mirror of
https://port.numenaute.org/aleajactaest/khanat-code-old.git
synced 2024-11-27 17:26:16 +00:00
469 lines
12 KiB
XML
469 lines
12 KiB
XML
<generator header_tag="LOGGER_SERVICE_ITF">
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<include file="nel/misc/entity_id.h"/>
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<include file="nel/misc/sheet_id.h"/>
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<include file="inventories.h"/>
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<sys-include file="vector"/>
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<cpp-include file="stdpch.h"/>
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<namespace name="LGS">
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<!-- ============================================================== -->
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<enum name="TSupportedParamType">
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<item name="spt_uint32"/>
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<item name="spt_uint64"/>
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<item name="spt_sint32"/>
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<item name="spt_float"/>
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<item name="spt_string"/>
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<item name="spt_entityId"/>
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<item name="spt_sheetId"/>
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<item name="spt_itemId"/>
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</enum>
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<verbatim_header>
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<![CDATA[
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// template <class T> LGS::TSupportedParamType getParamType();
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// template <class T> LGS::TSupportedParamType getParamType<uint32>() { return LGS::TSupportedParamType::spt_uint32;}
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// template <class T> LGS::TSupportedParamType getParamType<uint64>() { return LGS::TSupportedParamType::spt_uint64;}
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// template <class T> LGS::TSupportedParamType getParamType<sint32>() { return LGS::TSupportedParamType::spt_sint32;}
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// template <class T> LGS::TSupportedParamType getParamType<float>() { return LGS::TSupportedParamType::spt_float;}
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// template <class T> LGS::TSupportedParamType getParamType<std::string>() { return LGS::TSupportedParamType::spt_string;}
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// template <class T> LGS::TSupportedParamType getParamType<NLMISC::CEntityId>() { return LGS::TSupportedParamType::spt_entityId;}
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// template <class T> LGS::TSupportedParamType getParamType<NLMISC::CSheetId>() { return LGS::TSupportedParamType::spt_sheetId;}
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// template <class T> LGS::TSupportedParamType getParamType<INVENTORIES::TItemId>() { return LGS::TSupportedParamType::spt_itemId;}
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struct TParamValue
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{
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TParamValue()
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: _Type(TSupportedParamType::invalid_val)
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{}
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TParamValue(uint32 value)
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{
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_Type = TSupportedParamType::spt_uint32;
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_UInt32Val = value;
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}
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TParamValue(uint64 value)
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{
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_Type = TSupportedParamType::spt_uint64;
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_UInt64Val = value;
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}
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TParamValue(bool value)
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{
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_Type = TSupportedParamType::spt_uint32;
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_UInt32Val = value ? 1 : 0;
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}
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TParamValue(sint32 value)
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{
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_Type = TSupportedParamType::spt_sint32;
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_SInt32Val = value;
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}
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TParamValue(float value)
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{
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_Type = TSupportedParamType::spt_float;
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_FloatVal = value;
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}
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TParamValue(const std::string &value)
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{
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_Type = TSupportedParamType::spt_string;
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_StringVal = value;
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}
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TParamValue(const NLMISC::CEntityId &value)
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{
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_Type = TSupportedParamType::spt_entityId;
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_EntityId = value;
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}
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TParamValue(const NLMISC::CSheetId &value)
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{
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_Type = TSupportedParamType::spt_sheetId;
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_SheetId = value;
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}
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TParamValue(INVENTORIES::TItemId itemId)
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{
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_Type = TSupportedParamType::spt_itemId;
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_ItemId = itemId;
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}
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TParamValue &operator = (const TParamValue &other)
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{
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_Type = other._Type;
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switch (_Type.getValue())
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{
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case TSupportedParamType::spt_uint32:
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_UInt32Val = other._UInt32Val;
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break;
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case TSupportedParamType::spt_uint64:
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_UInt64Val = other._UInt64Val;
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break;
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case TSupportedParamType::spt_sint32:
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_SInt32Val = other._SInt32Val;
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break;
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case TSupportedParamType::spt_float:
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_FloatVal = other._FloatVal;
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break;
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case TSupportedParamType::spt_string:
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_StringVal = other._StringVal;
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break;
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case TSupportedParamType::spt_entityId:
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_EntityId = other._EntityId;
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break;
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case TSupportedParamType::spt_sheetId:
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_SheetId = other._SheetId;
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break;
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case TSupportedParamType::spt_itemId:
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_ItemId = other._ItemId;
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break;
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default:
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nlstop;
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};
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return *this;
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}
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void serial(NLMISC::IStream &s)
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{
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// read the type
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s.serial(_Type);
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// serial the value
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switch (_Type.getValue())
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{
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case TSupportedParamType::spt_uint32:
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s.serial(_UInt32Val);
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break;
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case TSupportedParamType::spt_uint64:
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s.serial(_UInt64Val);
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break;
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case TSupportedParamType::spt_sint32:
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s.serial(_SInt32Val);
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break;
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case TSupportedParamType::spt_float:
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s.serial(_FloatVal);
