This means the shared memory struct is just 255 bytes longer than a few
commits ago instead of 32K.
Also introduce a function for putting path strings in the shared memory
as there was too much copied and pasted code and it was error-prone.
Also free some handles once we're done with them so they don't leak.
2d coord hash moved to hash.hpp file
format version adds suffix to be more coherent
don't use ESM::RefId::sEmpty
RefId equality with string_view, conversion to refId unecessary
action teleport remove test that mCellId is empty
removes some const references, when copy is enough
invalid refid => empty refid
removes useless change
std::pair<int, int> isn't trivially copyable on some compilers
so a specific struct is defined, it's an int pair, but it should be recognised by GCC 11.3 as trivially copyable
Vec2iRefId => ESM3ExteriorCellRefId
more explcit name and use mX,mY instead of pair
renamed files and enum
Use std::variant. Store refId strings in unordered_set and use pointer to an
item there. Inserts to unordered_set do not invalidate pointers to values so the
pointer is always valid. Elements are not removed. Assume there is finite number
of string refIds.
Topic info records need to have specific order defined via mNext and mPrev
fields (next and previous records). When loading multiple files a record may be
inserted into middle of the topic but neighborhood records may not be aware of
it. Having the order it's possible to move the records within one topic.
Sort the record once after loading all content files but preserve the order for
all other operations. Use std::map to group info ids by topic to make sure the
topics order is stable. Keep order within a topic for info ids on loading new
records. Use this order later for sorting the records.
to avoid copy pasting code, readerutils gives functions that take visitors as params to decide how a record must be handled
Check encoder exists, and get value of stateless encoder.
fixes code formatting conventions
Fixed output of record with RefId
also fixed readTypedRecord and readRecord to have the proper return types
Check if the type has a sRecordId
