bool Manager::sendResult(plter::Result *result) {
if (getSector()!=NULL) {
return getSector()->sendResult(result);
}
return false;
}
bool Manager::sendCommand(plter::Command *cmd) {
if (getSector()!=NULL) {
return getSector()->sendCommand(cmd);
} else {
return false;
}
}
void CompositeElevationData::addElevationData(ElevationData* data) {
// ElevationData* d0 = _data[0];
if ((data->getExtentWidth() != _width) ||
(data->getExtentHeight() != _height)) {
ILogger::instance()->logError("Extents don't match.");
}
// Sector s = data->getSector();
// Sector s2 = d0->getSector();
if (!data->getSector().isEquals(getSector())) {
ILogger::instance()->logError("Sectors don't match.");
}
_data.push_back(data);
//Checking NoData
for (int i = 0; i < _width; i++) {
for (int j = 0; j < _height; j++) {
double height = getElevationAt(i, j);
if (ISNAN(height)) {
_hasNoData = true;
return;
}
}
}
}
int getFreeSector(){
int i;
for(i=0;i<_MAX_SECTORS;i++)
if(!getSector(i))
return i;
return -1;
}
int __getFileFreeSector(){
int i;
for(i=_FILETABLE_SECTOR_START;i<_MAX_SECTORS;i++)
if(!getSector(i))
return i;
return -1;
}
void printTable(int from, int to){
int i;
for(i=from;i<to;i++){
int exists = getSector(i);
printf("Sector %d: %s\n", i, exists ? "exists" : "does not exist");
}
}
int main()
{
int i = 0;
struct partition *p;
prints("booter start in main()\n");
// initialize the dap struct
dp = &dap;
dp->len = 0x10; // must be 16
dp->zero = 0; // must be 0
dp->nsector = 1; // load one sector
dp->addr = 0; // will set to addr
dp->segment = BOOTSEG; // load to which segment
dp->s1 = 0; // will set to LBA sector#
dp->s2 = 0; // high 4-byte address s2=0
getSector((u32)0, (u16)mbr); // get MBR
// ==========================================================
// In the MBR, partition table begins at byte offset 0x1BE
// DO #1: WRITE C CODE TO PRINT THE PARTITIONS
// ==========================================================
color = CYAN;
// while(1){
prints("what's your name? \n");
gets(ans);
// prints(ans);
if (strcmp(ans, "quit")==0){
prints("\nexit main()\n");
}
printf("\nWelcome %s! %d\n", ans, ++i);
//break;
printf("let's start booter\n");
// }
}
ElevationData* Tile::createElevationDataSubviewFromAncestor(Tile* ancestor) const{
ElevationData* ed = ancestor->getElevationData();
if (ed == NULL){
ILogger::instance()->logError("Ancestor can't have undefined Elevation Data.");
return NULL;
}
if (ed->getExtentWidth() < 1 || ed->getExtentHeight() < 1){
ILogger::instance()->logWarning("Tile too small for ancestor elevation data.");
return NULL;
}
if ((_lastElevationDataProvider != NULL) &&
(_lastTileMeshResolutionX > 0) &&
(_lastTileMeshResolutionY > 0)) {
// ElevationData* subView = _lastElevationDataProvider->createSubviewOfElevationData(ed,
// getSector(),
// Vector2I(_lastTileMeshResolutionX, _lastTileMeshResolutionY));
// return subView;
return new SubviewElevationData(ed,
//bool ownsElevationData,
getSector(),
Vector2I(_lastTileMeshResolutionX, _lastTileMeshResolutionY));
}
ILogger::instance()->logError("Can't create subview of elevation data from ancestor");
return NULL;
}
void printAllSector() {
int xyz[3];
for(int i=0;i<nEntFiles;i++) {
printf("%s : ",entFileNames[i]);
if(getSector(i,xyz) == 0) printf("fail\n");
else printf("%d %d %d\n",xyz[0],xyz[1],xyz[2]);
}
}
virtual bool execute(Event* e,Object* data){
CCScene* scene = CCScene::create();
HelloWorld* hw = HelloWorld::create();
scene->addChild(hw);
hw->setManager(getSector()->getManager());
CCDirector::sharedDirector()->replaceScene(scene);
return true;
};
/*
* This function sets the size attribute of a specified directory entry.