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break;
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case TSupportedParamType::spt_string:
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s.serial(_StringVal);
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break;
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case TSupportedParamType::spt_entityId:
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s.serial(_EntityId);
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break;
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case TSupportedParamType::spt_sheetId:
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s.serial(_SheetId);
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break;
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case TSupportedParamType::spt_itemId:
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s.serial(_ItemId);
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break;
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default:
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nlstop;
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};
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}
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std::string toString() const
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{
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switch (_Type.getValue())
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{
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case TSupportedParamType::spt_uint32:
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return NLMISC::toString(_UInt32Val);
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break;
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case TSupportedParamType::spt_uint64:
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return NLMISC::toString(_UInt64Val);
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break;
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case TSupportedParamType::spt_sint32:
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return NLMISC::toString(_SInt32Val);
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break;
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case TSupportedParamType::spt_float:
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return NLMISC::toString(_FloatVal);
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break;
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case TSupportedParamType::spt_string:
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return _StringVal;
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break;
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case TSupportedParamType::spt_entityId:
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return _EntityId.toString();
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break;
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case TSupportedParamType::spt_sheetId:
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return _SheetId.toString();
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break;
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case TSupportedParamType::spt_itemId:
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return NLMISC::toString(_ItemId);
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break;
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default:
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nlstop;
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return "";
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};
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}
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TSupportedParamType getType() const
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{
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return _Type;
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}
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uint32 get_uint32() const
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{
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nlassert(_Type == TSupportedParamType::spt_uint32);
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return _UInt32Val;
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}
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uint64 get_uint64() const
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{
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nlassert(_Type == TSupportedParamType::spt_uint64);
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return _UInt64Val;
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}
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sint32 get_sint32() const
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{
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nlassert(_Type == TSupportedParamType::spt_sint32);
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return _SInt32Val;
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}
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float get_float() const
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{
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nlassert(_Type == TSupportedParamType::spt_float);
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return _FloatVal;
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}
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const std::string &get_string() const
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{
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nlassert(_Type == TSupportedParamType::spt_string);
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return _StringVal;
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}
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const NLMISC::CEntityId &get_entityId() const
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{
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nlassert(_Type == TSupportedParamType::spt_entityId);
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return _EntityId;
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}
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const NLMISC::CSheetId &get_sheetId() const
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{
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nlassert(_Type == TSupportedParamType::spt_sheetId);
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return _SheetId;
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}
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const INVENTORIES::TItemId &get_itemId() const
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{
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nlassert(_Type == TSupportedParamType::spt_itemId);
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return _ItemId;
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}
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const uint32 &get(const uint32 *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_uint32);
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return _UInt32Val;
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}
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const uint64 &get(const uint64 *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_uint64);
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return _UInt64Val;
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}
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const sint32 &get(const sint32 *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_sint32);
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return _SInt32Val;
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}
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const float &get(const float *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_float);
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return _FloatVal;
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}
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const std::string &get(const std::string *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_string);
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return _StringVal;
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}
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const NLMISC::CEntityId &get(const NLMISC::CEntityId *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_entityId);
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return _EntityId;
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}
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const NLMISC::CSheetId &get(const NLMISC::CSheetId *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_sheetId);
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return _SheetId;
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}
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const INVENTORIES::TItemId &get(const INVENTORIES::TItemId *typeTag) const
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{
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nlassert(_Type == TSupportedParamType::spt_itemId);
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return _ItemId;
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}
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bool operator == (const TParamValue &other) const
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{
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if (_Type != other._Type)
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return false;
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switch (_Type.getValue())
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{
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case TSupportedParamType::spt_uint32:
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return _UInt32Val == other._UInt32Val;
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break;
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case TSupportedParamType::spt_uint64:
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return _UInt64Val == other._UInt64Val;
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break;
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case TSupportedParamType::spt_sint32:
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return _SInt32Val == other._SInt32Val;
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break;
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case TSupportedParamType::spt_float:
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return _FloatVal == other._FloatVal;
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break;
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case TSupportedParamType::spt_string:
