CapNegotiationState::CapNegotiationState(const InitParams &init_params)
: MessageSequenceWithOptionalSetHandler(init_params) {
AddSequencedHandler(make_ptr(new M3Handler(init_params)));
AddSequencedHandler(make_ptr(new M4Handler(init_params)));
AddSequencedHandler(make_ptr(new M5Handler(init_params)));
AddOptionalHandler(make_ptr(new M3Handler(init_params)));
AddOptionalHandler(make_ptr(new M4Handler(init_params)));
}
parse_result parse_write_file (char const * str) {
FILE * fp=fopen(str, "w");
if (fp)
return make_parse_result(make_ptr(fp), last_char(str));
else
return make_parse_result(NULL, str);
}
void main(){
int **t;
int *t1;
int t2;
t = make_ptr();
t1 = *t; // test minimization
set_ptr(t, 10);
validptr(t); //should succeed
return;
}
static void ffi_open_fn(VMState *state, CallInfo *info) {
VM_ASSERT(info->args_len == 1, "wrong arity: expected 1, got %i", info->args_len);
Object *root = state->root;
Object *string_base = state->shared->vcache.string_base;
Object *array_base = state->shared->vcache.array_base;
Object *ffi = AS_OBJ(OBJECT_LOOKUP(root, ffi));
Object *handle_base = AS_OBJ(OBJECT_LOOKUP(ffi, handle));
StringObject *sarg = (StringObject*) obj_instance_of(OBJ_OR_NULL(load_arg(state->frame, INFO_ARGS_PTR(info)[0])), string_base);
VM_ASSERT(sarg, "argument to ffi.open must be string!");
Object *libmap = AS_OBJ(OBJECT_LOOKUP(ffi, library_map));
char *file = sarg->value;
bool file_found = false;
FastKey file_key = prepare_key(file, strlen(file));
Value mapping = object_lookup_p(libmap, &file_key, &file_found);
const char **file_list_ptr = NULL;
int file_list_len = 0;
if (file_found) {
ArrayObject *aobj = (ArrayObject*) obj_instance_of(OBJ_OR_NULL(mapping), array_base);
StringObject *sobj = (StringObject*) obj_instance_of(OBJ_OR_NULL(mapping), string_base);
if (aobj) {
file_list_len = aobj->length;
file_list_ptr = malloc(sizeof(char*) * file_list_len);
for (int i = 0; i < file_list_len; i++) {
StringObject *file = (StringObject*) obj_instance_of(OBJ_OR_NULL(aobj->ptr[i]), string_base);
VM_ASSERT(file, "library_map sub-entries must be string");
file_list_ptr[i] = my_asprintf("%s", file->value); // outside gc, make copy
}
} else if (sobj) {
file_list_len = 1;
file_list_ptr = malloc(sizeof(char*) * 1);
file_list_ptr[0] = my_asprintf("%s", sobj->value);
} else VM_ASSERT(false, "library_map entries must be string or array");
} else {
file_list_len = 1;
file_list_ptr = malloc(sizeof(char*) * 1);
file_list_ptr[0] = file;
}
void *dlptr = my_dlopen(file_list_len, file_list_ptr);
Object *handle_obj = AS_OBJ(make_object(state, handle_base, false));
handle_obj->flags |= OBJ_FROZEN;
OBJECT_SET(state, handle_obj, pointer, make_ptr(state, dlptr));
vm_return(state, info, OBJ2VAL(handle_obj));
}
BasicHashtableEntry* next() const {
return make_ptr(_next);
}
void Resources::readItems() {
ods::Book book{ ":/input.ods" };
if (book.error()) {
qDebug() << "Failed to open ods book with input data";
return;
}
//
// read options
//
{
auto options = book.sheet("Options");
if (!options) {
qDebug() << "Options not found";
}
else {
auto rows = options->rows();
if (!rows) {
qDebug() << "No rows for options";
}
else {
int id_col = -1;
int name_col = -1;
int value_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "value")
value_col = j;
else
qDebug() << "Unexpected option attribute" << *s;
}
}
}
}
else {
auto ok = row->cell(id_col)->value().Ok();
if (ok) {
auto id = (int)(*row->cell(id_col)->value().AsDouble());
auto name = *row->cell(name_col)->value().AsString();
qDebug() << "Read option" << name;
if (name == "global_field_width")
Options::set(OptionType::GlobalFieldWidth, (int)(*row->cell(value_col)->value().AsDouble()));
else if (name == "global_field_height")
Options::set(OptionType::GlobalFieldHeight, (int)(*row->cell(value_col)->value().AsDouble()));
else if (name == "local_field_width")
Options::set(OptionType::LocalFieldWidth, (int)(*row->cell(value_col)->value().AsDouble()));
else if (name == "local_field_height")
