flag TE_KFact::ValidateData(ValidateDataBlk & VDB)
{
KConst.SetVal(iType==TT_Branch ? 50.0 : 10.0, this);
KConst.SetVal(ValidateRange(VDB, "KConst", 0.001, KConst.Val(), 1000.0), this);
if (Valid(m_PhD.KFact.Ovr()))
m_PhD.KFact.SetOvr(ValidateRange(VDB, "K", 0.0, m_PhD.KFact.Ovr(), 1.0E6), this);
return True;
}
void
WebGLBuffer::BufferSubData(GLenum target, size_t dstByteOffset, size_t dataLen,
const void* data) const
{
if (!ValidateRange(dstByteOffset, dataLen))
return;
if (!CheckedInt<GLintptr>(dataLen).isValid())
return mContext->ErrorOutOfMemory("Size too large.");
////
const void* uploadData = data;
if (mIndexCache) {
const auto cachedDataBegin = (uint8_t*)mIndexCache.get() + dstByteOffset;
memcpy(cachedDataBegin, data, dataLen);
uploadData = cachedDataBegin;
InvalidateCacheRange(dstByteOffset, dataLen);
}
////
const auto& gl = mContext->gl;
const ScopedLazyBind lazyBind(gl, target, this);
gl->fBufferSubData(target, dstByteOffset, dataLen, uploadData);
ResetLastUpdateFenceId();
}
flag VLL_Sep::ValidateData(ValidateDataBlk & VDB)
{
H2ORemEff = ValidateRange(VDB, "H2ORemEff", 0.0, H2ORemEff, 1.0);
SetVLEMixFrac(H2oSettled);
return FlashTank::ValidateData(VDB);
};
bool UnformatImage (const std::string &path, Range range)
{
auto disk = std::make_shared<Disk>();
if (!ReadImage(path, disk))
return false;
ValidateRange(range, MAX_TRACKS, MAX_SIDES, disk->cyls(), disk->heads());
range.each([&] (const CylHead &cylhead) {
if (!g_fAbort)
disk->write_track(cylhead, Track());
});
return WriteImage(path, disk);
}
bool CreateImage (const std::string &path, Range range)
{
auto disk = std::make_shared<Disk>();
// Start with legacy default formats, with automatic gap 3
Format fmt = IsFileExt(path, "cpm") ? RegularFormat::ProDos : RegularFormat::MGT;
fmt.gap3 = 0;
// Allow everything about the format to be overridden, but check it
fmt.Override(true);
fmt.Validate();
ValidateRange(range, MAX_TRACKS, MAX_SIDES);
// Set the disk label, if supplied
if (!opt.label.empty())
disk->metadata["label"] = opt.label;
// Extend or format the disk
if (opt.noformat)
disk->write_track(CylHead(range.cyl_end - 1, range.head_end - 1), Track());
else
disk->format(fmt);
// Write to the output disk image
WriteImage(path, disk);
// Report the new disk parameters, unless it's already been displayed (raw)
if (!IsFileExt(path, "raw"))
{
auto cyls = disk->cyls();
auto heads = disk->heads();
if (opt.noformat)
util::cout << util::fmt("Created %2u cyl%s, %u head%s, unformatted.\n", cyls, (cyls == 1) ? "" : "s", heads, (heads == 1) ? "" : "s");
else
{
util::cout << util::fmt("Created %2u cyl%s, %u head%s, %2u sector%s/track, %4u bytes/sector\n",
cyls, (cyls == 1) ? "" : "s", heads, (heads == 1) ? "" : "s",
fmt.sectors, (fmt.sectors == 1) ? "" : "s", fmt.sector_size());
}
}
return true;
}
flag PE_KFact::ValidateData(ValidateDataBlk & VDB)
{
m_PhD.KFact.SetVal(ValidateRange(VDB, "K", 0.0, m_PhD.KFact.Val(), 1.0E6), this);
return True;
}