e04ca28812
Removes the "-unix" element and with it any trademark exposure to The
Open Group.
The split follows the ecosystem layout: SchOS is the system, and the
kernel has its own name. Kernel-identity strings are the only places
that take SchIFT -- uname(2) sysname, /proc/version, and the two licence
sentences that say "kernel" outright. That is what every Unix does here:
`uname -s` on Linux reports the kernel, not the distribution. Everything
a user reads as the product -- panic screen, boot menu, error prefixes,
docs, LICENSE, NOTICE -- is SchOS.
schunix.img is schos.img, the logo assets and the musl TLS patch are
renamed, and __SCHUNIX__ is __SCHOS__ (the define and the patch that
consumes it moved together).
Two things the rename broke, both found by the bootcheck suite:
- shmtest wrote "SCHUNIX-MMAP-OK" with a hardcoded length of 15 and
compared it back by hand-counted offsets (m[3]=='U', m[14]=='K').
The shorter marker left the write running two bytes past the literal
and the compare reading past the data, failing a file-backed mmap
that was working correctly. Now written and compared through one
constant with sizeof.
- bootcheck asserted a 31-byte file after appending to
"hello-from-schunix"; the shorter string makes it 29.
Both are the same mistake: a string literal whose length is written out
somewhere else. Full suite green -- base, Tty, Ps, Sock, Fb, Usb, Evdev.
82 lines
3.4 KiB
Makefile
82 lines
3.4 KiB
Makefile
# SPDX-License-Identifier: Apache-2.0
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# toybox — 0BSD-licensed: https://landley.net/toybox/
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# Provides SchOS's core utilities (ls, cat, cp, mv, rm, mkdir, ...) as a
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# single multicall binary, installed under sysroot/bin/ once per applet name.
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#
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# mkfs (tools/mkfs.c) doesn't understand symlinks or hardlink dedup — each
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# sysroot/bin/<name> below is a real, independent copy of the same toybox
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# binary. That costs disk space per applet instead of one shared inode, but
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# needs no changes to mkfs and keeps this Makefile self-contained.
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include ../mk/port.mk
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TOYBOX_VERSION := 0.8.12
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TOYBOX_URL := http://landley.net/toybox/downloads/toybox-$(TOYBOX_VERSION).tar.gz
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TOYBOX_SHA256 := ad88a921133ae2231d9f2df875ec0bd42af4429145caea7d7db9e02208a6fd2e
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TARBALL := $(DISTDIR)/toybox-$(TOYBOX_VERSION).tar.gz
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CFLAGS := -static -D__SCHOS__ -I$(MUSL)/include -fno-stack-protector
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LDFLAGS := -static -L$(MUSL)/lib -lc
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# The applet list is not hard-coded any more: `toybox` with no arguments prints
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# exactly the applets the binary was built with, so the install below asks the
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# binary itself. A hand-maintained list installed 57 of the ~250 available and
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# silently drifted every time the toybox config changed.
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$(TARBALL): | $(DISTDIR)
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curl -fsSL -o $@ $(TOYBOX_URL)
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echo "$(TOYBOX_SHA256) $@" | sha256sum -c -
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download: $(TARBALL)
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$(SRCDIR): $(TARBALL)
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mkdir -p $(PORTDIR)
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tar -xzf $< -C $(PORTDIR)
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mv $(PORTDIR)/toybox-$(TOYBOX_VERSION) $@
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# toybox has no out-of-tree build mode, so its source is copied into $(BUILDDIR)
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# and built in place. $(SRCDIR) is an order-only prerequisite (|): the extracted
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# tarball never changes, and depending on it normally made a directory mtime
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# trigger a rebuild. The rebuild then failed anyway, because `cp -r` over a
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# populated $(BUILDDIR) hits "File exists" on kconfig's symlinks — so wipe it
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# first and always build from a clean copy.
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$(BUILDDIR)/toybox: | $(SRCDIR)
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rm -rf $(BUILDDIR)
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mkdir -p $(BUILDDIR)
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cp -r $(SRCDIR)/. $(BUILDDIR)/
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$(MAKE) -C $(BUILDDIR) defconfig
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$(MAKE) -C $(BUILDDIR) CC="$(CC)" CFLAGS="$(CFLAGS)" LDFLAGS="$(LDFLAGS)"
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# Install every applet the binary provides, one name per applet.
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#
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# mkfs deduplicates by content, so all of these collapse to a single inode with
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# many hard links in the image -- the cost is one copy, not one per name. On the
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# host we try a hard link first for the same reason and fall back to a copy if
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# the filesystem will not take one (NTFS via WSL usually will).
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#
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# The work hangs off a stamp file rather than off the phony `install` target.
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# port.mk declares install .PHONY for every port, so this recipe used to run on
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# every single build -- re-creating 236 links whether or not toybox had been
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# rebuilt. That is slow on its own, and worse, it bumped the mtime of 236 files
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# in sysroot/ every time, which made the top-level build think the staged tree
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# had changed and rebuild the whole filesystem image from scratch.
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install: $(BUILDDIR)/toybox.installed
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$(BUILDDIR)/toybox.installed: $(BUILDDIR)/toybox | $(SYSROOT)/bin
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cp $< $(SYSROOT)/bin/toybox
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chmod 755 $(SYSROOT)/bin/toybox
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@for a in $$($(BUILDDIR)/toybox); do \
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rm -f $(SYSROOT)/bin/"$$a"; \
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ln $(SYSROOT)/bin/toybox $(SYSROOT)/bin/"$$a" 2>/dev/null \
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|| cp $< $(SYSROOT)/bin/"$$a"; \
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done
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@echo "toybox: installed $$($(BUILDDIR)/toybox | wc -w) applets"
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@touch $@
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clean:
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rm -rf $(PORTDIR)
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distclean: clean
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rm -f $(TARBALL)
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