int lua_texture::_set_filter_mode(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_filter_mode", pLua);
mFunc.add(0, "filter mode", lua::TYPE_STRING);
if (mFunc.check())
{
std::string sFilter = mFunc.get(0)->get_string();
filter mFilter;
if (sFilter == "NONE")
mFilter = FILTER_NONE;
else if (sFilter == "LINEAR")
mFilter = FILTER_LINEAR;
else
{
gui::out << gui::warning << mFunc.get_name() << " : "
<< "Unknown filtering mode : \""+sFilter+"\"." << std::endl;
return mFunc.on_return();
}
pTextureParent_->set_filter_mode(mFilter);
}
return mFunc.on_return();
}
int lua_texture::_set_texture(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_texture", pLua);
mFunc.add(0, "texture", lua::TYPE_STRING);
mFunc.new_param_set();
mFunc.add(0, "red", lua::TYPE_NUMBER);
mFunc.add(1, "green", lua::TYPE_NUMBER);
mFunc.add(2, "blue", lua::TYPE_NUMBER);
mFunc.add(3, "alpha", lua::TYPE_NUMBER, true);
mFunc.new_param_set();
mFunc.add(0, "color", lua::TYPE_STRING);
if (mFunc.check())
{
if (mFunc.get_param_set_rank() == 0)
{
std::string sTexture = mFunc.get(0)->get_string();
if (!sTexture.empty() && sTexture[0] == '#')
{
// #RRGGBBAA color
pTextureParent_->set_color(color(sTexture));
}
else
{
// texture name
pTextureParent_->set_texture(
pTextureParent_->get_manager()->parse_file_name(sTexture)
);
}
}
else
{
// texture color
color mColor;
if (mFunc.is_provided(3))
{
mColor = color(
mFunc.get(0)->get_number(),
mFunc.get(1)->get_number(),
mFunc.get(2)->get_number(),
mFunc.get(3)->get_number()
);
}
else
{
mColor = color(
mFunc.get(0)->get_number(),
mFunc.get(1)->get_number(),
mFunc.get(2)->get_number()
);
}
pTextureParent_->set_color(mColor);
}
}
return mFunc.on_return();
}
int lua_texture::_set_blend_mode(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_blend_mode", pLua);
mFunc.add(0, "blend mode", lua::TYPE_STRING);
if (mFunc.check())
{
std::string sBlend = mFunc.get(0)->get_string();
texture::blend_mode mBlend;
if (sBlend == "NONE")
mBlend = texture::BLEND_NONE;
else if (sBlend == "BLEND")
mBlend = texture::BLEND_BLEND;
else if (sBlend == "KEY")
mBlend = texture::BLEND_KEY;
else if (sBlend == "ADD")
mBlend = texture::BLEND_ADD;
else if (sBlend == "MOD")
mBlend = texture::BLEND_MOD;
else
{
gui::out << gui::warning << mFunc.get_name() << " : "
<< "Unknown blending mode : \""+sBlend+"\"." << std::endl;
return mFunc.on_return();
}
pTextureParent_->set_blend_mode(mBlend);
}
return mFunc.on_return();
}
int main(void)
{
/* int a = 3, b = 5, c = 10; */
int a,b,c;
char e;
t_ordering mFunc;
readInts(&a,&b,&c,&e );
/*
printf("\nInitially: a = %d, b = %d, c = %d",a, b, c);
ascending3( &a , &b, &c);
printf("\nAfter running ascending: a = %d, b = %d, c = %d", a, b, c);
descending3( &a, &b, &c);
*/
mFunc = order(e);
mFunc(&a, &b, &c);
printf("\nAfter running ascending3: a = %d, b = %d, c = %d\n", a, b, c);
return 0;
}
int lua_texture::_set_gradient(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_gradient", pLua);
mFunc.add(0, "orientation", lua::TYPE_STRING);
mFunc.add(1, "min red", lua::TYPE_NUMBER);
mFunc.add(2, "min green", lua::TYPE_NUMBER);
mFunc.add(3, "min blue", lua::TYPE_NUMBER);
mFunc.add(4, "max red", lua::TYPE_NUMBER);
mFunc.add(5, "max green", lua::TYPE_NUMBER);
mFunc.add(6, "max blue", lua::TYPE_NUMBER);
mFunc.new_param_set();
mFunc.add(0, "min color", lua::TYPE_STRING);
mFunc.add(1, "max color", lua::TYPE_STRING);
if (mFunc.check())
{
std::string sOrientation = mFunc.get(0)->get_string();
gradient::orientation mOrientation;
if (sOrientation == "HORIZONTAL")
mOrientation = gradient::HORIZONTAL;
else if (sOrientation == "VERTICAL")
mOrientation = gradient::VERTICAL;
else
{
gui::out << gui::warning << mFunc.get_name() << " : "
"Unknown gradient orientation : \""+sOrientation+"\"." << std::endl;
return mFunc.on_return();
}
if (mFunc.get_param_set_rank() == 0)
{
pTextureParent_->set_gradient(gradient(
mOrientation,
color(
mFunc.get(1)->get_number(),
mFunc.get(2)->get_number(),
mFunc.get(3)->get_number()
),
color(
mFunc.get(4)->get_number(),
mFunc.get(5)->get_number(),
mFunc.get(6)->get_number()
)
));
}
else
{
pTextureParent_->set_gradient(gradient(
mOrientation,
color(mFunc.get(0)->get_string()),
color(mFunc.get(1)->get_string())
));
}
}
return mFunc.on_return();
}
void
ChildAsyncCall::Run()
{
RemoveFromAsyncList();
if (mFunc)
mFunc(mData);
}
void forArgs(tFunc && mFunc, tArgs&&... mArgs)
{
return (void) std::initializer_list<int>
{
(
mFunc(std::forward<tArgs>(mArgs)), 0
)...