Options::set(OptionType::LocalFieldHeight, (int)(*row->cell(value_col)->value().AsDouble()));
else if (name == "cell_size")
Options::set(OptionType::CellSize, (int)(*row->cell(value_col)->value().AsDouble()));
else
qDebug() << "Unexpected option" << name;
}
}
}
}
}
}
//
// Read clothes
//
{
auto clothes = book.sheet("Clothes");
if (!clothes) {
qDebug() << "Clothes not found";
}
else {
auto rows = clothes->rows();
if (!rows) {
qDebug() << "No rows for clothes";
}
else {
int id_col = -1;
int name_col = -1;
int description_col = -1;
int icon_col = -1;
int weight_col = -1;
int technology_col = -1;
int wind_protection_col = -1;
int water_resistance_col = -1;
int radiation_resistance_col = -1;
int heat_absorption_col = -1;
int target_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "description")
description_col = j;
else if (*s == "icon")
icon_col = j;
else if (*s == "weight")
weight_col = j;
else if (*s == "technology")
technology_col = j;
else if (*s == "wind_protection")
wind_protection_col = j;
else if (*s == "water_resistance")
water_resistance_col = j;
else if (*s == "radiation_resistance")
radiation_resistance_col = j;
else if (*s == "heat_absorption")
heat_absorption_col = j;
else if (*s == "target")
target_col = j;
else
qDebug() << "Unexpected clothes attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto v = row->cell(id_col)->value().AsDouble();
auto id = (int)(*v);
auto name = *row->cell(name_col)->value().AsString();
auto description = *row->cell(description_col)->value().AsString();
auto icon = *row->cell(icon_col)->value().AsString();
auto weight = *row->cell(weight_col)->value().AsDouble();
auto technology = (int)(*row->cell(technology_col)->value().AsDouble());
auto wind_protection = *row->cell(wind_protection_col)->value().AsDouble();
auto water_resistance = *row->cell(water_resistance_col)->value().AsDouble();
auto radiation_resistance = *row->cell(radiation_resistance_col)->value().AsDouble();
auto heat_absorption = *row->cell(heat_absorption_col)->value().AsDouble();
auto target = fromString(*row->cell(target_col)->value().AsString());
ClothesClassPtr c = make_ptr(new ClothesClass{});
c->setName(name);
c->setDescription(description);
c->setIcon(icon);
c->setWeight(weight);
c->setTechnologyLevel(technology);
c->setWindProtection(wind_protection);
c->setWaterResistance(water_resistance);
c->setRadiationResistance(radiation_resistance);
c->setHeatRadiationAbsorption(heat_absorption);
c->setTargetBodyPart(target);
m_clothes_cache.push_back(c.get());
m_items.push_back(cast<ItemClass>(c));
}
}
}
}
}
}
//
// Read surface types
//
{
auto surface_types = book.sheet("SurfaceTypes");
if (!surface_types) {
qDebug() << "Surface types not found";
}
else {
auto rows = surface_types->rows();
if (!rows) {
qDebug() << "No rows for surface types";
}
else {
int id_col = -1;
int name_col = -1;
int icon_col = -1;
int move_penalty_col = -1;
int solid_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "icon")
icon_col = j;
else if (*s == "move_penalty")
move_penalty_col = j;
else if (*s == "solid")
solid_col = j;
else
qDebug() << "Unexpected surface type attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto id = (int)(*row->cell(id_col)->value().AsDouble());
auto name = *row->cell(name_col)->value().AsString();
auto icon = *row->cell(icon_col)->value().AsString();
auto move_penalty = *row->cell(move_penalty_col)->value().AsDouble();
auto solid = (int)(*row->cell(solid_col)->value().AsDouble());
SurfaceTypeClassPtr c = make_ptr(new SurfaceTypeClass{});
c->setName(name);
c->setIcon(icon);
c->setMovePenalty(move_penalty);
c->setIsLand(solid != 0);
m_surfaces_cache.push_back(c.get());
m_surface_types.push_back(std::move(c));
}
}
}
}
}
}
//
// Read ammo
//
{
auto ammo = book.sheet("Ammo");
if (!ammo) {
qDebug() << "Ammo not found";
}
else {
auto rows = ammo->rows();
if (!rows) {
qDebug() << "No rows for ammo";
}
else {
int id_col = -1;
int name_col = -1;