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return _StringVal == other._StringVal;
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break;
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case TSupportedParamType::spt_entityId:
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return _EntityId == other._EntityId;
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break;
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case TSupportedParamType::spt_sheetId:
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return _SheetId == other._SheetId;
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break;
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case TSupportedParamType::spt_itemId:
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return _ItemId == other._ItemId;
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break;
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default:
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return false;;
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};
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}
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bool operator < (const TParamValue &other) const
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{
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if (_Type != other._Type)
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return false;
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switch (_Type.getValue())
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{
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case TSupportedParamType::spt_uint32:
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return _UInt32Val < other._UInt32Val;
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break;
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case TSupportedParamType::spt_uint64:
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return _UInt64Val < other._UInt64Val;
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break;
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case TSupportedParamType::spt_sint32:
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return _SInt32Val < other._SInt32Val;
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break;
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case TSupportedParamType::spt_float:
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return _FloatVal < other._FloatVal;
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break;
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case TSupportedParamType::spt_string:
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return _StringVal < other._StringVal;
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break;
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case TSupportedParamType::spt_entityId:
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return _EntityId < other._EntityId;
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break;
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case TSupportedParamType::spt_sheetId:
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return _SheetId < other._SheetId;
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break;
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case TSupportedParamType::spt_itemId:
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return _ItemId < other._ItemId;
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break;
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default:
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return false;;
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};
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}
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private:
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TSupportedParamType _Type;
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union
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{
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uint32 _UInt32Val;
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uint64 _UInt64Val;
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sint32 _SInt32Val;
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float _FloatVal;
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};
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std::string _StringVal;
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NLMISC::CEntityId _EntityId;
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NLMISC::CSheetId _SheetId;
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INVENTORIES::TItemId _ItemId;
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};
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]]>
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</verbatim_header>
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<!-- ============================================================== -->
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<class name="TParamDesc">
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<doc line="Describe a param for a log entry"/>
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<serial/>
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<property type="std::string" name="Name" byref="true" doc="Name of the parameter"/>
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<property type="TSupportedParamType" name="Type" enum="smart" doc="Type of the parameter"/>
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<property type="bool" name="List" default="false" doc="Flag indicating that this parameter is a list"/>
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</class>
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<!-- ============================================================== -->
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<class name="TListParamValues">
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<doc line="A vector of parameter value"/>
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<serial/>
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<property type="std::list < TParamValue >" name="Params" byref="true" serial="Cont"/>
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</class>
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<!-- ============================================================== -->
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<class name="TLogDefinition">
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<doc line="Definition of a log entry"/>
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<serial/>
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<property type="std::string" name="LogName"
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doc="The name of the log, used to identify the log"/>
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<property type="bool" name="Context" default="false"
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doc="This log is a context log"/>
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<property type="std::string" name="LogText"
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doc="The textual content of the log, contains '__CLOSE_CONTEXT__' to close a log context"/>
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<property type="std::vector < TParamDesc >" name="Params" byref="true" serial="Cont"/>
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<property type="std::vector < TParamDesc >" name="ListParams" byref="true" serial="Cont"/>
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</class>
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<!-- ============================================================== -->
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<class name="TLogInfo">
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<doc line="A log entry data. This contains the parameter of a log "/>
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<doc line="entry to be stored in the log archive"/>
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<serial/>
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<property type="std::string" name="LogName"/>
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<property type="uint32" name="TimeStamp"/>
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<property type="std::vector < TParamValue >" name="Params" byref="true" serial="Cont"/>
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<property type="std::vector < TListParamValues >" name="ListParams" byref="true" serial="Cont"/>
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</class>
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<!-- ============================================================== -->
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<!-- ============================================================== -->
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<!-- ============================================================== -->
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<module_interface name="CLoggerService" module_class='"LoggerService"'>
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<!-- ========================================================== -->
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<method name="registerClient" msg="RC">
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<doc line="A logger client register itself wy providing it's definition of "/>
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<doc line="the log content. It is mandatory that ALL client share"/>
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<doc line="Exactly the same definition of log."/>
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<param type="uint32" name="shardId"/>
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<param type="std::vector < TLogDefinition >" name="logDef" byref="true" serial="Cont"/>
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</method>
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<!-- ========================================================== -->
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<method name="reportLog" msg="LG">
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<doc line="A client send a log"/>
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<param type="std::vector < TLogInfo >" name="logInfos" byref="true" serial="Cont"/>
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</method>
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</module_interface>
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</namespace>
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</generator>
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