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Element mono functions

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This commit is contained in:
Dmitry Korolev 2014-10-18 18:23:20 +04:00
parent e869ba8fbc
commit 3e5313e3d8
4 changed files with 805 additions and 107 deletions
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743
mta-mono/src/CMonoFunctions.cpp
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@ -21,6 +21,8 @@ extern CResourceManager *g_pResourceManager;
#define RESOURCE g_pResourceManager->GetFromList( mono_domain_get() ) #define RESOURCE g_pResourceManager->GetFromList( mono_domain_get() )
#define MONO_DECLARE(a,b) mono_add_internal_call("MultiTheftAuto.Native."#a"::"#b,CMonoFunctions::a::b );
void CMonoFunctions::AddInternals( void ) void CMonoFunctions::AddInternals( void )
{ {
mono_add_internal_call( "MultiTheftAuto.Debug::Log", CMonoFunctions::Debug::Log ); mono_add_internal_call( "MultiTheftAuto.Debug::Log", CMonoFunctions::Debug::Log );
@ -31,22 +33,69 @@ void CMonoFunctions::AddInternals( void )
mono_add_internal_call( "MultiTheftAuto.Native.Config::Set", CMonoFunctions::Config::Set ); mono_add_internal_call( "MultiTheftAuto.Native.Config::Set", CMonoFunctions::Config::Set );
// Element create/destroy // Element create/destroy
mono_add_internal_call( "MultiTheftAuto.Native.Element::Create", CMonoFunctions::Element::Create ); MONO_DECLARE( Element, Create );
mono_add_internal_call( "MultiTheftAuto.Native.Element::Destroy", CMonoFunctions::Element::Destroy ); MONO_DECLARE( Element, Destroy );
mono_add_internal_call( "MultiTheftAuto.Native.Element::Clone", CMonoFunctions::Element::Clone ); MONO_DECLARE( Element, Clone );
// Element get funcs // Element get funcs
mono_add_internal_call( "MultiTheftAuto.Native.Element::IsElement", CMonoFunctions::Element::IsElement ); MONO_DECLARE( Element, IsElement );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetType", CMonoFunctions::Element::GetType ); MONO_DECLARE( Element, GetType );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetByID", CMonoFunctions::Element::GetByID ); MONO_DECLARE( Element, GetByID );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetByIndex", CMonoFunctions::Element::GetByIndex ); MONO_DECLARE( Element, GetByIndex );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetChild", CMonoFunctions::Element::GetChild ); MONO_DECLARE( Element, GetChild );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetChildrenCount", CMonoFunctions::Element::GetChildrenCount ); MONO_DECLARE( Element, GetChildrenCount );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetID", CMonoFunctions::Element::GetID ); MONO_DECLARE( Element, GetID );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetParent", CMonoFunctions::Element::GetParent ); MONO_DECLARE( Element, GetParent );
mono_add_internal_call( "MultiTheftAuto.Native.Element::GetPosition", CMonoFunctions::Element::GetPosition ); MONO_DECLARE( Element, GetPosition );
MONO_DECLARE( Element, GetRotation );
MONO_DECLARE( Element, GetVelocity );
MONO_DECLARE( Element, GetInterior );
MONO_DECLARE( Element, IsWithinColShape );
MONO_DECLARE( Element, IsWithinMarker );
MONO_DECLARE( Element, GetDimension );
MONO_DECLARE( Element, GetZoneName );
MONO_DECLARE( Element, IsAttached );
MONO_DECLARE( Element, GetAttachedTo );
MONO_DECLARE( Element, GetColShape );
MONO_DECLARE( Element, GetAlpha );
MONO_DECLARE( Element, IsDoubleSided );
MONO_DECLARE( Element, GetHealth );
MONO_DECLARE( Element, GetModel );
MONO_DECLARE( Element, IsInWater );
MONO_DECLARE( Element, GetAttachedOffsetPosition );
MONO_DECLARE( Element, GetAttachedOffsetRotation );
MONO_DECLARE( Element, GetSyncer );
MONO_DECLARE( Element, GetCollisionsEnabled );
MONO_DECLARE( Element, IsFrozen );
MONO_DECLARE( Element, GetLowLod );
MONO_DECLARE( Element, IsLowLod );
mono_add_internal_call( "MultiTheftAuto.Native.Vehicle::Create", CMonoFunctions::Vehicle::Create ); // Element set funcs
MONO_DECLARE( Element, ClearVisibleTo );
MONO_DECLARE( Element, SetID );
MONO_DECLARE( Element, SetData );
MONO_DECLARE( Element, RemoveData );
MONO_DECLARE( Element, SetParent );
MONO_DECLARE( Element, SetPosition );
MONO_DECLARE( Element, SetRotation );
MONO_DECLARE( Element, SetVelocity );
