bool Channel::_UpdateStringInDB(const std::string& colName, const std::string& colValue) const
{
// Prevent SQL-injection
std::string _name(m_name);
std::string _colValue(colValue);
CharacterDatabase.EscapeString(_colValue);
CharacterDatabase.EscapeString(_name);
return CharacterDatabase.PExecute("UPDATE channels SET %s = '%s' WHERE m_name = '%s' AND m_team = '%u'",
colName.c_str(), _colValue.c_str(), _name.c_str(), m_Team);
}
//simplification
void Context::simplify (bool create)
{
logger.debug() << "simplifying definitions" |0;
Logging::IndentBlock block;
m_simple.clear();
m_names.clear();
for (def_iter i=def_begin(); i!=def_end(); ++i) {
_name(i->first, i->second);
}
}
static Imlib_Image
imlib2_load_image (url u) {
url name= resolve (u);
if (is_none (name))
name= resolve ("$TEXMACS_PIXMAP_PATH/TeXmacs-gnu.xpm");
Imlib_Image image;
{
c_string _name (as_string (name));
image = IMLIB2_load_image (_name);
}
return image;
}
bool Context::operator() (VarHdl name, ExprHdl meaning)
{
//prevent multiple definition
if (m_defs.find(&*name) != m_defs.end()) {
logger.error() << name << " is already defined" |0;
return false;
}
_define(name,meaning);
_name(name,meaning);
return true;
}
BOOL CTag_Ape::SetComment(const char *name,const char *value)
{
m_bHasApetag = TRUE;
m_comments.erase(name);
if(strlen(value) == 0)
{
return TRUE; // 空はセットしない
}
CString _name(name);
// _name.MakeUpper();
m_comments.insert(pair<CString,CString>(_name,CString(value)));
return TRUE;
}
char* _std _splitfname(const char *fname, char *dir, char *name) {
if (!fname || !name&&!dir) return 0;
spstr _dir, _name;
splitfname(fname, _dir, _name);
if (dir) {
strncpy(dir, _dir(), _MAX_PATH);
dir[_MAX_PATH-1] = 0;
}
if (name) {
strncpy(name, _name(), _MAX_PATH);
name[_MAX_PATH-1] = 0;
return name;
} else
return dir;
}
bool BundleCompiler::compile(const char* type, const char* name, const char* platform)
{
StringId64 _type(type);
StringId64 _name(name);
TempAllocator512 alloc;
DynamicString path(alloc);
TempAllocator512 alloc2;
DynamicString src_path(alloc2);
src_path += name;
src_path += ".";
src_path += type;
char res_name[1 + 2*StringId64::STRING_LENGTH];
_type.to_string(res_name);
res_name[16] = '-';
_name.to_string(res_name + 17);
path::join(CROWN_DATA_DIRECTORY, res_name, path);
CE_LOGI("%s <= %s.%s", res_name, name, type);
bool success = true;
jmp_buf buf;
Buffer output(default_allocator());
array::reserve(output, 4*1024*1024);
if (!setjmp(buf))
{
CompileOptions opts(_source_fs, output, platform, &buf);
compile(_type, src_path.c_str(), opts);
File* outf = _bundle_fs.open(path.c_str(), FileOpenMode::WRITE);
u32 size = array::size(output);
u32 written = outf->write(array::begin(output), size);
_bundle_fs.close(*outf);
success = size == written;
}
else
{
success = false;
}
return success;
}
void
Test::seedStocks(vector<O_Stock>& stocks)
{
string testDB("graham_test");
cout << "\n Switching to TEST DB--------------------" << endl;
if (DBFace::instance()->switchDB( testDB ) )
cout << "Switch to TEST db succeccful" << endl;
// Ensure we switched to test DB
bool rok(false);
rok = db_setup();
if(!rok)
{
LOG_ERROR << "Something wrong with TEST(probably with TEST DB setup)."
