static int parse_dbi_ex_header(char *data, int max_len, SDBIExHeader *dbi_ex_header) {
ut32 read_bytes = 0, before_read_bytes = 0;
READ4(read_bytes, max_len, dbi_ex_header->opened, data, ut32);
before_read_bytes = read_bytes;
read_bytes += parse_ssymbol_range (data, max_len, &dbi_ex_header->range);
data += (read_bytes - before_read_bytes);
READ2(read_bytes, max_len, dbi_ex_header->flags, data, ut16);
READ2(read_bytes, max_len, dbi_ex_header->stream, data, st16);
READ4(read_bytes, max_len, dbi_ex_header->symSize, data, ut32);
READ4(read_bytes, max_len, dbi_ex_header->oldLineSize, data, ut32);
READ4(read_bytes, max_len, dbi_ex_header->lineSize, data, ut32);
READ2(read_bytes, max_len, dbi_ex_header->nSrcFiles, data, st16);
READ2(read_bytes, max_len, dbi_ex_header->padding1, data, st16);
READ4(read_bytes, max_len, dbi_ex_header->offsets, data, ut32);
READ4(read_bytes, max_len, dbi_ex_header->niSource, data, ut32);
READ4(read_bytes, max_len, dbi_ex_header->niCompiler, data, ut32);
before_read_bytes = read_bytes;
parse_sctring(&dbi_ex_header->modName, (unsigned char *)data, &read_bytes, max_len);
data += (read_bytes - before_read_bytes);
before_read_bytes = read_bytes;
parse_sctring(&dbi_ex_header->objName, (unsigned char *)data, &read_bytes, max_len);
data += (read_bytes - before_read_bytes);
return read_bytes;
}
static int parse_ssymbol_range(char *data, int max_len, SSymbolRange *symbol_range) {
int read_bytes = 0;
READ2(read_bytes, max_len, symbol_range->section, data, st16);
READ2(read_bytes, max_len, symbol_range->padding1, data, st16);
READ4(read_bytes, max_len, symbol_range->offset, data, st32);
READ4(read_bytes, max_len, symbol_range->size, data, st32);
READ4(read_bytes, max_len, symbol_range->flags, data, ut32);
READ4(read_bytes, max_len, symbol_range->module, data, st32);
// TODO: why not need to read this padding?
// READ2(read_bytes, max_len, symbol_range->padding2, data, short);
READ4(read_bytes, max_len, symbol_range->data_crc, data, ut32);
READ4(read_bytes, max_len, symbol_range->reloc_crc, data, ut32);
return read_bytes;
}
void doubleMul( double x, double* y )
{
size_t num = 4;
for(size_t i = 0; i < num; i++)
printf("[doubleMul]: y[%d] = %lf\n", i, y[i]);
setbuf(stdout, NULL);
x *= y[0] ;
/*pvm_initsend(PvmDataDefault) ;
pvm_pkdouble(&x, 1, 1) ;
pvm_send(pvm_parent(), 1) ;*/
printf("[doubleMul]: Now x = %lf\n", x);
input<double> in1(1, 2, 0., 1);
READ2("main:all_tasks.main.1", "all_tasks", in1);
x *= in1.data;
printf("[doubleMul]: And now... x = %lf\n", x);
return;
}
static void
auacer_upd_chan(struct auacer_softc *sc, struct auacer_chan *chan)
{
uint32_t sts;
uint32_t civ;
sts = READ2(sc, chan->port + ALI_OFF_SR);
/* intr ack */
WRITE2(sc, chan->port + ALI_OFF_SR, sts & ALI_SR_W1TC);
WRITE4(sc, ALI_INTERRUPTSR, ALI_PORT2INTR(chan->port));
DPRINTF(ALI_DEBUG_INTR, ("auacer_upd_chan: sts=0x%x\n", sts));
if (sts & ALI_SR_DMA_INT_FIFO) {
printf("%s: fifo underrun # %u\n",
device_xname(&sc->sc_dev), ++chan->fifoe);
}
civ = READ1(sc, chan->port + ALI_OFF_CIV);
DPRINTF(ALI_DEBUG_INTR,("auacer_intr: civ=%u ptr=%u\n",civ,chan->ptr));
/* XXX */
while (chan->ptr != civ) {
auacer_add_entry(chan);
}
