Examples with User io.fabric8.openshift.api.model.User used on opensource projects

Example 11 with User

use of io.fabric8.openshift.api.model.User in project fabric8 by jboss-fuse.

the class GitPatchManagementServiceImpl method beginInstallation.

@Override
public String beginInstallation(PatchKind kind) {
    String tx = null;
    try {
        Git fork = gitPatchRepository.cloneRepository(gitPatchRepository.findOrCreateMainGitRepository(), true);
        Ref installationBranch = null;
        // let's pick up latest user changes
        applyUserChanges(fork);
        switch(kind) {
            case ROLLUP:
                // create temporary branch from the current baseline - rollup patch installation is a rebase
                // of existing user changes on top of new baseline
                RevTag currentBaseline = gitPatchRepository.findCurrentBaseline(fork);
                installationBranch = gitPatchRepository.checkout(fork).setName(String.format("patch-install-%s", GitPatchRepository.TS.format(new Date()))).setCreateBranch(true).setStartPoint(currentBaseline.getTagName() + "^{commit}").call();
                break;
            case NON_ROLLUP:
                // create temporary branch from main-patch-branch/HEAD - non-rollup patch installation is cherry-pick
                // of non-rollup patch commit over existing user changes - we can fast forward when finished
                installationBranch = gitPatchRepository.checkout(fork).setName(String.format("patch-install-%s", GitPatchRepository.TS.format(new Date()))).setCreateBranch(true).setStartPoint(gitPatchRepository.getMainBranchName()).call();
                break;
        }
        pendingTransactionsTypes.put(installationBranch.getName(), kind);
        pendingTransactions.put(installationBranch.getName(), fork);
        return installationBranch.getName();
    } catch (IOException | GitAPIException e) {
        if (tx != null) {
            pendingTransactions.remove(tx);
            pendingTransactionsTypes.remove(tx);
        }
        throw new PatchException(e.getMessage(), e);
    }
}

Example 12 with User

use of io.fabric8.openshift.api.model.User in project fabric8 by jboss-fuse.

the class ServiceImpl method bundleUpdatesInPatch.