<< "EXITING";
cout << "An error uccored. exiting";
exit(-1);
}
T_Stock ts;
for(auto it = stocks.begin(); it != stocks.end();++it)
{
if ( ts.select( ts._ticker() == it->_ticker()).empty() )
{
O_Stock stock;
stock._ticker() = it->_ticker();
stock._cik() = it->_cik();
stock._fiscal_year_end() = it->_fiscal_year_end();
stock._country() = it->_country();
stock._listed() = it->_listed();
stock._company_type() = it->_company_type();
stock._name() = it->_name();
stock.insert();
LOG_INFO << "Seeded " <<stock._ticker() << " to TEST DB\n";
cout << "Seeded " <<stock._ticker() << " to TEST DB\n";
}else{
LOG_INFO <<it->_ticker() << "Already in TEST DB\n";
O_Stock stock = ts.select( ts._ticker() == it->_ticker()).front();
stock._country() = it->_country();
stock._listed() = it->_listed();
stock._company_type() = it->_company_type();
stock.update();
cout <<it->_ticker() << "Already in TEST DB - UPDATED"<<endl;
}
}
}
void TiXmlElement::SetAttribute(const char * cname, const char * cvalue) {
TIXML_STRING _name(cname);
TIXML_STRING _value(cvalue);
TiXmlAttribute* node = attributeSet.Find(_name);
if (node) {
node->SetValue(_value);
return;
}
TiXmlAttribute* attrib = new TiXmlAttribute(cname, cvalue);
if (attrib) {
attributeSet.Add(attrib);
} else {
TiXmlDocument* document = GetDocument();
if (document) document->SetError(TIXML_ERROR_OUT_OF_MEMORY, 0, 0, TIXML_ENCODING_UNKNOWN);
}
}
void init_city_roles()
{
for (int i = 0; i < CITY_ROLE_MAX; i++) {
City_role_data[i] = new City_role_datum;
}
int cur_id = 0;
_role(CITY_ROLE_NULL);
_name("none");
_food_percentage(100);
_role(CITY_ROLE_FARMING);
_name("farming");
_skill(SKILL_FARMING, 3);
_food_percentage(125);
_role(CITY_ROLE_HUNTING);
_name("hunting");
_skill(SKILL_HUNTING, 2); // We're forgiving!
_food_percentage(120);
_role(CITY_ROLE_LIVESTOCK);
_name("livestock");
_skill(SKILL_LIVESTOCK, 3);
_food_percentage(120);
_role(CITY_ROLE_MINING);
_name("mining");
_skill(SKILL_MINING, 3);
_resource_export(RES_STONE);
_mineral_export(MINERAL_TIN);
_mineral_export(MINERAL_COPPER);
_mineral_export(MINERAL_IRON);
_mineral_export(MINERAL_COAL);
_role(CITY_ROLE_LOGGING);
_name("logging");
_skill(SKILL_FORESTRY, 2);
_resource_export(RES_WOOD);
}
void VarDeclaration::codegen(Ir* p)
{
Logger::print("VarDeclaration::codegen(): %s | %s\n", toChars(), type->toChars());
LOG_SCOPE;
if (type->ty == Terror)
{ error("had semantic errors when compiling");
return;
}
// just forward aliases
if (aliassym)
{
Logger::println("alias sym");
toAlias()->codegen(p);
return;
}
// output the parent aggregate first
if (AggregateDeclaration* ad = isMember())
ad->codegen(p);
// global variable
// taken from dmd2/structs
if (isDataseg() || (storage_class & (STCconst | STCimmutable) && init))
{
Logger::println("data segment");
#if 0 // TODO:
assert(!(storage_class & STCmanifest) &&
"manifest constant being codegen'd!");
#endif
// don't duplicate work
if (this->ir.resolved) return;
this->ir.resolved = true;
this->ir.declared = true;
this->ir.irGlobal = new IrGlobal(this);
Logger::println("parent: %s (%s)", parent->toChars(), parent->kind());
// not sure why this is only needed for d2
bool _isconst = isConst() && init;
Logger::println("Creating global variable");
assert(!ir.initialized);
ir.initialized = gIR->dmodule;
std::string _name(mangle());
LLType *_type = DtoConstInitializerType(type, init);
// create the global variable
#if LDC_LLVM_VER >= 302
// FIXME: clang uses a command line option for the thread model
LLGlobalVariable* gvar = new LLGlobalVariable(*gIR->module, _type, _isconst,
DtoLinkage(this), NULL, _name, 0,
isThreadlocal() ? LLGlobalVariable::GeneralDynamicTLSModel
: LLGlobalVariable::NotThreadLocal);
#else
LLGlobalVariable* gvar = new LLGlobalVariable(*gIR->module, _type, _isconst,
DtoLinkage(this), NULL, _name, 0, isThreadlocal());
#endif
this->ir.irGlobal->value = gvar;
// Set the alignment (it is important not to use type->alignsize because
// VarDeclarations can have an align() attribute independent of the type
// as well).
