the parent directory), and you can run a program that isn't in the $PATH by
specifying a path to it, so this should work:
- wget http://landley.net/bin/toybox-x86_64
+ wget http://landley.net/toybox/bin/toybox-x86_64
chmod +x toybox-x86_64
./toybox-x86_64 echo hello world
It works like the Linux kernel: allnoconfig, defconfig, and menuconfig edit
a ".config" file that selects which features to include in the resulting
-binary.
+binary. You can save and re-use your .config file, although may want to
+run "make oldconfig" to re-run the dependency resolver when migrating to
+new versions.
The maximum sane configuration is "make defconfig": allyesconfig isn't
recommended for toybox because it enables unfinished commands and debug code.
Toybox is not a complete operating system, it's a program that runs under
an operating system. Booting a simple system to a shell prompt requires
-three packages: an operating system kernel (Linux) to drive the hardware,
-a program for the system to run (toybox), and a C library to tie them
-together (toybox has been tested with musl, uClibc, glibc, and bionic).
+three packages: an operating system kernel (Linux*) to drive the hardware,
+one or more programs for the system to run (toybox), and a C library ("libc")
+to tie them together (toybox has been tested with musl, uClibc, glibc,
+and bionic).
The C library is part of a "toolchain", which is an integrated suite
of compiler, assembler, and linker, plus the standard headers and libraries
-necessary to build C programs.
+necessary to build C programs. (And miscellaneous binaries like nm and objdump.)
Static linking (with the --static option) copies the shared library contents
into the program, resulting in larger but more portable programs, which
release is regression tested by building Linux From Scratch under this
toybox-based system on each supported architecture, using QEMU to emulate
big and little endian systems with different word size and alignment
-requirements.
+requirements. (The eventual goal is to replace Linux From Scratch with
+the Android Open Source Project.)
+
+* Or something providing the same API such as FreeBSD's Linux emulation layer.
--- Presentations
-1) "Why Toybox?" 2013 talk here at CELF
+1) "Why Toybox?" talk at the Embedded Linux Conference in 2013
video: http://youtu.be/SGmtP5Lg_t0
outline: http://landley.net/talks/celf-2013.txt
video: http://elinux.org/ELC_2015_Presentations
outline: http://landley.net/talks/celf-2015.txt
+
+--- Contributing
+
+The three important URLs for communicating with the toybox project are:
+
+ web page: http://landley.net/toybox
+
+ mailing list: http://lists.landley.net/listinfo.cgi/toybox-landley.net
+
+ git repo: http://github.com/landley/toybox
+
+The maintainer prefers patches be sent to the mailing list. If you use git,
+the easy thing to do is:
+
+ git format-patch -1 $HASH
+
+Then send a file attachment. The list holds messages from non-subscribers
+for moderation, but I usually get to them in a day or two.
+
+Although I do accept pull requests on github, I download the patches and
+apply them with "git am" (which avoids gratuitous merge commits). Closing
+the pull request is then the submitter's responsibility.
+
+If I haven't responded to your patch after one week, feel free to remind
+me of it.
+
+Android's policy for toybox patches is that non-build patches should go
+upstream first (into vanilla toybox, with discussion on the toybox mailing
+list) and then be pulled into android's toybox repo from there. (They
+generally resync on fridays). The exception is patches to their build scripts
+(Android.mk and the checked-in generated/* files) which go directly to AOSP.