* currentDirCluster is the first cluster of the current directory.
* targetEntry is the entry to be updated.
* newBytes is the number of bytes to set as the total size.
*/
void setFileSize(FILE *fileImgPtr, unsigned int currentDirCluster,
unsigned char *targetEntry, int newSize) {
unsigned char entry[32];
unsigned int nextCluster;
// Break the file's size into 4 characters.
unsigned char sizeA = (newSize & 0xFF000000) >> 24;
unsigned char sizeB = (newSize & 0x00FF0000) >> 16;
unsigned char sizeC = (newSize & 0x0000FF00) >> 8;
unsigned char sizeD = (newSize & 0x000000FF);
nextCluster = currentDirCluster;
// Loop until the end of cluster chain is reached or the entry is found.
do {
// Seek to the cluster's first sector.
fseek(fileImgPtr, (getSector(nextCluster) * fsMetadata[BYTES_PER_SECTOR]),
SEEK_SET);
// Loop once for each directory entry that can fit in the sector.
for(int i = 0; i < 16; ++i) {
// Read in a directory entry.
for(int j = 0; j < 32; ++j) {
entry[j] = getc(fileImgPtr);
}
// If the entry is a long name entry, do not add it.
if((entry[11] | 0xF0) == 0xFF)
continue;
// If the entry is empty, do not add it.
if(entry[0] == 0xE5)
continue;
// If the entry is free, and is the last entry, end the entire function.
if(entry[0] == 0x00)
return;
// Compare the directory entries. If they have the same first cluster
// numbers, they are the same entry.
if(targetEntry[20] == entry[20] && targetEntry[21] == entry[21] &&
targetEntry[26] == entry[26] && targetEntry[27] == entry[27]) {
// This is the entry whose size we want to update.
// Move the file pointer back 4 bytes and write the new size.
fseek(fileImgPtr, -4, SEEK_CUR);
putc(sizeD, fileImgPtr);
putc(sizeC, fileImgPtr);
putc(sizeB, fileImgPtr);
putc(sizeA, fileImgPtr);
return;
}
}
// If next cluster not EOC, set next cluster to next cluster in chain.
nextCluster = getNextCluster(fileImgPtr, nextCluster);
} while(nextCluster < EOCMIN);
}
long Room::getSector(float x, float z, float* floor, float* ceiling) {
orAssert(floor != nullptr);
orAssert(ceiling != nullptr);
long sector = getSector(x, z);
if ((sector >= 0) && (sector < (long)sectors.size())) {
*floor = sectors.at(sector)->getFloor();
*ceiling = sectors.at(sector)->getCeiling();
}
return sector;
}
int main()
{
int i;
struct partition *p;
printf("booter start in main()\n");
// initialize the dap struct
dp = &dap;
dp->len = 0x10; // must be 16
dp->zero = 0; // must be 0
dp->nsector = 1; // load one sector
dp->addr = 0; // will set to addr
dp->segment = BOOTSEG; // load to which segment
dp->s1 = 0; // will set to LBA sector#
dp->s2 = 0; // high 4-byte address s2=0
getSector((u32)0, (u16)mbr); // get MBR
//==========================================================
