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430 lines
16 KiB
430 lines
16 KiB
//===== Copyright c 1996-2008, Valve Corporation, All rights reserved. ======//
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//
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// Purpose: Describes data which is used to help determine introspection
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// data for a resource file. Specifies which fields are what types, and
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// also specifies which fields refer to other types (by ptr or array).
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//
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// $NoKeywords: $
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//===========================================================================//
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#ifndef RESOURCEINTROSPECTION_H
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#define RESOURCEINTROSPECTION_H
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#pragma once
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#include "resourcefile/schema.h"
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#include "mathlib/vmatrix.h"
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#include "mathlib/ssemath.h"
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class CResourceIntrospection;
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//-----------------------------------------------------------------------------
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// Enum definitions
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//-----------------------------------------------------------------------------
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schema enum ResourceIntrospectionVersion_t
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{
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RESOURCE_INTROSPECTION_VERSION = 2,
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};
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// NOTE: If you add to this enum, you'll need to update s_pFieldTypes in resourceintrospection.cpp
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schema enum ResourceFieldType_t
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{
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RESOURCE_FIELD_TYPE_UNKNOWN,
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RESOURCE_FIELD_TYPE_RESOURCE_POINTER, // nFieldData = CResourcePointer<CResourceFieldTypeIntrospection> for pointed-to type
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RESOURCE_FIELD_TYPE_RESOURCE_ARRAY, // nFieldData = CResourcePointer<CResourceFieldTypeIntrospection> for element type
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RESOURCE_FIELD_TYPE_STRUCT, // nFieldData = hash(struct_name)
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RESOURCE_FIELD_TYPE_ENUM, // nFieldData = hash(enum_name)
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RESOURCE_FIELD_TYPE_RESOURCE_REFERENCE, // nFieldData = member of ResourceTypeEngine_t
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////////////////////////
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// fields of these types are never serialized to disk
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RESOURCE_FIELD_TYPE_CHAR,
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RESOURCE_FIELD_TYPE_C_POINTER,
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////////////////////////
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// ints and uints are always serialized at RESOURCE_PLAIN_INT_SERIALIZATION_SIZE bytes
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RESOURCE_FIELD_TYPE_INT,
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RESOURCE_FIELD_TYPE_UINT,
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// floats are always serialized at RESOURCE_PLAIN_FLOAT_SERIALIZATION_SIZE bytes
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RESOURCE_FIELD_TYPE_FLOAT,
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// simple types
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RESOURCE_FIELD_TYPE_INT8,
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RESOURCE_FIELD_TYPE_UINT8,
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RESOURCE_FIELD_TYPE_INT16,
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RESOURCE_FIELD_TYPE_UINT16,
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RESOURCE_FIELD_TYPE_INT32,
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RESOURCE_FIELD_TYPE_UINT32,
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RESOURCE_FIELD_TYPE_INT64,
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RESOURCE_FIELD_TYPE_UINT64,
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RESOURCE_FIELD_TYPE_FLOAT32,
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RESOURCE_FIELD_TYPE_FLOAT64,
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// common primitive types
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RESOURCE_FIELD_TYPE_TIME,
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RESOURCE_FIELD_TYPE_VECTOR2D,
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RESOURCE_FIELD_TYPE_VECTOR3D,
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RESOURCE_FIELD_TYPE_VECTOR4D,
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RESOURCE_FIELD_TYPE_QANGLE,
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RESOURCE_FIELD_TYPE_QUATERNION,
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RESOURCE_FIELD_TYPE_VMATRIX,
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RESOURCE_FIELD_TYPE_FLTX4,
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// TODO -
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RESOURCE_FIELD_TYPE_BOOL,
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RESOURCE_FIELD_TYPE_STRING,
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RESOURCE_FIELD_TYPE_VOID,
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RESOURCE_FIELD_TYPE_COUNT,
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};
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schema enum ResourceIntrospectionMetadataType_t
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{
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RESOURCE_META_TYPE_NAMEONLY,
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RESOURCE_META_TYPE_STRING,
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RESOURCE_META_TYPE_INT,
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RESOURCE_META_TYPE_FLOAT,
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};
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enum ResourceDataLayout_t
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{
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RESOURCE_DATA_LAYOUT_MEMORY,
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RESOURCE_DATA_LAYOUT_DISK,
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};
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enum IntrospectionCompatibilityType_t
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{
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INTROSPECTION_COMPAT_UNKNOWN,
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INTROSPECTION_COMPAT_IDENTICAL, // Disk and memory layout are the same
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INTROSPECTION_COMPAT_REQUIRES_SCATTER, // Identical structures, but disk layout != memory layout
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INTROSPECTION_COMPAT_REQUIRES_CONVERSION, // CRCs don't match, requires name-based, per-element conversion
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};
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const uint RESOURCE_PLAIN_INT_SERIALIZATION_SIZE = 4;
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const uint RESOURCE_PLAIN_FLOAT_SERIALIZATION_SIZE = 4;
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//-----------------------------------------------------------------------------
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// Structure id: it's generated by a hash of the structure name
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//-----------------------------------------------------------------------------
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typedef uint32 ResourceStructureId_t;
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#define RESOURCE_STRUCTURE_ID_INVALID ( (ResourceStructureId_t)0 )
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//-----------------------------------------------------------------------------
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// Information for resource fields
