bool f_is_integer(CStrRef v) { return false;}
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inline bool f_is_integer(CArrRef v) { return false;}
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inline bool f_is_integer(CObjRef v) { return false;}
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inline bool f_is_integer(CVarRef v) { return v.isInteger();}
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inline bool f_is_long(bool v) { return false;}
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inline bool f_is_long(char v) { return true;}
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inline bool f_is_long(short v) { return true;}
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inline bool f_is_long(int v) { return true;}
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inline bool f_is_long(int64_t v) { return true;}
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inline bool f_is_long(double v) { return false;}
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inline bool f_is_long(litstr v) { return false;}
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inline bool f_is_long(const StringData *v) { not_reached(); }
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inline bool f_is_long(CStrRef v) { return false;}
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inline bool f_is_long(CArrRef v) { return false;}
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inline bool f_is_long(CObjRef v) { return false;}
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inline bool f_is_long(CVarRef v) { return v.isInteger();}
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inline bool f_is_double(bool v) { return false;}
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inline bool f_is_double(char v) { return false;}
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inline bool f_is_double(short v) { return false;}
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inline bool f_is_double(int v) { return false;}
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inline bool f_is_double(int64_t v) { return false;}
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inline bool f_is_double(double v) { return true;}
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inline bool f_is_double(litstr v) { return false;}
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inline bool f_is_double(const StringData *v) { not_reached(); }
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inline bool f_is_double(CStrRef v) { return false;}
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inline bool f_is_double(CArrRef v) { return false;}
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inline bool f_is_double(CObjRef v) { return false;}
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inline bool f_is_double(CVarRef v) { return v.is(KindOfDouble);}
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inline bool f_is_float(bool v) { return false;}
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inline bool f_is_float(char v) { return false;}
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inline bool f_is_float(short v) { return false;}
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inline bool f_is_float(int v) { return false;}
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inline bool f_is_float(int64_t v) { return false;}
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inline bool f_is_float(double v) { return true;}
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inline bool f_is_float(litstr v) { return false;}
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inline bool f_is_float(const StringData *v) { not_reached(); }
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inline bool f_is_float(CStrRef v) { return false;}
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inline bool f_is_float(CArrRef v) { return false;}
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inline bool f_is_float(CObjRef v) { return false;}
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inline bool f_is_float(CVarRef v) { return v.is(KindOfDouble);}
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inline bool f_is_numeric(bool v) { return false;}
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inline bool f_is_numeric(char v) { return true;}
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inline bool f_is_numeric(short v) { return true;}
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inline bool f_is_numeric(int v) { return true;}
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inline bool f_is_numeric(int64_t v) { return true;}
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inline bool f_is_numeric(double v) { return true;}
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inline bool f_is_numeric(litstr v) { return String(v).isNumeric();}
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inline bool f_is_numeric(const StringData *v) { not_reached(); }
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inline bool f_is_numeric(CStrRef v) { return v.isNumeric();}
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inline bool f_is_numeric(CArrRef v) { return false;}
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inline bool f_is_numeric(CObjRef v) { return false;}
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inline bool f_is_numeric(CVarRef v) { return v.isNumeric(true);}
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inline bool f_is_real(bool v) { return false;}
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inline bool f_is_real(char v) { return false;}
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inline bool f_is_real(short v) { return false;}
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inline bool f_is_real(int v) { return false;}
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inline bool f_is_real(int64_t v) { return false;}
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inline bool f_is_real(double v) { return true;}
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inline bool f_is_real(litstr v) { return false;}
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inline bool f_is_real(const StringData *v) { not_reached(); }
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inline bool f_is_real(CStrRef v) { return false;}
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inline bool f_is_real(CArrRef v) { return false;}
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inline bool f_is_real(CObjRef v) { return false;}
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inline bool f_is_real(CVarRef v) { return v.is(KindOfDouble);}
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inline bool f_is_string(bool v) { return false;}
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inline bool f_is_string(char v) { return false;}
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inline bool f_is_string(short v) { return false;}
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inline bool f_is_string(int v) { return false;}
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inline bool f_is_string(int64_t v) { return false;}
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inline bool f_is_string(double v) { return false;}
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inline bool f_is_string(litstr v) { return true;}
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inline bool f_is_string(const StringData *v) { not_reached(); }
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inline bool f_is_string(CStrRef v) { return true;}
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inline bool f_is_string(CArrRef v) { return false;}
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inline bool f_is_string(CObjRef v) { return false;}
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inline bool f_is_string(CVarRef v) { return v.isString();}
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inline bool f_is_scalar(bool v) { return true;}
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inline bool f_is_scalar(char v) { return true;}
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inline bool f_is_scalar(short v) { return true;}
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inline bool f_is_scalar(int v) { return true;}
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inline bool f_is_scalar(int64_t v) { return true;}
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inline bool f_is_scalar(double v) { return true;}
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inline bool f_is_scalar(litstr v) { return true;}
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inline bool f_is_scalar(const StringData *v) { not_reached(); }
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inline bool f_is_scalar(CStrRef v) { return true;}
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inline bool f_is_scalar(CArrRef v) { return false;}
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inline bool f_is_scalar(CObjRef v) { return false;}
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inline bool f_is_scalar(CVarRef v) { return v.isScalar();}
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inline bool f_is_array(bool v) { return false;}
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inline bool f_is_array(char v) { return false;}