//In the MBR, partition table begins at byte offset 0x1BE
// DO #1: WRITE C CODE TO PRINT THE PARTITIONS
//==========================================================
//start of print partitions
printf("show partition table\n");
p = (struct partition *)(&mbr[0x1be]);//get first partition from byte offset 0x1BE
printf("p# type start_sector nr_sectors\n");
printf("------------------------------------\n");
//for each partition print partition number, type, start sector, and the number of sectors in partition
for (i=1; i<=4; i++){
printf("%d %x %l %l\n", i, p->type, p->start_sector, p->nr_sectors);
p++;//next partition
}
printf("------------------------------------\n");
//end of print partitions
color = CYAN;
while(1)
{
printf("what's your name? ");
gets(ans);
if (strcmp(ans, "quit")==0)
{
printf("\nexit main()\n");
break;
}
printf("\nWelcome %s!\n", ans);
}
}
IRender_Sector* CRender::detectSector(const Fvector& P)
{
Sectors_xrc.ray_options (CDB::OPT_ONLYNEAREST);
Fvector dir;
dir.set(0,-1,0);
// Portals model
int id1 = -1;
float range1 = 500.f;
if (rmPortals)
{
Sectors_xrc.ray_query (rmPortals,P,dir,range1);
if (Sectors_xrc.r_count()) {
CDB::RESULT *RP1 = Sectors_xrc.r_begin();
id1 = RP1->id;
range1 = RP1->range;
}
}
// Geometry model
int id2 = -1;
float range2 = range1;
Sectors_xrc.ray_query (g_pGameLevel->ObjectSpace.GetStaticModel(),P,dir,range2);
if (Sectors_xrc.r_count()) {
CDB::RESULT *RP2 = Sectors_xrc.r_begin();
id2 = RP2->id;
range2 = RP2->range;
}
// Select ID
int ID;
if (id1>=0) {
if (id2>=0) ID = (range1<=range2+EPS)?id1:id2; // both was found
else ID = id1; // only id1 found
} else if (id2>=0) ID = id2; // only id2 found
else return 0;
if (ID==id1) {
// Take sector, facing to our point from portal
CDB::TRI* pTri = rmPortals->get_tris() + ID;
CPortal* pPortal = (CPortal*)Portals [pTri->dummy];
return pPortal->getSectorFacing(P);
} else {
// Take triangle at ID and use it's Sector
CDB::TRI* pTri = g_pGameLevel->ObjectSpace.GetStaticTris()+ID;
return getSector(pTri->sector);
}
}
// Just load it, then do processing
void __loadFileTable(){
int i;
for(i=0;i<_MAX_FILES;i++)
fileTable[i].sector = -1;
for(i=_FILETABLE_SECTOR_START;i<_MAX_SECTORS;i++)
if(getSector(i)){
printf("Loading file from sector %d\n", i);
// Try to load file
File * file = __loadFile(i);
}
// Now process and construct tree
__constructFileTree();
__setCurrentDir(fileTable);
}
//
// HANDLE FLOOR TYPES
//
int EV_DoFloor( line_t* line, floor_e floortype )
{
int secnum;
int rtn;
int i;
sector_t* sec;
floormove_t* floor;
secnum = -1;
rtn = 0;
while ((secnum = P_FindSectorFromLineTag(line,secnum)) >= 0)
{
sec = §ors[secnum];
// ALREADY MOVING? IF SO, KEEP GOING...