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//-----------------------------------------------------------------------------
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struct ResourceFieldProperties_t
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{
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// helper function
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static const ResourceFieldProperties_t* GetFieldProperties( ResourceFieldType_t nFieldType );
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const char * m_pTypeName;
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ResourceFieldType_t m_nFieldType;
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uint m_nMemorySize;
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uint m_nDiskSize; // 0 = not serialized to disk
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uint m_nAlignment;
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};
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//-----------------------------------------------------------------------------
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schema class CResourceFieldIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceFieldIntrospection );
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// These methods are used for reading the data
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public:
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ResourceFieldType_t GetRootType() const;
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uint32 GetRootTypeData() const;
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ResourceFieldType_t ReadTypeChain( int nChainIndex ) const;
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// These methods are used for writing the data
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public:
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void SetFieldInfo( CResourceStream *pStream, const char *pFieldName, int nMemoryOffset, int nDiskOffset, int nArrayCount );
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void SetFieldInfo( CResourceStream *pStream, const CResourceFieldIntrospection *src );
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void SetFieldType( CResourceStream *pStream, const CUtlVector<ResourceFieldType_t>& TypeChain, uint32 nRootFieldData );
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// Introspection helper routines
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public:
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int GetElementMemorySize( int nTypeChainIndex, const CResourceIntrospection* pIntroDct ) const;
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int GetElementDiskSize( int nTypeChainIndex, const CResourceIntrospection* pIntroDct ) const;
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int GetElementSize( const ResourceDataLayout_t nDataLocation, int nTypeChainIndex, const CResourceIntrospection* pIntroDct ) const;
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int GetElementAlignment( int nTypeChainIndex, const CResourceIntrospection* pIntroDct ) const;
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public:
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CResourceString m_pFieldName;
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int16 m_nCount;
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int16 m_nInMemoryOffset;
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int16 m_nOnDiskOffset; // -1 means not serialized to disk
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// FIXME: The following representation will need to be tweaked;
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// Ideally none of the simple cases requires an allocation, (including ptr to struct)
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// and we do have 16 bits to work with due to alignment, plus 8 bits if we want to trim TypeChainCount.
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// If m_nTypeChainCount == 1, then m_nTypeChain is the field data
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// If m_nTypeChainCount > 1, m_nTypeChain is a CResourcePointer<uint32> to N uint32's
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// that looks like [FieldType, ..., FieldType, FieldData]
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// Examples of: [ m_nFieldType, m_nTypeChainCount ; m_nTypeChain ]
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// -------------------------------------------------------------------------------
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// Simple inline int8: [ RESOURCE_FIELD_TYPE_INT8, 1 ; 0 ]
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// Pointer to int8: [ RESOURCE_FIELD_TYPE_RESOURCE_POINTER, 2 ; RESOURCE_FIELD_TYPE_INT8 ]
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// Pointer to struct X: [ RESOURCE_FIELD_TYPE_RESOURCE_POINTER, 3 ; Ptr ]
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// where *Ptr = [RESOURCE_FIELD_TYPE_STRUCT; hash(X)]
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// Array of pointers to struct X: [ RESOURCE_FIELD_TYPE_DYNAMIC_ARRAY, 4 ; Ptr ]
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// where *Ptr = [RESOURCE_FIELD_TYPE_RESOURCE_POINTER; RESOURCE_FIELD_TYPE_STRUCT; hash(X)]
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int16 m_nTypeChainCount;
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int16 m_nFieldType;
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uint32 m_nTypeChain;
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};
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schema enum ResourceStructFlags_t
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{
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RESOURCE_STRUCT_HAS_VTABLE = 1,
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};
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schema class CResourceStructIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceStructIntrospection );
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// These methods are used for reading the data
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public:
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// Iterate over all fields
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int GetFieldCount() const;
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const CResourceFieldIntrospection* GetField( int nIndex ) const;
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// Find a field
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const CResourceFieldIntrospection* FindField( const char *pFieldName ) const;
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bool HasVTable() const;
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// (to determine whether version up-conversion is necessary)
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// These methods are used for writing the data
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public:
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void SetStructInfo( CResourceStream *pStream, const char *pStructName, const char *pBaseStruct, const char *pUncacheableStruct, uint32 nMemorySize, uint32 nDiskSize, uint32 nAlignment, const char *pDmeElementType, const char *pBlockType, const char *pResourceType, bool bHasVTable );
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void SetStructInfo( CResourceStream *pStream, const CResourceStructIntrospection *src );
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void ComputeCRC( CResourceStream *pStream );
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void AllocateFields( CResourceStream *pStream, int nCount );
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CResourceFieldIntrospection* GetWritableField( int nIndex );
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public:
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uint32 m_nId;
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CResourceString m_pName;
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uint32 m_nCrc;
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uint16 m_nMemorySize;
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uint16 m_nDiskSize;
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uint16 m_nAlignment;
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uint32 m_nBaseStructId;
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uint32 m_nUncacheableStructId;
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uint8 m_ResourceBlockType[4]; // Specifies the block four-CC code if this structure is a type associated with a resource file block.
