void G_LoadCachedRoffs()
{
int i, count = 0, len = 0;
char buffer[MAX_QPATH];
ojk::SavedGameHelper saved_game(
::gi.saved_game);
// Get the count of goodies we need to revive
saved_game.read_chunk<int32_t>(
INT_ID('R', 'O', 'F', 'F'),
count);
// Now bring 'em back to life
for ( i = 0; i < count; i++ )
{
saved_game.read_chunk<int32_t>(
INT_ID('S', 'L', 'E', 'N'),
len);
if (len < 0 || static_cast<size_t>(len) >= sizeof(buffer))
{
len = 0;
}
saved_game.read_chunk(
INT_ID('R', 'S', 'T', 'R'),
buffer,
len);
G_LoadRoff( buffer );
}
}
void TIMER_Load( void )
{
int j;
gentity_t *ent;
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
unsigned char numTimers;
gi.ReadFromSaveGame( INT_ID('T','I','M','E'), (void *)&numTimers, sizeof(numTimers), NULL );
//Read back all entries
for ( int i = 0; i < numTimers; i++ )
{
int time;
char tempBuffer[1024]; // Still ugly. Setting ourselves up for 007 AUF all over again. =)
assert (sizeof(g_timers[0]->time) == sizeof(time) );//make sure we're reading the same size as we wrote
//Read the id string and time
gi.ReadFromSaveGame( INT_ID('T','M','I','D'), (char *) tempBuffer, 0, NULL );
gi.ReadFromSaveGame( INT_ID('T','D','T','A'), (void *) &time, sizeof( time ), NULL );
//this is odd, we saved all the timers in the autosave, but not all the ents are spawned yet from an auto load, so skip it
if (ent->inuse)
{ //Restore it
TIMER_Set(ent, tempBuffer, time);
}
}
}
}
void G_SaveCachedRoffs()
{
int i, len;
ojk::SavedGameHelper saved_game(
::gi.saved_game);
// Write out the number of cached ROFFs
saved_game.write_chunk<int32_t>(
INT_ID('R', 'O', 'F', 'F'),
::num_roffs);
// Now dump out the cached ROFF file names in order so they can be loaded on the other end
for ( i = 0; i < num_roffs; i++ )
{
// Dump out the string length to make things a bit easier on the other end...heh heh.
len = strlen( roffs[i].fileName ) + 1;
saved_game.write_chunk<int32_t>(
INT_ID('S', 'L', 'E', 'N'),
len);
saved_game.write_chunk(
INT_ID('R', 'S', 'T', 'R'),
::roffs[i].fileName,
len);
}
}
void TIMER_Save( void )
{
int j;
gentity_t *ent;
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
int numTimers = g_timers[ent->s.number].size();
int i;
//Write out the timer information
gi.AppendToSaveGame(INT_ID('T','I','M','E'), (void *)&numTimers, sizeof(numTimers));
timer_m::iterator ti;
for ( i = 0, ti = g_timers[ j ].begin(); i < numTimers; i++, ti++ )
{
const char *id = ((*ti).first).c_str();
int length = strlen( id );
//Write out the string size and data
gi.AppendToSaveGame(INT_ID('T','S','L','N'), (void *) &length, sizeof(length) );
gi.AppendToSaveGame(INT_ID('T','S','N','M'), (void *) id, length );
//Write out the timer data
gi.AppendToSaveGame(INT_ID('T','D','T','A'), (void *) &(*ti).second, sizeof( (*ti).second ) );
}
}
}
void WriteLevel(qboolean qbAutosave)
{
if (!qbAutosave) //-always save the client
{
// write out one client - us!
//
assert(level.maxclients == 1); // I'll need to know if this changes, otherwise I'll need to change the way ReadGame works
gclient_t client = level.clients[0];
EnumerateFields(savefields_gClient, (byte *)&client, INT_ID('G','C','L','I'), sizeof(client));
WriteLevelLocals(); // level_locals_t level
}
OBJ_SaveObjectiveData();
/////////////
WriteGEntities(qbAutosave);
Q3_VariableSave();
G_LoadSave_WriteMiscData();
extern void CG_WriteTheEvilCGHackStuff(void);
CG_WriteTheEvilCGHackStuff();
// (Do NOT put any write-code below this line)
//
// put out an end-marker so that the load code can check everything was read in...