};
}
int lua_texture::_is_desaturated(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:is_desaturated", pLua, 1);
mFunc.push(pTextureParent_->is_desaturated());
return mFunc.on_return();
}
template<typename T> void trySendFunc(T mFunc)
{
if(!canSendPacket()) { lo("hg::Online::trySendFunc") << "Can't send data to server: not connected / not logged in\n"; return; }
HG_LO_VERBOSE("hg::Online::trySendFunc") << "Sending data to server...\n";
currentGtm->start([mFunc]
{
if(!canSendPacket()) { lo("hg::Online::trySendFunc") << "Client not connected - aborting\n"; return; }
mFunc();
});
}
int lua_texture::_get_texture(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:get_texture", pLua, 1);
mFunc.push(pTextureParent_->get_texture());
return mFunc.on_return();
}
int lua_texture::_set_tex_coord_modifies_rect(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_tex_coord_modifies_rect", pLua);
mFunc.add(0, "does set_tex_coord modifies size", lua::TYPE_BOOLEAN);
if (mFunc.check())
pTextureParent_->set_tex_coord_modifies_rect(mFunc.get(0)->get_bool());
return mFunc.on_return();
}
int lua_texture::_get_tex_coord(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:get_tex_coord", pLua, 8);
const std::array<float,8>& lCoords = pTextureParent_->get_tex_coord();
for (uint i = 0; i < 8; ++i)
mFunc.push(lCoords[i]);
return mFunc.on_return();
}
int lua_texture::_set_desaturated(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_desaturated", pLua, 1);
mFunc.add(0, "is desaturated", lua::TYPE_BOOLEAN);
if (mFunc.check())
pTextureParent_->set_desaturated(mFunc.get(0)->get_bool());
mFunc.push(true);
return mFunc.on_return();
}
int lua_texture::_get_vertex_color(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:get_vertex_color", pLua, 4);
color mColor = pTextureParent_->get_vertex_color();
mFunc.push(mColor.r);
mFunc.push(mColor.g);
mFunc.push(mColor.b);
mFunc.push(mColor.a);
return mFunc.on_return();
}
void Context::postProcessScheduledEvents()
{
for( auto eventIt = mScheduledEvents.begin(); eventIt != mScheduledEvents.end(); /* */ ) {
if( eventIt->mFinished ) {
if( ! eventIt->mEnable )
eventIt->mFunc();
// reset process frame range
auto &range = eventIt->mNode->mProcessFramesRange;
range.first = 0;
range.second = getFramesPerBlock();
eventIt = mScheduledEvents.erase( eventIt );
}
else
++eventIt;
}
}
int lua_texture::_set_vertex_color(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_vertex_color", pLua);
mFunc.add(0, "red", lua::TYPE_NUMBER);
mFunc.add(1, "green", lua::TYPE_NUMBER);
mFunc.add(2, "blue", lua::TYPE_NUMBER);
mFunc.add(3, "alpha", lua::TYPE_NUMBER, true);
mFunc.new_param_set();
mFunc.add(0, "color", lua::TYPE_STRING);
if (mFunc.check())
{
color mColor;
if (mFunc.get_param_set_rank() == 0)
{
if (mFunc.is_provided(3))
{
mColor = color(
mFunc.get(0)->get_number(),
mFunc.get(1)->get_number(),
mFunc.get(2)->get_number(),
mFunc.get(3)->get_number()
);
}
else
{
mColor = color(
mFunc.get(0)->get_number(),
mFunc.get(1)->get_number(),
mFunc.get(2)->get_number()
);
}
}
else
mColor = color(mFunc.get(0)->get_string());
pTextureParent_->set_vertex_color(mColor);
}
return mFunc.on_return();
}
int lua_texture::_set_tex_coord(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:set_tex_coord", pLua);
mFunc.add(0, "left", lua::TYPE_NUMBER);
mFunc.add(1, "top", lua::TYPE_NUMBER);
mFunc.add(2, "right", lua::TYPE_NUMBER);
mFunc.add(3, "bottom", lua::TYPE_NUMBER);
mFunc.new_param_set();
mFunc.add(0, "top-left X", lua::TYPE_NUMBER);
