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This reverts commit 6a2c3722.

SETCAP isn't a command-line afterall, it's a build target.

So use 'whereis' to find and and 'cut' to trim its output

<Dan_C> DigitalMan: minor install issue noted today - during a fresh (Linux) install on a test box, the build failed because it was unable to execute the "sudo setcap ..." command.  This was on Slackware 15.0, where the setcap executable is located in /sbin , and that directory is not in the $PATH of a normal user, or even when a normal user uses the 'sudo' command.

Also include SETCAP in the set of documented make variables.

As reported via irc by Nelgin, the setcap target was not being passed
to 'make -C src/sbbs3' by default (on Linux) due to a misplaced paren.

Fixes issue #252.

The hardcoded external.bat file has been moved to a templated
/exec/external.bat which can be modified by the sysop. ENV
vars are in there to be able to customize as needed. emusetup.bat
is no longer needed, but still supported. The actual dosemu command line
is now stored in /exec/dosemulaunch.ini and can be customized for
fossil or i/o command lines. the keystroke is now only sent for i/o, and
only sent as \n instead of \r which would trigger undesired behavior in
certain programs. The above 2 files can also be placed in door dirs
to override. ansi.com has been removed as it was not needed. default
external.bat includes cmd lines for share, x00, etc. (user will still
need to provide these in xtrn/dosutils).

This can be used to defeat the automatic inclusion of the sbbs3
"setcap" build target when building on Linux. This should address
issue #175.

This resolves the issue of node2+/node.cnf file missing.

Needed to pass path to the "src" (SRC_ROOT), not SBBS_SRC.

Also updated the gitlab URLs to use main/sbbs instead of sbbs/sbbs.

Just in case the sysop chose not to specify SYMLINK=1.
As reported by Dan_C via IRC, thanks.

The webv4 directory is now part of the repo, so install it to the
install target directory too.

When SYMLINK=1 is used, symlink the following directories (rather
than copying): docs, exec, text, web, webv4, and xtrn. This will
hopefully make subsequenit updating (via git) easier for most sysops that use
this installation method. Let the merge conflicts insue.

Run-time dirs are ctrl, text, docs, exec, xtrn, web, node1

Might as well use their bandwidth before my own.

Clones the git repo into $(SBBSIDR)/git building everything there and then
copying the run-time dirs (e.g. ctrl, exec, text, xtrn, web) to the
$(SBBSDIR). This means a sysop cannot simply "git-update" (there is no
such thing) the exec or xtrn dirs as someone might have done previously with
CVS. Update instructions on the wiki will be forthcoming.

Removed the NOCVS option (if the workdir already exists, no clone occurs).
Changed CVSTAG to just TAG. It does not create a local branch for the
checked-out tag (perhasp it should).
Removed the INSTALL type (only CLASSIC was installed anyway), that should
be easy to restore if/when UNIX-style install is ever implemented.

for sysops and a pain. Specifying "-r HEAD" does not actually pin the files
to the latest, but rather pings them to the latest rev *at that time*, which
makes subsequent cvs-updates a pain.

src/build/localdefs.mk file.

from the absence of command-line arguments) to the src/build/localdefs.mk
file.

This insures that incremental builds (e.g. in src/sbbs3) use the same
build type (e.g. debug vs. release) as the intitial install. Unfortuantely
it also means that switching the build type later requires editing or
deleting the localdefs.mk file, which means new instructions for the wiki.

set the capabilities of sbbs (enable low-port binding)

A second fix for the recursive make issue in src/sbbs3/targets.mk
(build of scfg, uedit, and umonitor).

in src/sbbs3 now builds these sub-projects too.