//
static int iDONE = 1234;
gi.AppendToSaveGame(INT_ID('D','O','N','E'), &iDONE, sizeof(iDONE));
}
void TIMER_Load( void )
{
int j;
gentity_t *ent;
ojk::SavedGameHelper saved_game(
::gi.saved_game);
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
unsigned char numTimers = 0;
saved_game.read_chunk<uint8_t>(
INT_ID('T', 'I', 'M', 'E'),
numTimers);
//Read back all entries
for ( int i = 0; i < numTimers; i++ )
{
int time = 0;
char tempBuffer[1024]; // Still ugly. Setting ourselves up for 007 AUF all over again. =)
assert (sizeof(g_timers[0]->time) == sizeof(time) );//make sure we're reading the same size as we wrote
//Read the id string and time
saved_game.read_chunk(
INT_ID('T', 'M', 'I', 'D'));
const char* sg_buffer_data = static_cast<const char*>(
saved_game.get_buffer_data());
int sg_buffer_size = saved_game.get_buffer_size();
if (sg_buffer_size < 0 || static_cast<size_t>(sg_buffer_size) >= sizeof(tempBuffer))
{
sg_buffer_size = 0;
}
else
{
std::uninitialized_copy_n(
sg_buffer_data,
sg_buffer_size,
tempBuffer);
}
tempBuffer[sg_buffer_size] = '\0';
saved_game.read_chunk<int32_t>(
INT_ID('T', 'D', 'T', 'A'),
time);
//this is odd, we saved all the timers in the autosave, but not all the ents are spawned yet from an auto load, so skip it
if (ent->inuse)
{ //Restore it
TIMER_Set(ent, tempBuffer, time);
}
}
}
}
void TIMER_Load( void )
{
int j;
gentity_t *ent;
ojk::SavedGameHelper saved_game(
::gi.saved_game);
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
int numTimers = 0;
saved_game.read_chunk<int32_t>(
INT_ID('T', 'I', 'M', 'E'),
numTimers);
//Make sure there's something to read
if ( numTimers == 0 )
continue;
//Read back all entries
for ( int i = 0; i < numTimers; i++ )
{
int length = 0, time = 0;
char tempBuffer[1024]; // Still ugly. Setting ourselves up for 007 AUF all over again. =)
assert (sizeof(g_timers[0]->time) == sizeof(time) );//make sure we're reading the same size as we wrote
saved_game.read_chunk<int32_t>(
INT_ID('T', 'S', 'L', 'N'),
length);
if ( length >= 1024 ) {
assert( 0 );
continue;
}
//Read the id and time
saved_game.read_chunk(
INT_ID('T', 'S', 'N', 'M'),
tempBuffer,
length);
tempBuffer[length] = '\0';
saved_game.read_chunk<int32_t>(
INT_ID('T', 'D', 'T', 'A'),
time);
//this is odd, we saved all the timers in the autosave, but not all the ents are spawned yet from an auto load, so skip it
if (ent->inuse)
{ //Restore it
TIMER_Set(ent, tempBuffer, time);
}
}
}
}
void ReadLevel(qboolean qbAutosave, qboolean qbLoadTransition)
{
if ( qbLoadTransition )
{
//loadtransitions do not need to read the objectives and client data from the level they're going to
//In a loadtransition, client data is carried over on the server and will be stomped later anyway.
//The objective info (in client->sess data), however, is read in from G_ReadSessionData which is called before this func,
//we do NOT want to stomp that session data when doing a load transition
//However, we should still save this info out because these savegames may need to be
//loaded normally later- perhaps if you die and need to respawn, perhaps as some kind
//of emergency savegame for resuming, etc.
//SO: We read it in, but throw it away.