if (sec->specialdata)
continue;
// new floor thinker
rtn = 1;
floor = (floormove_t *)Z_Malloc (sizeof(*floor), PU_LEVSPEC, 0);
P_AddThinker (&floor->thinker,floor);
sec->specialdata = floor;
floor->thinker.function = TT_MoveFloor;
floor->type = floortype;
floor->crush = false;
switch(floortype)
{
case lowerFloor:
floor->direction = -1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight =
P_FindHighestFloorSurrounding(sec);
break;
case lowerFloorToLowest:
floor->direction = -1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight =
P_FindLowestFloorSurrounding(sec);
break;
case turboLower:
floor->direction = -1;
floor->sector = sec;
floor->speed = FLOORSPEED * 4;
floor->floordestheight =
P_FindHighestFloorSurrounding(sec);
if (floor->floordestheight != sec->floorheight)
floor->floordestheight += 8*FRACUNIT;
break;
case raiseFloorCrush:
floor->crush = true;
case raiseFloor:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight =
P_FindLowestCeilingSurrounding(sec);
if (floor->floordestheight > sec->ceilingheight)
floor->floordestheight = sec->ceilingheight;
floor->floordestheight -= (8*FRACUNIT)*
(floortype == raiseFloorCrush);
break;
case raiseFloorTurbo:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED*4;
floor->floordestheight =
P_FindNextHighestFloor(sec,sec->floorheight);
break;
case raiseFloorToNearest:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight =
P_FindNextHighestFloor(sec,sec->floorheight);
break;
case raiseFloor24:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight = floor->sector->floorheight +
24 * FRACUNIT;
break;
case raiseFloor512:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight = floor->sector->floorheight +
512 * FRACUNIT;
break;
case raiseFloor24AndChange:
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight = floor->sector->floorheight +
24 * FRACUNIT;
sec->floorpic = line->frontsector->floorpic;
sec->special = line->frontsector->special;
break;
case raiseToTexture:
{
int minsize = MAXINT;
side_t* side;
floor->direction = 1;
floor->sector = sec;
floor->speed = FLOORSPEED;
for (i = 0; i < sec->linecount; i++)
{
if (twoSided (secnum, i) )
{
side = getSide(secnum,i,0);
if (side->bottomtexture >= 0)
if (textureheight[side->bottomtexture] <
minsize)
minsize =
textureheight[side->bottomtexture];
side = getSide(secnum,i,1);
if (side->bottomtexture >= 0)
if (textureheight[side->bottomtexture] <
minsize)
minsize =
textureheight[side->bottomtexture];
}
}
floor->floordestheight =
floor->sector->floorheight + minsize;
}
break;
case lowerAndChange:
floor->direction = -1;
floor->sector = sec;
floor->speed = FLOORSPEED;
floor->floordestheight =
P_FindLowestFloorSurrounding(sec);
floor->texture = sec->floorpic;
for (i = 0; i < sec->linecount; i++)
{
if ( twoSided(secnum, i) )
{
if (getSide(secnum,i,0)->sector-sectors == secnum)
{
sec = getSector(secnum,i,1);
if (sec->floorheight == floor->floordestheight)
{
floor->texture = sec->floorpic;
floor->newspecial = sec->special;
break;
}
}
else
{
sec = getSector(secnum,i,0);
if (sec->floorheight == floor->floordestheight)
{
floor->texture = sec->floorpic;
floor->newspecial = sec->special;
break;
}
}
}
}
default:
break;
}
}
return rtn;
}
void CRender::LoadSectors(IReader* fs)
{
// allocate memory for portals
u32 size = fs->find_chunk(fsL_PORTALS);
R_ASSERT(0==size%sizeof(b_portal));
u32 count = size/sizeof(b_portal);
Portals.resize (count);
for (u32 c=0; c<count; c++)
Portals[c] = xr_new<CPortal> ();
// load sectors
IReader* S = fs->open_chunk(fsL_SECTORS);
for (u32 i=0; ; i++)
{
IReader* P = S->open_chunk(i);
if (0==P) break;
CSector* __S = xr_new<CSector> ();
__S->load (*P);
Sectors.push_back (__S);
P->close();
}
S->close();
// load portals
if (count)
{
CDB::Collector CL;
fs->find_chunk (fsL_PORTALS);
for (i=0; i<count; i++)
{
b_portal P;
fs->r (&P,sizeof(P));
CPortal* __P = (CPortal*)Portals[i];
__P->Setup (P.vertices.begin(),P.vertices.size(),
(CSector*)getSector(P.sector_front),
(CSector*)getSector(P.sector_back));
for (u32 j=2; j<P.vertices.size(); j++)
CL.add_face_packed_D(
P.vertices[0],P.vertices[j-1],P.vertices[j],
u32(i)
);
}
if (CL.getTS()<2)
{
Fvector v1,v2,v3;
v1.set (-20000.f,-20000.f,-20000.f);
v2.set (-20001.f,-20001.f,-20001.f);
v3.set (-20002.f,-20002.f,-20002.f);
CL.add_face_packed_D (v1,v2,v3,0);
}
// build portal model
rmPortals = xr_new<CDB::MODEL> ();
rmPortals->build (CL.getV(),int(CL.getVS()),CL.getT(),int(CL.getTS()));
} else {
rmPortals = 0;
}
// debug
// for (int d=0; d<Sectors.size(); d++)
// Sectors[d]->DebugDump ();
pLastSector = 0;
}
unsigned char *CDR__getBuffer(void) {
// SysPrintf("start CDR_getBuffer()\r\n");
return getSector();
}
File * __loadFile(int sector){
// If it isnt mapped yet...