MONO_DECLARE( Element, SetVisibleTo );
MONO_DECLARE( Element, SetInterior );
MONO_DECLARE( Element, SetDimension );
MONO_DECLARE( Element, Attach );
MONO_DECLARE( Element, Detach );
MONO_DECLARE( Element, SetAlpha );
MONO_DECLARE( Element, SetDoubleSided );
MONO_DECLARE( Element, SetHealth );
MONO_DECLARE( Element, SetModel );
MONO_DECLARE( Element, SetAttachedOffsets );
MONO_DECLARE( Element, SetSyncer );
MONO_DECLARE( Element, SetCollisionsEnabled );
MONO_DECLARE( Element, SetFrozen );
MONO_DECLARE( Element, SetLowLod );
// Vehicle create/destroy functions
MONO_DECLARE( Vehicle, Create );
} }
void CMonoFunctions::Debug::Log( MonoString *string ) void CMonoFunctions::Debug::Log( MonoString *string )
@ -102,30 +151,30 @@ bool CMonoFunctions::Config::Set( MonoString *msKey, MonoString *msValue )
// Element create/destroy // Element create/destroy
unsigned int CMonoFunctions::Element::Create( MonoString* msTypeName, MonoString* msID ) DWORD CMonoFunctions::Element::Create( MonoString* msTypeName, MonoString* msID )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
const char* szTypeName = mono_string_to_utf8( msTypeName ); const char* szTypeName = mono_string_to_utf8( msTypeName );
const char* szID = mono_string_to_utf8( msID ); const char* szID = mono_string_to_utf8( msID );
return (unsigned int)CLuaFunctionDefinitions::CreateElement( RESOURCE->GetLua(), szTypeName, szID ); return (DWORD)CLuaFunctionDefinitions::CreateElement( RESOURCE->GetLua(), szTypeName, szID );
} }
return NULL; return NULL;
} }
bool CMonoFunctions::Element::Destroy( unsigned int pElement ) bool CMonoFunctions::Element::Destroy( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
return CLuaFunctionDefinitions::DestroyElement( RESOURCE->GetLua(), (void*)pElement ); return CLuaFunctionDefinitions::DestroyElement( RESOURCE->GetLua(), (void*)pUserData );
} }
return false; return false;
} }
unsigned int CMonoFunctions::Element::Clone( unsigned int pUserData, MonoObject* vecPosition, bool bCloneElement ) DWORD CMonoFunctions::Element::Clone( DWORD pUserData, MonoObject* vecPosition, bool bCloneElement )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -135,7 +184,7 @@ unsigned int CMonoFunctions::Element::Clone( unsigned int pUserData, MonoObject*
float fY = pPosition.GetPropertyValue<float>( "Y" ); float fY = pPosition.GetPropertyValue<float>( "Y" );
float fZ = pPosition.GetPropertyValue<float>( "Z" ); float fZ = pPosition.GetPropertyValue<float>( "Z" );
return (unsigned int)CLuaFunctionDefinitions::CloneElement( RESOURCE->GetLua(), (void*)pUserData, Vector3( fX, fY, fZ ), bCloneElement ); return (DWORD)CLuaFunctionDefinitions::CloneElement( RESOURCE->GetLua(), (void*)pUserData, Vector3( fX, fY, fZ ), bCloneElement );
} }
return false; return false;
@ -143,7 +192,7 @@ unsigned int CMonoFunctions::Element::Clone( unsigned int pUserData, MonoObject*
// Element get funcs // Element get funcs
bool CMonoFunctions::Element::IsElement( unsigned int pUserData ) bool CMonoFunctions::Element::IsElement( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -153,7 +202,7 @@ bool CMonoFunctions::Element::IsElement( unsigned int pUserData )
return false; return false;
} }
MonoString* CMonoFunctions::Element::GetType( unsigned int pUserData ) MonoString* CMonoFunctions::Element::GetType( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -165,39 +214,39 @@ MonoString* CMonoFunctions::Element::GetType( unsigned int pUserData )
return mono_string_new( mono_domain_get(), "" ); return mono_string_new( mono_domain_get(), "" );
} }
unsigned int CMonoFunctions::Element::GetByID( MonoString* msID, unsigned int uiIndex ) DWORD CMonoFunctions::Element::GetByID( MonoString* msID, unsigned int uiIndex )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
const char* szID = mono_string_to_utf8( msID ); const char* szID = mono_string_to_utf8( msID );
return (unsigned int)CLuaFunctionDefinitions::GetElementByID( RESOURCE->GetLua(), szID, uiIndex ); return (DWORD)CLuaFunctionDefinitions::GetElementByID( RESOURCE->GetLua(), szID, uiIndex );
} }
return NULL; return NULL;
} }
unsigned int CMonoFunctions::Element::GetByIndex( int iIndex ) DWORD CMonoFunctions::Element::GetByIndex( int iIndex )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
