func (s *rollbackSuite) TestRollbackMustRebootToOtherVersion(c *check.C) {
if common.BeforeReboot() {
// here we upgrade
updates.CallFakeOSUpdate(c)
common.Reboot(c)
} else if common.CheckRebootMark(c.TestName()) {
// after the first reboot we check that it actually booted
// a newer version than before
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
savedVersion := common.GetSavedVersion(c)
c.Assert(snappy.VersionCompare(currentVersion, savedVersion), check.Equals, 1,
check.Commentf("First reboot to the wrong version: %s <= %s", currentVersion, savedVersion))
// now we rollback to the previous version
cli.ExecCommand(c, "sudo", "snappy", "rollback", partition.OSSnapName(c),
common.GetSavedVersion(c))
common.RebootWithMark(c, c.TestName()+"-rollback")
} else if common.CheckRebootMark(c.TestName() + "-rollback") {
// and on the second reboot we check that the rollback
// did indeed rolled us back to the previous version
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
savedVersion := common.GetSavedVersion(c)
c.Assert(currentVersion, check.Equals, savedVersion,
check.Commentf("Second reboot to the wrong version: %s != %s", currentVersion, savedVersion))
}
}
func (s *serviceSuite) TestServiceMustBeStartedAfterReboot(c *check.C) {
if common.BeforeReboot() {
installSnapWithService(c)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
c.Assert(isServiceRunning(c), check.Equals, true, check.Commentf("Service is not running"))
}
}
func (s *rollbackSuite) TestRollbackMustRebootToOtherVersion(c *check.C) {
if common.BeforeReboot() {
common.CallFakeUpdate(c)
common.Reboot(c)
} else if common.CheckRebootMark(c.TestName()) {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(currentVersion > common.GetSavedVersion(c), check.Equals, true,
check.Commentf("Rebooted to the wrong version: %d", currentVersion))
cli.ExecCommand(c, "sudo", "snappy", "rollback", "ubuntu-core",
strconv.Itoa(common.GetSavedVersion(c)))
common.SetSavedVersion(c, currentVersion)
common.RebootWithMark(c, c.TestName()+"-rollback")
} else if common.CheckRebootMark(c.TestName() + "-rollback") {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(currentVersion < common.GetSavedVersion(c), check.Equals, true,
check.Commentf("Rebooted to the wrong version: %d", currentVersion))
}
}
func (s *rollbackSuite) TestRollbackMustRebootToOtherVersion(c *check.C) {
c.Skip("KNOWN BUG FIXME: https://bugs.launchpad.net/snappy/+bug/1534029")
if common.BeforeReboot() {
updates.CallFakeOSUpdate(c)
common.Reboot(c)
} else if common.CheckRebootMark(c.TestName()) {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(snappy.VersionCompare(currentVersion, common.GetSavedVersion(c)), check.Equals, -1,
check.Commentf("Rebooted to the wrong version: %s", currentVersion))
cli.ExecCommand(c, "sudo", "snappy", "rollback", partition.OSSnapName(c),
common.GetSavedVersion(c))
common.RebootWithMark(c, c.TestName()+"-rollback")
} else if common.CheckRebootMark(c.TestName() + "-rollback") {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(snappy.VersionCompare(currentVersion, common.GetSavedVersion(c)), check.Equals, 0,
check.Commentf("Rebooted to the wrong version: %s", currentVersion))
}
}
// This is the logic common to all the failover tests. Each of them has to call this method
// with the snap that will be updated and the function that changes it to fail.