if(!getSector(sector))
return NULL;
File * file = getFreeFile();
int i;
for(i=0;i<_FILE_CHILDREN;i++)
file->children[i] = NULL;
file->sector = sector;
// FILE HEADER
// 255 bytes: name
// 4 bytes: size
// 4 bytes: parent sector
// FILE FOOTER
int base = 0;
char header[50];
char footer[50];
// Now prepare to read file header on sector
disk_cmd fileHeader = {ATA0, file->sector, base, strlen(_FILE_HEADER)+1,header};
base += strlen(_FILE_HEADER)+1;
disk_cmd fileName = {ATA0, file->sector, base, _FILE_NAMELENGTH, file->name};
base += _FILE_NAMELENGTH;
disk_cmd fileSize = {ATA0, file->sector,base, 4,(char*)(&(file->size))};
base += sizeof(int);
disk_cmd fileParent = {ATA0, file->sector, base, sizeof(int), (char *)(&file->psector)};
base += sizeof(int);
file->parent = NULL;
disk_cmd fileFooter = {ATA0, file->sector, base, strlen(_FILE_FOOTER)+1,footer};
// And read it
System.readDisk(&fileHeader);
System.readDisk(&fileName);
System.readDisk(&fileSize);
System.readDisk(&fileParent);
System.readDisk(&fileFooter);
// Its a file
if(!strcmp(header,_FILE_HEADER) && !strcmp(footer,_FILE_FOOTER)){
// Blabla, things to do
return file;
}
// File not recognized
__freeFile(__getFileIndexBySector(file->sector));
return NULL;
}
int main(int argc, char *argv[]) {
int fd, i, br, n;
char code[8192], data[8192], cdata[8192], *td;
int fhead, format;
struct set_rw SetRW;
int phase;
struct DcStill Dc;
Dc.code = code;
Dc.csize = 8192;
Dc.data = data;
Dc.dsize = 8192;
#if READFILE
if (argc < 2) {
printf("Usage: %s <code> [data]\n", argv[0]);
return(1);
};
fd = open(argv[1], O_RDONLY, 0644);
if (fd < 0) {
printf("Error open '%s'\n", argv[1]);
return(2);
};
if (read(fd, Dc.code, Dc.csize) < 0) {
printf("Error read '%s'\n", argv[1]);
close(fd);
return(3);
};
close(fd);
#else
fd = open("/dev/ravt0", O_RDWR, 0);
if (fd < 0) {
printf("Error open '%s'\n", argv[1]);
return(2);
};
SetRW.rate = 200;
SetRW.flag = IORAW;
ioctl(fd, VSET_READ, &SetRW);
phase = 17;
ioctl(fd, VSET_PHASE, &phase);
phase = 0;
for (i = 0; i < 100; i++) {
phase++;
bzero(Dc.code, Dc.csize);
while (!(br=read(fd, Dc.code, Dc.csize)));
#endif
bzero(Dc.data, Dc.dsize);
format = FORMAT_RSC_50;
fhead = DcHeader(Dc.code, &Dc.header, &Dc.coffs, format);
if (fhead) {
int lcoffs;
format = FORMAT_RS;
for (lcoffs = 0; lcoffs < 9*9*2 && fhead; lcoffs++) {
fhead = DcHeader(Dc.code+lcoffs, &Dc.header, &Dc.coffs, format);
printf("Offs: %d/%d [%02X]\n", lcoffs, fhead, code[lcoffs]);
}
}
if (fhead) {
printf("%d/%d - header nof found!\n", phase,br);
/* DecoderRS(data, code+offs*2, 0, NGR50, NGR50); */
} else {
if (DcData(Dc.code, Dc.data, &Dc.header, Dc.coffs, &Dc.dstat))
printf("ERROR decode DATA!!!\n");
printf("Error's:\t%d/%d/%d %d\n",
DCErrStat.one, DCErrStat.two,
