chore: refresh Makefile

Makefile

@@ -303,6 +303,179 @@ $(UBUILD)/stopchldtarget.elf: $(UBUILD)/stopchldtarget.o $(USERCOMMON) user/user
 # nodefertest is spawned directly by kmain.c at boot; it is a single,
 # self-contained process (self-raises signals against its own pid) with no
 # spawned counterpart, unlike every other pair above.
+$(UBUILD)/nodefertest.elf: $(UBUILD)/nodefertest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x2E0000000 -o $@ $(UBUILD)/nodefertest.o $(USERCOMMON)
+
+$(UBUILD)/alarmtest.elf: $(UBUILD)/alarmtest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x2F0000000 -o $@ $(UBUILD)/alarmtest.o $(USERCOMMON)
+
+$(UBUILD)/alarmdefault.elf: $(UBUILD)/alarmdefault.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x300000000 -o $@ $(UBUILD)/alarmdefault.o $(USERCOMMON)
+
+$(UBUILD)/siginfotest.elf: $(UBUILD)/siginfotest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x310000000 -o $@ $(UBUILD)/siginfotest.o $(USERCOMMON)
+
+$(UBUILD)/siginfotarget.elf: $(UBUILD)/siginfotarget.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x320000000 -o $@ $(UBUILD)/siginfotarget.o $(USERCOMMON)
+
+# pgroupfg/pgroupbg are both spawned directly by kmain.c at boot, with no
+# parent-child relationship to each other (unlike every *test/*target pair
+# above) -- each simply becomes its own default process group leader
+# (sched.c's initialPgid), the same way two independently boot-launched
+# programs already do for consolereader1/consolereader2 above.
+$(UBUILD)/pgroupfg.elf: $(UBUILD)/pgroupfg.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x330000000 -o $@ $(UBUILD)/pgroupfg.o $(USERCOMMON)
+
+$(UBUILD)/pgroupbg.elf: $(UBUILD)/pgroupbg.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x340000000 -o $@ $(UBUILD)/pgroupbg.o $(USERCOMMON)
+
+# jobctlfg/jobctlbg are never spawned by kmain.c at all -- unlike every
+# other program in this list, they are loaded on demand, at runtime, when
+# kmain.c's jobctlDriverThread types their names at the real interactive
+# shell (shell.c), which resolves them through jobctl.c exactly like a real
+# shell's $PATH lookup. They still need their own fixed link slot up front
+# like any other binary (elf.h's elfLoad maps a binary at whatever address
+# it was linked at, chosen here, not at load time).
+$(UBUILD)/jobctlfg.elf: $(UBUILD)/jobctlfg.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x350000000 -o $@ $(UBUILD)/jobctlfg.o $(USERCOMMON)
+
+$(UBUILD)/jobctlbg.elf: $(UBUILD)/jobctlbg.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x360000000 -o $@ $(UBUILD)/jobctlbg.o $(USERCOMMON)
+
+$(UBUILD)/polltest.elf: $(UBUILD)/polltest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x370000000 -o $@ $(UBUILD)/polltest.o $(USERCOMMON)
+
+$(UBUILD)/pollwriter.elf: $(UBUILD)/pollwriter.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x380000000 -o $@ $(UBUILD)/pollwriter.o $(USERCOMMON)
+
+# pipesrc/pipesink are, like jobctlfg/jobctlbg above, never spawned by
+# kmain.c directly -- loaded on demand when the real interactive shell
+# processes a typed "pipesrc | pipesink" line (shell.c's new pipeline
+# syntax, kmain.c's pipelineDriverThread).
+$(UBUILD)/pipesrc.elf: $(UBUILD)/pipesrc.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x390000000 -o $@ $(UBUILD)/pipesrc.o $(USERCOMMON)
+
+$(UBUILD)/pipesink.elf: $(UBUILD)/pipesink.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3A0000000 -o $@ $(UBUILD)/pipesink.o $(USERCOMMON)
+
+# redirwriter/redirreader are, like pipesrc/pipesink above, never spawned by
+# kmain.c directly -- loaded on demand when the real interactive shell
+# processes typed "redirwriter > FILE" / "redirwriter >> FILE" /
+# "redirreader < FILE" lines (shell.c's new file redirection syntax,
+# kmain.c's redirDriverThread).
