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# Scenario step implementations
This chapter has implementations of scenario steps used elsewhere in
this document.
## Should a scenario be run?
We provide a way to control which classes of scenarios get run. This
is done by passing in an environment variable `TESTS` to vmdebootstrap
(`--env` option), with a comma-separated list of classes:
* `fast`---run fast tests
* `build`---run scenarios that do builds
If `TESTS` is not set, everything gets run.
Scenarios can use the ASSUMING statements defined here to let the user
to allow them to run or not to run.
IMPLEMENTS ASSUMING (fast|build) tests are requested
support_required
test_requested "$MATCH_1"
if `MIRROR` is set, use the default http mirror
IMPLEMENTS ASSUMING (local|http) tests are requested
support_required
build_support_required
mirror_requested "$MATCH_1"
## Building an image, or attempting to
To keep individual steps shorter, we provide some steps to set common
parts, such as the name of the image being built.
IMPLEMENTS GIVEN user wants to build an image (\S+) that is (\S+) in size
remember_setting IMAGE "$MATCH_1"
remember_setting IMAGE_SIZE "$(size_in_bytes "$MATCH_2")"
Actually build an image. This looks like it can invoke any command,
but it's actually restricted to vmdebootstrap in the source tree.
IMPLEMENTS WHEN the user runs vmdebootstrap (.*)
PYTHONPATH="$SRCDIR" "$SRCDIR/bin/vmdebootstrap" \
--image "$IMAGE" \
--mirror ${MIRROR:=http://httpredir.debian.org/debian/} \
--size "$IMAGE_SIZE" \
$MATCH_1
Attempt to run vmdebootstrap, but allow it it to fail. Capture exit
code and stderr.
IMPLEMENTS WHEN user attempts to run vmdebootstrap (.*)
if PYTHONPATH="$SRCDIR" "$SRCDIR/bin/vmdebootstrap" \
$MATCH_1 2> vmdebootstrap.stderr 1>vmdebootstrap.stdout
then
echo 0 > vmdebootstrap.exit
else
echo $? > vmdebootstrap.exit
fi
Check for whether the attempted vmdebootstrap run had the desired exit
code.
IMPLEMENTS THEN vmdebootstrap exited with a non-zero exit code
grep -vFx 0 vmdebootstrap.exit
IMPLEMENTS THEN vmdebootstrap exited with a zero exit code
grep -Fx 0 vmdebootstrap.exit
Check the stderr of the attempted vmdebootstrap run.
IMPLEMENTS THEN vmdebootstrap wrote an error message matching (.+)
grep -P -e "$MATCH_1" vmdebootstrap.stderr
Check the stdout of the dry-run vmdebootstrap run.
IMPLEMENTS THEN vmdebootstrap wrote a message matching (.+)
grep -P -e "$MATCH_1" vmdebootstrap.stdout
Exclude a pattern from the stdout of the dry-run vmdebootstrap run.
IMPLEMENTS THEN vmdebootstrap wrote a message not matching (.+)
grep -P -v -e "$MATCH_1" vmdebootstrap.stdout
## Static tests on disk images
The steps in this section do static tests of disk image. These all
operate on the image specified in the step "GIVEN user wants to
build...".
Test the size of an image. This tests the length, not disk usage, of
the image.
IMPLEMENTS THEN the image has the correct size
actual="$(stat -c %s "$IMAGE")"
[ "$actual" = "$IMAGE_SIZE" ]
Check the partition table on the image.
IMPLEMENTS THEN the partition count of the image is (\d+)
parted --script "$IMAGE" print |
sed '1,/^Number/d' |
grep -c . |
grep -Fx $MATCH_1
Check partition boot flag.
IMPLEMENTS THEN partition (\d+) has the boot flag set
parted --script "$IMAGE" print |
awk -v "PART=$MATCH_1" '/^ [0-9]+ / && $1 == PART && $7 ~ "^boot,?$"' |
grep .
IMPLEMENTS THEN partition (\d+) has the lba flag set
parted --script "$IMAGE" print |
awk -v "PART=$MATCH_1" '/^ [0-9]+ / && $1 == PART && $8 ~ "^lba?$"' |
grep .
Check filesystem on a partition. This checks the actual filesystem,
not a type declared in the partition table.
IMPLEMENTS THEN partition (\d+) has an? (\S+) filesystem
device="$(kpartx_image_partition "$IMAGE" "$MATCH_1")"
trap "unkpartx_image \"$IMAGE\"" EXIT
blkid "$device" | grep "TYPE=\"$MATCH_2\""
Check that the partition contains a file with some content matching a
regular expression.
IMPLEMENTS THEN partition (\d+) has file (\S+) matching (.+)
device="$(kpartx_image_partition "$IMAGE" "$MATCH_1")"
trap "unkpartx_image \"$IMAGE\"" EXIT
mp="$(mktemp -d)"
mount -r "$device" "$mp"
trap "umount \"$mp\"; unkpartx_image \"$IMAGE\"" EXIT
grep -P -e "$MATCH_3" "$mp/$MATCH_2"
Check that the partition contains a specified symlink.
IMPLEMENTS THEN partition (\d+) has symlink (\S+)
device="$(kpartx_image_partition "$IMAGE" "$MATCH_1")"
trap "unkpartx_image \"$IMAGE\"" EXIT
mp="$(mktemp -d)"
mount -r "$device" "$mp"
trap "umount \"$mp\"; unkpartx_image \"$IMAGE\"" EXIT
stat "$mp/$MATCH_2" |
grep "symbolic link"
Check that the partition contains a specified path.
IMPLEMENTS THEN partition (\d+) has filename (\S+)
device="$(kpartx_image_partition "$IMAGE" "$MATCH_1")"
trap "unkpartx_image \"$IMAGE\"" EXIT
mp="$(mktemp -d)"
mount -r "$device" "$mp"
trap "umount \"$mp\"; unkpartx_image \"$IMAGE\"" EXIT
stat "$mp/$MATCH_2" |
grep "regular file"
Check the image output format
IMPLEMENTS THEN image has file format matching (.+)
qemu-img info $IMAGE |
grep "file format" |
grep $MATCH_1
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