DCErrStat.tree, DCErrStat.fatal);
#if 1
flagFromHeader(&Dc);
printf("Shift:\t%d\n", Dc.coffs);
printf("Format:\t%02X", Dc.header.g.format);
switch(Dc.header.g.format) {
case FORMAT_RS:
printf("\t(RS)\n");
printf("Tape name:\t");
for (n=0; n<8; n++)
printf("%c", Dc.header.rs.name[n]);
printf("\n");
printf("Tape length:\t%d min.\n", Dc.header.rs.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rs.tapetime);
break;
case FORMAT_RSC:
printf("\t(RSC)\n");
if (!(Dc.header.rsc.lenCompress & 0x8000))
printf("Compress:\t%d\n", Dc.header.rsc.lenCompress);
printf("Tape ID:\t%08X\n", Dc.header.rsc.tapeID);
printf("XOR info:\t%02x %02x %02x %02x\n",
Dc.header.rsc.num_xor, Dc.header.rsc.num_block,
Dc.header.rsc.nr_xor, Dc.header.rsc.nr_block);
printf("Tape length:\t%d min.\n", Dc.header.rsc.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rsc.tapetime);
printf("Spec sector:\t%d %d/%d/%d\n",
Dc.header.rsc.numSpec, Dc.header.rsc.x0,
Dc.header.rsc.x1, Dc.header.rsc.x2);
break;
case FORMAT_RSC_50:
printf("\t(RSC_50)\n");
if (!(Dc.header.rsc50.lenCompress & 0x8000))
printf("Compress:\t%d\n", Dc.header.rsc50.lenCompress);
printf("Tape ID:\t%08X\n", Dc.header.rsc50.tapeID);
printf("XOR info:\t%02x %02x %02x %02x\n",
Dc.header.rsc50.num_xor, Dc.header.rsc50.num_block,
Dc.header.rsc50.nr_xor, Dc.header.rsc50.nr_block);
printf("Tape length:\t%d min.\n", Dc.header.rsc50.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rsc50.tapetime);
printf("Spec sector:\t%d %d/%d/%d\n",
Dc.header.rsc50.numSpec, Dc.header.rsc50.x0,
Dc.header.rsc50.x1, Dc.header.rsc50.x2);
printf("Data CRC:\t%08X\n", Dc.header.rsc50.CRC);
break;
}; /* format */
printf("Start sector:\t%u\n", getSector(&Dc.header));
printf("nSectors:\t%d\n", getAvailSector(&Dc.header));
printf("Sector flags:\t");
if (Dc.fDir) printf("DIR.");
else printf("DATA.");
if (Dc.fHead) printf("START.");
if (Dc.fTail) printf("END.");
if (Dc.fSpec) printf("SPEC.");
printf("\n");
#endif
#if READFILE
if (argc == 3) {
fd = open(argv[2], O_WRONLY|O_CREAT, 0644);
if (fd < 0) {
printf("Error open '%s'\n", argv[2]);
return(4);
};
br = getSector(&Dc.header);
i = getAvailSector(&Dc.header);
i *= 512;
td = (char *)malloc(i);
printf("Read bytes:\t%d\n", readData(&Dc, td, br, i));
if (write(fd, td, i) < 0) {
printf("Error write '%s'\n", argv[2]);
close(fd);
return(5);
};
close(fd);
free(td);
};
#endif
}; /* fHead */
#if READFILE
#else
};
close(fd);
#endif
};
bool getPixel(SCREEN* data, unsigned char x, unsigned char y){return getBit(getSector(data, x/8, y), 7-(x%8));}
void Room::getHeightAtPosition(float x, float* y, float z) {
long sector = getSector(x, z);
if ((sector >= 0) && (sector < (long)sectors.size()))
*y = sectors.at(sector)->getFloor();
}
int main(int argc, char *argv[]) {
