The strong type is actually just a string underneath, but this will help in the future to have a distinction so it's easier to search and replace when we use an integer ID
Slowly going through all the changes to make, still hundreds of errors
a lot of functions/structures use std::string or stringview to designate an ID. So it takes time
Continues slowly replacing ids. There are technically more and more compilation errors
I have good hope that there is a point where the amount of errors will dramatically go down as all the main functions use the ESM::RefId type
Continue moving forward, changes to the stores
slowly moving along
Starting to see the fruit of those changes.
still many many error, but more and more Irun into a situation where a function is sandwiched between two functions that use the RefId type.
More replacements. Things are starting to get easier
I can see more and more often the issue is that the function is awaiting a RefId, but is given a string
there is less need to go down functions and to fix a long list of them.
Still moving forward, and for the first time error count is going down!
Good pace, not sure about topics though, mId and mName are actually the same thing and are used interchangeably
Cells are back to using string for the name, haven't fixed everything yet. Many other changes
Under the bar of 400 compilation errors.
more good progress <100 compile errors!
More progress
Game settings store can use string for find, it was a bit absurd how every use of it required to create refId from string
some more progress on other fronts
Mostly game settings clean
one error opened a lot of other errors. Down to 18, but more will prbably appear
only link errors left??
Fixed link errors
OpenMW compiles, and launches, with some issues, but still!
This PR aims to spark the retirement of a questionable pattern I have found all over our code base. I will illustrate how this pattern encourages code duplication, lacks type safety, requires documentation and can be prone to bugs.
```
std::map<std::string, Object> mMap; // Stored in all lowercase for a case-insensitive lookup
std::string lowerKey = Misc::StringUtils::lowerCase(key);
mMap.emplace(lowerKey, object);
std::string lowerKey = Misc::StringUtils::lowerCase(key);
mMap.find(lowerKey);
mMap.find(key); // Not found. Oops!
```
An alternative approach produces no such issues.
```
std::unordered_map<std::string, Object, Misc::StringUtils::CiHash, Misc::StringUtils::CiEqual> mMap;
mMap.emplace(key, object);
mMap.find(key);
```
Of course, such an alternative will work for a `map` as well, but an `unordered_map` is generally preferable over a `map` with these changes because we have moved `lowerCase` into the comparison operator.
In this PR I have refactored `Animation::mNodeMap` accordingly. I have reviewed and adapted all direct and indirect usage of `Animation::mNodeMap` to ensure we do not change behaviour with this PR.
Currently, we use a peculiar mapping of ESM classes by their std::type_info::name. This mapping is an undefined behaviour because std::type_info::name is strictly implementation defined. It could return a non-unique value on some platforms. With this PR we use the unsigned int sRecordId of the ESM class as a more efficient lookup type that does not build on undefined behaviour. We can expect marginally faster save-game loading with these changes as well.
Container is only used to add elements, iterate over all of them and
clear. Multimap adds overhead for all of these operations without any
benefits. Reduce Animation::resetActiveGroups CPU time usage by 50%.
1. Move weapon types behaviour from switches to the table (should allow
us to de-hardcode weapon types later)
2. Gereralize bones injection to actors skeletons (instead of using the
hardcoded xbase_anim_sh.nif)