/**
 * Returns a list of {@link BundleUpdate} for single patch, taking into account already discovered updates
 * @param patch
 * @param allBundles
 * @param bundleUpdateLocations out parameter that gathers update locations for bundles across patches
 * @param history
 * @param updatesForBundleKeys
 * @param kind
 * @param coreBundles
 * @param featureUpdatesInThisPatch
 * @return
 * @throws IOException
 */
private List<BundleUpdate> bundleUpdatesInPatch(Patch patch, Bundle[] allBundles, Map<Bundle, String> bundleUpdateLocations, BundleVersionHistory history, Map<String, BundleUpdate> updatesForBundleKeys, PatchKind kind, Map<String, Bundle> coreBundles, List<FeatureUpdate> featureUpdatesInThisPatch) throws Exception {
    List<BundleUpdate> updatesInThisPatch = new LinkedList<>();
    // for ROLLUP patch we can check which bundles AREN'T updated by this patch - we have to reinstall them
    // at the same version as existing one. "no update" means "require install after clearing cache"
    // Initially all bundles need update. If we find an update in patch, we remove a key from this map
    Map<String, Bundle> updateNotRequired = new LinkedHashMap<>();
    // // let's keep {symbolic name -> list of versions} mapping
    // MultiMap<String, Version> allBundleVersions = new MultiMap<>();
    // bundle location -> bundle key (symbolic name|updateable version)
    Map<String, String> locationsOfBundleKeys = new HashMap<>();
    for (Bundle b : allBundles) {
        if (b.getSymbolicName() == null) {
            continue;
        }
        Version v = b.getVersion();
        Version updateableVersion = new Version(v.getMajor(), v.getMinor(), 0);
        String key = String.format("%s|%s", stripSymbolicName(b.getSymbolicName()), updateableVersion.toString());
        // symbolic name, differing at micro version only
        if (!coreBundles.containsKey(stripSymbolicName(b.getSymbolicName()))) {
            updateNotRequired.put(key, b);
        } else {
            // let's key core (etc/startup.properties) bundles by symbolic name only - there should be only
            // one version of symbolic name
            updateNotRequired.put(stripSymbolicName(b.getSymbolicName()), b);
        }
        // allBundleVersions.put(stripSymbolicName(b.getSymbolicName()), b.getVersion());
        String location = b.getLocation();
        if (location != null && location.startsWith("mvn:") && location.contains("//")) {
            // special case for mvn:org.ops4j.pax.url/pax-url-wrap/2.4.7//uber
            location = location.replace("//", "/jar/");
        }
        locationsOfBundleKeys.put(location, key);
    }
    // let's prepare a set of bundle keys that are part of features that will be updated/reinstalled - those
    // bundle keys don't have to be reinstalled separately
    Set<String> bundleKeysFromFeatures = new HashSet<>();
    if (featureUpdatesInThisPatch != null) {
        for (FeatureUpdate featureUpdate : featureUpdatesInThisPatch) {
            if (featureUpdate.getName() != null) {
                // this is either installation or update of single feature
                String fName = featureUpdate.getName();
                String fVersion = featureUpdate.getPreviousVersion();
                Feature f = featuresService.getFeature(fName, fVersion);
                for (BundleInfo bundleInfo : f.getBundles()) {
                    if (/*!bundleInfo.isDependency() && */
                    locationsOfBundleKeys.containsKey(bundleInfo.getLocation())) {
                        bundleKeysFromFeatures.add(locationsOfBundleKeys.get(bundleInfo.getLocation()));
                    }
                }
                for (Conditional cond : f.getConditional()) {
                    for (BundleInfo bundleInfo : cond.getBundles()) {
                        if (/*!bundleInfo.isDependency() && */
                        locationsOfBundleKeys.containsKey(bundleInfo.getLocation())) {
                            bundleKeysFromFeatures.add(locationsOfBundleKeys.get(bundleInfo.getLocation()));
                        }
                    }
                }
            }
        }
    }
    for (String newLocation : patch.getPatchData().getBundles()) {
        // [symbolicName, version] of the new bundle
        String[] symbolicNameVersion = helper.getBundleIdentity(newLocation);
        if (symbolicNameVersion == null || symbolicNameVersion[0] == null) {
            continue;
        }
        String sn = stripSymbolicName(symbolicNameVersion[0]);
        String vr = symbolicNameVersion[1];
        Version newVersion = VersionTable.getVersion(vr);
        Version updateableVersion = new Version(newVersion.getMajor(), newVersion.getMinor(), 0);
        // this bundle update from a patch may be applied only to relevant bundle|updateable-version, not to
        // *every* bundle with exact symbolic name
        String key = null;
        if (!coreBundles.containsKey(sn)) {
            key = String.format("%s|%s", sn, updateableVersion.toString());