if (alignment != STRUCTALIGN_DEFAULT)
gvar->setAlignment(alignment);
if (Logger::enabled())
Logger::cout() << *gvar << '\n';
// if this global is used from a nested function, this is necessary or
// optimization could potentially remove the global (if it's the only use)
if (nakedUse)
gIR->usedArray.push_back(DtoBitCast(gvar, getVoidPtrType()));
// assign the initializer
if (!(storage_class & STCextern) && mustDefineSymbol(this))
{
if (Logger::enabled())
{
Logger::println("setting initializer");
Logger::cout() << "global: " << *gvar << '\n';
#if 0
Logger::cout() << "init: " << *initVal << '\n';
#endif
}
// build the initializer
LLConstant *initVal = DtoConstInitializer(loc, type, init);
// set the initializer
assert(!ir.irGlobal->constInit);
ir.irGlobal->constInit = initVal;
gvar->setInitializer(initVal);
// do debug info
DtoDwarfGlobalVariable(gvar, this);
}
}
}
Channel::Channel(const std::string& name, uint32 channel_id, uint32 Team)
: m_name(name), m_announce(true), m_moderate(false), m_channelId(channel_id), m_ownerGUID(0), m_password(""), m_flags(0), m_Team(Team)
{
// set special flags if built-in channel
ChatChannelsEntry const* ch = GetChannelEntryFor(channel_id);
if (ch) // it's built-in channel
{
channel_id = ch->ChannelID; // built-in channel
m_announce = false; // no join/leave announces
m_flags |= CHANNEL_FLAG_GENERAL; // for all built-in channels
if (ch->flags & CHANNEL_DBC_FLAG_TRADE) // for trade channel
m_flags |= CHANNEL_FLAG_TRADE;
if (ch->flags & CHANNEL_DBC_FLAG_CITY_ONLY2) // for city only channels
m_flags |= CHANNEL_FLAG_CITY;
if (ch->flags & CHANNEL_DBC_FLAG_LFG) // for LFG channel
m_flags |= CHANNEL_FLAG_LFG;
else // for all other channels
m_flags |= CHANNEL_FLAG_NOT_LFG;
m_IsSaved = false;
}
else // it's custom channel
{
m_flags |= CHANNEL_FLAG_CUSTOM;
//load not built in channel if saved
std::string _name(name);
CharacterDatabase.escape_string(_name);
QueryResult_AutoPtr result = CharacterDatabase.PQuery("SELECT m_announce, m_moderate, m_public, m_password, BannedList FROM channels WHERE m_name = '%s' AND m_team = '%u'", _name.c_str(), m_Team);
if (result)//load
{
Field *fields = result->Fetch();
m_announce = fields[0].GetBool();
m_moderate = fields[1].GetBool();
m_public = fields[2].GetBool();
m_password = fields[3].GetString();
const char* db_BannedList = fields[4].GetString();
m_IsSaved = true;
if (db_BannedList)
{
Tokens tokens = StrSplit(db_BannedList, " ");
Tokens::iterator iter;
for (iter = tokens.begin(); iter != tokens.end(); ++iter)
{
uint64 banned_guid = atol((*iter).c_str());
if (banned_guid)
{
sLog.outDebug("Channel(%s) loaded banned guid: %u",name.c_str(), banned_guid);
banned.insert(banned_guid);
}
}
}
}
else // save
{
// _name is already escaped at this point.
