7 files changed, 0 insertions, 149 deletions
diff --git a/examples/ROOT/etc/s6-init/README b/examples/ROOT/etc/s6-init/README
deleted file mode 100644
index 7e104fd..0000000
--- a/examples/ROOT/etc/s6-init/README
+++ /dev/null
@@ -1,9 +0,0 @@
-This is an example directory containing booting scripts
-that lead to s6-svscan running as process 1 in stage 2.
-
-Read them carefully and edit them to suit your needs.
-Some scripts are Linux-dependent; they can be easily
-adapted to other Unix systems.
-
-The skarnet.org servers actually run such a system, with
-scripts that are based on this model.
diff --git a/examples/ROOT/etc/s6-init/env/PATH b/examples/ROOT/etc/s6-init/env/PATH
deleted file mode 100644
index a4c496e..0000000
--- a/examples/ROOT/etc/s6-init/env/PATH
+++ /dev/null
@@ -1 +0,0 @@
-/command:/usr/bin:/bin:/usr/sbin:/sbin
diff --git a/examples/ROOT/etc/s6-init/env/README b/examples/ROOT/etc/s6-init/env/README
deleted file mode 100644
index 6c84e3b..0000000
--- a/examples/ROOT/etc/s6-init/env/README
+++ /dev/null
@@ -1,6 +0,0 @@
-
-This directory is read by s6-envdir at boot time.
-It contains environment variables that will be present in
-all the supervision tree, and all the launched services.
-Make sure to remove this file, or else you'll have a
-README environment variable in all your daemons. :)
diff --git a/examples/ROOT/etc/s6-init/init b/examples/ROOT/etc/s6-init/init
deleted file mode 120000
index 4ac5fd9..0000000
--- a/examples/ROOT/etc/s6-init/init
+++ /dev/null
@@ -1 +0,0 @@
-init-stage1
-\ No newline at end of file
diff --git a/examples/ROOT/etc/s6-init/init-stage1 b/examples/ROOT/etc/s6-init/init-stage1
deleted file mode 100755
index 810948b..0000000
--- a/examples/ROOT/etc/s6-init/init-stage1
+++ /dev/null
@@ -1,59 +0,0 @@
-#!/command/execlineb -P
-
-# This file is the first program run at boot time,
-# as process 1.
-# Edit it to suit your needs.
-
-# Make sure everything is sane and ignore input
-s6-setsid -qb
-cd /
-umask 022
-fdclose 0
-
-# This should be printed to the console
-if { s6-echo "* init stage 1" }
-
-
-# Mount /sys and /proc
-if { s6-mount -wt sysfs sys /mnt/sysfs }
-if { s6-mount -wt proc proc /mnt/procfs }
-
-# Close remaining handles to /dev/console
-fdclose 1 fdclose 2
-
-# Now no process has any open fd to /dev/console (or to
-# anything for that matter).
-# We can safely overwrite the minimal /dev with the real one.
-
-# in case some Linux kernel has mounted a devtmpfs
-foreground { s6-umount /mnt/tmpfs/dev }
-
-# Make the tmpfs
-if { s6-mount -wt tmpfs -o mode=0755,size=67108864 tmpfs /mnt/tmpfs }
-
-# Copy the image to the tmpfs
-if { s6-hiercopy /img/tmpfs /mnt/tmpfs }
-
-# Now we have a working /dev and /tmp, and a minimal writable /service
-# with a catch-all logger and a getty. We're good for stage 2 !
-
-# Reopen stdin/stdout/stderr and make them point to the right places
-redirfd -r 0 /dev/null
-redirfd -wnb 1 /service/s6-svscan-log/fifo # (black magic: doesn't block)
-fdmove -c 2 1
-
-# Load the general environment
-s6-envdir /etc/s6-init/env
-
-# Fork the "init-stage2" script and have it ready to start as soon
-# as the catch-all logger is in place
-background
-{
-  s6-setsid
-  redirfd -w 1 /service/s6-svscan-log/fifo # (blocks until the logger reads)
-  /etc/s6-init/init-stage2
-}
-unexport !
-
-# Start stage 2.
-s6-svscan -st0 /service
diff --git a/examples/ROOT/etc/s6-init/init-stage2 b/examples/ROOT/etc/s6-init/init-stage2
deleted file mode 100755
index 86f31a5..0000000
--- a/examples/ROOT/etc/s6-init/init-stage2
+++ /dev/null
@@ -1,27 +0,0 @@
-#!/command/execlineb -P
-
-# This file is executed (not as process 1!) as soon as s6-svscan
-# starts. It should perform all the remaining one-time initialization
-# tasks.
-
-if -nt
-{
-
-# This should be logged in /mnt/tmpfs/uncaught-logs/current,
-# NOT on /dev/console !
-  if { s6-echo "* init-stage2 starting." }
-
-# Call your service manager commands here to run the boot scripts.
-  if { s6-rc-init /service }
-  if { s6-rc -u change normal-state }
-
-# We're done and the machine is fully operational.
-  s6-echo "* init-stage2 completed."
-}
-
-
-# If anything in the if -nt { } block fails, control jumps here.
-# No need to do much because there's already an operational getty running.
-
-redirfd -w 1 /dev/console
-s6-echo "\n!!!!!\ninit-stage2 failed, please log in and investigate.\n!!!!!"
diff --git a/examples/ROOT/etc/s6-init/init-stage3 b/examples/ROOT/etc/s6-init/init-stage3
deleted file mode 100755
index 7ea5639..0000000
--- a/examples/ROOT/etc/s6-init/init-stage3
+++ /dev/null
@@ -1,46 +0,0 @@
-#!/command/execlineb -S0
-
-# This is the shutdown script, running as process 1.
-
-# Make sure we have no open handle to anywhere else
-# than /dev/console
-cd /
-fdclose 0
-redirfd -w 1 /dev/console
-fdmove -c 2 1
-
-foreground { s6-echo "Syncing disks." }
-foreground { s6-sync }
-
-
-# Even if s6-rc and s6-svscan properly brought all the services down
-# before exec'ing into this script, users might have launched
-# background nohup processes, so we have to kill everything.
-
-foreground { s6-echo "Sending all processes the TERM signal." }
-foreground { s6-nuke -th }
-foreground { s6-sleep 1 }
-foreground { s6-echo "Sending all processes the KILL signal." }
-foreground { s6-nuke -k }
-
-# Here, s6-nuke sends a SIGKILL to every process on the system.
-# It kills itself, but not before the SIGKILL has been broadcast.
-# The "foreground" process runs as process 1, so it survives,
-# and execs into the rest of the script when s6-nuke dies.
-
-# Reap the huge army of zombies we just created
-wait { }
-
-
-foreground { s6-echo "Syncing disks." }
-foreground { s6-sync } # yes, it helps.
-foreground { s6-echo "Unmounting disks." }
-
-# Unmount all your filesystems here, turn off swap,
-# remount / read-only if needed, etc.
-# foreground { s6-umount /mnt/rwfs }
-
-# Reboot, halt or poweroff the machine, depending on the parameter
-# that was given to the script.
-foreground { s6-echo "\nPerforming "${1}"." }
-s6-${1} -f