func (s *failoverSuite) testUpdateToBrokenVersion(c *check.C, snap string, changeFunc updates.ChangeFakeUpdateSnap) {
snapName := strings.Split(snap, ".")[0]
currentVersion := common.GetCurrentVersion(c, snapName)
if common.BeforeReboot() {
common.SetSavedVersion(c, currentVersion)
updates.CallFakeUpdate(c, snap, changeFunc)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
c.Assert(currentVersion, check.Equals, common.GetSavedVersion(c),
check.Commentf("Rebooted to the wrong version"))
}
}
func (s *initRAMFSSuite) TestFreeSpaceWithResize(c *check.C) {
if common.BeforeReboot() {
bootDir := getCurrentBootDir(c)
writablePercent := "85"
cli.ExecCommand(
c, "sh", "-x", "integration-tests/scripts/install-test-initramfs", bootDir, writablePercent)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
freeSpace := getFreeSpacePercent(c)
c.Assert(freeSpace < 10, check.Equals, true,
check.Commentf("The writable partition was not resized"))
}
}
// This is the logic common to all the failover tests. Each of them has to call this method
// with the snap that will be updated and the function that changes it to fail.
func (s *failoverSuite) testUpdateToBrokenVersion(c *check.C, snap string, changeFunc updates.ChangeFakeUpdateSnap) {
c.Skip("KNOWN BUG FIXME: https://bugs.launchpad.net/snappy/+bug/1534029")
snapName := strings.Split(snap, ".")[0]
currentVersion := common.GetCurrentVersion(c, snapName)
if common.BeforeReboot() {
common.SetSavedVersion(c, currentVersion)
updates.CallFakeUpdate(c, snap, changeFunc)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
c.Assert(currentVersion, check.Equals, common.GetSavedVersion(c),
check.Commentf("Rebooted to the wrong version"))
}
}
// Test that the update to the same release and channel must install a newer
// version. If there is no update available, the channel version will be
// modified to fake an update. If there is a version available, the image will
// be up-to-date after running this test.
func (s *updateSuite) TestUpdateToSameReleaseAndChannel(c *check.C) {
if common.BeforeReboot() {
updateOutput := common.CallFakeUpdate(c)
expected := "(?ms)" +
".*" +
"^Reboot to use .*ubuntu-core.\n"
c.Assert(updateOutput, check.Matches, expected)
s.assertBootDirContents(c)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(currentVersion > common.GetSavedVersion(c), check.Equals, true,
check.Commentf("Rebooted to the wrong version: %d", currentVersion))
}
}
// Test that the ubuntu-core update to the same release and channel must install a newer
// version. If there is no update available, the channel version will be
// modified to fake an update. If there is a version available, the image will
// be up-to-date after running this test.
func (s *updateOSSuite) TestUpdateToSameReleaseAndChannel(c *check.C) {
if common.BeforeReboot() {
updateOutput := updates.CallFakeOSUpdate(c)
expected := "(?ms)" +
".*" +
fmt.Sprintf("^Reboot to use %s version .*\\.\n", partition.OSSnapName(c))
c.Assert(updateOutput, check.Matches, expected)
s.assertBootDirContents(c)
common.Reboot(c)
} else if common.AfterReboot(c) {
common.RemoveRebootMark(c)
currentVersion := common.GetCurrentUbuntuCoreVersion(c)
c.Assert(snappy.VersionCompare(currentVersion, common.GetSavedVersion(c)), check.Equals, 1,
check.Commentf("Rebooted to the wrong version: %d", currentVersion))
}
}
// This is the logic common to all the failover tests. Each of them has to call this method
// with the snap that will be updated and the function that changes it to fail.
func (s *failoverSuite) testUpdateToBrokenVersion(c *check.C, snap string, changeFunc updates.ChangeFakeUpdateSnap) {
snapName := strings.Split(snap, ".")[0]
c.Skip("FIXME: `snap refresh` is not compatible with the fake test store")
// FIXME: remove once the OS snap is fixed and has a working
// "snap booted" again
cli.ExecCommand(c, "sudo", "snap", "booted")
if common.BeforeReboot() {
currentVersion := common.GetCurrentVersion(c, snapName)
common.SetSavedVersion(c, currentVersion)
updates.CallFakeUpdate(c, snap, changeFunc)
common.Reboot(c)
} else if common.AfterReboot(c) {
currentVersion := common.GetCurrentVersion(c, snapName)
common.RemoveRebootMark(c)
c.Assert(currentVersion, check.Equals, common.GetSavedVersion(c),
check.Commentf("Rebooted to the wrong version"))
}
}