//Read & throw away gclient info
gclient_t junkClient;
EvaluateFields(savefields_gClient, (byte *)&junkClient, (byte *)&level.clients[0], INT_ID('G','C','L','I'), sizeof(*level.clients), qfalse);
//Read & throw away objective info
objectives_t junkObj[MAX_MISSION_OBJ];
gi.ReadFromSaveGame(INT_ID('O','B','J','T'), (void *) &junkObj, 0, NULL);
ReadLevelLocals(); // level_locals_t level
}
else
{
if (!qbAutosave )//always load the client unless it's an autosave
{
assert(level.maxclients == 1); // I'll need to know if this changes, otherwise I'll need to change the way things work
gclient_t GClient;
EvaluateFields(savefields_gClient, (byte *)&GClient, (byte *)&level.clients[0], INT_ID('G','C','L','I'), sizeof(*level.clients), qfalse);
level.clients[0] = GClient; // struct copy
ReadLevelLocals(); // level_locals_t level
}
OBJ_LoadObjectiveData();//loads mission objectives AND tactical info
}
/////////////
ReadGEntities(qbAutosave);
Q3_VariableLoad();
G_LoadSave_ReadMiscData();
extern void CG_ReadTheEvilCGHackStuff(void);
CG_ReadTheEvilCGHackStuff();
// (Do NOT put any read-code below this line)
//
// check that the whole file content was loaded by specifically requesting an end-marker...
//
static int iDONE = 1234;
gi.ReadFromSaveGame(INT_ID('D','O','N','E'), &iDONE, sizeof(iDONE), NULL);
}
void TIMER_Save( void )
{
int j;
gentity_t *ent;
ojk::SavedGameHelper saved_game(
::gi.saved_game);
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
int numTimers = TIMER_GetCount(j);
if ( !ent->inuse && numTimers)
{
// Com_Printf( "WARNING: ent with timers not inuse\n" );
assert(numTimers);
TIMER_Clear( j );
numTimers = 0;
}
//Write out the timer information
saved_game.write_chunk<int32_t>(
INT_ID('T', 'I', 'M', 'E'),
numTimers);
gtimer_t *p = g_timers[j];
assert ((numTimers && p) || (!numTimers && !p));
while(p)
{
const char *timerID = p->id.c_str();
const int length = strlen(timerID) + 1;
const int time = p->time - level.time; //convert this back to delta so we can use SET after loading
assert( length < 1024 );//This will cause problems when loading the timer if longer
//Write out the string size and data
saved_game.write_chunk<int32_t>(
INT_ID('T', 'S', 'L', 'N'),
length);
saved_game.write_chunk(
INT_ID('T', 'S', 'N', 'M'),
timerID,
length);
//Write out the timer data
saved_game.write_chunk<int32_t>(
INT_ID('T', 'D', 'T', 'A'),
time);
p = p->next;
}
}
}
void EvaluateFields(field_t *pFields, byte *pbData, byte *pbOriginalRefData, unsigned int ulChid, int iSize, qboolean bOkToSizeMisMatch)
{
int iReadSize = gi.ReadFromSaveGame(ulChid, pbData, bOkToSizeMisMatch?0:iSize, NULL);
if (iReadSize != iSize)
{
// handle any chunks that are ok to change length (typically this is a last minute hack,
// so hopefully we won't need it any more... ;-)
//
switch (ulChid)
{
// example chunk handler...
//
case INT_ID('G','C','L','I'):
/* assert(iSize>iReadSize);
memset(&pbData[iReadSize], 0, iSize-iReadSize); // zero out new objectives that weren't in old-format save file
break;
*/
default:
// won't return...
//
G_Error(va("EvaluateFields(): variable-sized chunk '%s' without handler!",SG_GetChidText(ulChid)));
break;
}
}
if (pFields)
{
for (field_t *pField = pFields; pField->psName; pField++)
{
EvaluateField(pField, pbData, pbOriginalRefData);
}
}
}
void EnumerateFields(field_t *pFields, byte *pbData, unsigned int ulChid, int iLen)
{
assert(strList.empty());
// enumerate all the fields...
//
if (pFields)
{
for (field_t *pField = pFields; pField->psName; pField++)
{
assert(pField->iOffset < iLen);
EnumerateField(pField, pbData);
}
}
// save out raw data...
//
gi.AppendToSaveGame(ulChid, pbData, iLen);
// save out any associated strings..