return (unsigned int)CLuaFunctionDefinitions::GetElementByIndex( RESOURCE->GetLua(), iIndex ); return (DWORD)CLuaFunctionDefinitions::GetElementByIndex( RESOURCE->GetLua(), iIndex );
} }
return NULL; return NULL;
} }
unsigned int CMonoFunctions::Element::GetChild( unsigned int pUserData, int iIndex ) DWORD CMonoFunctions::Element::GetChild( DWORD pUserData, int iIndex )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
return (unsigned int)CLuaFunctionDefinitions::GetElementChild( RESOURCE->GetLua(), (void*)pUserData, iIndex ); return (DWORD)CLuaFunctionDefinitions::GetElementChild( RESOURCE->GetLua(), (void*)pUserData, iIndex );
} }
return NULL; return NULL;
} }
int CMonoFunctions::Element::GetChildrenCount( unsigned int pUserData ) int CMonoFunctions::Element::GetChildrenCount( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -207,7 +256,7 @@ int CMonoFunctions::Element::GetChildrenCount( unsigned int pUserData )
return 0; return 0;
} }
MonoString* CMonoFunctions::Element::GetID( unsigned int pUserData ) MonoString* CMonoFunctions::Element::GetID( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -219,7 +268,7 @@ MonoString* CMonoFunctions::Element::GetID( unsigned int pUserData )
return mono_string_new( mono_domain_get(), "" ); return mono_string_new( mono_domain_get(), "" );
} }
unsigned int CMonoFunctions::Element::GetParent( unsigned int pUserData ) unsigned int CMonoFunctions::Element::GetParent( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -229,7 +278,7 @@ unsigned int CMonoFunctions::Element::GetParent( unsigned int pUserData )
return NULL; return NULL;
} }
MonoObject* CMonoFunctions::Element::GetPosition( unsigned int pUserData ) MonoObject* CMonoFunctions::Element::GetPosition( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -237,24 +286,11 @@ MonoObject* CMonoFunctions::Element::GetPosition( unsigned int pUserData )
if( CLuaFunctionDefinitions::GetElementPosition( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) ) if( CLuaFunctionDefinitions::GetElementPosition( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) )
{ {
CMonoClass* pClass = RESOURCE->GetClassFromName( "MultiTheftAuto", "Vector3" ); CMonoObject* pObject = RESOURCE->NewObject( "MultiTheftAuto", "Vector3", vecPosition );
if( pClass ) if( pObject )
{ {
CMonoObject* pObject = pClass->New( mono_domain_get(), vecPosition ); return pObject->GetObject();
if( pObject )
{
return pObject->GetObject();
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of 'MultiTheftAuto::Vector3'\n", __FILE__, __LINE__ );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class 'MultiTheftAuto::Vector3' not found\n", __FILE__, __LINE__ );
} }
} }
} }
@ -262,7 +298,7 @@ MonoObject* CMonoFunctions::Element::GetPosition( unsigned int pUserData )
return NULL; return NULL;
} }
MonoObject* CMonoFunctions::Element::GetRotation( unsigned int pUserData ) MonoObject* CMonoFunctions::Element::GetRotation( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -270,24 +306,11 @@ MonoObject* CMonoFunctions::Element::GetRotation( unsigned int pUserData )
if( CLuaFunctionDefinitions::GetElementRotation( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) ) if( CLuaFunctionDefinitions::GetElementRotation( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) )
{ {
CMonoClass* pClass = RESOURCE->GetClassFromName( "MultiTheftAuto", "Vector3" ); CMonoObject* pObject = RESOURCE->NewObject( "MultiTheftAuto", "Vector3", vecPosition );
if( pClass ) if( pObject )
{ {
CMonoObject* pObject = pClass->New( mono_domain_get(), vecPosition ); return pObject->GetObject();
if( pObject )
{
return pObject->GetObject();
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of 'MultiTheftAuto::Vector3'\n", __FILE__, __LINE__ );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class 'MultiTheftAuto::Vector3' not found\n", __FILE__, __LINE__ );
} }
} }
} }
@ -295,7 +318,7 @@ MonoObject* CMonoFunctions::Element::GetRotation( unsigned int pUserData )
return NULL; return NULL;
} }
MonoObject* CMonoFunctions::Element::GetVelocity( unsigned int pUserData ) MonoObject* CMonoFunctions::Element::GetVelocity( DWORD pUserData )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -303,24 +326,11 @@ MonoObject* CMonoFunctions::Element::GetVelocity( unsigned int pUserData )