if (CharacterDatabase.PExecute("INSERT INTO channels (m_name, m_team, m_announce, m_moderate, m_public, m_password) "
"VALUES ('%s', '%u', '1', '0', '1', '')", _name.c_str(), m_Team))
{
sLog.outDebug("New Channel(%s) saved", name.c_str());
m_IsSaved = true;
}
}
}
}
void init_building_data()
{
for (int i = 0; i < BUILD_MAX; i++) {
Building_data[i] = new Building_datum;
Building_data[i]->uid = i;
}
int cur_id;
_build(BUILD_PARK);
_name("park");
_cost(RES_GOLD, 300);
_build_time(3);
_destroy_cost(20);
_upkeep(4);
_base_morale(3);
_description("\
A park is a well-groomed area of nature, with carefully designed paths and \
seating areas.\
");
_build(BUILD_PLAZA);
_name("plaza");
_cost(RES_GOLD, 500);
_cost(RES_STONE, 500);
_build_time(5);
_destroy_cost(150);
_upkeep(4);
_base_morale(1);
_description("\
A plaza is an urban area that combines the pleasant environment and seating \
and strolling areas of a <link=park>park</link>, with the \
<link=building>business</link> space of a <link=marketplace>marketplace</link>.\
");
_build(BUILD_MARKETPLACE);
_name("marketplace");
_cost(RES_GOLD, 800);
_cost(RES_STONE, 1500);
_build_time(7);
_destroy_cost(350);
_upkeep(2);
_description("\
A marketplace is an area designed purely for business, with lots of space for \
<link=building>buildings</link> of various natures.\
");
_build(BUILD_HOVEL);
_name("hovels");
_plural();
_cost(RES_GOLD, 300);
_cost(RES_WOOD, 300);
_build_time(3);
_destroy_cost(250);
_upkeep(5);
_housing(CIT_PEASANT, 100);
_description("\
Hovels are simple homes, sacrificing comfort and style to be a purely \
utilitarian living space for <link=peasants>peasants</link>.\
");
_build(BUILD_HOUSE);
_name("houses");
_plural();
_cost(RES_GOLD, 800);
_cost(RES_WOOD, 500);
_build_time(10);
_destroy_cost(600);
_upkeep(10);
_housing(CIT_MERCHANT, 100);
_description("\
Houses are respectable homes with a moderate degree of comfort, suitable for \
the <link=merchants>middle classes</link>.\
");
_build(BUILD_MANOR);
_name("manor");
_cost(RES_GOLD, 1200);
_cost(RES_WOOD, 500);
_cost(RES_STONE, 1000);
_build_time(30);
_destroy_cost(1250);
_upkeep(20);
_housing(CIT_BURGHER, 50);
_description("\
A manor is a large, well-furnished home. Its high degree of comfort and low-\
density quarters are ideal for the <link=burghers>upper class</link>.\
");
_build(BUILD_KEEP);
_name("keep");
_cost(RES_GOLD, 3000);
_cost(RES_STONE, 4000);
_build_time(90);
_destroy_cost(2500);
_upkeep(30);
_housing(CIT_BURGHER, 5);
_housing(CIT_MERCHANT, 50);
_housing(CIT_PEASANT, 100);
_description("\
A keep is the center of any city. It provides a home for the \
<link=nobles>nobility</link> as well as space for some <link=citizens>citizens\
</link>. It also has space to support several <link=building>businesses\
</link>.\
");
_build(BUILD_FARM);
_name("farm");
_cost(RES_GOLD, 250);
_build_time(1);
_destroy_cost(50);
_upkeep(1);
_jobs(CIT_PEASANT, 15);
_wages(1);
_produces(RES_FARMING, 1);
_description("\
A farm is a tilled piece of land designed for growing <link=crop>crops</link>.\
");
_build(BUILD_HUNTING_CAMP);
_name("hunting camp");
_cost(RES_GOLD, 200);
_build_time(1);
_destroy_cost(100);
_upkeep(3);
_jobs(CIT_PEASANT, 10);
_wages(1);
_produces(RES_HUNTING, 1);
_description("\
A hunting camp is a base of operations for <link=hunting>hunters</link>, \
allowing them to catch <link=animals>game</link> in the land upon which it is \
built.\
");
_build(BUILD_MINE);