//
list<sstring_t>::iterator it = strList.begin();
for (unsigned int i=0; i<strList.size(); i++, ++it)
{
gi.AppendToSaveGame(INT_ID('S','T','R','G'), (void *)(*it).c_str(), (*it).length() + 1);
}
strList.clear(); // make sure everything is cleaned up nicely
}
static void EnumerateFields(const field_t *pFields, byte *pbData, unsigned int ulChid, size_t iLen)
{
strList = new list<sstring_t>;
// enumerate all the fields...
//
if (pFields)
{
for (const field_t *pField = pFields; pField->psName; pField++)
{
assert(pField->iOffset < iLen);
EnumerateField(pField, pbData);
}
}
// save out raw data...
//
gi.AppendToSaveGame(ulChid, pbData, iLen);
// save out any associated strings..
//
for (list<sstring_t>::iterator it = strList->begin(); it != strList->end(); ++it)
{
gi.AppendToSaveGame(INT_ID('S','T','R','G'), (void*)it->c_str(), it->length()+1);
}
delete strList;
strList = NULL;
}
qboolean SG_Open( const char *psPathlessBaseName )
{
// if ( fhSaveGame ) // hmmm...
// { //
// SG_Close(); //
// } //
assert( !fhSaveGame); // I'd rather know about this
if(!psPathlessBaseName)
{
return qfalse;
}
//JLFSAVEGAME
const char *psLocalFilename = SG_AddSavePath( psPathlessBaseName );
FS_FOpenFileRead( psLocalFilename, &fhSaveGame, qtrue ); //qtrue = dup handle, so I can close it ok later
if (!fhSaveGame)
{
// Com_Printf(S_COLOR_RED "Failed to open savegame file %s\n", psLocalFilename);
Com_DPrintf(GetString_FailedToOpenSaveGame(psLocalFilename, qtrue));
return qfalse;
}
giSaveGameVersion=-1;//jic
SG_Read(INT_ID('_','V','E','R'), &giSaveGameVersion, sizeof(giSaveGameVersion));
if (giSaveGameVersion != iSAVEGAME_VERSION)
{
SG_Close();
Com_Printf (S_COLOR_RED "File \"%s\" has version # %d (expecting %d)\n",psPathlessBaseName, giSaveGameVersion, iSAVEGAME_VERSION);
return qfalse;
}
return qtrue;
}
void process_text(char *in_buffer) {
uint8_t last_pos = *ringbuffer_pos;
char buffer[64] = {0};
while(1) {
uint8_t new_pos;
while(last_pos == (new_pos = *ringbuffer_pos)) {
uint64_t info = wait_for_interrupt();
if(INT_ID(info) == CLOCK_ID) {
toggle_pos(cursor_pos, normal, inverted);
}
}
while(last_pos != new_pos) {
uint8_t c;
c = keyboard_ringbuffer[last_pos];
process_char(c,1);
last_pos = ((last_pos + 1) % RINGBUFFER_SIZE);
if(c == '\r') {
strcpy(in_buffer, input);
process_char('\r',0);
input_size = 0;
memset(input,0,sizeof(input));
goto done;
}
}
}
done:
return;
}
static char *GetStringPtr(int iStrlen, char *psOriginal/*may be NULL*/)
{
if (iStrlen != -1)
{
char sString[768]; // arb, inc if nec.
sString[0]=0;
assert(iStrlen+1<=(int)sizeof(sString));
ojk::SavedGameHelper saved_game(
::gi.saved_game);
saved_game.read_chunk(
INT_ID('S', 'T', 'R', 'G'),
sString,
iStrlen);
// TAG_G_ALLOC is always blown away, we can never recycle
if (psOriginal && gi.bIsFromZone(psOriginal, TAG_G_ALLOC)) {
if (!strcmp(psOriginal,sString))
{//it's a legal ptr and they're the same so let's just reuse it instead of free/alloc
return psOriginal;
}
gi.Free(psOriginal);
}
return G_NewString(sString);
}
return NULL;
}
/*
==============
WriteLevelLocals
All pointer variables (except function pointers) must be handled specially.