if( CLuaFunctionDefinitions::GetElementVelocity( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) ) if( CLuaFunctionDefinitions::GetElementVelocity( RESOURCE->GetLua(), (void*)pUserData, vecPosition ) )
{ {
CMonoClass* pClass = RESOURCE->GetClassFromName( "MultiTheftAuto", "Vector3" ); CMonoObject* pObject = RESOURCE->NewObject( "MultiTheftAuto", "Vector3", vecPosition );
if( pClass ) if( pObject )
{ {
CMonoObject* pObject = pClass->New( mono_domain_get(), vecPosition ); return pObject->GetObject();
if( pObject )
{
return pObject->GetObject();
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of 'MultiTheftAuto::Vector3'\n", __FILE__, __LINE__ );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class 'MultiTheftAuto::Vector3' not found\n", __FILE__, __LINE__ );
} }
} }
} }
@ -328,8 +338,569 @@ MonoObject* CMonoFunctions::Element::GetVelocity( unsigned int pUserData )
return NULL; return NULL;
} }
unsigned char CMonoFunctions::Element::GetInterior( DWORD pUserData )
{
if( RESOURCE )
{
unsigned char ucInterior;
unsigned int CMonoFunctions::Vehicle::Create( int model, MonoObject* position, MonoObject* rotation, MonoString* numberplate, bool direction, int variant1, int variant2 ) if( CLuaFunctionDefinitions::GetElementInterior( RESOURCE->GetLua(), (void*)pUserData, ucInterior ) )
{
return ucInterior;
}
}
return 0;
}
bool CMonoFunctions::Element::IsWithinColShape( DWORD pUserData )
{
if( RESOURCE )
{
bool bWithin;
if( CLuaFunctionDefinitions::IsElementWithinColShape( RESOURCE->GetLua(), (void*)pUserData, bWithin ) )
{
return bWithin;
}
}
return false;
}
bool CMonoFunctions::Element::IsWithinMarker( DWORD pUserData )
{
if( RESOURCE )
{
bool bWithin;
if( CLuaFunctionDefinitions::IsElementWithinMarker( RESOURCE->GetLua(), (void*)pUserData, bWithin ) )
{
return bWithin;
}
}
return false;
}
unsigned short CMonoFunctions::Element::GetDimension( DWORD pUserData )
{
if( RESOURCE )
{
unsigned short usDimension;
if( CLuaFunctionDefinitions::GetElementDimension( RESOURCE->GetLua(), (void*)pUserData, usDimension ) )
{
return usDimension;
}
}
return 0;
}
MonoString* CMonoFunctions::Element::GetZoneName( DWORD pUserData, bool bCitiesOnly )
{
if( RESOURCE )
{
string strOutName;
if( CLuaFunctionDefinitions::GetElementZoneName( RESOURCE->GetLua(), (void*)pUserData, strOutName, bCitiesOnly ) )
{
return RESOURCE->NewString( strOutName );
}
}
return NULL;
}
bool CMonoFunctions::Element::IsAttached( DWORD pUserData )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::IsElementAttached( RESOURCE->GetLua(), (void*)pUserData );
}
return false;
}
DWORD CMonoFunctions::Element::GetAttachedTo( DWORD pUserData )
{
if( RESOURCE )
{
return (DWORD)CLuaFunctionDefinitions::GetElementAttachedTo( RESOURCE->GetLua(), (void*)pUserData );
}
return NULL;
}
DWORD CMonoFunctions::Element::GetColShape( DWORD pUserData )
{
if( RESOURCE )
{
return (DWORD)CLuaFunctionDefinitions::GetElementColShape( RESOURCE->GetLua(), (void*)pUserData );
}
return NULL;
}
unsigned char CMonoFunctions::Element::GetAlpha( DWORD pUserData )
{
if( RESOURCE )
{
unsigned char ucAlpha;
if( CLuaFunctionDefinitions::GetElementAlpha( RESOURCE->GetLua(), (void*)pUserData, ucAlpha ) )
{
return ucAlpha;
}
}
return 0;
}
bool CMonoFunctions::Element::IsDoubleSided( DWORD pUserData )
{
if( RESOURCE )
{
bool bDoubleSided;
if( CLuaFunctionDefinitions::IsElementDoubleSided( RESOURCE->GetLua(), (void*)pUserData, bDoubleSided ) )
{
return bDoubleSided;
}
}
return false;
}
float CMonoFunctions::Element::GetHealth( DWORD pUserData )
{
if( RESOURCE )
{
float fHealth;
if( CLuaFunctionDefinitions::GetElementHealth( RESOURCE->GetLua(), (void*)pUserData, fHealth ) )
{
return fHealth;
}
}
return false;
}
unsigned short CMonoFunctions::Element::GetModel( DWORD pUserData )
{
if( RESOURCE )
{
unsigned short usModel;
if( CLuaFunctionDefinitions::GetElementModel( RESOURCE->GetLua(), (void*)pUserData, usModel ) )
{
return usModel;
}
}
return false;
}
bool CMonoFunctions::Element::IsInWater( DWORD pUserData )
{
if( RESOURCE )
{
bool bInWater;
if( CLuaFunctionDefinitions::IsElementInWater( RESOURCE->GetLua(), (void*)pUserData, bInWater ) )
{
return bInWater;
}
}
return false;
}
MonoObject* CMonoFunctions::Element::GetAttachedOffsetPosition( DWORD pUserData )
{
if( RESOURCE )
{
Vector3 vecPosition, vecRotation;
