void TIndexer::Index(TDocId docId, const char* filename, ostream& idxOutput, ostream& datOutput) {
if (Config.Verbose)
cerr << "Indexing: " << filename << '\n';
ifstream input(filename);
vector<char> buffer(1 << 13);
input.rdbuf()->pubsetbuf(&buffer[0], buffer.size());
char chars[4];
chars[4] = 0;
if (!input.get(chars[0]) || !input.get(chars[1]))
return;
vector<bool> used(TRI_COUNT);
while (input.get(chars[2])) {
TTrigram tri = TByte(chars[0]) | (TByte(chars[1]) << 8) | (TByte(chars[2]) << 16);
if (!used[tri]) {
Chunk.Add(tri, docId);
used[tri] = true;
}
chars[0] = chars[1];
chars[1] = chars[2];
}
if (Chunk.Size >= Config.ChunkSize)
FlushChunk(idxOutput, datOutput);
}
void TTerminal::Run()
{
#if 0
enableAvr ();
if (isDeviceLocked ()) {
char q[20];
printf ("Do you want to clear it and enter normal mode now "
"(enter y for yes): ");
if (fgets (q,sizeof(q),stdin))
{
if (q[0]=='y') { chipErase (); }
else { return; }
}
}
#endif
printf ("Entering the AVR Terminal. ?-help, q-quit.\n");
char cmd[32];
TAddr addr = 0;
do {
try {
printf("avr> ");
scanf("%s",cmd);
if (!strcmp(cmd,"?")){
printf ("AVR Terminal supports the following commands:\n"
"ul fileName - uploads data from Motorola/Intel format.\n"
"vf fileName - verify file with memory\n"
/*
"dl fileName[%segs] - downloads data to Micro Output File\n"
*/
"ls - list segments\n"
"ss seg_name - set segment\n"
"ce - perform chip erase\n"
"rd addr - read a byte from a segment\n"
"wr addr byte - write a 'byte' to a segment at address 'addr'\n"
"du addr - dump segment starting at address 'addr'\n"
", - continue segment dump\n"
"\n"
"Written by Uros Platise (c) 1997-1999, [email protected]\n");
}
else if (!strcmp(cmd,"ul")) {
char inputFileName [64]; scanf ("%s", inputFileName);
try{
motintl.Read(inputFileName, true, false);
}
catch (Error_Device& errDev) { errDev.print (); }
catch (Error_C) { perror ("Error"); }
}
else if (!strcmp(cmd,"vf")) {
char inputFileName [64]; scanf ("%s", inputFileName);
try{
motintl.Read(inputFileName, false, true);
}
catch (Error_Device& errDev) { errDev.print (); }
catch (Error_C) { perror ("Error"); }
}
/*
else if (cmd=="dl") {
char outputFileName [64]; scanf ("%s", outputFileName);
try {
TAout outAout (outputFileName, "wt");
download (&outAout);
}
catch (Error_Device& errDev) { errDev.print (); }
catch (Error_C) { perror ("Error"); }
}
*/
else if (!strcmp(cmd,"ls")){
printf("Available segments: ");
const char* seg_name;
for (unsigned i=0; (seg_name=device->ListSegment(i))!=NULL; i++){
if (i>0){printf(", ");}
printf("%s", seg_name);
}
putchar('\n');
}
else if (!strcmp(cmd,"ss")){
char seg_name [32];
scanf("%s", seg_name);
if (!device->SetSegment(seg_name)){
printf("Invalid segment: `%s'\n", seg_name);
} else {addr=0;}
}
else if (!strcmp(cmd,"ce")){
device->ChipErase();
}
/*
else if (cmd=="rsb") {
unsigned char byte = readLockBits ();
printf ("Lock and Fuse bits status: %.2x\n", byte );
}
else if (cmd=="wlb") {
string mode; cin >> mode;
if (mode=="wr") { writeLockBits (lckPrg);
} else if (mode=="rdwr") { writeLockBits (lckPrgRd);
} else { printf ("Invalid parameter: %s\n", mode); }
}
*/
else if (!strcmp(cmd,"rd")){
scanf ("%x", &addr);
printf("%s: $%.2x\n",
device->TellActiveSegment(), device->ReadByte(addr));
}
else if (!strcmp(cmd,"wr")){
unsigned x;
scanf("%x%x", &addr, &x);
device->WriteByte(addr, TByte(x));
}
else if (!strcmp(cmd,"du")){
scanf ("%x", &addr);
goto list_contents;
}
else if (!strcmp(cmd,",")){
list_contents:
int i,l=0;
while (l<4) {
printf ("%s $%.5x: ", device->TellActiveSegment(), addr);
for (i=0; i<0x8; addr++,i++)
printf ("%.2x ", device->ReadByte(addr));
printf ("\n");
l++;
}
}
else printf ("Ouch.\n");
} catch (Error_MemoryRange){Info(0,"Out of memory range!\n");putchar('\n');}
} while (strcmp(cmd,"q"));
}