==============
*/
static void WriteLevelLocals ()
{
level_locals_t *temp = (level_locals_t *)gi.Malloc(sizeof(level_locals_t), TAG_TEMP_WORKSPACE, qfalse);
*temp = level; // copy out all data into a temp space
EnumerateFields(savefields_LevelLocals, temp, INT_ID('L','V','L','C'));
gi.Free(temp);
}
/*
==============
WriteLevelLocals
All pointer variables (except function pointers) must be handled specially.
==============
*/
static void WriteLevelLocals ()
{
level_locals_t *temp = (level_locals_t *)gi.Malloc(sizeof(level_locals_t), TAG_TEMP_WORKSPACE, qfalse);
*temp = level; // copy out all data into a temp space
EnumerateFields(savefields_LevelLocals, (byte *)temp, INT_ID('L','V','L','C'), LLOFS(LEVEL_LOCALS_T_SAVESTOP)); // sizeof(temp));
gi.Free(temp);
}
void G_LoadSave_ReadMiscData(void)
{
ojk::SavedGameHelper saved_game(
::gi.saved_game);
saved_game.read_chunk<int32_t>(
INT_ID('L', 'C', 'K', 'D'),
::player_locked);
}
void WriteInUseBits()
{
ojk::SavedGameHelper saved_game(
::gi.saved_game);
saved_game.write_chunk<uint32_t>(
INT_ID('I', 'N', 'U', 'S'),
::g_entityInUseBits);
}
void ReadInUseBits(void)
{
gi.ReadFromSaveGame(INT_ID('I','N','U','S'), &g_entityInUseBits, sizeof(g_entityInUseBits), NULL);
// This is only temporary. Once I have converted all the ent->inuse refs,
// it won;t be needed -MW.
for(int i=0;i<MAX_GENTITIES;i++)
{
g_entities[i].inuse=PInUse(i);
}
}
static void EvaluateFields(
const save_field_t* pFields,
T* pbData,
byte* pbOriginalRefData,
unsigned int ulChid)
{
T& instance = *pbData;
ojk::SavedGameHelper saved_game(
::gi.saved_game);
if (ulChid != INT_ID('G', 'C', 'L', 'I'))
{
saved_game.read_chunk(
ulChid,
instance);
}
else
{
if (!saved_game.try_read_chunk(
ulChid,
instance))
{
RetailGClient retail_client;
saved_game.reset_buffer_offset();
if (saved_game.try_read(
retail_client))
{
copy_retail_gclient_to_current(
retail_client,
*reinterpret_cast<gclient_t*>(pbData));
}
else
{
::G_Error(
::va("EvaluateFields(): variable-sized chunk '%s' without handler!",
::SG_GetChidText(ulChid)));
}
}
}
if (pFields)
{
for (const save_field_t* pField = pFields; pField->psName; ++pField)
{
::EvaluateField(
pField,
reinterpret_cast<byte*>(pbData),
pbOriginalRefData);
}
}
}
/*
==============
ReadLevelLocals
All pointer variables (except function pointers) must be handled specially.
==============
*/
void ReadLevelLocals ()
{
// preserve client ptr either side of the load, because clients are already saved/loaded through Read/Writegame...
