void
readfile( void )
{
VMRef v;
Symbol * s;
word op = 0;
/*
* Quick Test.
* Determine if the first byte in the input file is a GHOF
* directive. If not then do not bother to parse the rest
* of the file.
*/
op = getc( infd );
if (op >= 0x40)
{
#if defined __ARM && (defined RS6000 || defined __SUN4)
/* only support AOF -> GHOF conversion when cross linking */
if (op == 0xC3 || op == 0xC5)
{
s_aof * pAOF;
uword iCodeSize;
char * pTempFileName;
trace( "Assuming file is in AOF format" );
pTempFileName = malloc( strlen( infile_duplicate ) + 5 /* strlen( ".ghof" ) */ + 1 );
if (pTempFileName == NULL)
{
error( "Out of memory allocating temporary file name" );
return;
}
strcpy( pTempFileName, infile_duplicate );
strcat( pTempFileName, ".ghof" );
file_trace( "creating GHOF copy of AOF file '%s'", infile_duplicate );
pAOF = open_aof( infile_duplicate );
if (pAOF == NULL)
{
error( "Failed to reopen file in AOF mode" );
return;
}
(void)convert_aof( pAOF, pTempFileName, bSharedLib, bTinyModel, bDeviceDriver );
/* Open the temporary file again */
file_trace( "opening GHOF copy '%s'", pTempFileName );
infd = freopen( pTempFileName, "rb", infd );
if (infd == NULL)
{
error( "Unable to reopen temporary file %s", pTempFileName );
return;
}
else
file_trace( "copy opened" );
free( pTempFileName );
/* drop throiugh into normal readfile() code */
}
else
#endif /* __ARM and (RS6000 or __SUN4) */
{
error( "Input file is not in GHOF format" );
return;
}
}
else
{
ungetc( (char)op, infd );
}
do
{
op = rdint();
trace("OP = %x, curloc = %x, codepos = %x",op,curloc, codepos);
switch( op )
{
default:
error( "Illegal linker directive '%x'", op );
break;
case EOF: return;
case OBJCODE:
{
word size = rdint();
if (size < 0)
error( "Negative sized code directive encountered (%x)", size );
trace("CODE %d",size);
while( size-- ) genbyte(rdch());
break;
}
case OBJBSS:
{
word size = rdint();
if (size < 0)
error("Negative sized bss defined");
trace("BSS %d",size);
while( size-- ) genbyte(0L);
break;
}
case OBJWORD:
genpatch( OBJWORD );
break;
case OBJSHORT:
genpatch( OBJSHORT );
break;
case OBJBYTE:
genpatch( OBJBYTE );
break;
case OBJINIT:
geninit();
break;
case OBJMODULE:
genmodule(rdint());
break;
case OBJBYTESEX:
if( bytesex != 0 ) error("bytesex already set");
bytesex = rdint();
trace("BYTESEX %d",bytesex);
break;
case OBJREF:
v = rdsymb();
movesym(v); /* XXX - all REF symbols are implicitly global */
refsymbol_nondef(v);
break;
case OBJGLOBAL:
v = rdsymb();
s = VMAddr(Symbol,v);
movesym(v);
if (s->referenced)
{
refsymbol_def(v);
}
break;
case OBJLABEL:
v = rdsymb();
s = VMAddr(Symbol,v);
trace("LABEL %s",s->name);
if( s->type != S_UNBOUND )
{
if (!inlib)
warn( "Duplicate definition of symbol '%s' defined in file '%s'", s->name, s->file_name );
}
else
{
if (s->AOFassumedData)
{
error( "(AOF) Symbol '%s' has been assumed to be data in file '%s'",
s->name, s->file_name );
s->AOFassumedData = FALSE;
}
copycode();
s->type = S_CODESYMB;
s->value.v = codeptr();
s->module = curmod;
s->file_name = infile_duplicate;
if (s->referenced)
refsymbol_def(v);
{
int len = strlen( s->name );
/* hack to insert correct name for resident libraries */
VMlock( v );
if (len > 8 &&
strcmp( s->name + len - 8, ".library" ) == 0 &&
VMAddr( asm_Module, curmod )->id != -1 )
{
VMAddr( asm_Module, curmod )->file_name = s->name;
}
VMunlock( v );
}
}
break;
case OBJDATA:
case OBJCOMMON:
{
word size = rdint();
if (size < 0)
error("Negative sized data/common directive encountered");
v = rdsymb();
s = VMAddr(Symbol,v);
trace("%s %d %s",op== OBJDATA ? "DATA" : "COMMON",size,s->name);
if( s->type != S_UNBOUND )
{
if( s->type != S_COMMSYMB)
{
if (!inlib)
warn("Duplicate data definition of symbol '%s' defined in file '%s'",s->name, s->file_name);
}
else {
if( s->value.w < size )
s->value.w = size;
}
}
else {
s->type = op== OBJDATA ? S_DATASYMB : S_COMMSYMB;
s->value.w = size;
s->module = curmod;
s->file_name = infile_duplicate;
if(s->referenced)
refsymbol_def(v);
}
(void)newcode(op,0,0,curloc,v);
break;
}
case OBJCODETABLE:
{
if (!smtopt)
error("CODETABLE directive encountered without split module table mode set");
v = rdsymb();
s = VMAddr(Symbol,v);
#if 0 /* problems for .MaxCodeP */
movesym(v); /* implicit global directive */
#endif
trace("%s %s","CODETABLE",s->name);
if ( s->type != S_UNBOUND )
{
if (!inlib)
warn("Duplicate definition of symbol '%s' defined in file '%s'",
s->name, s->file_name);
}
else
{
if (s->AOFassumedData)
{
error( "(AOF) Symbol '%s' has been assumed to be data in file '%s'",
s->name, s->file_name );
s->AOFassumedData = FALSE;
}
s->type = S_FUNCSYMB;
s->value.w = 4;
s->module = curmod;
s->file_name = infile_duplicate;
if(s->referenced)
refsymbol_def(v);
}
(void)newcode(op,0,0,curloc,v);
break;
}
}
}
while( op != EOF );
return;
}
}*/
JNIEXPORT jint JNICALL Java_com_sqq_updateapk_DiffUtils_genDiff
(JNIEnv *env, jobject cls, jstring old, jstring new, jstring patch){
int argc = 4;
char * argv[argc];
argv[0] = "bsdiff";
argv[1] = (char*) ((*env)->GetStringUTFChars(env, old, 0));
argv[2] = (char*) ((*env)->GetStringUTFChars(env, new, 0));
argv[3] = (char*) ((*env)->GetStringUTFChars(env, patch, 0));
printf("old apk = %s \n", argv[1]);
printf("new apk = %s \n", argv[2]);
printf("patch = %s \n", argv[3]);
int ret = genpatch(argc, argv);
printf("genDiff result = %d ", ret);
(*env)->ReleaseStringUTFChars(env, old, argv[1]);
(*env)->ReleaseStringUTFChars(env, new, argv[2]);
(*env)->ReleaseStringUTFChars(env, patch, argv[3]);
return ret;
}
static void split(off_t *I, off_t *V, off_t start, off_t len, off_t h) {
off_t i, j, k, x, tmp, jj, kk;
if (len < 16) {
for (k = start; k < start + len; k += j) {