+$(UBUILD)/redirwriter.elf: $(UBUILD)/redirwriter.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3B0000000 -o $@ $(UBUILD)/redirwriter.o $(USERCOMMON)
+
+$(UBUILD)/redirreader.elf: $(UBUILD)/redirreader.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3C0000000 -o $@ $(UBUILD)/redirreader.o $(USERCOMMON)
+
+# stderrwriter/stderrreader are, like redirwriter/redirreader above, never
+# spawned by kmain.c directly -- loaded on demand when the real interactive
+# shell processes typed "stderrwriter 2> FILE" / "stderrwriter 2>> FILE" /
+# "stderrreader < FILE" lines (shell.c's new stderr redirection syntax,
+# kmain.c's stderrDriverThread).
+$(UBUILD)/stderrwriter.elf: $(UBUILD)/stderrwriter.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3D0000000 -o $@ $(UBUILD)/stderrwriter.o $(USERCOMMON)
+
+$(UBUILD)/stderrreader.elf: $(UBUILD)/stderrreader.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3E0000000 -o $@ $(UBUILD)/stderrreader.o $(USERCOMMON)
+
+# selfstoptest is spawned directly by kmain.c at boot; selfstoptarget is
+# only ever spawned at runtime by selfstoptest itself (userSpawn), the same
+# relationship jobtest.elf/jobtarget.elf above already have.
+$(UBUILD)/selfstoptest.elf: $(UBUILD)/selfstoptest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x3F0000000 -o $@ $(UBUILD)/selfstoptest.o $(USERCOMMON)
+
+$(UBUILD)/selfstoptarget.elf: $(UBUILD)/selfstoptarget.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x400000000 -o $@ $(UBUILD)/selfstoptarget.o $(USERCOMMON)
+
+# herestest is, like redirreader/stderrreader above, never spawned by kmain.c
+# directly -- loaded on demand when the real interactive shell processes a
+# typed "herestest <<< TEXT" line (shell.c's new here-string redirection
+# syntax, kmain.c's hereDriverThread). Unlike redirreader/stderrreader it has
+# no writer counterpart binary at all -- the "writer" is the shell's own
+# kernel thread, feeding the typed text straight into a pipe (jobctl.c's
+# jobctlSpawnHereStringPiped), never another spawned process's stdout.
+$(UBUILD)/herestest.elf: $(UBUILD)/herestest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x410000000 -o $@ $(UBUILD)/herestest.o $(USERCOMMON)
+
+# hcat/hsink are, like pipesrc/pipesink above, never spawned by kmain.c
+# directly -- loaded on demand when the real interactive shell processes a
+# typed "hcat <<< TEXT | hsink" line (shell.c's new here-string-into-
+# pipeline syntax, jobctl.c's jobctlSpawnPipedHereString, kmain.c's
+# hereStringPipelineDriverThread).
+$(UBUILD)/hcat.elf: $(UBUILD)/hcat.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x420000000 -o $@ $(UBUILD)/hcat.o $(USERCOMMON)
+
+$(UBUILD)/hsink.elf: $(UBUILD)/hsink.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x430000000 -o $@ $(UBUILD)/hsink.o $(USERCOMMON)
+
+# pipecat is, like pipesrc/pipesink above, never spawned by kmain.c directly
+# -- loaded on demand when the real interactive shell processes a typed
+# "pipesrc | pipecat | pipesink" line (shell.c's new N-stage pipeline
+# syntax, kmain.c's threeStagePipelineDriverThread). It is the middle stage
+# of that pipeline: unlike hcat/hsink above, both its fd 0 and fd 1 are real
+# process-to-process pipes, never the console or a here-string.