mFunc.add(1, "top-left Y", lua::TYPE_NUMBER);
mFunc.add(2, "top-right X", lua::TYPE_NUMBER);
mFunc.add(3, "top-right Y", lua::TYPE_NUMBER);
mFunc.add(4, "bottom-right X", lua::TYPE_NUMBER);
mFunc.add(5, "bottom-right Y", lua::TYPE_NUMBER);
mFunc.add(6, "bottom-left X", lua::TYPE_NUMBER);
mFunc.add(7, "bottom-left Y", lua::TYPE_NUMBER);
if (mFunc.check())
{
if (mFunc.get_param_set_rank() == 0)
{
// Only 4 coordinates provided
std::array<float,4> mRect;
for (uint i = 0; i < 4; ++i)
mRect[i] = mFunc.get(i)->get_number();
pTextureParent_->set_tex_coord(mRect);
}
else
{
// Or 8
std::array<float,4> mCoords;
for (uint i = 0; i < 8; ++i)
mCoords[i] = mFunc.get(i)->get_number();
pTextureParent_->set_tex_coord(mCoords);
}
}
return mFunc.on_return();
}
// execute a test, wrapped in a try block
void Test :: Execute( class TestSuite * s ) {
mExMsg = "";
try {
mFunc( s );
}
catch( const std::exception & e ) {
mExMsg = "Exception of type std::exception: "
+ std::string(e.what());
}
catch( const std::string & e ) {
mExMsg = "Exception of type std::string: " + e;
}
catch( const char * e ) {
mExMsg = "Exception of type const char*: " + std::string(e);
}
catch( ... ) {
mExMsg = "Exception of unknown type";
}
}
void Context::postProcessScheduledEvents()
{
for( auto eventIt = mScheduledEvents.begin(); eventIt != mScheduledEvents.end(); /* */ ) {
if( eventIt->mProcessingEvent ) {
if( ! eventIt->mCallFuncBeforeProcess )
eventIt->mFunc();
// reset process frame range to an entire block
auto &range = eventIt->mNode->mProcessFramesRange;
range.first = 0;
range.second = getFramesPerBlock();
eventIt->mNode->mEventScheduled = false;
eventIt = mScheduledEvents.erase( eventIt );
}
else
++eventIt;
}
}
int lua_texture::_get_filter_mode(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:get_filter_mode", pLua, 1);
filter mFilter = pTextureParent_->get_filter_mode();
std::string sFilter;
switch (mFilter)
{
case FILTER_NONE : sFilter = "NONE"; break;
case FILTER_LINEAR : sFilter = "LINEAR"; break;
}
mFunc.push(sFilter);
return mFunc.on_return();
}
int CallCommand :: CallOnFields( CSVRow & row, char * buffer ) {
string fields;
int fc = 0;
for ( unsigned int i = 0; i < row.size(); i++ ) {
if ( mFields.size() == 0 || ALib::Contains( mFields, i ) ) {
fields += row[i];
fields += '\0';
fc++;
}
}
int ofc = 0;
int rv = mFunc( fc, fields.c_str(), &ofc, buffer, mOutBufSize );
if ( rv == 0 ) {
int pos = 0;
while( ofc-- ) {
string field = ExtractField( buffer, pos );
pos++;
row.push_back( field );
}
}
return rv;
}
int lua_texture::_get_blend_mode(lua_State* pLua)
{
if (!check_parent_())
return 0;
lua::function mFunc("Texture:get_blend_mode", pLua, 1);
texture::blend_mode mBlend = pTextureParent_->get_blend_mode();
std::string sBlend;
switch (mBlend)
{
case texture::BLEND_NONE : sBlend = "NONE"; break;
case texture::BLEND_BLEND : sBlend = "BLEND"; break;
case texture::BLEND_KEY : sBlend = "KEY"; break;
case texture::BLEND_ADD : sBlend = "ADD"; break;
case texture::BLEND_MOD : sBlend = "MOD"; break;
}
mFunc.push(sBlend);
return mFunc.on_return();
}
void
execOnce ()
{
mFunc ();
}
GeneratorIterator &operator++() {
mCurrentVal = mFunc();
return *this;
}
void
GeckoThread::run()
{
Q_EMIT symbolsLoadingFinished(mFunc(mExecPath));
}
void EventItem::RunFunction(){
mFunc(mData);
}
nsresult
ProfileSaveEvent::AddSubProfile(const char* aProfile) {
mFunc(aProfile, mClosure);
return NS_OK;
}
bool operator()(const T &inA, const T &inB)
{ return mFunc(inA, inB)->__ToInt() < 0; }