int description_col = -1;
int icon_col = -1;
int weight_col = -1;
int technology_col = -1;
int cartridge_col = -1;
int caliber_col = -1;
int manufacture_col = -1;
int speed_col = -1;
int energy_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "description")
description_col = j;
else if (*s == "icon")
icon_col = j;
else if (*s == "weight")
weight_col = j;
else if (*s == "technology")
technology_col = j;
else if (*s == "cartridge")
cartridge_col = j;
else if (*s == "caliber")
caliber_col = j;
else if (*s == "manufacture")
manufacture_col = j;
else if (*s == "speed")
speed_col = j;
else if (*s == "energy")
energy_col = j;
else
qDebug() << "Unexpected ammo attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto v = row->cell(id_col)->value().AsDouble();
auto id = (int)(*v);
auto name = *row->cell(name_col)->value().AsString();
auto description = *row->cell(description_col)->value().AsString();
auto icon = *row->cell(icon_col)->value().AsString();
auto weight = *row->cell(weight_col)->value().AsDouble();
auto technology = (int)(*row->cell(technology_col)->value().AsDouble());
auto cartridge = *row->cell(cartridge_col)->value().AsString();
auto caliber = *row->cell(caliber_col)->value().AsDouble();
auto manufacture = *row->cell(manufacture_col)->value().AsString();
auto speed = *row->cell(speed_col)->value().AsDouble();
auto energy = *row->cell(energy_col)->value().AsDouble();
AmmoClassPtr c = make_ptr(new AmmoClass{});
c->setName(name);
c->setDescription(description);
c->setIcon(icon);
c->setWeight(weight);
c->setTechnologyLevel(technology);
c->setCartridge(cartridge);
c->setCaliber(caliber);
c->setManufacture(manufacture);
c->setSpeed(speed);
c->setEnergy(energy);
m_ammo_cache.push_back(c.get());
m_items.push_back(cast<ItemClass>(c));
}
}
}
}
}
}
//
// Read weapon
//
{
auto weapon = book.sheet("Weapon");
if (!weapon) {
qDebug() << "Weapon not found";
}
else {
auto rows = weapon->rows();
if (!rows) {
qDebug() << "No rows for weapons";
}
else {
int id_col = -1;
int name_col = -1;
int description_col = -1;
int icon_col = -1;
int weight_col = -1;
int technology_col = -1;
int length_col = -1;
int barrel_length_col = -1;
int width_col = -1;
int height_col = -1;
int cartridge_col = -1;
int range_col = -1;
int rounds_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "description")
description_col = j;
else if (*s == "icon")
icon_col = j;
else if (*s == "weight")
weight_col = j;
else if (*s == "technology")
technology_col = j;
else if (*s == "length")
length_col = j;
else if (*s == "barrel_length")
barrel_length_col = j;
else if (*s == "width")
width_col = j;
else if (*s == "height")
height_col = j;
else if (*s == "cartridge")
cartridge_col = j;
else if (*s == "range")
range_col = j;
else if (*s == "rounds")
rounds_col = j;
else
qDebug() << "Unexpected weapon attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto v = row->cell(id_col)->value().AsDouble();
auto id = (int)(*v);
auto name = *row->cell(name_col)->value().AsString();
auto description = *row->cell(description_col)->value().AsString();
auto icon = *row->cell(icon_col)->value().AsString();
auto weight = *row->cell(weight_col)->value().AsDouble();
auto technology = (int)(*row->cell(technology_col)->value().AsDouble());
auto cartridge = *row->cell(cartridge_col)->value().AsString();
auto width = *row->cell(width_col)->value().AsDouble();
auto barrel_length = *row->cell(barrel_length_col)->value().AsDouble();
auto length = *row->cell(length_col)->value().AsDouble();
auto height = *row->cell(height_col)->value().AsDouble();
auto range = *row->cell(range_col)->value().AsDouble();
auto rounds = *row->cell(rounds_col)->value().AsDouble();
WeaponClassPtr c = make_ptr(new WeaponClass{});
c->setName(name);
c->setDescription(description);
c->setIcon(icon);
c->setWeight(weight);
c->setTechnologyLevel(technology);
c->setCartridge(cartridge);
c->setLength(length);
c->setBarrelLength(barrel_length);
c->setWidth(width);
c->setHeight(height);
c->setRange(range);
