9bb96322a8
This evolves and hopefully eases the game-build requirements by
removing game-compile dependencies on any header files generated
by the makedefs utility, including:
date.h dependency and its inclusion is removed and comparable functionality
is produced at runtime via new file src/date.c.
pm.h dependency and its inclusion is removed and comparable functionality is
produced by moving the monster definitions from monst.c into new header
file called monsters.h and altering them slightly. The former pm.h header
file #define PM_ values are now replaced with appropriate emitted enum
entries during the compiler preprocessing.
onames.h dependency and its inclusion is removed and comparable functionality
is produced by moving the object definitions from objects.c into new header
file called objects.h and altering them slightly. The former onames.h header
file #define values are now replaced with appropriate emitted enum entries
during the compiler preprocessing.
artilist.h has been slightly altered, and the former onames.h artifact-related
header file #define ART_ values are now replaced with appropriate emitted enum
entries during the compiler preprocessing.
makedefs can still produce date.h (makedefs -v), pm.h (makedefs -p), and
onames.h (makedefs -o) for reference purposes. They won't be used during
the compiler.
The other uses for makedefs remain. They are used to prepare external
file content that the game utilizes, not prerequisite code for the
compile:
makedefs -d (database)
makedefs -r (rumors)
makedefs -h (oracles)
makedefs -s (epitaphs, engravings, bogusmons)
date.c
Pull the code for date/time stamping from mdlib.c into date.c.
Set date.o to be dependent on source files, header files, and .o files
so that date.o is rebuilt from date.c when any of those changes, thus
ensuring an accurate date/time stamp. It also includes git sha
functionality formerly done by makedefs writing #define directives
into include/date.h. For unix it passes the git info on
the compile line for date.c (via sys/unix/hints/linux.2020, macOS.2020)
nethack --dumpenums (optional, but on by default)
Allow developer to obtain some internal enum values from NetHack
without having to resort to an external utility such as
makedefs.
Uncomment #define NODUMPENUMS in config.h to disable this.
The updates to sys/windows/Makefile.gcc have not been tested yet.
This README provides the instructions for building the unofficial Mac binaries using the Apple provided developer IDE named XCode. Establish a developer team in XCode =================================== Your first step should be to establish a developer team within XCode. Launch XCode and open the preferences dialog (XCode Menu->Preferences). Select the "Accounts" tab. Add an account (usually this should just be your apple ID account you used to setup the Mac). After adding the account, select the account and then add a team (usually this will be just a personal team for Mac Development). Obtain your developer team identifier ===================================== Your DEVELOPMENT_TEAM can be found by opening Keychain Access (found by Finder->Applications->Utilities). Click on "My Certificates". Look for your "Mac Developer" certificate. Right click on the certificate to open a dialog that shows certificate details. Look for "Organizational Unit" among the details. This ten digit value is your development team identifier. Create XCodeLocal.xcconfig file =============================== Now you need to create the XCodeLocal.xcconfig file that will be used by XCode to get your development team identifier. Create the file in sys/unix and add a single line such as: DEVELOPMENT_TEAM = XXXXXXXXXX Where XXXXXXXXXX is replaced with your development team identifier. Open the project and build ========================== In XCode open the project file sys/unix/NetHack.xcodeproj, select the product NetHack and build. The build results are placed in ~/nethackdir.