WRITE1(sc, chan->port + ALI_OFF_LVI, (chan->ptr - 1) & ALI_LVI_MASK);
while (chan->ack != civ) {
if (chan->intr) {
DPRINTF(ALI_DEBUG_INTR,("auacer_upd_chan: callback\n"));
chan->intr(chan->arg);
}
chan->ack++;
if (chan->ack >= ALI_DMALIST_MAX)
chan->ack = 0;
}
}
static int
auacer_read_codec(void *v, uint8_t reg, uint16_t *val)
{
struct auacer_softc *sc;
sc = v;
if (auacer_sema_codec(sc))
return EIO;
reg |= ALI_CPR_ADDR_READ;
#if 0
if (ac97->num)
reg |= ALI_CPR_ADDR_SECONDARY;
#endif
WRITE2(sc, ALI_CPR_ADDR, reg);
if (auacer_ready_codec(sc, ALI_CSPSR_READ_OK))
return EIO;
*val = READ2(sc, ALI_SPR);
DPRINTF(ALI_DEBUG_CODECIO, ("auacer_read_codec: reg=0x%x val=0x%x\n",
reg, *val));
return 0;
}
void Pref::load() {
Record r(PREF_GROUP);
#define READ(a) r.read(a, #a)
READ(fit_to_video);
READ(remember_stopped);
READ(ask_record_found);
READ(pause_minimized);
READ(pause_video_only);
READ(hide_cursor);
READ(hide_cursor_fs_only);
READ(hide_cursor_delay);
READ(blur_kern_c);
READ(blur_kern_n);
READ(blur_kern_d);
READ(sharpen_kern_c);
READ(sharpen_kern_n);
READ(sharpen_kern_d);
READ(remap_luma_min);
READ(remap_luma_max);
READ(channel_manipulation);
QList<QByteArray> restore_properties;
READ(restore_properties);
this->restore_properties.clear();
this->restore_properties.reserve(restore_properties.size());
for (auto &name : _C(restore_properties)) {
auto &mo = MrlState::staticMetaObject;
const int idx = mo.indexOfProperty(name.constData());
if (idx != -1)
this->restore_properties.append(mo.property(idx));
}
READ(invert_wheel);
READ(enable_system_tray);
READ(hide_rather_close);
READ(disable_screensaver);
READ(sub_enc);
READ(sub_enc_autodetection);
READ(sub_enc_accuracy);
READ(ms_per_char);
READ(sub_priority);
READ(seek_step1);
READ(seek_step2);
READ(seek_step3);
READ(speed_step);
READ(volume_step);
READ(amp_step);
READ(sub_pos_step);
READ(sub_sync_step);
READ(brightness_step);
READ(saturation_step);
READ(contrast_step);
READ(hue_step);
READ(sub_ext);
READ(skin_name);
READ(enable_hwaccel);
READ(hwaccel_codecs);
READ(hwdeints);
QString backend;
r.read(backend, "hwaccel_backend");
hwaccel_backend = HwAcc::backend(backend);
READ(enable_generate_playist);
READ(sub_enable_autoload);
READ(sub_enable_autoselect);
READ(generate_playlist);
READ(sub_autoload);
READ(sub_autoselect);
READ(normalizer_silence);
READ(normalizer_target);
READ(normalizer_min);
READ(normalizer_max);
READ(lion_style_fullscreen);
READ(show_logo);
READ(bg_color);
READ(deint_hwdec);
READ(deint_swdec);
READ(audio_driver);
READ(clipping_method);
READ(cache_local);
READ(cache_disc);
READ(cache_network);
READ(cache_min_playback);
READ(cache_min_seeking);
READ(network_folders);
READ(use_mpris2);
#undef READ
#define READ2(a) a.load(r, #a)
READ2(open_media_from_file_manager);
READ2(open_media_by_drag_and_drop);
READ2(sub_style);
READ2(double_click_map);
READ2(middle_click_map);
READ2(wheel_scroll_map);
#undef READ2
const auto size = r.beginReadArray("shortcuts");
if (size > 0) {
shortcuts.clear();
for (int i=0; i<size; ++i) {
r.setArrayIndex(i);
const auto id = r.value("id").toString();
if (!id.isEmpty()) {
const auto keys = fromStringList<QKeySequence>(r.value("keys").toStringList());