int fd, fdw, i, br, n;
char code[8192], data[8192], *td, file[1024];
int fhead, format;
struct set_rw SetRW;
int phase;
struct DcStill Dc;
Dc.code = code;
/* Dc.csize = 8192; */
Dc.csize = SIZE200;
Dc.data = data;
Dc.dsize = 8192;
fd = open("/dev/ravt0", O_RDWR, 0);
if (fd < 0) {
printf("Error open '%s'\n", argv[1]);
return(2);
};
SetRW.rate = 200;
SetRW.flag = IORAW;
ioctl(fd, VSET_READ, &SetRW);
phase = 17;
ioctl(fd, VSET_PHASE, &phase);
phase = 0;
/* пока не конец */
while (!Dc.fTail) {
phase++;
bzero(Dc.code, Dc.csize);
while (!(br=read(fd, Dc.code, Dc.csize)));
bzero(Dc.data, Dc.dsize);
format = FORMAT_RSC_50;
fhead = DcHeader(Dc.code, &Dc.header, &Dc.coffs, format);
if (fhead) {
format = FORMAT_RS;
fhead = DcHeader(Dc.code, &Dc.header, &Dc.coffs, format);
};
if (fhead)
printf("%d/%d - header nof found!\n", phase,br);
else
flagFromHeader(&Dc);
if (!fhead && Dc.fDir && !Dc.fTail) {
if (DcData(Dc.code, Dc.data, &Dc.header, Dc.coffs, &Dc.dstat))
printf("ERROR decode DATA!!!\n");
printf("Error's:\t%d/%d/%d %d\n",
DCErrStat.one, DCErrStat.two,
DCErrStat.tree, DCErrStat.fatal);
#if 1
printf("Shift:\t%d\n", Dc.coffs);
printf("Format:\t%02X", Dc.header.g.format);
switch(Dc.header.g.format) {
case FORMAT_RS:
printf("\t(RS)\n");
printf("Tape name:\t");
for (n=0; n<8; n++)
printf("%c", Dc.header.rs.name[n]);
printf("\n");
printf("Tape length:\t%d min.\n", Dc.header.rs.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rs.tapetime);
break;
case FORMAT_RSC:
printf("\t(RSC)\n");
if (!(Dc.header.rsc.lenCompress & 0x8000))
printf("Compress:\t%d\n", Dc.header.rsc.lenCompress);
printf("Tape ID:\t%08X\n", Dc.header.rsc.tapeID);
printf("XOR info:\t%02x %02x %02x %02x\n",
Dc.header.rsc.num_xor, Dc.header.rsc.num_block,
Dc.header.rsc.nr_xor, Dc.header.rsc.nr_block);
printf("Tape length:\t%d min.\n", Dc.header.rsc.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rsc.tapetime);
printf("Spec sector:\t%d %d/%d/%d\n",
Dc.header.rsc.numSpec, Dc.header.rsc.x0,
Dc.header.rsc.x1, Dc.header.rsc.x2);
break;
case FORMAT_RSC_50:
printf("\t(RSC_50)\n");
if (!(Dc.header.rsc50.lenCompress & 0x8000))
printf("Compress:\t%d\n", Dc.header.rsc50.lenCompress);
printf("Tape ID:\t%08X\n", Dc.header.rsc50.tapeID);
printf("XOR info:\t%02x %02x %02x %02x\n",
Dc.header.rsc50.num_xor, Dc.header.rsc50.num_block,
Dc.header.rsc50.nr_xor, Dc.header.rsc50.nr_block);
printf("Tape length:\t%d min.\n", Dc.header.rsc50.length & LENGTHMASK);
printf("Tape time:\t%d sec.\n", Dc.header.rsc50.tapetime);
printf("Spec sector:\t%d %d/%d/%d\n",
Dc.header.rsc50.numSpec, Dc.header.rsc50.x0,
Dc.header.rsc50.x1, Dc.header.rsc50.x2);
printf("Data CRC:\t%08X\n", Dc.header.rsc50.CRC);
break;
}; /* switch (format) */
printf("Start sector:\t%u\n", getSector(&Dc.header));