if( CLuaFunctionDefinitions::GetElementAttachedOffsets( RESOURCE->GetLua(), (void*)pUserData, vecPosition, vecRotation ) )
{
CMonoObject* pObject = RESOURCE->NewObject( "MultiTheftAuto", "Vector3", vecPosition );
if( pObject )
{
return pObject->GetObject();
}
}
}
return NULL;
}
MonoObject* CMonoFunctions::Element::GetAttachedOffsetRotation( DWORD pUserData )
{
if( RESOURCE )
{
Vector3 vecPosition, vecRotation;
if( CLuaFunctionDefinitions::GetElementAttachedOffsets( RESOURCE->GetLua(), (void*)pUserData, vecPosition, vecRotation ) )
{
CMonoObject* pObject = RESOURCE->NewObject( "MultiTheftAuto", "Vector3", vecRotation );
if( pObject )
{
return pObject->GetObject();
}
}
}
return NULL;
}
DWORD CMonoFunctions::Element::GetSyncer( DWORD pUserData )
{
if( RESOURCE )
{
return (DWORD)CLuaFunctionDefinitions::GetElementSyncer( RESOURCE->GetLua(), (void*)pUserData );
}
return NULL;
}
bool CMonoFunctions::Element::GetCollisionsEnabled( DWORD pUserData )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::GetElementCollisionsEnabled( RESOURCE->GetLua(), (void*)pUserData );
}
return false;
}
bool CMonoFunctions::Element::IsFrozen( DWORD pUserData )
{
if( RESOURCE )
{
bool bFrozen;
if( CLuaFunctionDefinitions::IsElementFrozen( RESOURCE->GetLua(), (void*)pUserData, bFrozen ) )
{
return bFrozen;
}
}
return false;
}
DWORD CMonoFunctions::Element::GetLowLod( DWORD pUserData )
{
if( RESOURCE )
{
void* pUserData;
if( CLuaFunctionDefinitions::GetLowLodElement( RESOURCE->GetLua(), (void*)pUserData, pUserData ) )
{
return (DWORD)pUserData;
}
}
return NULL;
}
bool CMonoFunctions::Element::IsLowLod( DWORD pUserData )
{
if( RESOURCE )
{
bool bIsLowLod;
if( CLuaFunctionDefinitions::IsElementLowLod( RESOURCE->GetLua(), (void*)pUserData, bIsLowLod ) )
{
return bIsLowLod;
}
}
return false;
}
// Element set funcs
bool CMonoFunctions::Element::ClearVisibleTo( DWORD pUserData )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::ClearElementVisibleTo( RESOURCE->GetLua(), (void*)pUserData );
}
return false;
}
bool CMonoFunctions::Element::SetID( DWORD pUserData, MonoString* msID )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementID( RESOURCE->GetLua(), (void*)pUserData, string( mono_string_to_utf8( msID ) ) );
}
return false;
}
bool CMonoFunctions::Element::SetData( DWORD pUserData, MonoString* msKey, CLuaArgument& Variable )
{
if( RESOURCE )
{
string strKey( mono_string_to_utf8( msKey ) );
return CLuaFunctionDefinitions::SetElementData( RESOURCE->GetLua(), (void*)pUserData, strKey, Variable );
}
return false;
}
bool CMonoFunctions::Element::RemoveData( DWORD pUserData, MonoString* msKey )
{
if( RESOURCE )
{
string strKey( mono_string_to_utf8( msKey ) );
return CLuaFunctionDefinitions::RemoveElementData( RESOURCE->GetLua(), (void*)pUserData, strKey );
}
return false;
}
bool CMonoFunctions::Element::SetParent( DWORD pUserData, DWORD pTarget )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementParent( RESOURCE->GetLua(), (void*)pUserData, (void*)pTarget );
}
return false;
}
bool CMonoFunctions::Element::SetPosition( DWORD pUserData, MonoObject* pPosition, bool bWarp )
{
if( RESOURCE )
{
CMonoObject pPosition( pPosition );
float fX = pPosition.GetPropertyValue<float>( "X" );
float fY = pPosition.GetPropertyValue<float>( "Y" );
float fZ = pPosition.GetPropertyValue<float>( "Z" );
return CLuaFunctionDefinitions::SetElementPosition( RESOURCE->GetLua(), (void*)pUserData, Vector3( fX, fY, fZ ), bWarp );
}
return false;
}
bool CMonoFunctions::Element::SetRotation( DWORD pUserData, MonoObject* pRotation, MonoString* msRotationOrder, bool bNewWay )
{
if( RESOURCE )
{
CMonoObject pPosition( pRotation );
float fX = pPosition.GetPropertyValue<float>( "X" );
float fY = pPosition.GetPropertyValue<float>( "Y" );
float fZ = pPosition.GetPropertyValue<float>( "Z" );
const char* szRotationOrder = mono_string_to_utf8( msRotationOrder );
return CLuaFunctionDefinitions::SetElementRotation( RESOURCE->GetLua(), (void*)pUserData, Vector3( fX, fY, fZ ), szRotationOrder, bNewWay );
}
return false;
}
bool CMonoFunctions::Element::SetVelocity( DWORD pUserData, MonoObject* pVelocity )
{
if( RESOURCE )
{
CMonoObject pPosition( pVelocity );
float fX = pPosition.GetPropertyValue<float>( "X" );
float fY = pPosition.GetPropertyValue<float>( "Y" );
