/**
* Get the id of the Package installed for this KS. Here we'll verify that the kickstart package
* exists in the host server's tools channel. The host server will need it to perform necessary
* actions on either itself or the target system (if different).
*
* @return Long id of Package used for this KS.
*/
public ValidatorError validateKickstartPackage() {
if (cobblerOnly) {
return null;
}
Server hostServer = getHostServer();
Set<Long> serverChannelIds = new HashSet<Long>();
Iterator<Channel> i = hostServer.getChannels().iterator();
while (i.hasNext()) {
Channel c = i.next();
serverChannelIds.add(c.getId());
}
// check for package among channels the server is subscribed to.
// If one is found, return
Map<String, Long> pkgToInstall = findKickstartPackageToInstall(hostServer, serverChannelIds);
if (pkgToInstall != null) {
this.packagesToInstall.add(pkgToInstall);
log.debug(" packagesToInstall: " + packagesToInstall);
return null;
}
// otherwise search in channels that can be subscribed.
// If one is found, subscribe channel and return
Set<Long> subscribableChannelIds =
SystemManager.subscribableChannelIds(
hostServer.getId(), this.user.getId(), hostServer.getBaseChannel().getId());
pkgToInstall = findKickstartPackageToInstall(hostServer, subscribableChannelIds);
if (pkgToInstall != null) {
this.packagesToInstall.add(pkgToInstall);
log.debug(" packagesToInstall: " + packagesToInstall);
Long cid = pkgToInstall.get("channel_id");
log.debug(" Subscribing to: " + cid);
Channel c = ChannelFactory.lookupById(cid);
try {
SystemManager.subscribeServerToChannel(this.user, server, c);
log.debug(" Subscribed: " + cid);
} catch (PermissionException pe) {
return new ValidatorError("kickstart.schedule.cantsubscribe");
} catch (Exception e) {
return new ValidatorError(
"kickstart.schedule.cantsubscribe.channel", c.getName(), server.getName());
}
return null;
}
return new ValidatorError(
"kickstart.schedule.nopackage", this.getKsdata().getChannel().getName());
}
/**
* Do the validation needed for this command. This ensures that the system hosting the kickstart
* has the necessary resources to do so.
*
* @return Returns a ValidatorError, if any errors occur
*/
public ValidatorError doValidation() {
ValidatorError error = validateNetworkInterface();
if (error != null) {
return error;
}
if (isCobblerOnly()) {
return null;
}
Server hostServer = getHostServer();
// Check base channel.
log.debug("** Checking basechannel.");
if (hostServer.getBaseChannel() == null) {
return new ValidatorError("kickstart.schedule.nobasechannel", hostServer.getName());
}
// Check that we have a valid ks package
log.debug("** Checking validkspackage");
error = validateKickstartPackage();
if (error != null) {
return error;
}
if (ksdata.isRhel()) {
// Check that we have a valid up2date version
log.debug("** Checking valid up2date");
error = validateUp2dateVersion();
if (error != null) {
return error;
}
}
// we already shall be subscribed to the tools channel
// (since validateKickstartPackage), so no other actions needed
return null;
}
private Profile processProfileType(String profileTypeIn) {
log.debug("PROFILE_TYPE=" + profileTypeIn);
if (profileTypeIn == null
|| profileTypeIn.length() == 0
|| // TODO: fix this hack
profileTypeIn.equals(TARGET_PROFILE_TYPE_NONE)) {
return null;
}
Profile retval = null;
// Profile of this existing system's packages
String pname =
LocalizationService.getInstance()
.getMessage("kickstart.session.newprofile", this.kickstartSession.getId().toString());
if (profileTypeIn.equals(TARGET_PROFILE_TYPE_EXISTING)) {
log.debug(" TARGET_PROFILE_TYPE_EXISTING");
// "Profile for kickstart session "
retval =
ProfileManager.createProfile(
ProfileFactory.TYPE_SYNC_PROFILE,
this.user,
getTargetServer().getBaseChannel(),
pname,
pname);
ProfileManager.copyFrom(this.server, retval);
}
// Profile of 'stored profile'
else if (profileTypeIn.equals(TARGET_PROFILE_TYPE_PACKAGE)) {
