void pilot::BinaryFileHandler::startArrayWrite(const char*, size_t size, bool short_index) {
if (short_index) {
cfwrite_ushort((short)size, _cfp);
} else {
cfwrite_int((int)size, _cfp);
}
}
void pilotfile::startSection(Section::id section_id)
{
Assert( cfp );
const int zero = 0;
cfwrite_ushort( (ushort)section_id, cfp );
// to be updated when endSection() is called
cfwrite_int(zero, cfp);
// starting offset, for size of section
m_size_offset = cftell(cfp);
}
void pilot::BinaryFileHandler::startSectionWrite(Section id) {
if (id == Section::Unnamed) {
_sectionOffsets.push_back({id, 0});
return;
}
cfwrite_ushort((ushort) id, _cfp);
// to be updated when endSection() is called
cfwrite_int(0, _cfp);
// starting offset, for size of section
_sectionOffsets.push_back({id, (size_t)cftell(_cfp)});
}
void pilotfile::csg_write_loadout()
{
int idx, j;
startSection(Section::Loadout);
// base info
cfwrite_string_len(Player_loadout.filename, cfp);
cfwrite_string_len(Player_loadout.last_modified, cfp);
// ship pool
for (idx = 0; idx < static_cast<int>(Ship_info.size()); idx++) {
cfwrite_int(Player_loadout.ship_pool[idx], cfp);
}
// weapon pool
for (idx = 0; idx < Num_weapon_types; idx++) {
cfwrite_int(Player_loadout.weapon_pool[idx], cfp);
}
// play ship loadout
cfwrite_ushort(MAX_WSS_SLOTS, cfp);
for (idx = 0; idx < MAX_WSS_SLOTS; idx++) {
wss_unit *slot = &Player_loadout.unit_data[idx];
// ship
cfwrite_int(slot->ship_class, cfp);
// primary weapons
cfwrite_int(MAX_SHIP_PRIMARY_BANKS, cfp);
for (j = 0; j < MAX_SHIP_PRIMARY_BANKS; j++) {
cfwrite_int(slot->wep[j], cfp);
cfwrite_int(slot->wep_count[j], cfp);
}
// secondary weapons
cfwrite_int(MAX_SHIP_SECONDARY_BANKS, cfp);
for (j = 0; j < MAX_SHIP_SECONDARY_BANKS; j++) {
cfwrite_int(slot->wep[j+MAX_SHIP_PRIMARY_BANKS], cfp);
cfwrite_int(slot->wep_count[j+MAX_SHIP_PRIMARY_BANKS], cfp);
}
}
endSection();
}
void pilotfile_convert::csg_export_loadout()
{
startSection(Section::Loadout);
// base info
cfwrite_string_len(csg->loadout.filename.c_str(), cfp);
cfwrite_string_len(csg->loadout.last_modified.c_str(), cfp);
// ship pool
size_t list_size = csg->loadout.ship_pool.size();
for (size_t idx = 0; idx < list_size; idx++) {
cfwrite_int(csg->loadout.ship_pool[idx], cfp);
}
// weapon pool
list_size = csg->loadout.weapon_pool.size();
for (size_t idx = 0; idx < list_size; idx++) {
cfwrite_int(csg->loadout.weapon_pool[idx], cfp);
}
// play ship loadout
cfwrite_ushort(12, cfp);
for (size_t idx = 0; idx < 12; idx++) {
// ship
cfwrite_int(csg->loadout.slot[idx].ship_index, cfp);
// primary weapons
cfwrite_int(3, cfp);
for (size_t j = 0; j < 3; j++) {
cfwrite_int(csg->loadout.slot[idx].wep[j], cfp);
cfwrite_int(csg->loadout.slot[idx].wep_count[j], cfp);
}
// secondary weapons
cfwrite_int(4, cfp);
for (size_t j = 0; j < 4; j++) {
cfwrite_int(csg->loadout.slot[idx].wep[j+3], cfp);
cfwrite_int(csg->loadout.slot[idx].wep_count[j+3], cfp);
}
}
endSection();
}
void pilotfile::csg_write_controls()
{
int idx;
startSection(Section::Controls);
cfwrite_ushort(CCFG_MAX, cfp);
for (idx = 0; idx < CCFG_MAX; idx++) {
cfwrite_short(Control_config[idx].key_id, cfp);
cfwrite_short(Control_config[idx].joy_id, cfp);
// placeholder? for future mouse_id?
cfwrite_short(-1, cfp);
}
endSection();
}
void pilotfile::plr_write_controls()
{
int idx;
startSection(Section::Controls);
cfwrite_ushort(CCFG_MAX, cfp);
for (idx = 0; idx < CCFG_MAX; idx++) {
cfwrite_short(Control_config[idx].key_id, cfp);
cfwrite_short(Control_config[idx].joy_id, cfp);
// placeholder? for future mouse_id?
cfwrite_short(-1, cfp);
}
cfwrite_int(NUM_JOY_AXIS_ACTIONS, cfp);
for (idx = 0; idx < NUM_JOY_AXIS_ACTIONS; idx++) {
cfwrite_int(Axis_map_to[idx], cfp);
cfwrite_int(Invert_axis[idx], cfp);
}
endSection();
}
void pilotfile_convert::plr_export_controls()
{
unsigned int idx;
startSection(Section::Controls);
cfwrite_ushort((unsigned short)plr->controls.size(), cfp);
for (idx = 0; idx < plr->controls.size(); idx++) {
cfwrite_short(plr->controls[idx].key_id, cfp);
cfwrite_short(plr->controls[idx].joy_id, cfp);
// placeholder? for future mouse_id?
cfwrite_short(-1, cfp);
}
// extra joystick stuff
cfwrite_int(MAX_JOY_AXES_CONV, cfp);
for (idx = 0; idx < MAX_JOY_AXES_CONV; idx++) {
cfwrite_int(plr->joy_axis_map_to[idx], cfp);
cfwrite_int(plr->joy_invert_axis[idx], cfp);
}
endSection();
}