float fZ = pPosition.GetPropertyValue<float>( "Z" );
return CLuaFunctionDefinitions::SetElementVelocity( RESOURCE->GetLua(), (void*)pUserData, Vector3( fX, fY, fZ ) );
}
return false;
}
bool CMonoFunctions::Element::SetVisibleTo( DWORD pUserData, DWORD pTarget, bool bVisible )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementVisibleTo( RESOURCE->GetLua(), (void*)pUserData, (void*)pTarget, bVisible );
}
return false;
}
bool CMonoFunctions::Element::SetInterior( DWORD pUserData, int iInterior )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementInterior( RESOURCE->GetLua(), (void*)pUserData, iInterior );
}
return false;
}
bool CMonoFunctions::Element::SetDimension( DWORD pUserData, int iDimension )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementDimension( RESOURCE->GetLua(), (void*)pUserData, iDimension );
}
return false;
}
bool CMonoFunctions::Element::Attach( DWORD pUserData, DWORD pTarget, MonoObject* pMonoPosition, MonoObject* pMonoRotation )
{
if( RESOURCE )
{
Vector3
vecPosition, vecRotation;
CMonoObject
pPosition( pMonoPosition ), pRotation( pMonoRotation );
vecPosition.fX = pPosition.GetPropertyValue<float>( "X" );
vecPosition.fY = pPosition.GetPropertyValue<float>( "Y" );
vecPosition.fZ = pPosition.GetPropertyValue<float>( "Z" );
vecRotation.fX = pRotation.GetPropertyValue<float>( "X" );
vecRotation.fY = pRotation.GetPropertyValue<float>( "Y" );
vecRotation.fZ = pRotation.GetPropertyValue<float>( "Z" );
return CLuaFunctionDefinitions::AttachElements( RESOURCE->GetLua(), (void*)pUserData, (void*)pTarget, vecPosition, vecRotation );
}
return false;
}
bool CMonoFunctions::Element::Detach( DWORD pUserData, DWORD pTarget )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::DetachElements( RESOURCE->GetLua(), (void*)pUserData, (void*)pTarget );
}
return false;
}
bool CMonoFunctions::Element::SetAlpha( DWORD pUserData, int iAlpha )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementAlpha( RESOURCE->GetLua(), (void*)pUserData, iAlpha );
}
return false;
}
bool CMonoFunctions::Element::SetDoubleSided( DWORD pUserData, bool bDoubleSided )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementDoubleSided( RESOURCE->GetLua(), (void*)pUserData, bDoubleSided );
}
return false;
}
bool CMonoFunctions::Element::SetHealth( DWORD pUserData, float fHealth )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementHealth( RESOURCE->GetLua(), (void*)pUserData, fHealth );
}
return false;
}
bool CMonoFunctions::Element::SetModel( DWORD pUserData, int iModel )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementModel( RESOURCE->GetLua(), (void*)pUserData, iModel );
}
return false;
}
bool CMonoFunctions::Element::SetAttachedOffsets( DWORD pUserData, MonoObject* pMonoPosition, MonoObject* pMonoRotation )
{
if( RESOURCE )
{
Vector3
vecPosition, vecRotation;
CMonoObject
pPosition( pMonoPosition ), pRotation( pMonoRotation );
vecPosition.fX = pPosition.GetPropertyValue<float>( "X" );
vecPosition.fY = pPosition.GetPropertyValue<float>( "Y" );
vecPosition.fZ = pPosition.GetPropertyValue<float>( "Z" );
vecRotation.fX = pRotation.GetPropertyValue<float>( "X" );
vecRotation.fY = pRotation.GetPropertyValue<float>( "Y" );
vecRotation.fZ = pRotation.GetPropertyValue<float>( "Z" );
return CLuaFunctionDefinitions::SetElementAttachedOffsets( RESOURCE->GetLua(), (void*)pUserData, vecPosition, vecRotation );
}
return false;
}
bool CMonoFunctions::Element::SetSyncer( DWORD pUserData, DWORD pPlayer )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementSyncer( RESOURCE->GetLua(), (void*)pUserData, (void*)pPlayer );
}
return false;
}
bool CMonoFunctions::Element::SetCollisionsEnabled( DWORD pUserData, bool bEnabled )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementCollisionsEnabled( RESOURCE->GetLua(), (void*)pUserData, bEnabled );
}
return false;
}
bool CMonoFunctions::Element::SetFrozen( DWORD pUserData, bool bFrozen )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetElementFrozen( RESOURCE->GetLua(), (void*)pUserData, bFrozen );
}
return false;
}
bool CMonoFunctions::Element::SetLowLod( DWORD pUserData, bool bEnabled )
{
if( RESOURCE )
{
return CLuaFunctionDefinitions::SetLowLodElement( RESOURCE->GetLua(), (void*)pUserData, bEnabled );
}
return false;
}