//
gclient_t *pClients = level.clients; // save clients
level_locals_t temp = level; // struct copy
EvaluateFields(savefields_LevelLocals, (byte *)&temp, (byte *)&level, INT_ID('L','V','L','C'), LLOFS(LEVEL_LOCALS_T_SAVESTOP),qfalse); // sizeof(level_locals_t));
level = temp; // struct copy
level.clients = pClients; // restore clients
}
void TIMER_Save( void )
{
int j;
gentity_t *ent;
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
unsigned char numTimers = TIMER_GetCount(j);
if ( !ent->inuse && numTimers)
{
// Com_Printf( "WARNING: ent with timers not inuse\n" );
assert(numTimers);
TIMER_Clear( j );
numTimers = 0;
}
//Write out the timer information
gi.AppendToSaveGame(INT_ID('T','I','M','E'), (void *)&numTimers, sizeof(numTimers));
gtimer_t *p = g_timers[j];
assert ((numTimers && p) || (!numTimers && !p));
while(p)
{
const char *timerID = p->id.c_str();
const int length = strlen(timerID) + 1;
const int time = p->time - level.time; //convert this back to delta so we can use SET after loading
assert( length < 1024 );//This will cause problems when loading the timer if longer
//Write out the id string
gi.AppendToSaveGame(INT_ID('T','M','I','D'), (void *) timerID, length);
//Write out the timer data
gi.AppendToSaveGame(INT_ID('T','D','T','A'), (void *) &time, sizeof( time ) );
p = p->next;
}
}
}
int CSequence::SaveCommand( CBlock *block )
{
unsigned char flags;
int numMembers, bID, size;
CBlockMember *bm;
ojk::SavedGameHelper saved_game(
m_owner->GetInterface()->saved_game);
//Save out the block ID
bID = block->GetBlockID();
saved_game.write_chunk<int32_t>(
INT_ID('B', 'L', 'I', 'D'),
bID);
//Save out the block's flags
flags = block->GetFlags();
saved_game.write_chunk<uint8_t>(
INT_ID('B', 'F', 'L', 'G'),
flags);
//Save out the number of members to read
numMembers = block->GetNumMembers();
saved_game.write_chunk<int32_t>(
INT_ID('B', 'N', 'U', 'M'),
numMembers);
for ( int i = 0; i < numMembers; i++ )
{
bm = block->GetMember( i );
//Save the block id
bID = bm->GetID();
saved_game.write_chunk<int32_t>(
INT_ID('B', 'M', 'I', 'D'),
bID);
//Save out the data size
size = bm->GetSize();
saved_game.write_chunk<int32_t>(
INT_ID('B', 'S', 'I', 'Z'),
size);
//Save out the raw data
const uint8_t* raw_data = static_cast<const uint8_t*>(bm->GetData());
saved_game.write_chunk(
INT_ID('B', 'M', 'E', 'M'),
raw_data,
size);
}
return true;
}
void TIMER_Load( void )
{
int j;
gentity_t *ent;
for ( j = 0, ent = &g_entities[0]; j < MAX_GENTITIES; j++, ent++ )
{
int numTimers;
gi.ReadFromSaveGame( INT_ID('T','I','M','E'), (void *)&numTimers, sizeof(numTimers), NULL );
//Make sure there's something to read
if ( numTimers == 0 )
continue;
//Read back all entries
for ( int i = 0; i < numTimers; i++ )
{
int length, time;
char tempBuffer[1024]; //FIXME: Blech!
gi.ReadFromSaveGame( INT_ID('T','S','L','N'), (void *) &length, sizeof( length ), NULL );
//Validity check, though this will never happen (unless of course you pass in gibberish)
if ( length >= 1024 )
{
assert(0);
continue;
}
//Read the id and time
gi.ReadFromSaveGame( INT_ID('T','S','N','M'), (char *) tempBuffer, length, NULL );
gi.ReadFromSaveGame( INT_ID('T','D','T','A'), (void *) &time, sizeof( time ), NULL );
//Restore it
g_timers[ j ][(const char *) tempBuffer ] = time;
}
}
}
/*
==============
ReadLevelLocals
All pointer variables (except function pointers) must be handled specially.
==============
*/
static void ReadLevelLocals ()
{
// preserve client ptr either side of the load, because clients are already saved/loaded through Read/Writegame...