        } else {
            key = sn;
        }
        // if existing bundle is within this range, update is possible
        VersionRange range = getUpdateableRange(patch, newLocation, newVersion);
        if (coreBundles.containsKey(sn)) {
            // so we lower down the lowest possible version of core bundle that we can update
            if (range == null) {
                range = new VersionRange(false, Version.emptyVersion, newVersion, true);
            } else {
                range = new VersionRange(false, Version.emptyVersion, range.getCeiling(), true);
            }
        } else if (range != null) {
            // if range is specified on non core bundle, the key should be different - updateable
            // version should be taken from range
            key = String.format("%s|%s", sn, range.getFloor().toString());
        }
        Bundle bundle = updateNotRequired.get(key);
        if (bundle == null && coreBundles.containsKey(sn)) {
            bundle = updateNotRequired.get(sn);
        }
        if (bundle == null || range == null) {
            // this patch ships a bundle that can't be used as an update for ANY currently installed bundle
            if (kind == PatchKind.NON_ROLLUP) {
                // which is strange, because non rollup patches should update existing bundles...
                if (range == null) {
                    System.err.printf("Skipping bundle %s - unable to process bundle without a version range configuration%n", newLocation);
                } else {
                // range is fine, we simply didn't find installed bundle at all - bundle from patch
                // will be stored in ${karaf.default.repository}, but not used as an update
                }
            }
            continue;
        }
        Version oldVersion = bundle.getVersion();
        if (range.contains(oldVersion)) {
            String oldLocation = history.getLocation(bundle);
            if ("org.ops4j.pax.url.mvn".equals(sn)) {
                Artifact artifact = Utils.mvnurlToArtifact(newLocation, true);
                if (artifact != null) {
                    URL location = new File(repository, String.format("org/ops4j/pax/url/pax-url-aether/%1$s/pax-url-aether-%1$s.jar", artifact.getVersion())).toURI().toURL();
                    newLocation = location.toString();
                }
            }
            int startLevel = bundle.adapt(BundleStartLevel.class).getStartLevel();
            int state = bundle.getState();
            BundleUpdate update = new BundleUpdate(sn, newVersion.toString(), newLocation, oldVersion.toString(), oldLocation, startLevel, state);
            if (bundleKeysFromFeatures.contains(key) || coreBundles.containsKey(sn)) {
                update.setIndependent(false);
            }
            updatesInThisPatch.add(update);
            updateNotRequired.remove(key);
            if (coreBundles.containsKey(sn)) {
                updateNotRequired.remove(sn);
            }
            // Merge result
            BundleUpdate oldUpdate = updatesForBundleKeys.get(key);
            if (oldUpdate != null) {
                Version upv = null;
                if (oldUpdate.getNewVersion() != null) {
                    upv = VersionTable.getVersion(oldUpdate.getNewVersion());
                }
                if (upv == null || upv.compareTo(newVersion) < 0) {
                    // other patch contains newer update for a bundle
                    updatesForBundleKeys.put(key, update);
                    bundleUpdateLocations.put(bundle, newLocation);
                }
            } else {
                // this is the first update of the bundle
                updatesForBundleKeys.put(key, update);
                bundleUpdateLocations.put(bundle, newLocation);
            }
        }
    }
    if (kind == PatchKind.ROLLUP) {
        // user features) and we have (at least try) to install them after restart.
        for (Bundle b : updateNotRequired.values()) {
            if (b.getSymbolicName() == null) {
                continue;
            }
            String symbolicName = stripSymbolicName(b.getSymbolicName());
            Version v = b.getVersion();
            Version updateableVersion = new Version(v.getMajor(), v.getMinor(), 0);
            String key = String.format("%s|%s", symbolicName, updateableVersion.toString());
            int startLevel = b.adapt(BundleStartLevel.class).getStartLevel();
            int state = b.getState();
            BundleUpdate update = new BundleUpdate(symbolicName, null, null, v.toString(), history.getLocation(b), startLevel, state);
            if (bundleKeysFromFeatures.contains(key) || coreBundles.containsKey(symbolicName)) {
                // we don't have to install it separately
                update.setIndependent(false);
            }
            updatesInThisPatch.add(update);
            updatesForBundleKeys.put(key, update);
        }
    }
    return updatesInThisPatch;
}