// Vehicle create/destroy functions
DWORD CMonoFunctions::Vehicle::Create( int model, MonoObject* position, MonoObject* rotation, MonoString* numberplate, bool direction, int variant1, int variant2 )
{ {
if( RESOURCE ) if( RESOURCE )
{ {
@ -352,13 +923,7 @@ unsigned int CMonoFunctions::Vehicle::Create( int model, MonoObject* position, M
sNumberplate = mono_string_to_utf8( numberplate ); sNumberplate = mono_string_to_utf8( numberplate );
} }
void* pVehicle = CLuaFunctionDefinitions::CreateVehicle( RESOURCE->GetLua(), model, fX, fY, fZ, fRX, fRY, fRZ, sNumberplate, direction, variant1, variant2 ); return (DWORD)CLuaFunctionDefinitions::CreateVehicle( RESOURCE->GetLua(), model, fX, fY, fZ, fRX, fRY, fRZ, sNumberplate, direction, variant1, variant2 );
if( pVehicle )
{
return (unsigned int)pVehicle;
//return 0x1337;
}
} }
return NULL; return NULL;

78
mta-mono/src/CMonoFunctions.h
View File

@ -42,30 +42,74 @@ public:
{ {
public: public:
// Element create/destroy // Element create/destroy
static unsigned int Create ( MonoString* msTypeName, MonoString* msID ); static DWORD Create ( MonoString* msTypeName, MonoString* msID );
static bool Destroy ( unsigned int pUserData ); static bool Destroy ( DWORD pUserData );
static unsigned int Clone ( unsigned int pUserData, MonoObject* vecPosition, bool bCloneElement ); static DWORD Clone ( DWORD pUserData, MonoObject* vecPosition, bool bCloneElement );
// Element get funcs // Element get funcs
static bool IsElement ( unsigned int pUserData ); static bool IsElement ( DWORD pUserData );
static MonoString* GetType ( unsigned int pUserData ); static MonoString* GetType ( DWORD pUserData );
static unsigned int GetByID ( MonoString* msID, unsigned int uiIndex ); static DWORD GetByID ( MonoString* msID, unsigned int uiIndex );
static unsigned int GetByIndex ( int iIndex ); static DWORD GetByIndex ( int iIndex );
static unsigned int GetChild ( unsigned int pUserData, int iIndex ); static DWORD GetChild ( DWORD pUserData, int iIndex );
static int GetChildrenCount ( unsigned int pUserData ); static int GetChildrenCount ( DWORD pUserData );
static MonoString* GetID ( unsigned int pUserData ); static MonoString* GetID ( DWORD pUserData );
// static MonoObject* GetData ( unsigned int pUserData, MonoString* sKey, bool bInherit = true ); // static MonoObject* GetData ( DWORD pUserData, MonoString* sKey, bool bInherit = true );
// static ?* GetAllData ( unsigned int pUserData ); // static ?* GetAllData ( DWORD pUserData );
static unsigned int GetParent ( unsigned int pUserData ); static unsigned int GetParent ( DWORD pUserData );
static MonoObject* GetPosition ( unsigned int pUserData ); static MonoObject* GetPosition ( DWORD pUserData );
static MonoObject* GetRotation ( unsigned int pUserData ); static MonoObject* GetRotation ( DWORD pUserData );
static MonoObject* GetVelocity ( unsigned int pUserData ); static MonoObject* GetVelocity ( DWORD pUserData );
static unsigned char GetInterior ( DWORD pUserData );
static bool IsWithinColShape ( DWORD pUserData );
static bool IsWithinMarker ( DWORD pUserData );
static unsigned short GetDimension ( DWORD pUserData );
static MonoString* GetZoneName ( DWORD pUserData, bool bCitiesOnly = false );
static bool IsAttached ( DWORD pUserData );
static DWORD GetAttachedTo ( DWORD pUserData );
static DWORD GetColShape ( DWORD pUserData );
static unsigned char GetAlpha ( DWORD pUserData );
static bool IsDoubleSided ( DWORD pUserData );
static float GetHealth ( DWORD pUserData );
static unsigned short GetModel ( DWORD pUserData );
static bool IsInWater ( DWORD pUserData );
static MonoObject* GetAttachedOffsetPosition ( DWORD pUserData );
static MonoObject* GetAttachedOffsetRotation ( DWORD pUserData );
static DWORD GetSyncer ( DWORD pUserData );
static bool GetCollisionsEnabled ( DWORD pUserData );
static bool IsFrozen ( DWORD pUserData );
static DWORD GetLowLod ( DWORD pUserData );
static bool IsLowLod ( DWORD pUserData );
// Element set funcs
static bool ClearVisibleTo ( DWORD pUserData );
static bool SetID ( DWORD pUserData, MonoString* msID );
static bool SetData ( DWORD pUserData, MonoString* msKey, CLuaArgument& Variable );
static bool RemoveData ( DWORD pUserData, MonoString* msKey );
static bool SetParent ( DWORD pUserData, DWORD pTarget );