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CResourceString m_pResourceType; // Specifies the resource type if this structure is a type associated with a resource type.
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CResourceString m_pDmeElementType; // Specifies the DmElement type associated with this structure. Empty string means use CDmElement.
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CResourceArray< CResourceFieldIntrospection > m_FieldIntrospection;
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uint8 m_nStructFlags;
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};
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//-----------------------------------------------------------------------------
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// Enums
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//-----------------------------------------------------------------------------
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schema class CResourceEnumValueIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceEnumValueIntrospection );
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// These methods are used for reading the data
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public:
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const char *GetName() const;
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int GetValue() const;
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// These methods are used for writing the data
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public:
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void SetEnumValueInfo( CResourceStream *pStream, const char *pEnumValueName, int32 nValue );
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public:
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CResourceString m_pEnumValueName;
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int32 m_nEnumValue;
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};
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schema class CResourceEnumIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceEnumIntrospection );
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// These methods are used for reading the data
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public:
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// Iterate over all enum values
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int GetEnumValueCount() const;
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const CResourceEnumValueIntrospection* GetEnumValue( int nIndex ) const;
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CResourceEnumValueIntrospection* GetWritableEnumValue( int nIndex );
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// Find a field
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const CResourceEnumValueIntrospection* FindEnumValue( const char *pEnumValueName ) const;
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const char *FindEnumString( int nValue ) const;
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// Gets CRC information about the struct
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// (to determine whether version up-conversion is necessary)
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// These methods are used for writing the data
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public:
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void SetEnumName( CResourceStream *pStream, const char *pEnumName );
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void ComputeCRC( CResourceStream *pStream );
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void AllocateEnumValues( CResourceStream *pStream, int nCount );
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public:
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uint32 m_nId;
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CResourceString m_pName;
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uint32 m_nCrc;
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CResourceArray< CResourceEnumValueIntrospection > m_EnumValueIntrospection;
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};
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//-----------------------------------------------------------------------------
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// Typedefs
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//-----------------------------------------------------------------------------
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schema class CResourceTypedefIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceTypedefIntrospection );
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// These methods are used for reading the data
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public:
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// These methods are used for writing the data
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public:
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void SetTypedefInfo( CResourceStream *pStream, const char *pTypedefName, const char *pTypedefType );
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public:
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uint32 m_nId;
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CResourceString m_pName;
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CResourceString m_pType;
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};
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//-----------------------------------------------------------------------------
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// Metadata
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//-----------------------------------------------------------------------------
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schema class CResourceIntrospectionMetadataElement
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{
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friend class CResourceIntrospectionMetadata;
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public:
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const char* GetStringValue() const;
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int GetIntValue() const;
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float GetFloatValue() const;
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private:
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CResourceString m_Name;
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ResourceIntrospectionMetadataType_t m_Type;
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uint32 m_Value;
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};
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schema class CResourceIntrospectionChildMetadata
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{
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friend class CResourceIntrospectionMetadata;
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private:
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CResourceString m_ChildName;
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CResourceArray<CResourceIntrospectionMetadataElement> m_MetaElements;
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};
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schema class CResourceIntrospectionMetadata
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{
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public:
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DECLARE_SCHEMA_DATA_CLASS( CResourceIntrospectionMetadata );
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protected:
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CResourceString m_ObjectName;
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CResourceArray<CResourceIntrospectionMetadataElement> m_RootMetaElements;
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CResourceArray<CResourceIntrospectionChildMetadata> m_ChildrenMeta;
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};
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//-----------------------------------------------------------------------------
