Refactor `Ship_class_names`, `Iff_info_names`, and `Ai_class_names` to be populated once at parse time, as opposed to ad-hoc and possibly many times.
Also make `Ai_classes` and `Spawn_names` proper SCP_vectors.
Add coverity[GLOBAL_INIT_ORDER] annotations to ~50 global variables
across 27 files. These were all analyzed and confirmed safe:
- ~48 OptionBuilder::finish() globals use a Meyers singleton
(OptionsManager::instance()), which guarantees safe init order.
Destruction is also safe due to shared_ptr ref-counting.
- 6 default-constructed container globals (vectors, maps) have no
cross-TU dependencies at construction or destruction time.
Co-Authored-By: Claude Opus 4.6 (1M context) <[email protected]>
For type safety, use enum class rather than int.
Also make a few miscellaneous tweaks such as adding a new casting macro and making detail level settings a bit cleaner.
* fix some usages of std::transform
* change parse_string_flag_list to use a reference
* add a variant of parse_string_flag_list that can use a SCP_set, and make a templated version of flag_def_list
Before this commit, `IFF_COLOR_SELECTION`, `IFF_COLOR_MESSAGE`, and `IFF_COLOR_TAGGED` were hardcoded indices into the `Iff_colors` vector. This could cause problems if any of these three colors were set to the same RGB values (since `iff_init_color()` doesn't create a new entry if the color already exists in the vector), and if a modular table tried to change any of these colors nothing would happen (since it would just create a new entry in `Iff_colors` without doing anything to the hardcoded indices).
This commit instead changes the `#define`s into `extern int`s, and assigns the return value of `iff_init_color()` to those global variables upon parsing the special color values, meaning that any combination of the three can be set to the same color without causing issues, and modular tables can actually modify them.
Potential clutter from unused values in the `Iff_colors` vector is basically unchanged (technically slightly worse if a modular table overrides any of these special colors with a color that doesn't already exist in the vector), but should maybe be looked at in the future.
The original implementation of `ai_good_time_to_rearm` did not revert to being a "bad" time to rearm when the time was up. This fixes that and adds an AI profiles flag to toggle it.
Also converts `ai_rearm_timestamp` to use the new TIMESTAMP type.
Consolidate all the functions which parse lists of data. They're almost the same except for the data itself, so use templates.
As for the templated function which handles the list, boost the robustness by adding additional checking and error messages.
This is in response to Mantis 1424:
http://scp.indiegames.us/mantis/view.php?id=1424
Since retail, the hotkey lists have been determined based on what attacks the player. Mod makers may want to change this, so this PR adds the following options:
Default - retail behavior
Friendly/Enemy (or Hostile) - display in the specified list regardless of who attacks whom
None - don't display in the hotkey list at all
This PR also slightly cleans up the hotkey list function with a small optimization and a few tweaky fixes for edge cases.
This introduces a new mechanism for handling bit flags. Instead of using an int (or two, or three) to write bits into, this uses the std::bitset in a wrapper class that accepts an enum class as input. This means that certain classes of errors we've had a few of in the engine, where a coder used the wrong set of flags or checked them against the wrong variable (SF_STEALTH vs SIF_STEALTH, for example) can now be detected at a compiler level rather than not at all.
--default ship flags in the iff_defs table were not correctly translated from parse flags to ship/object flags
--ships were created with default allowed comm orders regardless of which team they were on
Goober5000