_name("mine");
_cost(RES_GOLD, 500);
_cost(RES_WOOD, 400);
_build_time(10);
_destroy_cost(1500);
_upkeep(8);
_jobs(CIT_PEASANT, 8);
_wages(2);
_produces(RES_MINING, 5);
_description("\
A mine is set of several shafts dug into the land, allowing <link=mining>miners\
</link> to pull <link=minerals>minerals</link> from the ground.\
");
_build(BUILD_SAWMILL);
_name("sawmill");
_forbidden(RACE_ELF);
_cost(RES_GOLD, 200);
_cost(RES_STONE, 350);
_build_time(5);
_destroy_cost(350);
_upkeep(3);
_jobs(CIT_PEASANT, 6);
_wages(1);
_produces(RES_LOGGING, 5);
_description("\
A sawmill is a site for the processing of <link=logging>logging</link> \
operations. It should be built on a <link=city map tile>map tile</link> that \
has <link=trees>trees</link> growing on it; it will remove the trees and turn \
them into <link=wood>wood</link> for use. Once the trees are cleared, the \
sawmill will automatically close.\
");
_build(BUILD_PASTURE);
_name("pasture");
_cost(RES_GOLD, 100);
_cost(RES_WOOD, 100);
_build_time(1);
_destroy_cost(20);
_upkeep(1);
_livestock(500);
_description("\
A pasture is a fenced-in area used for keeping <link=livestock>livestock\
</link>. The terrain it is built upon does not matter.\
");
_build(BUILD_BARRACKS);
_name("barracks");
_plural();
_cost(RES_GOLD, 800);
_cost(RES_WOOD, 650);
_build_time(14);
_destroy_cost(800);
_upkeep(15);
_military(50);
_description("\
Barracks are a space for the housing and training of <link=army>military units\
</link>.\
");
_build(BUILD_MASONRY);
_category(BUILDCAT_MANUFACTURING);
_name("masonry");
_cost(RES_GOLD, 250);
_cost(RES_WOOD, 600);
_build_time(5);
_upkeep(3);
_jobs(CIT_PEASANT, 3);
_wages(1);
_recipe(RES_STONE, 1);
_units_per_day(3);
_max_deficit(0);
_uses_mineral(MINERAL_STONE, 1);
_description("\
A masonry is a <link=building>building</link> where uncut <link=stone>stone\
</link> is cut into useful blocks.\
");
_build(BUILD_SMELTERY);
_category(BUILDCAT_MANUFACTURING);
_name("smeltery");
_cost(RES_GOLD, 500);
_cost(RES_STONE, 1000);
_build_time(6);
_unlock(CITY_ACHIEVE_ORES, 0, 0);
_jobs(CIT_PEASANT, 10);
_wages(2);
_recipe(RES_TIN, 1);
_recipe_name("Smelt tin (burn wood)");
_units_per_day(1);
_max_deficit(0);
_uses_mineral(MINERAL_TIN, 1);
_uses_resource(RES_WOOD, 3);
_recipe(RES_TIN, 3);
_recipe_name("Smelt tin (burn coal)");
_units_per_day(3);
_max_deficit(0);
_uses_mineral(MINERAL_TIN, 3);
_uses_mineral(MINERAL_COAL, 1);
_recipe(RES_COPPER, 1);
_recipe_name("Smelt copper (burn wood)");
_units_per_day(1);
_max_deficit(0);
_uses_mineral(MINERAL_COPPER, 1);
_uses_resource(RES_WOOD, 3);
_recipe(RES_COPPER, 3);
_recipe_name("Smelt copper (burn coal)");
_units_per_day(3);
_max_deficit(0);
_uses_mineral(MINERAL_COPPER, 3);
_uses_mineral(MINERAL_COAL, 1);
_recipe(RES_IRON, 1);
_recipe_name("Smelt iron (burn wood)");
_days_per_unit(2);
_max_deficit(0);
_uses_mineral(MINERAL_IRON, 1);
_uses_resource(RES_WOOD, 3);
_recipe(RES_IRON, 3);
_recipe_name("Smelt iron (burn coal)");
_units_per_day(2);
_max_deficit(0);
_uses_mineral(MINERAL_IRON, 3);
_uses_mineral(MINERAL_COAL, 1);
_description("\
A smeltery is a high-temperature furnace used to melt metals out of the \
<link=minerals>ores</link> they naturally appear in. These ores are virtually \
useless before smelting; thus a smeltery is a vital addition to any mining \
operation. It is possible to smelt ores using <link=wood>wood</link> as a \