Example 13 with User

use of io.fabric8.openshift.api.model.User in project fabric8 by jboss-fuse.

the class GitPatchManagementServiceForStandaloneChildContainersIT method installNonRollupPatch.

@Test
public void installNonRollupPatch() throws IOException, GitAPIException {
    initializationPerformedBaselineDistributionFoundInPatches();
    freshKarafStandaloneDistro();
    PatchManagement management = (PatchManagement) pm;
    GitPatchRepository repository = ((GitPatchManagementServiceImpl) pm).getGitPatchRepository();
    Git fork = repository.cloneRepository(repository.findOrCreateMainGitRepository(), true);
    // no changes, but commit
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    repository.prepareCommit(fork, "artificial change, not treated as user change (could be a patch)").call();
    repository.push(fork);
    FileUtils.write(new File(karafBase, "bin/shutdown"), "#!/bin/bash\nexit 42");
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    repository.closeRepository(fork, true);
    preparePatchZip("src/test/resources/content/patch1", "target/karaf/patches/source/patch-1.zip", false);
    List<PatchData> patches = management.fetchPatches(new File("target/karaf/patches/source/patch-1.zip").toURI().toURL());
    Patch patch = management.trackPatch(patches.get(0));
    String tx = management.beginInstallation(PatchKind.NON_ROLLUP);
    management.install(tx, patch, null);
    @SuppressWarnings("unchecked") Map<String, Git> transactions = (Map<String, Git>) getField(management, "pendingTransactions");
    assertThat(transactions.size(), equalTo(1));
    fork = transactions.values().iterator().next();
    ObjectId since = fork.getRepository().resolve("baseline-child-2.4.0.redhat-620133^{commit}");
    ObjectId to = fork.getRepository().resolve(tx);
    Iterable<RevCommit> commits = fork.log().addRange(since, to).call();
    List<String> commitList = Arrays.asList("[PATCH] Installing patch my-patch-1", "[PATCH] Apply user changes", "artificial change, not treated as user change (could be a patch)", "[PATCH] Apply user changes");
    int n = 0;
    for (RevCommit c : commits) {
        String msg = c.getShortMessage();
        assertThat(msg, equalTo(commitList.get(n++)));
    }
    assertThat(n, equalTo(commitList.size()));
    assertThat(fork.tagList().call().size(), equalTo(4));
    assertTrue(repository.containsTag(fork, "patch-management"));
    assertTrue(repository.containsTag(fork, "baseline-6.2.0"));
    assertTrue(repository.containsTag(fork, "baseline-child-2.4.0.redhat-620133"));
    assertFalse(repository.containsTag(fork, "patch-my-patch-1"));
    assertTrue(repository.containsTag(fork, "patch-my-patch-1-child"));
    assertThat("The conflict should be resolved in special way", FileUtils.readFileToString(new File(karafHome, "bin/setenv")), equalTo("JAVA_MIN_MEM=2G # Minimum memory for the JVM\n"));
}

Example 14 with User

use of io.fabric8.openshift.api.model.User in project fabric8 by jboss-fuse.

the class GitPatchManagementServiceIT method installRollupPatch.

@Test
public void installRollupPatch() throws IOException, GitAPIException {
    freshKarafStandaloneDistro();
    GitPatchRepository repository = patchManagement();
    PatchManagement management = (PatchManagement) pm;
    Git fork = repository.cloneRepository(repository.findOrCreateMainGitRepository(), true);
    repository.prepareCommit(fork, "artificial change, not treated as user change (could be a patch)").call();
    repository.prepareCommit(fork, "artificial change, not treated as user change").call();
    // no changes, but commit
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    FileUtils.write(new File(karafHome, "bin/start"), "echo \"another user change\"\n", true);
    // conflicting change, but commit
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    FileUtils.write(new File(karafHome, "bin/test"), "echo \"another user change\"\n");
    // non-conflicting
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    repository.closeRepository(fork, true);
    preparePatchZip("src/test/resources/content/patch4", "target/karaf/patches/source/patch-4.zip", false);
    List<PatchData> patches = management.fetchPatches(new File("target/karaf/patches/source/patch-4.zip").toURI().toURL());
    Patch patch = management.trackPatch(patches.get(0));
    String tx = management.beginInstallation(PatchKind.ROLLUP);
    management.install(tx, patch, null);
    @SuppressWarnings("unchecked") Map<String, Git> transactions = (Map<String, Git>) getField(management, "pendingTransactions");
    assertThat(transactions.size(), equalTo(1));
    fork = transactions.values().iterator().next();
    ObjectId since = fork.getRepository().resolve("baseline-6.2.0^{commit}");
    ObjectId to = fork.getRepository().resolve(tx);
    Iterable<RevCommit> commits = fork.log().addRange(since, to).call();
    // only one "user change", because we had two conflicts with new baseline - they were resolved
    // by picking what already comes from rollup patch ("ours"):
    /*
         * Problem with applying the change 657f11c4b65bb7893a2b82f888bb9731a6d5f7d0:
         *  - bin/start: BOTH_MODIFIED
         * Choosing "ours" change
         * Problem with applying the change d9272b97582582f4b056f7170130ec91fc21aeac:
         *  - bin/start: BOTH_MODIFIED
         * Choosing "ours" change
         */
    List<String> commitList = Arrays.asList("[PATCH] Apply user changes", "[PATCH] Apply user changes", "[PATCH] Apply user changes", "[PATCH] Rollup patch patch-4 - resetting etc/overrides.properties", "[PATCH] Installing rollup patch patch-4");
    int n = 0;
    for (RevCommit c : commits) {
        String msg = c.getShortMessage();
        assertThat(msg, equalTo(commitList.get(n++)));
    }
    assertThat(n, equalTo(commitList.size()));
    assertThat(fork.tagList().call().size(), equalTo(3));
    assertTrue(repository.containsTag(fork, "patch-management"));
    assertTrue(repository.containsTag(fork, "baseline-6.2.0"));
    assertTrue(repository.containsTag(fork, "baseline-6.2.0.redhat-002"));
}