m_weapon_cache.push_back(c.get());
m_items.push_back(cast<ItemClass>(c));
}
}
}
}
}
//
// Read weapon clips
//
{
auto clip = book.sheet("Clip");
if (!clip) {
qDebug() << "Clip not found";
}
else {
auto rows = clip->rows();
if (!rows) {
qDebug() << "No rows for clips";
}
else {
int id_col = -1;
int name_col = -1;
int description_col = -1;
int icon_col = -1;
int weight_col = -1;
int technology_col = -1;
int length_col = -1;
int weapon_col = -1;
int rounds_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "description")
description_col = j;
else if (*s == "icon")
icon_col = j;
else if (*s == "weight")
weight_col = j;
else if (*s == "technology")
technology_col = j;
else if (*s == "length")
length_col = j;
else if (*s == "weapon")
weapon_col = j;
else if (*s == "rounds")
rounds_col = j;
else
qDebug() << "Unexpected clip attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto v = row->cell(id_col)->value().AsDouble();
auto id = (int)(*v);
auto name = *row->cell(name_col)->value().AsString();
auto description = *row->cell(description_col)->value().AsString();
auto icon = *row->cell(icon_col)->value().AsString();
auto weight = *row->cell(weight_col)->value().AsDouble();
auto technology = (int)(*row->cell(technology_col)->value().AsDouble());
auto weapon = *row->cell(weapon_col)->value().AsString();
auto rounds = *row->cell(rounds_col)->value().AsDouble();
WeaponClipClassPtr c = make_ptr(new WeaponClipClass{});
c->setName(name);
c->setDescription(description);
c->setIcon(icon);
c->setWeight(weight);
c->setTechnologyLevel(technology);
c->setWeapon(weapon);
c->setRounds(rounds);
m_weapon_clip_cache.push_back(c.get());
m_items.push_back(cast<ItemClass>(c));
}
}
}
}
}
}
//
// Read roads
//
{
auto road = book.sheet("Roads");
if (!road) {
qDebug() << "Roads not found";
}
else {
auto rows = road->rows();
if (!rows) {
qDebug() << "No rows for roads";
}
else {
int id_col = -1;
int name_col = -1;
int description_col = -1;
int category_col = -1;
int surface_col = -1;
int lanes_count_col = -1;
int lane_width_col = -1;
int roadway_width_col = -1;
int roadside_width_col = -1;
int fortified_roadside_width_col = -1;
int fortified_separation_width_col = -1;
int separation_width_col = -1;
int subgrade_width_col = -1;
int speed_col = -1;
int crossroad_speed_col = -1;
int mountain_speed_col = -1;
int estimated_traffic_col = -1;
for (int i = 0, max_i = rows->size(); i < max_i; ++i) {
auto row = (*rows)[i];
if (i == 0) {
auto& cells = row->cells();
for (int j = 0, max_j = cells.size(); j < max_j; ++j) {
auto cell = cells[j];
auto& v = cell->value();
if (v.IsString()) {
auto s = v.AsString();
if (s) {
if (*s == "id")
id_col = j;
else if (*s == "name")
name_col = j;
else if (*s == "description")
description_col = j;
else if (*s == "surface")
surface_col = j;
else if (*s == "category")
category_col = j;
else if (*s == "lanes_count")
lanes_count_col = j;
else if (*s == "lane_width")
lane_width_col = j;
else if (*s == "roadway_width")
roadway_width_col = j;
else if (*s == "roadside_width")
roadside_width_col = j;
else if (*s == "fortified_roadside_width")
fortified_roadside_width_col = j;
else if (*s == "fortified_separation_width")
fortified_separation_width_col = j;
else if (*s == "separation_width")
separation_width_col = j;
else if (*s == "subgrade_width")
subgrade_width_col = j;
else if (*s == "speed")
speed_col = j;
else if (*s == "crossroad_speed")
crossroad_speed_col = j;
else if (*s == "mountain_speed")
mountain_speed_col = j;
else if (*s == "estimated_traffic")
estimated_traffic_col = j;
else
qDebug() << "Unexpected clip attribute" << *s;
}
}
}
}
else {
if (row->cell(id_col)->value().Ok()) {
auto v = row->cell(id_col)->value().AsDouble();
auto id = (int)(*v);
auto name = *row->cell(name_col)->value().AsString();
auto description = *row->cell(description_col)->value().AsString();
auto surface = *row->cell(surface_col)->value().AsString();
auto category = *row->cell(category_col)->value().AsString();