//
gclient_t *pClients = level.clients; // save clients
level_locals_t *temp = (level_locals_t *)gi.Malloc(sizeof(level_locals_t), TAG_TEMP_WORKSPACE, qfalse);
*temp = level; // struct copy
EvaluateFields(savefields_LevelLocals, temp, (byte *)&level, INT_ID('L','V','L','C'));
level = *temp; // struct copy
level.clients = pClients; // restore clients
gi.Free(temp);
}
int CSequence::Save( void )
{
sequence_l::iterator ci;
block_l::iterator bi;
int id;
//Save the parent (by GUID)
id = ( m_parent != NULL ) ? m_parent->GetID() : -1;
(m_owner->GetInterface())->I_WriteSaveData( INT_ID('S','P','I','D'), &id, sizeof( id ) );
//Save the return (by GUID)
id = ( m_return != NULL ) ? m_return->GetID() : -1;
(m_owner->GetInterface())->I_WriteSaveData( INT_ID('S','R','I','D'), &id, sizeof( id ) );
//Save the number of children
(m_owner->GetInterface())->I_WriteSaveData( INT_ID('S','N','C','H'), &m_numChildren, sizeof( m_numChildren ) );
//Save out the children (only by GUID)
STL_ITERATE( ci, m_children )
{
id = (*ci)->GetID();
(m_owner->GetInterface())->I_WriteSaveData( INT_ID('S','C','H','D'), &id, sizeof( id ) );
}
int CSequence::Save( void )
{
sequence_l::iterator ci;
block_l::iterator bi;
int id;
ojk::SavedGameHelper saved_game(
m_owner->GetInterface()->saved_game);
//Save the parent (by GUID)
id = ( m_parent != NULL ) ? m_parent->GetID() : -1;
saved_game.write_chunk<int32_t>(
INT_ID('S', 'P', 'I', 'D'),
id);
//Save the return (by GUID)
id = ( m_return != NULL ) ? m_return->GetID() : -1;
saved_game.write_chunk<int32_t>(
INT_ID('S', 'R', 'I', 'D'),
id);
//Save the number of children
saved_game.write_chunk<int32_t>(
INT_ID('S', 'N', 'C', 'H'),
m_numChildren);
//Save out the children (only by GUID)
STL_ITERATE( ci, m_children )
{
id = (*ci)->GetID();
saved_game.write_chunk<int32_t>(
INT_ID('S', 'C', 'H', 'D'),
id);
}
void ReadInUseBits()
{
ojk::SavedGameHelper saved_game(
::gi.saved_game);
saved_game.read_chunk<uint32_t>(
INT_ID('I', 'N', 'U', 'S'),
::g_entityInUseBits);
// This is only temporary. Once I have converted all the ent->inuse refs,
// it won;t be needed -MW.
for(int i=0;i<MAX_GENTITIES;i++)
{
g_entities[i].inuse=PInUse(i);
}
}
static void EvaluateFields(const save_field_t *pFields, byte *pbData, byte *pbOriginalRefData, unsigned int ulChid, int iSize, qboolean bOkToSizeMisMatch)
{
int iReadSize = gi.ReadFromSaveGame(ulChid, pbData, bOkToSizeMisMatch?0:iSize, NULL);
if (iReadSize != iSize)
{
// handle any chunks that are ok to change length (typically this is a last minute hack,
// so hopefully we won't need it any more... ;-)
//
switch (ulChid)
{
// example chunk handler...
//
case INT_ID('G','C','L','I'):
if ( iSize == (int)(iReadSize+((sizeof(saberInfo_t)-sizeof(saberInfoRetail_t))*2)) )
{
gclient_t newClient;
const int preSaberDataSize = ((intptr_t)&newClient.ps.saber[0]-(intptr_t)&newClient);
memcpy( &newClient, pbData, preSaberDataSize );
SG_ConvertRetailSaberinfoToNewSaberinfo( ((void *)(&((gclient_t *)(pbData))->ps.saber[0])), &newClient.ps.saber[0] );
memcpy( &newClient.ps.dualSabers, pbData+preSaberDataSize+(sizeof(saberInfoRetail_t)*2), sizeof(newClient)-(preSaberDataSize+(sizeof(saberInfo_t)*2)) );
memcpy( pbData, &newClient, sizeof(gclient_t) );
}
else
{//opps, not a saberInfo size mismatch, some other FUBAR-ness...
G_Error(va("EvaluateFields(): variable-sized chunk '%s' without handler!",SG_GetChidText(ulChid)));
}
break;
default:
// won't return...
//
G_Error(va("EvaluateFields(): variable-sized chunk '%s' without handler!",SG_GetChidText(ulChid)));
break;
}
}
if (pFields)
{
for (const save_field_t *pField = pFields; pField->psName; pField++)
{
EvaluateField(pField, pbData, pbOriginalRefData);
}
}
}