log.debug(" TARGET_PROFILE_TYPE_PACKAGE");
if (this.profileId == null) {
throw new UnsupportedOperationException(
"You specified a target profile type"
+ TARGET_PROFILE_TYPE_PACKAGE
+ " but this.profileId is null");
}
retval = ProfileManager.lookupByIdAndOrg(this.profileId, this.user.getOrg());
}
// Some other system's profile
else if (profileTypeIn.equals(TARGET_PROFILE_TYPE_SYSTEM)) {
Server otherServer = ServerFactory.lookupById(this.serverProfileId);
log.debug(" TARGET_PROFILE_TYPE_SYSTEM");
log.debug(" this.serverProfileId : " + this.serverProfileId);
log.debug(" otherServer : " + otherServer);
if (otherServer != null) {
log.debug("otherServer.Id : " + otherServer.getId());
log.debug("otherServer.getBaseChannel: " + otherServer.getBaseChannel());
}
retval =
ProfileManager.createProfile(
ProfileFactory.TYPE_SYNC_PROFILE,
this.user,
otherServer.getBaseChannel(),
pname,
pname);
ProfileManager.copyFrom(otherServer, retval);
}
this.kickstartSession.setServerProfile(retval);
KickstartFactory.saveKickstartSession(this.kickstartSession);
if (getTargetServer() != null) {
HibernateFactory.getSession().refresh(getTargetServer());
}
// TODO: Compute missing packages and forward user to the missing page
return retval;
}
/**
* Looks up a list of applicable kickstart profiles. The list is generated based on matches
* between the server's base channel arch and the profile's channel arch
*
* @return DataResult, else null if the server does not exist or does not have a base channel
* assigned
*/
public DataResult<KickstartDto> getKickstartProfiles() {
log.debug("getKickstartProfiles()");
DataResult<KickstartDto> retval = new DataResult<KickstartDto>(Collections.EMPTY_LIST);
// Profiles are associated with the host; the target system might not be created
// yet. Also, the host will be the one performing the kickstart, so the profile
// is relative to that system.
Server hostServer = getHostServer();
if (hostServer != null) {
log.debug("getKickstartProfiles(): hostServer isnt null");
Channel baseChannel = hostServer.getBaseChannel();
if (baseChannel != null) {
log.debug("getKickstartProfiles(): hostServer.baseChannel isnt null");
ChannelArch arch = baseChannel.getChannelArch();
SelectMode mode = getMode();
Map<String, Object> params = new HashMap<String, Object>();
params.put("org_id", this.user.getOrg().getId());
params.put("prim_arch_id", arch.getId());
if (arch.getName().equals("x86_64")) {
log.debug(" Adding IA-32 to search list.");
ChannelArch ia32arch = ChannelFactory.lookupArchByName("IA-32");
params.put("sec_arch_id", ia32arch.getId());
} else if (arch.getName().equals("IA-32")
&& (hostServer.getServerArch().getName().equals(ServerConstants.getArchI686().getName())
|| hostServer
.getServerArch()
.getName()
.equals(ServerConstants.getArchATHLON().getName()))) {
log.debug(" Adding x86_64 to search list.");
ChannelArch x86Arch = ChannelFactory.lookupArchByName("x86_64");
params.put("sec_arch_id", x86Arch.getId());
} else if (arch.getName().equals("PPC")) {
log.debug(" Adding ppc64le to search list.");
ChannelArch ppc64le = ChannelFactory.lookupArchByName("PPC64LE");
params.put("sec_arch_id", ppc64le.getId());
} else if (arch.getName().equals("PPC64LE")) {
log.debug(" Adding ppc to search list.");
ChannelArch ppc = ChannelFactory.lookupArchByName("PPC");
params.put("sec_arch_id", ppc.getId());
} else {
params.put("sec_arch_id", arch.getId());
}
retval = mode.execute(params);
if (log.isDebugEnabled()) {
log.debug("got back from DB: " + retval);
}
KickstartLister.getInstance().setKickstartUrls(retval, user);
KickstartLister.getInstance().pruneInvalid(user, retval);
retval.setTotalSize(retval.size());
}
}
List<CobblerProfileDto> dtos = KickstartLister.getInstance().listCobblerProfiles(user);
if (log.isDebugEnabled()) {
log.debug("got back from cobbler: " + dtos);
}
retval.setTotalSize(retval.getTotalSize() + dtos.size());
retval.addAll(dtos);
return retval;
}