Example 15 with User

use of io.fabric8.openshift.api.model.User in project fabric8 by jboss-fuse.

the class GitPatchManagementServiceIT method installNonRollupPatch.

@Test
public void installNonRollupPatch() throws IOException, GitAPIException {
    freshKarafStandaloneDistro();
    GitPatchRepository repository = patchManagement();
    PatchManagement management = (PatchManagement) pm;
    Git fork = repository.cloneRepository(repository.findOrCreateMainGitRepository(), true);
    // no changes, but commit
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    repository.prepareCommit(fork, "artificial change, not treated as user change (could be a patch)").call();
    repository.push(fork);
    FileUtils.write(new File(karafHome, "bin/shutdown"), "#!/bin/bash\nexit 42");
    ((GitPatchManagementServiceImpl) pm).applyUserChanges(fork);
    repository.closeRepository(fork, true);
    preparePatchZip("src/test/resources/content/patch1", "target/karaf/patches/source/patch-1.zip", false);
    List<PatchData> patches = management.fetchPatches(new File("target/karaf/patches/source/patch-1.zip").toURI().toURL());
    Patch patch = management.trackPatch(patches.get(0));
    String tx = management.beginInstallation(PatchKind.NON_ROLLUP);
    management.install(tx, patch, null);
    @SuppressWarnings("unchecked") Map<String, Git> transactions = (Map<String, Git>) getField(management, "pendingTransactions");
    assertThat(transactions.size(), equalTo(1));
    fork = transactions.values().iterator().next();
    ObjectId since = fork.getRepository().resolve("baseline-6.2.0^{commit}");
    ObjectId to = fork.getRepository().resolve(tx);
    Iterable<RevCommit> commits = fork.log().addRange(since, to).call();
    List<String> commitList = Arrays.asList("[PATCH] Installing patch my-patch-1", "[PATCH] Apply user changes", "artificial change, not treated as user change (could be a patch)", "[PATCH] Apply user changes");
    int n = 0;
    for (RevCommit c : commits) {
        String msg = c.getShortMessage();
        assertThat(msg, equalTo(commitList.get(n++)));
    }
    assertThat(n, equalTo(commitList.size()));
    assertThat(fork.tagList().call().size(), equalTo(3));
    assertTrue(repository.containsTag(fork, "patch-management"));
    assertTrue(repository.containsTag(fork, "baseline-6.2.0"));
    assertTrue(repository.containsTag(fork, "patch-my-patch-1"));
    assertThat("The conflict should be resolved in special way", FileUtils.readFileToString(new File(karafHome, "bin/setenv")), equalTo("JAVA_MIN_MEM=2G # Minimum memory for the JVM\n"));
}