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// Root introspection block
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//-----------------------------------------------------------------------------
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//! resourceBlockType = "RESI"
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schema class CResourceIntrospection
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{
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DECLARE_SCHEMA_DATA_CLASS( CResourceIntrospection );
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public:
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static CResourceIntrospection* AddToStream( CResourceStream *pStream, ResourceFileHeader_t *pHeader, int nBlockIndex );
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static const CResourceIntrospection* FindInFile( const ResourceFileHeader_t *pHeader );
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// These methods are used for reading the data
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public:
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uint32 GetVersion() const;
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int GetStructCount() const;
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const CResourceStructIntrospection* GetStructIntrospection( int nIndex ) const;
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const CResourceStructIntrospection* FindStructIntrospection( ResourceStructureId_t id ) const;
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const CResourceStructIntrospection* FindStructIntrospection( const char *pStructName ) const;
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CResourceStructIntrospection* GetWritableStructIntrospection( int nIndex );
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const CResourceStructIntrospection* FindStructIntrospectionForResourceType( ResourceType_t nType ) const;
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const CResourceStructIntrospection* FindPermanentStructIntrospectionForResourceType( ResourceType_t nType ) const;
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int GetEnumCount() const;
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const CResourceEnumIntrospection* GetEnumIntrospection( int nIndex ) const;
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const CResourceEnumIntrospection* FindEnumIntrospection( ResourceStructureId_t id ) const;
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const CResourceEnumIntrospection* FindEnumIntrospection( const char *pEnumName ) const;
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CResourceEnumIntrospection* GetWritableEnumIntrospection( int nIndex );
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int GetTypedefCount() const;
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const CResourceTypedefIntrospection* GetTypedefIntrospection( int nIndex ) const;
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CResourceTypedefIntrospection* GetWritableTypedefIntrospection( int nIndex );
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// Compare with the current EXE's introspection
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IntrospectionCompatibilityType_t CalculateCompatibility() const;
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// These methods are used for writing the data
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public:
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void AllocateStructs( CResourceStream *pStream, int nCount );
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void AllocateEnums( CResourceStream *pStream, int nCount );
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void AllocateTypedefs( CResourceStream *pStream, int nCount );
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const void *GetPtr() const { return this; }
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private:
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// This should always be the first 4 bytes, since this structure can't be fully-introspected
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uint32 m_nVersion;
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CResourceArray< CResourceTypedefIntrospection > m_TypedefIntrospection;
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CResourceArray< CResourceEnumIntrospection > m_EnumIntrospection;
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CResourceArray< CResourceStructIntrospection > m_StructIntrospection;
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CResourcePointer< CResourceIntrospectionMetadata > m_Metadata;
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};
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DEFINE_RESOURCE_BLOCK_TYPE( CResourceIntrospection, 'R', 'E', 'S', 'I' )
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//-----------------------------------------------------------------------------
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// Computes a resource structure id given a structure name string
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//-----------------------------------------------------------------------------
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ResourceStructureId_t ComputeStructureNameHash( const char *pStructName );
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//-----------------------------------------------------------------------------
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// Inherit from this to fully-traverse a piece of memory using introspection
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//-----------------------------------------------------------------------------
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class CResourceIntrospectionTraversal
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{
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public:
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CResourceIntrospectionTraversal( const CResourceIntrospection *pResIntro = NULL );
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virtual void TraverseStruct( const void *pStruct, const CResourceStructIntrospection *pStructIntro );
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protected:
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virtual void TraverseField( const void *pField, const CResourceFieldIntrospection *pFieldIntro, ResourceFieldType_t fieldType, int nTypeChainIndex );
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virtual void TraverseRootField( const void *pField, const CResourceFieldIntrospection *pFieldIntro );
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// Simple overridable methods
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virtual bool VisitField( const void *pFieldInstance, const CResourceFieldIntrospection *pFieldIntro, int nTypeChainIndex ) { return true; }
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virtual void PostVisitField( const void *pFieldInstance, const CResourceFieldIntrospection *pFieldIntro, int nTypeChainIndex ) { }
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virtual bool VisitRootField( const void *pFieldInstance, const CResourceFieldIntrospection *pFieldIntro ) { return true; }
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virtual bool VisitStruct( const void *pStruct, const CResourceStructIntrospection *pStructIntro ) { return true; }
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virtual bool VisitEnum( const void *pEnum, const CResourceEnumIntrospection *pEnumIntro ) { return true; }
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bool m_bTraverseDiskLayout; // as opposed to memory layout
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const CResourceIntrospection *m_pResIntro;
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// TODO: Probably want more flags, like bFollowStructPointers, etc.
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};
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#endif // RESOURCEINTROSPECTION_H
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