This makes it easier for tools to properly handle designating and undesignating
trees for chopping and plants for gathering, which changed significantly in
0.40.20.
Ref #531 (?), #656, #1014, #1018, #1030, #1076
Job remove eliminates a job's worker & holder references, if any, puts
the worker on cd, if appropriate, removes the job's postings, eliminates
the job from the global linked list, and then finally deletes it. This
code was tested by incorporating it into autochop and it does make the
plugin work. However, chop jobs don't have holder building references,
and anyway, with DF being 90% edge case by volume, this could use a heck
of a lot more testing.
I saw elsewhere code that prevented worker removal if the job was a
special job, and that made me feel funny so I made the job remove method
not work if the job is a special job.
In some situations (e.g. 32-bit Linux), "intptr_t" is defined as "int", which is
equivalent to "int32_t", leading to issues with duplicate definitions. In other
situations with GCC, "intptr_t" is "long", which isn't covered by any intNN_t
types. Also, definitions for "long" already had to be added on Windows, because
no fixed-width types in MSVC are equivalent to "long".
Switching to non-fixed-width types should hopefully cover all of these
situations. If this doesn't cover any integer types that we need, it will
be caught quickly, e.g. by references to integer_traits<T> in LuaWrapper.cpp.
- Don't set in_building by default when use_mode is 0 (consistent with most vanilla DF items)
- make use_mode optional and default to 0 (including in Lua API)
Resolves#885
This requires plugins to pass plugin_self to Screen::show(), but
avoids the need to implement special checks in plugin_onstatechange
for the SC_BEGIN_UNLOAD event.
Without removing postings correctly, it was possible to end up with
multiple workers assigned to a job that workflow had suspended
multiple times, which caused crashes if more than one worker was
assigned to the same job by DF.
This adds an additional command, fix-job-postings, that runs
automatically when loading a world and fixes:
- Multiple job postings that point to the same job
- Job postings that point to a job where posting_index == -1
(i.e. jobs that should have no posting assigned)
Fixes#741
* Several fatal errors that occurred during core initialization didn't
stop initialization or set 'errorstate' properly, which caused
update hooks and other code to crash later. This has been fixed and
should address crashes like the one mentioned in #470.
* Errors when loading dfhack.lua now cause Lua::Open() to fail, which
triggers a fatal error in Core::Init()
* Failure to initialize the console no longer results in a call to
fatal() (since it didn't actually stop initialization previously)
This makes it possible for some plugins to detect the game state more
reliably - for example, prospector would previously fail when
embarking if the viewscreen_choose_start_sitest instance had any
children.
* load/unload/reload are no longer restricted to plugins that exist
on startup
* Names passed to DFHACK_PLUGIN must match the plugin's filename
(remotefortressreader vs RemoteFortressReader, counters vs probe)
* "plug" output lists all plugins and state/command information
* Deleted plugins can be reloaded again if they are replaced
* load/unload/reload don't fail silently with broken plugins
* Built-in commands are recognized internally (e.g. "help help"
does not display "help is not a recognized command"), although help
for them is not yet implemented
* New command: "type" (bash-like) - shows where/how a command is
implemented
* "plug" can accept multiple plugin names
* "ls" displays more information about unloaded/unrecognized plugins
* "load all" changed to "load -all" (or "load --all", "load -a", ...)
git is run every time 'make' is run, but the generated include file
is only updated when necessary. Plugins will be loaded successfully
if their DFHack version matches core's (assuming OpenLibrary()
succeeds), but will produce a warning if their git commit doesn't
match core's.