auto lanes_count = *row->cell(lanes_count_col)->value().AsDouble();
auto lane_width = *row->cell(lane_width_col)->value().AsDouble();
auto roadway_width = *row->cell(roadway_width_col)->value().AsDouble();
auto roadside_width = *row->cell(roadside_width_col)->value().AsDouble();
auto fortified_roadside_width = *row->cell(fortified_roadside_width_col)->value().AsDouble();
auto fortified_separation_width = *row->cell(fortified_separation_width_col)->value().AsDouble();
auto separation_width = *row->cell(separation_width_col)->value().AsDouble();
auto subgrade_width = *row->cell(subgrade_width_col)->value().AsDouble();
auto speed = *row->cell(speed_col)->value().AsDouble();
auto crossroad_speed = *row->cell(crossroad_speed_col)->value().AsDouble();
auto mountain_speed = *row->cell(mountain_speed_col)->value().AsDouble();
auto estimated_traffic = *row->cell(estimated_traffic_col)->value().AsDouble();
RoadClassPtr c = make_ptr(new RoadClass{});
c->setName(name);
c->setDescription(description);
c->setSurfacePath(surface);
c->setCategory(category);
c->setLanesCount(lanes_count);
c->setLaneWidth(lane_width);
c->setRoadwayWidth(roadway_width);
c->setRoadsideWidth(roadside_width);
c->setFortifiedRoadsideWidth(fortified_roadside_width);
c->setFortifiedSeparationWidth(fortified_separation_width);
c->setSeparationWidth(separation_width);
c->setSubgradeWidth(subgrade_width);
c->setSpeed(speed);
c->setCrossroadSpeed(crossroad_speed);
c->setMountainSpeed(mountain_speed);
c->setEstimatedTraffic(estimated_traffic);
m_roads_cache.push_back(c.get());
m_roads.push_back(std::move(c));
}
}
}
}
}
}
}
}
void *load_exe(char *filename, Exe_head *eh)
{
long retval;
char *alligned_buf;
char *alloc_buf = NULL;
long (*rfunc)();
unsigned long code_offset;
unsigned long init_size;
unsigned long bss_size;
unsigned long total_size;
void *v;
unsigned long fixup_offset;
UWORD fixup[2];
UWORD *segpt;
UWORD code_seg;
int f;
unsigned i;
int ok = 0;
if ((f = jopen(filename, JREADONLY)) == 0)
{
cant_find(filename);
return(NULL);
}
if (!verify_exe_head(f, eh))
goto OUT;
code_offset = eh->head_size;
code_offset *= 16; /* make it a paragraph */
init_size = eh->blocks;
init_size *= 512;
init_size += eh->mod512;
if (eh->mod512 != 0)
init_size -= 512;
init_size -= code_offset;
bss_size = eh->min_data;
bss_size *= 16;
total_size = init_size + bss_size;
if ((alloc_buf = begmem((unsigned)total_size+16)) == NULL)
goto OUT;
code_seg = ptr_seg(alloc_buf) + 1;
alligned_buf = make_ptr(0, code_seg);
zero_structure(alligned_buf, (unsigned)total_size);
jseek(f, code_offset, JSEEK_START);
if (jread(f, alligned_buf, init_size) < init_size)
{
truncated(filename);
goto OUT;
}
v = alligned_buf;
eh->entry_point = v;
if (eh->reloc_count > 0)
{
fixup_offset = eh->reloc_list;
jseek(f, fixup_offset, JSEEK_START);
for (i=0; i<eh->reloc_count; i++)
{
if (jread(f, fixup, sizeof(fixup)) != sizeof(fixup))
{
truncated(filename);
goto OUT;
}
segpt = make_ptr(fixup[0], code_seg + fixup[1]);
segpt[0] += code_seg;
}
}
ok = 1;
OUT:
if (!ok)
{
gentle_freemem(alloc_buf);
alloc_buf = NULL;
}
jclose(f);
return(alloc_buf);
}
void call_branch_block(jit_function_t func, block_t *block) {
jit_value_t args[] = {make_ptr(block)};
jit_insn_call_native(func, 0, (void *) branch_block, sig_1_ptr, args, 1, 0);
}
void MainWindow::createCharacter() {
auto c = make_ptr(new Character{ world()->globalField(), nullptr });
c->setHumanControl(true);
c->setPos(65 * 6250 + 6240, 64 * 6250 + 100);
world()->addCharacter(std::move(c));
}
parse_result success_parser(char const * str) {
return make_parse_result(make_ptr(string_dup(str)), last_char(str));
}
constexpr auto make_pptr(_args && ...args)
{
return std::make_shared<ptr>(make_ptr(std::forward<_args>(args)...));
}
FontHandle Renderer::create_font(const std::string &family, long size, std::uint8_t flags)
{
fonts.push_back(std::make_unique<Font>(make_ptr(), device, family.c_str(), size, flags));
return FontHandle{ fonts.size() - 1 };
}