+$(UBUILD)/pipecat.elf: $(UBUILD)/pipecat.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x440000000 -o $@ $(UBUILD)/pipecat.o $(USERCOMMON)
+
+# cwdtest is spawned directly by kmain.c at boot; cwdtarget is only ever
+# spawned at runtime by cwdtest itself (userSpawn, no argv), the same
+# relationship jobtest.elf/jobtarget.elf above already have -- except this
+# pair rendezvous purely through the real per-process cwd the kernel itself
+# hands cwdtarget at creation time (sched.c's initialCwd), not a shared
+# pipe handle passed as an argv string.
+$(UBUILD)/cwdtest.elf: $(UBUILD)/cwdtest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x450000000 -o $@ $(UBUILD)/cwdtest.o $(USERCOMMON)
+
+$(UBUILD)/cwdtarget.elf: $(UBUILD)/cwdtarget.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x460000000 -o $@ $(UBUILD)/cwdtarget.o $(USERCOMMON)
+
+# envprint is, like jobctlfg/jobctlbg/hcat/pipecat above, never spawned by
+# kmain.c directly -- loaded on demand when the real interactive shell
+# processes a typed "envprint" line (shell.c's fallback /bin/<word> lookup,
+# kmain.c's new envDriverThread).
+$(UBUILD)/envprint.elf: $(UBUILD)/envprint.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x470000000 -o $@ $(UBUILD)/envprint.o $(USERCOMMON)
+
+# nicetest is spawned directly by kmain.c at boot; nicetarget is only ever
+# spawned at runtime by nicetest itself (userSpawn, no argv), the same
+# *test / *target relationship cwdtest.elf/cwdtarget.elf above already
+# have -- this pair rendezvous purely through sysNice/sysGetPriority
+# (syscall.c), never a shared pipe handle or the filesystem.
+$(UBUILD)/nicetest.elf: $(UBUILD)/nicetest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x480000000 -o $@ $(UBUILD)/nicetest.o $(USERCOMMON)
+
+$(UBUILD)/nicetarget.elf: $(UBUILD)/nicetarget.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x490000000 -o $@ $(UBUILD)/nicetarget.o $(USERCOMMON)
+
+# date is spawned directly by kmain.c at boot, fully synchronous like
+# nicetest.elf above -- no shell rendezvous, no injected keystroke.
+$(UBUILD)/date.elf: $(UBUILD)/date.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x4A0000000 -o $@ $(UBUILD)/date.o $(USERCOMMON)
+
+# globcat is, like envprint/hcat/pipecat above, never spawned by kmain.c
+# directly -- loaded on demand when the real interactive shell processes a
+# typed "globcat /tmp/gd/*.txt" line (shell.c's new wildcard glob
+# expansion, kmain.c's new globDriverThread). USER_BASE picks up well past
+# the last-used slot (date.elf, plus its own boot-time spawnUser stack
+# address) rather than the immediately-following one, to stay clear of any
+# address this file's own boot-time spawnUser calls already reference.
+$(UBUILD)/globcat.elf: $(UBUILD)/globcat.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x4C0000000 -o $@ $(UBUILD)/globcat.o $(USERCOMMON)
+
+# timetest is spawned directly by kmain.c at boot, fully synchronous like
+# nicetest.elf/date.elf above -- no shell rendezvous, no injected keystroke.
+# USER_BASE is the slot right after globcat.elf's (the last one reserved);
+# nothing else references any address in or past this slot.
+$(UBUILD)/timetest.elf: $(UBUILD)/timetest.o $(USERCOMMON) user/user.ld
+	$(LD) $(ULDFLAGS) --defsym USER_BASE=0x4D0000000 -o $@ $(UBUILD)/timetest.o $(USERCOMMON)
+
+# false is, like globcat above, never spawned by kmain.c directly --
+# loaded on demand when the real interactive shell processes a typed
+# `false && echo X || echo ...` line (shell.c's new `&&`/`||` conditional
+# chaining, kmain.c's new andOrDriverThread). USER_BASE picks up the slot
+# right after timetest.elf's (the last one reserved).
 $(MKTAR): tools/mktar.c | $(BUILD)
 	gcc -O2 -Wall -Wextra -o $@ $<