fuel; however, it is much faster and more efficient to burn <link=coal>coal\
</link> if it is available.\
");
_build(BUILD_MINT);
_category(BUILDCAT_MANUFACTURING);
_name("mint");
_cost(RES_GOLD, 500);
_cost(RES_STONE, 1000);
_cost(RES_IRON, 200);
_build_time(6);
_unlock( CITY_ACHIEVE_POP, CIT_MERCHANT, 1 );
_upkeep(6);
_jobs(CIT_MERCHANT, 3);
_wages(4);
_recipe(RES_GOLD, 1);
_recipe_name("Gold (burn wood)");
_units_per_day(3);
_max_deficit(0);
_uses_mineral(MINERAL_GOLD, 1);
_uses_resource(RES_WOOD, 3);
_recipe(RES_GOLD, 3);
_recipe_name("Gold (burn coal)");
_units_per_day(3);
_max_deficit(0);
_uses_mineral(MINERAL_GOLD, 3);
_uses_mineral(MINERAL_COAL, 1);
_description("\
A mint is a <link=building>building</link> where raw <link=gold>gold</link> \
ore can be forged into spendable coins and bars. Doing so requires a fuel \
source; <link=wood>wood</link> can be used, but <link=coal>coal</link> is more \
tree
sql_exec (url db_name, string cmd) {
if (!sqlite3_initialized)
tm_sqlite3_initialize ();
if (sqlite3_error) {
cout << "TeXmacs] ERROR: SQLite support not properly configured.\n";
return tree (TUPLE);
}
string name= concretize (db_name);
if (!sqlite3_connections->contains (name)) {
c_string _name (name);
sqlite3* db= NULL;
//cout << "Opening " << _name << "\n";
int status= SQLITE3_open (_name, &db);
if (status == SQLITE_OK)
sqlite3_connections (name) = (void*) db;
}
if (!sqlite3_connections->contains (name)) {
cout << "TeXmacs] SQL error: database " << name << " could not be opened\n";
return tree (TUPLE);
}
tree ret (TUPLE);
sqlite3* db= (sqlite3*) sqlite3_connections [name];
c_string _cmd (sql_escape (cmd));
char** tab;
int rows, cols;
char* err;
//cout << "Executing " << _cmd << "\n";
int status= SQLITE3_get_table (db, _cmd, &tab, &rows, &cols, &err);
int attempt= 0;
while (status != SQLITE_OK &&
string (err) == string ("database is locked") &&
attempt < 100) {
usleep (100000);
attempt++;
status= SQLITE3_get_table (db, _cmd, &tab, &rows, &cols, &err);
}
if (status != SQLITE_OK) {
// TODO: improve error handling
cout << "TeXmacs] SQL error\n";
if (err != NULL) cout << "TeXmacs] " << err << "\n";
}
for (int r=0; r<=rows; r++) {
tree row (TUPLE);
//cout << " Row " << r << LF;
for (int c=0; c<cols; c++) {
int i= r*cols + c;
if (tab[i] == NULL) row << tree (TUPLE);
else {
row << tree (scm_quote (sql_unescape (tab[i])));
//cout << " Column " << c << ": " << tab[i] << LF;
}
}
ret << row;
}
SQLITE3_free_table (tab);
//cout << "Return " << ret << "\n";
return ret;
}
struct inode *namepi(char *path, char *name)
{
return _name(path, 1, name);
}
void GpuProgramManager::compileShaders(GpuProgramRefArray p_Refs,
bool p_ForceRecompile,
bool p_UpdateResources)
{
_INTR_LOG_INFO("Loading/Compiling GPU Programs...");
GpuProgramRefArray changedGpuPrograms;
for (uint32_t gpIdx = 0u; gpIdx < p_Refs.size(); ++gpIdx)
{
GpuProgramRef ref = p_Refs[gpIdx];
const _INTR_STRING gpuProgramName =
"gpu_program_" + StringUtil::toString(_name(ref)._hash);
SpirvBuffer& spirvBuffer = _spirvBuffer(ref);
spirvBuffer.clear();
EShLanguage stage = Helper::mapGpuProgramTypeToEshLang(
(GpuProgramType::Enum)_descGpuProgramType(ref));
glslang::TShader shader(stage);
glslang::TProgram program;
const EShMessages messages =
(EShMessages)(EShMsgSpvRules | EShMsgVulkanRules);
const _INTR_STRING& fileName = _descGpuProgramName(ref);
_INTR_STRING filePath = _shaderPath + fileName;
_INTR_FSTREAM inFileStream =
