On Wed, 2011-10-05 at 10:49 -0400, Chris Lumens wrote:
> This also adds extra error checking from anaconda and makes --level= a required
> argument, like the wiki indicates it is.

I'm not sure if level should be required with preexisting arrays, but
it's not a horrible requirement.

Both patches look okay to me.

> ---
> pykickstart/commands/raid.py | 12 ++++++-
> tests/commands/raid.py | 63 ++++++++++++++++-------------------------
> 2 files changed, 35 insertions(+), 40 deletions(-)
>
> diff --git a/pykickstart/commands/raid.py b/pykickstart/commands/raid.py
> index 0f4c92a..575bd0a 100644
> --- a/pykickstart/commands/raid.py
> +++ b/pykickstart/commands/raid.py
> @@ -249,8 +249,11 @@ class FC3_Raid(KickstartCommand):
>
> if len(extra) == 0:
> raise KickstartValueError, formatErrorMsg(self.lineno, msg=_("Mount point required for %s") % "raid")
> - if len(extra) == 1:
> +
> + if len(extra) == 1 and not opts.preexist:
> raise KickstartValueError, formatErrorMsg(self.lineno, msg=_("Partitions required for %s") % "raid")
> + elif len(extra) > 1 and opts.preexist:
> + raise KickstartValueError, formatErrorMsg(self.lineno, msg=_("Members may not be specified for preexisting RAID device"))
>
> rd = self.handler.RaidData()
> self._setToObj(self.op, opts, rd)
> @@ -261,12 +264,17 @@ class FC3_Raid(KickstartCommand):
> # it runs int().
> rd.device = int(rd.device)
> rd.mountpoint = extra[0]
> - rd.members = extra[1:]
> +
> + if len(extra) > 1:
> + rd.members = extra[1:]
>
> # Check for duplicates in the data list.
> if rd in self.dataList():
> warnings.warn(_("A RAID device with the name %s has already been defined.") % rd.device)
>
> + if not rd.preexist and not rd.level:
> + raise KickstartValueError, formatErrorMsg(self.lineno, msg="RAID Partition defined without RAID level")
> +
> return rd
>
> def dataList(self):
> diff --git a/tests/commands/raid.py b/tests/commands/raid.py
> index 060bced..7b6675a 100644
> --- a/tests/commands/raid.py
> +++ b/tests/commands/raid.py
> @@ -63,12 +63,12 @@ class FC3_TestCase(CommandTest):
> self.assert_parse("raid / --device=md0 --fstype=ASDF --level=6 %sraid.01 raid.02" % (self.bytesPerInode),
> "raid / --device=0 --fstype="ASDF" --level=RAID6 %sraid.01 raid.02
" % (self.bytesPerInode))
> # useexisting
> - self.assert_parse("raid / --device=md0 --level=6 --useexisting %sraid.01 raid.02" % (self.bytesPerInode),
> - "raid / --device=0 --level=RAID6 --useexisting %sraid.01 raid.02
" % (self.bytesPerInode))
> + self.assert_parse("raid / --device=md0 --level=6 --useexisting %s" % (self.bytesPerInode),
> + "raid / --device=0 --level=RAID6 --useexisting %s
" % (self.bytesPerInode))
>
> # noformat
> - self.assert_parse("raid / --device=md0 --level=6 --noformat --useexisting %sraid.01 raid.02" % (self.bytesPerInode),
> - "raid / --device=0 --level=RAID6 --noformat --useexisting %sraid.01 raid.02
" % (self.bytesPerInode))
> + self.assert_parse("raid / --device=md0 --level=6 --noformat --useexisting %s" % (self.bytesPerInode),
> + "raid / --device=0 --level=RAID6 --noformat --useexisting %s
" % (self.bytesPerInode))
>
> # fail
> # no mountpoint or options
> @@ -81,10 +81,12 @@ class FC3_TestCase(CommandTest):
> self.assert_parse_error("raid /", KickstartValueError)
> # no device
> self.assert_parse_error("raid / --level=0", KickstartValueError)
> - # no level -- FIXME -- I would think should should fail, but it doesn't
> - # self.assert_parse_error("raid / --device=md0", KickstartValueError)
> + # no level
> + self.assert_parse_error("raid / --device=md0", KickstartValueError)
> # No raid members defined
> self.assert_parse_error("raid / --level=0 --device=md0", KickstartValueError)
> + # Both raid members and useexisting given
> + self.assert_parse_error("raid / --level=0 --device=md0 --useexisting raid.01 raid.02", KickstartValueError)
>
> # Invalid device string - device=asdf0
> self.assert_parse_error("raid / --device=asdf0 --level=RAID1 raid.01 raid.02 raid.03", ValueError)
> @@ -154,38 +156,23 @@ class F12_TestCase(F9_TestCase):
> F9_TestCase.runTest(self)
>
> # pass
> - self.assert_parse("raid / --device=md0 --escrowcert="http://x/y" "
> - "raid.01 raid.02",
> - "raid / --device=0 raid.01 raid.02
")
> - self.assert_parse("raid / --device=md0 --encrypted --backuppassphrase "
> - "raid.01 raid.02",
> - "raid / --device=0 --encrypted raid.01 raid.02
")
> - self.assert_parse("raid / --device=md0 --encrypted "
> - "--escrowcert="http://x/y" raid.01 raid.02",
> - "raid / --device=0 --encrypted "
> - "--escrowcert="http://x/y" raid.01 raid.02
")
> - self.assert_parse("raid / --device=md0 --encrypted "
> - "--escrowcert="http://x/y" --backuppassphrase "
> - "raid.01 raid.02",
> - "raid / --device=0 --encrypted "
> - "--escrowcert="http://x/y" --backuppassphrase "
> - "raid.01 raid.02
")
> - self.assert_parse("raid / --device=md0 --encrypted "
> - "--escrowcert=http://x/y raid.01 raid.02",
> - "raid / --device=0 --encrypted "
> - "--escrowcert="http://x/y" raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --escrowcert="http://x/y" --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --encrypted --backuppassphrase --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 --encrypted raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --encrypted --escrowcert="http://x/y" --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 --encrypted --escrowcert="http://x/y" raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --encrypted --escrowcert="http://x/y" --backuppassphrase --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 --encrypted --escrowcert="http://x/y" --backuppassphrase raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --encrypted --escrowcert=http://x/y --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 --encrypted --escrowcert="http://x/y" raid.01 raid.02
")
>
> # fail
> - self.assert_parse_error("raid / --device=md0 raid.01 raid.02 "
> - "--escrowcert")
> - self.assert_parse_error("raid / --device=md0 --escrowcert "
> - "--backuppassphrase raid.01 raid.02")
> - self.assert_parse_error("raid / --device=md0 --encrypted --escrowcert "
> - "--backuppassphrase raid.01 raid.02")
> - self.assert_parse_error("raid / --device=md0 --backuppassphrase=False "
> - "raid.01 raid.02")
> - self.assert_parse_error("raid / --device=md0 --backuppassphrase=True "
> - "raid.01 raid.02")
> + self.assert_parse_error("raid / --device=md0 --level=1 raid.01 raid.02 -escrowcert")
> + self.assert_parse_error("raid / --device=md0 --escrowcert --backuppassphrase --level=1 raid.01 raid.02")
> + self.assert_parse_error("raid / --device=md0 --encrypted --escrowcert --backuppassphrase --level=1 raid.01 raid.02")
> + self.assert_parse_error("raid / --device=md0 --backuppassphrase=False --level=1 raid.01 raid.02")
> + self.assert_parse_error("raid / --device=md0 --backuppassphrase=True --level=1 raid.01 raid.02")
>
> class F13_TestCase(F12_TestCase):
> def __init__(self, *kargs, **kwargs):
> @@ -202,8 +189,8 @@ class F15_TestCase(F14_TestCase):
> F14_TestCase.runTest(self)
>
> # pass
> - self.assert_parse("raid / --device=md0 --label=ROOT raid.01 raid.02",
> - "raid / --device=0 --label=ROOT raid.01 raid.02
")
> + self.assert_parse("raid / --device=md0 --label=ROOT --level=1 raid.01 raid.02",
> + "raid / --device=0 --level=RAID1 --label=ROOT raid.01 raid.02
")
>
> if __name__ == "__main__":
> unittest.main()