static bool SetPosition ( DWORD pUserData, MonoObject* pPosition, bool bWarp );
static bool SetRotation ( DWORD pUserData, MonoObject* pRotation, MonoString* msRotationOrder, bool bNewWay );
static bool SetVelocity ( DWORD pUserData, MonoObject* pVelocity );
static bool SetVisibleTo ( DWORD pUserData, DWORD pTarget, bool bVisible );
static bool SetInterior ( DWORD pUserData, int iInterior );
static bool SetDimension ( DWORD pUserData, int iDimension );
static bool Attach ( DWORD pUserData, DWORD pTarget, MonoObject* pPosition, MonoObject* pRotation );
static bool Detach ( DWORD pUserData, DWORD pTarget );
static bool SetAlpha ( DWORD pUserData, int iAlpha );
static bool SetDoubleSided ( DWORD pUserData, bool bDoubleSided );
static bool SetHealth ( DWORD pUserData, float fHealth );
static bool SetModel ( DWORD pUserData, int iModel );
static bool SetAttachedOffsets ( DWORD pUserData, MonoObject* pPosition, MonoObject* pRotation );
static bool SetSyncer ( DWORD pUserData, DWORD pPlayer );
static bool SetCollisionsEnabled ( DWORD pUserData, bool bEnabled );
static bool SetFrozen ( DWORD pUserData, bool bFrozen );
static bool SetLowLod ( DWORD pUserData, bool bEnabled );
}; };
class Vehicle class Vehicle
{ {
public: public:
static unsigned int Create ( int model, MonoObject* position, MonoObject* rotation, MonoString* numberplate, bool direction = false, int variant1 = 255, int variant2 = 255 ); static DWORD Create ( int model, MonoObject* position, MonoObject* rotation, MonoString* numberplate, bool direction = false, int variant1 = 255, int variant2 = 255 );
}; };
}; };

75
mta-mono/src/CResource.cpp
View File

@ -134,3 +134,78 @@ CMonoClass* CResource::GetClassFromName( const char* szNamespace, const char* sz
return NULL; return NULL;
} }
CMonoObject* CResource::NewObject( const char* szNamespace, const char* szName )
{
CMonoClass* pClass = this->GetClassFromName( szNamespace, szName );
if( pClass )
{
CMonoObject* pObject = pClass->New( mono_domain_get() );
if( pObject )
{
return pObject;
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of '%s::%s'\n", __FILE__, __LINE__, szNamespace, szName );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class '%s::%s' not found\n", __FILE__, __LINE__, szNamespace, szName );
}
return NULL;
}
CMonoObject* CResource::NewObject( const char* szNamespace, const char* szName, Vector3& vecVector )
{
CMonoClass* pClass = this->GetClassFromName( szNamespace, szName );
if( pClass )
{
CMonoObject* pObject = pClass->New( mono_domain_get(), vecVector );
if( pObject )
{
return pObject;
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of '%s::%s'\n", __FILE__, __LINE__, szNamespace, szName );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class '%s::%s' not found\n", __FILE__, __LINE__, szNamespace, szName );
}
return NULL;
}
CMonoObject* CResource::NewObject( const char* szNamespace, const char* szName, void** args, int argc )
{
CMonoClass* pClass = this->GetClassFromName( szNamespace, szName );
if( pClass )
{
CMonoObject* pObject = pClass->New( mono_domain_get(), args, argc );
if( pObject )
{
return pObject;
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: failed to create instance of '%s::%s'\n", __FILE__, __LINE__, szNamespace, szName );
}
}
else
{
g_pModuleManager->ErrorPrintf( "%s:%d: class '%s::%s' not found\n", __FILE__, __LINE__, szNamespace, szName );
}
return NULL;
}

14
mta-mono/src/CResource.h
View File

@ -44,6 +44,20 @@ public:
CMonoClass* GetClassFromName( const char* szNamespace, const char* szName ); CMonoClass* GetClassFromName( const char* szNamespace, const char* szName );
CMonoObject* NewObject( const char* szNamespace, const char* szName );
CMonoObject* NewObject( const char* szNamespace, const char* szName, Vector3& vecVector );
CMonoObject* NewObject( const char* szNamespace, const char* szName, void** args, int argc );
MonoString* NewString( const char* szText )
{
return mono_string_new( this->m_pMonoDomain, szText );
}
MonoString* NewString( string strText )
{
return mono_string_new( this->m_pMonoDomain, strText.c_str() );
}
string GetName ( void ) { return this->m_sName; } string GetName ( void ) { return this->m_sName; }
lua_State *GetLua ( void ) { return this->m_pLuaVM; } lua_State *GetLua ( void ) { return this->m_pLuaVM; }
}; };