printf("nSectors:\t%d\n", getAvailSector(&Dc.header));
printf("Sector flags:\t");
if (Dc.fDir) printf("DIR.");
else printf("DATA.");
if (Dc.fHead) printf("START.");
if (Dc.fTail) printf("END.");
if (Dc.fSpec) printf("SPEC.");
printf("\n");
#endif
sprintf(file, "%u\0", getSector(&Dc.header));
fdw = open(file, O_WRONLY|O_CREAT|O_TRUNC, 0644);
if (fdw < 0)
printf("Error open '%s'\n", argv[2]);
else {
#if 0
br = getSector(&Dc.header);
i = getAvailSector(&Dc.header);
i *= 512;
td = (char *)malloc(i);
printf("Read bytes:\t%d\n", readData(&Dc, td, br, i));
if (write(fd, td, i) < 0) {
printf("Error write '%s'\n", argv[2]);
close(fd);
return(5);
};
close(fd);
free(td);
#else
if (write(fdw, Dc.data, Dc.dsize) < 0)
printf("Error write '%s'\n", file);
close(fdw);
#endif
}; /* if open */
}; /* fHead && Dc.fDir */
}; /* while (Dc.fTail) */
close(fd);
};
int main()
{
int i;
int bsector, partition;
struct partition *p;
printf("booter start in main()\n");
// initialize the dap struct
dp = &dap;
dp->len = 0x10; // must be 16
dp->zero = 0; // must be 0
dp->nsector = 1; // load one sector
dp->addr = 0; // will set to addr
dp->segment = BOOTSEG; // load to which segment
dp->s1 = 0; // will set to LBA sector#
dp->s2 = 0; // high 4-byte address s2=0
getSector((u32)0, (u16)mbr); // get MBR
/*==========================================================
In the MBR, partition table begins at byte offset 0x1BE
// DO #1: WRITE C CODE TO PRINT THE PARTITIONS
==========================================================*/
/*p = (struct partition *) mbr + 0x1BE; //(446)
for(i = 0; i < 4; ++i){
printf("drive = %d\n", p->drive);
printf("head = %d\n", p->head);
printf("sector = %d\n", p->sector);
printf("cylinder = %d\n", p->cylinder);
printf("sys_type = %d\n", p->type);
printf("end_head = %d\n", p->end_head);
printf("end_sector = %d\n", p->end_sector);
printf("end_cylinder = %d\n", p->end_cylinder);
printf("start_sector = %d\n", p->start_sector);
printf("nr_sectors = %d\n", p->nr_sectors);
p += 4; //16 bytes
}*/
printf("show partition table\n");
p = (struct partition *)(&mbr[0x1be]);
printf("p# type start_sector nr_sectors\n");
printf("------------------------------------\n");
for (i=1; i<=4; i++){
printf("%d %x %d %d\n",
i, p->type, p->start_sector, p->nr_sectors);
/*if (i==1){
partition = 1;
bsector = p->start_sector;
}*/
p++;
}
printf("------------------------------------\n");
color = CYAN;
while(1){
printf("what's your name? ");
gets(ans);
if (strcmp(ans, "quit")==0){
printf("\nexit main()\n");
break;
}
printf("\nWelcome %s!\n", ans);
}
}
void SettingsManager::loadSector(MyGUI::xml::ElementPtr _sectorNode)
{
SettingsSector* sector = getSector(_sectorNode->getName());
sector->deserialization(_sectorNode, MyGUI::Version());
}