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Thank you, Chris, for the idea. The IP addresses would be randomly
distributed, while I would like to keep them in a contiguous range.

On 03.10.2011 18:52, Chris Davies wrote:
> Javier Barroso<javibarroso@gmail.com> wrote:
>> If you know which macs you will have, you can make an init script
>> which generate /etc/network/interface and /etc/hostname and /etc/hosts
>> the first boot and then remove itself.
>
> You don't even need to know in advance the MACs as long as enough of
> the address is unique.
>
>> $ cat /etc/init.d/10setnetworkonlyfirstboot
>> #!/bin/bash
> #> mymac=$(ip add show dev eth0 | awk '/ether/ {print $2}')
> #> myhost=$(awk "/$mymac/ {print $3}")
> #> myip=$(awk "/$mymac/ {print $2}")
>
> myhex=$(
> ip add show dev eth0 | # Get the interface detail
> awk '/ether/ {print toupper($2)}' | # Extract MAC
> cut -d: -f6 # Get last octet (as hex)
> )
> mydec=$( echo "16 i $myhex p" | dc ) # Convert hex to dec
> myip="192.168.1.$mydec" # Must guarantee not 0 or 255
>
>
>> sed -i "s/IP/$myip" /etc/network/interfaces # and probably some
>> changes in /etc/hosts
>> sed -i "s/HOSTNAME/$myhost" /etc/hostname # and probably some changes
>> in /etc/hosts
>> rm -f /etc/init.d/10setnetworkonlyfirstboot
>
> Rather than removing the configuration file, you could add, say,
> "# Configured eth0" to /etc/network/interfaces during setup. Next time
> just exit if that line exists in the file.

--
Ireneusz (Irek) Szczesniak
http://www.irkos.org


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