if (!keys.isEmpty())
shortcuts[id] = keys;
}
}
}
r.endArray();
}
AttributeInfo readAttribute(FILE* fp, u2_t cpCount, CpInfo* cp) {
AttributeInfo attr;
READ2(fp, attr.nameIndex);
READ4(fp, attr.length);
if (cpCount >= attr.nameIndex && cp[attr.nameIndex].tag != 1) { // CONSTANT_Utf8
printf("WRONG ATTRIBUTE INDEX\n");
exit(EXIT_FAILURE);
}
// TODO info should go
void* info = malloc(attr.length);
Code* code;
SourceFile* sourceFile;
switch (attributeNameToKind( *((Utf8*) cp[attr.nameIndex].info) )) {
case CONSTANTVALUE:
READBYTES(fp, info, attr.length);
break;
case CODE:
attr.kind = CODE;
code = malloc(sizeof(Code));
attr.info = code;
READ2(fp, code->maxStack);
READ2(fp, code->maxLocals);
READ4(fp, code->codeLength);
// TODO incomplete
READBYTES(fp, info, code->codeLength);
READ2(fp, code->exceptionTableLength);
code->exceptionTable = (code->exceptionTableLength == 0) ? NULL : malloc(code->exceptionTableLength * sizeof(ExceptionTableEntry));
for (u2_t i = 0 ; i < code->exceptionTableLength ; i++) {
READ2(fp, code->exceptionTable[i].startPC);
READ2(fp, code->exceptionTable[i].endPC);
READ2(fp, code->exceptionTable[i].handlerPC);
READ2(fp, code->exceptionTable[i].catchType);
printf("%d %d %d %d\n", code->exceptionTable[i].startPC, code->exceptionTable[i].endPC, code->exceptionTable[i].handlerPC, code->exceptionTable[i].catchType);
}
READ2(fp, code->attributesCount);
code->attributes = (code->attributesCount == 0) ? NULL : malloc(code->attributesCount * sizeof(AttributeInfo));
for (u2_t i = 0 ; i < code->attributesCount ; i++) {
code->attributes[i] = readAttribute(fp, cpCount, cp);
}
break;
case STACKMAPTABLE:
READBYTES(fp, info, attr.length);
break;
case EXCEPTIONS:
READBYTES(fp, info, attr.length);
break;
case INNERCLASSES:
READBYTES(fp, info, attr.length);
break;
case ENCLOSINGMETHOD:
READBYTES(fp, info, attr.length);
break;
case SYNTHETIC:
READBYTES(fp, info, attr.length);
break;
case SIGNATURE:
READBYTES(fp, info, attr.length);
break;
case SOURCEFILE:
attr.kind = SOURCEFILE;
sourceFile = malloc(sizeof(SourceFile));
attr.info = sourceFile;
READ2(fp, sourceFile->sourceFileIndex);
break;
case SOURCEDEBUGEXTENSION:
READBYTES(fp, info, attr.length);
break;
case LINENUMBERTABLE:
READBYTES(fp, info, attr.length);
break;
case LOCALVARIABLETABLE:
READBYTES(fp, info, attr.length);
break;
case LOCALVARIABLETYPETABLE:
READBYTES(fp, info, attr.length);
break;
case DEPRECATED:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEVISIBLEANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEINVISIBLEANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEVISIBLEPARAMETERANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEINVISIBLEPARAMETERANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEVISIBLETYPEANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case RUNTIMEINVISIBLETYPEANNOTATIONS:
READBYTES(fp, info, attr.length);
break;
case ANNOTATIONDEFAULT:
READBYTES(fp, info, attr.length);
break;
case BOOTSTRAPMETHODS:
READBYTES(fp, info, attr.length);
break;
case METHODPARAMETERS:
READBYTES(fp, info, attr.length);
break;
default:
printf("UNKNOWN ATTRIBUTE\n");
exit(EXIT_FAILURE);
}
return attr;
}