_INTR_FSTREAM(filePath.c_str(), std::ios::in | std::ios::binary);
_INTR_STRING glslString;
uint32_t shaderHash = 0u;
if (inFileStream)
{
_INTR_OSTRINGSTREAM contents;
contents << inFileStream.rdbuf();
inFileStream.close();
glslString = contents.str();
// Add pre processor defines
{
_INTR_ARRAY(_INTR_STRING) preProcessorDefines;
StringUtil::split(_descPreprocessorDefines(ref), ";",
preProcessorDefines);
_INTR_STRING defineStr;
for (uint32_t i = 0u; i < preProcessorDefines.size(); ++i)
{
_INTR_LOG_INFO("Adding preprocessor #define '%s'...",
preProcessorDefines[i].c_str());
defineStr += preProcessorDefines[i] + "\n";
}
StringUtil::replace(glslString, "/* __PREPROCESSOR DEFINES__ */",
defineStr);
}
shaderHash =
Math::hash(glslString.c_str(), sizeof(char) * glslString.length());
if (!p_ForceRecompile)
{
if (isShaderUpToDate(shaderHash, gpuProgramName.c_str()))
{
loadShaderFromCache(gpuProgramName.c_str(), spirvBuffer);
continue;
}
}
}
else
{
_INTR_LOG_WARNING(
"Shader for GPU program '%s' not found, trying to load from cache...",
_descGpuProgramName(ref).c_str());
loadShaderFromCache(gpuProgramName.c_str(), spirvBuffer);
continue;
}
_INTR_LOG_INFO("Compiling GPU program '%s'...",
_descGpuProgramName(ref).c_str());
const char* glslStringChar = glslString.c_str();
shader.setStrings(&glslStringChar, 1);
if (!shader.parse(&_defaultResource, 100, ECoreProfile, false, false,
messages, _includer))
{
_INTR_LOG_WARNING("Parsing of GPU program failed...");
_INTR_LOG_WARNING(shader.getInfoLog());
_INTR_LOG_WARNING(shader.getInfoDebugLog());
// Try to load the previous shader from the cache
loadShaderFromCache(gpuProgramName.c_str(), spirvBuffer);
continue;
}
program.addShader(&shader);
if (!program.link(messages))
{
_INTR_LOG_WARNING("Linking of GPU program failed...");
_INTR_LOG_WARNING(shader.getInfoLog());
_INTR_LOG_WARNING(shader.getInfoDebugLog());
// Try to load the previous shader from the cache
loadShaderFromCache(gpuProgramName.c_str(), spirvBuffer);
continue;
}
_INTR_LOG_WARNING(shader.getInfoLog());
_INTR_LOG_WARNING(shader.getInfoDebugLog());
glslang::GlslangToSpv(*program.getIntermediate(stage), spirvBuffer);
addShaderToCache(shaderHash, gpuProgramName.c_str(), spirvBuffer);
changedGpuPrograms.push_back(ref);
}
// Update all pipelines which reference this GPU program
PipelineRefArray changedPipelines;
for (uint32_t gpIdx = 0u; gpIdx < changedGpuPrograms.size(); ++gpIdx)
{
GpuProgramRef ref = changedGpuPrograms[gpIdx];
for (uint32_t pipIdx = 0u;
pipIdx < Resources::PipelineManager::getActiveResourceCount();
++pipIdx)
{
Resources::PipelineRef pipelineRef =
Resources::PipelineManager::getActiveResourceAtIndex(pipIdx);
if (Resources::PipelineManager::_descVertexProgram(pipelineRef) == ref ||
Resources::PipelineManager::_descFragmentProgram(pipelineRef) ==
ref ||
Resources::PipelineManager::_descGeometryProgram(pipelineRef) ==
ref ||
Resources::PipelineManager::_descComputeProgram(pipelineRef) == ref)
{
changedPipelines.push_back(pipelineRef);
}
}
}
if (p_UpdateResources)
{
PipelineManager::destroyResources(changedPipelines);
GpuProgramManager::destroyResources(changedGpuPrograms);
GpuProgramManager::createResources(changedGpuPrograms);
PipelineManager::createResources(changedPipelines);
}
}
static int _namerev(const void* lhs, const void* rhs)
{
return -_name(lhs, rhs);
}
const char* name(type_index id) const
{
assert(core_types_size+dynamic_types.size()>=id);
return _name(id);
}