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inline bool f_is_array(short v) { return false;}
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inline bool f_is_array(int v) { return false;}
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inline bool f_is_array(int64_t v) { return false;}
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inline bool f_is_array(double v) { return false;}
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inline bool f_is_array(litstr v) { return false;}
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inline bool f_is_array(const StringData *v) { not_reached(); }
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inline bool f_is_array(CStrRef v) { return false;}
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inline bool f_is_array(CArrRef v) { return true;}
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inline bool f_is_array(CObjRef v) { return false;}
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inline bool f_is_array(CVarRef v) { return v.is(KindOfArray);}
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inline bool f_is_object(bool v) { return false;}
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inline bool f_is_object(char v) { return false;}
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inline bool f_is_object(short v) { return false;}
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inline bool f_is_object(int v) { return false;}
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inline bool f_is_object(int64_t v) { return false;}
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inline bool f_is_object(double v) { return false;}
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inline bool f_is_object(litstr v) { return false;}
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inline bool f_is_object(const StringData *v) { not_reached(); }
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inline bool f_is_object(CStrRef v) { return false;}
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inline bool f_is_object(CArrRef v) { return false;}
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inline bool f_is_object(CObjRef v) { return !v.isResource();}
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bool f_is_object(CVarRef v);
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inline bool f_is_resource(bool v) { return false;}
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inline bool f_is_resource(char v) { return false;}
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inline bool f_is_resource(short v) { return false;}
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inline bool f_is_resource(int v) { return false;}
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inline bool f_is_resource(int64_t v) { return false;}
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inline bool f_is_resource(double v) { return false;}
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inline bool f_is_resource(litstr v) { return false;}
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inline bool f_is_resource(const StringData *v) { not_reached(); }
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inline bool f_is_resource(CStrRef v) { return false;}
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inline bool f_is_resource(CArrRef v) { return false;}
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inline bool f_is_resource(CObjRef v) { return v.isResource();}
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inline bool f_is_resource(CVarRef v) { return v.isResource();}
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inline bool f_is_null(bool v) { return false;}
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inline bool f_is_null(char v) { return false;}
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inline bool f_is_null(short v) { return false;}
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inline bool f_is_null(int v) { return false;}
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inline bool f_is_null(int64_t v) { return false;}
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inline bool f_is_null(double v) { return false;}
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inline bool f_is_null(litstr v) { return false;}
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inline bool f_is_null(const StringData *v) { not_reached(); }
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inline bool f_is_null(CStrRef v) { return v.isNull();}
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inline bool f_is_null(CArrRef v) { return v.isNull();}
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inline bool f_is_null(CObjRef v) { return v.isNull();}
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inline bool f_is_null(CVarRef v) { return v.isNull();}
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inline String f_gettype(bool v) { return "boolean";}
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inline String f_gettype(char v) { return "integer";}
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inline String f_gettype(short v) { return "integer";}
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inline String f_gettype(int v) { return "integer";}
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inline String f_gettype(int64_t v) { return "integer";}
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inline String f_gettype(double v) { return "double";}
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inline String f_gettype(litstr v) { return "string";}
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inline String f_gettype(const StringData *v) { not_reached(); }
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inline String f_gettype(CStrRef v) { return "string";}
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inline String f_gettype(CArrRef v) { return "array";}
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inline String f_gettype(CObjRef v) { return "object";}
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String f_gettype(CVarRef v);
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String f_get_resource_type(CObjRef handle);
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///////////////////////////////////////////////////////////////////////////////
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// type conversion
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inline int64_t f_intval(CVarRef v, int64_t base = 10) { return v.toInt64(base);}
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inline double f_doubleval(CVarRef v) { return v.toDouble();}
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inline double f_floatval(CVarRef v) { return v.toDouble();}
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inline String f_strval(CVarRef v) { return v.toString();}
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bool f_settype(VRefParam var, CStrRef type);
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///////////////////////////////////////////////////////////////////////////////
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// input/output
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Variant f_print_r(CVarRef expression, bool ret = false);
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Variant f_var_export(CVarRef expression, bool ret = false);
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void f_var_dump(CVarRef v);
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void f_var_dump(int _argc, CVarRef expression, CArrRef _argv = null_array);
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void f_debug_zval_dump(CVarRef variable);
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String f_serialize(CVarRef value);
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Variant f_unserialize(CStrRef str);
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///////////////////////////////////////////////////////////////////////////////
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// variable table
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Array f_get_defined_vars();
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bool f_import_request_variables(CStrRef types, CStrRef prefix = "");
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#define EXTR_OVERWRITE 0
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#define EXTR_SKIP 1
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#define EXTR_PREFIX_SAME 2
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#define EXTR_PREFIX_ALL 3
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#define EXTR_PREFIX_INVALID 4
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#define EXTR_PREFIX_IF_EXISTS 5
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#define EXTR_IF_EXISTS 6
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#define EXTR_REFS 0x100
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int64_t f_extract(CArrRef var_array, int extract_type = EXTR_OVERWRITE,
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CStrRef prefix = "");
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///////////////////////////////////////////////////////////////////////////////
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}
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#endif // __HPHP_VARIABLE_H__
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