void iMystPoundCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
// Last week production
buff.Write((sint8)m_mt);
buff.Write((sint8)m_cnt);
}
uint32 Decompress(const unsigned char* lzoBuff, uint32 lzoBuffLen, iDynamicBuffer& rawBuff)
{
uint16 hdr;
memcpy(&hdr, lzoBuff, sizeof(uint16));
lzoBuffLen -= sizeof(uint16);
lzoBuff += sizeof(uint16);
if (hdr != LZO_BLOCK_HDR) {
check(0);
return 0;
}
unsigned long raw_buf_len;
memcpy(&raw_buf_len, lzoBuff, sizeof(unsigned long));
lzoBuffLen -= sizeof(uint32);
lzoBuff += sizeof(uint32);
if (raw_buf_len <= 0 || raw_buf_len > LZO_MAX_BUF_LEN) {
check(0);
return 0;
}
rawBuff.ReInit(raw_buf_len);
rawBuff.IncSize( raw_buf_len );
int res = lzo1x_decompress(lzoBuff,lzoBuffLen,(unsigned char*)rawBuff.GetData(),&raw_buf_len,NULL);
if (res != LZO_E_OK) {
check(0);
return 0;
}
return raw_buf_len;
}
void iPermFSKModCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
// Visitors
buff.Write((uint16)visitors.GetSize());
for (uint32 xx=0; xx<visitors.GetSize(); ++xx) buff.Write(visitors[xx]);
}
void iPermFSKModCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
// Visitors
uint16 viscnt; buff.Read(viscnt);
visitors.RemoveAll();
while (viscnt--) { uint16 visitor; buff.Read(visitor); visitors.Add(visitor); }
}
void iMGuildCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
// Spells
buff.Write((uint16)spells.GetSize());
for (uint32 xx=0; xx<spells.GetSize(); ++xx) buff.Write(spells[xx]);
// Visitors
buff.Write((uint16)visitors.GetSize());
for (uint32 xx=0; xx<visitors.GetSize(); ++xx) buff.Write(visitors[xx]);
}
void iTavernCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
uint16 curRumor;
uint8 bRecruited;
buff.Read(curRumor);
buff.Read(bRecruited);
m_curRumor = curRumor;
m_bRecruited = bRecruited > 0;
}
void iMystPoundCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
// Last week production
sint8 mt, cnt;
buff.Read(mt);
buff.Read(cnt);
m_mt = (MINERAL_TYPE)mt;
m_cnt = cnt;
}
void iMGuildCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
// Spells
uint16 spcnt; buff.Read(spcnt);
spells.RemoveAll();
while (spcnt--) { uint16 spell; buff.Read(spell); spells.Add(spell); }
// Visitors
uint16 viscnt; buff.Read(viscnt);
visitors.RemoveAll();
while (viscnt--) { uint16 visitor; buff.Read(visitor); visitors.Add(visitor); }
}
void iCtlCnsts::Serialize(iDynamicBuffer& buff)
{
buff.Write((uint8)2); // constructions initialization flag (0 - default, 1 - customized, 2 - customized with serialized data)
uint16 cnt=0;
for (uint32 xx=0; xx<m_items.GetSize(); ++xx) if (m_items[xx]->IsBuilt()) cnt++;
buff.Write(cnt);
for (uint32 xx=0; xx<m_items.GetSize(); ++xx) {
if (m_items[xx]->IsBuilt()) {
buff.Write((uint16)xx);
buff.Write((uint8)1); // Built
m_items[xx]->Serialize(buff);
}
}
}
void iManaVtxCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
// Visitors
uint8 bVisited;
buff.Read(bVisited);
m_bVisited = (bVisited==0)?false:true;
}
void iCtlCnsts::Unserialize(iDynamicBuffer& buff)
{
uint8 flag; buff.Read(flag);
if (flag == 0) {
// init default constructions
GetCnst(DEFAULT_CONSTRUCTIONS[m_pCastle->Proto()->Type()][0])->SetState(iCtlCnst::Built);
GetCnst(DEFAULT_CONSTRUCTIONS[m_pCastle->Proto()->Type()][1])->SetState(iCtlCnst::Built);
} else if (flag == 1 || flag == 2) {
uint16 cnt; buff.Read(cnt);
while (cnt--){
uint16 idx; buff.Read(idx);
uint8 state; buff.Read(state);
m_items[idx]->SetState(iCtlCnst::Built);
if (flag == 2) m_items[idx]->Unserialize(buff);
}
} else {
check(0);
}
}
uint32 Compress(const unsigned char* rawBuff, uint32 rawBuffLen, iDynamicBuffer& lzoBuff)
{
check(rawBuffLen > 0 && rawBuffLen <= LZO_MAX_BUF_LEN);
unsigned long out_len = (rawBuffLen + rawBuffLen / 16 + 64 + 3);
unsigned char* buff = new unsigned char[out_len];
// compress from `in' to `out' with LZO1X-1
int res = lzo1x_1_compress(rawBuff,rawBuffLen,buff,&out_len,wrkmem);
if (res != LZO_E_OK) {
// this should NEVER happen
delete[] buff;
check(0);
return 0;
}
lzoBuff.Write(LZO_BLOCK_HDR);
lzoBuff.Write(rawBuffLen);
lzoBuff.Write(buff, out_len);
delete[] buff;
return lzoBuff.GetSize();
}
bool iMemoryDib::Byte2Bit(const iDynamicBuffer& in_buff, iDynamicBuffer& out_buff)
{
check(in_buff.GetSize());
uint32 nsiz = in_buff.GetSize()/8 + ((in_buff.GetSize()%8==0)?0:1);
out_buff.ReInit(nsiz);
for (uint32 xx=0; xx<nsiz; ++xx){
uint32 cnt=0;
uint8 data=0;
uint8 odata=0;
while (cnt<8 && in_buff.Read(data)) {
odata |= (data?1<<cnt:0);
cnt++;
}
out_buff.Write(odata);
}
out_buff.Seek(0);
return true;
}
bool iMemoryDib::Bit2Byte(const iDynamicBuffer& in_buff, iDynamicBuffer& out_buff)
{
check(in_buff.GetSize());
uint32 nsiz = in_buff.GetSize()*8;
out_buff.ReInit(nsiz);
for (uint32 xx=0; xx<in_buff.GetSize(); ++xx){
uint8 data;
in_buff.Read(data);
for (uint32 zz=0; zz<8; ++zz){
uint8 bd = (uint8)(((data >> zz)&1)?255:0);
out_buff.Write(bd);
}
}
return true;
}
void iDwellCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
// Creatures quantity
buff.Write(crCount);
}
void iDwellCtlCnst::Unserialize(iDynamicBuffer& buff)
{
iCtlCnst::Unserialize(buff);
// Creatures quantity
buff.Read(crCount);
}
void iTavernCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
buff.Write((uint16)m_curRumor);
buff.Write((uint8)m_bRecruited);
}
void iManaVtxCtlCnst::Serialize(iDynamicBuffer& buff)
{
iCtlCnst::Serialize(buff);
// Visitors
buff.Write((uint8)m_bVisited);
}
