Field Detail

• private static final java.lang.String EXECUTE_ERROR

• private static final java.util.regex.Pattern IS_NUMBER_REGEX

• private static final org.slf4j.Logger LOG

• private static final java.util.Map NO_CELL

• private static final java.util.regex.Pattern NO_QUOTES_REGEX

• private final java.lang.Object allowExecute

• private static final java.util.concurrent.ConcurrentMap<java.lang.String, java.util.concurrent.ConcurrentSkipListSet<java.lang.String>> appBranches

• private static final java.util.concurrent.ConcurrentMap<java.lang.String, java.util.concurrent.ConcurrentSkipListSet<java.lang.String>> appCache

• private static final java.util.concurrent.ConcurrentMap<java.lang.String, java.util.concurrent.ConcurrentSkipListSet<java.lang.String>> appVersions

• private static java.lang.String inetHostname

• @org.springframework.beans.factory.annotation.Autowired private org.springframework.boot.actuate.endpoint.MetricsEndpoint metricsEndpoint

• private NCubeMutableClient mutableClient

• private static com.google.common.util.concurrent.AtomicDouble processLoadPeak

• private static java.lang.String servletHostname

• private static com.google.common.util.concurrent.AtomicDouble systemLoadPeak

Constructor Detail

• NCubeController(NCubeMutableClient mutableClient, boolean allowExecute)

Method Detail

• java.lang.Integer acceptMine(ApplicationID appId, java.lang.Object[] cubeNames, java.lang.String sourceBranch = ApplicationID.HEAD)

• java.lang.Integer acceptTheirs(ApplicationID appId, java.lang.Object[] cubeNames, java.lang.String sourceBranch)

• private void addAllToAppCache(java.lang.String tenant, java.util.List<java.lang.String> appNames)

• private static void addAllToVersionCache(java.lang.String app, java.lang.Object[] versions)

• void addAxis(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, java.lang.String type, java.lang.String valueType)

  Add axis to an existing SNAPSHOT n-cube.

• void addAxis(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, ApplicationID refAppId, java.lang.String refCubeName, java.lang.String refAxisName, ApplicationID transformAppId, java.lang.String transformCubeName)

  Add axis to an existing SNAPSHOT n-cube that is a reference to an axis in another cube.

• private static void addBranchToCache(ApplicationID appId)

• private static void addBranchesToCache(ApplicationID appId, java.util.Collection<java.lang.String> branches)

• private ApplicationID addTenant(ApplicationID appId)

• private void addToAppCache(java.lang.String tenant, java.lang.String appName)

• private static void addToVersionsCache(ApplicationID appId)

• void breakAxisReference(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName)

• NCube cancelPullRequest(java.lang.String prId)

• private static java.lang.Object[] caseInsensitiveSort(java.lang.Object[] items)

• void changeVersionValue(ApplicationID appId, java.lang.String newSnapVer)

  Change the SNAPSHOT version number of an n-cube.

• java.util.Map checkPermissions(ApplicationID appId, java.lang.String resource, java.lang.Object[] actions)

• private static java.lang.String cleanKey(java.lang.String key)

• private void clearAppCache(java.lang.String tenant)

• private static java.lang.Object clearBranchCache(ApplicationID appId)

• void clearCache(ApplicationID appId)

• java.lang.Boolean clearDefaultCell(ApplicationID appId, java.lang.String cubeName)

• void clearTestDatabase()

• private static void clearVersionCache(java.lang.String app)

• private static java.util.Map columnToMap(Column col)

• java.lang.Object commitBranch(ApplicationID appId, java.lang.Object[] infoDtos)

• java.lang.Object commitCube(ApplicationID appId, java.lang.String cubeName)

• static java.util.Map convertAxis(Axis axis)

  Convert Axis to Map of Map representation (using json-io) and modify the column ID to a String in the process. This allows the column ID to work on clients (like Javascript) that cannot support 64-bit values.

• private static java.lang.Object convertStringToValue(java.lang.String origValue)

• java.lang.Integer copyBranch(ApplicationID srcAppId, ApplicationID targetAppId, boolean copyWithHistory = false)

• java.lang.String copyCells(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] ids, boolean isCut)

• void createBranch(ApplicationID appId)

• void createCube(ApplicationID appId, java.lang.String cubeName)

  Create an n-cube (SNAPSHOT only) for non-Java clients.

• void createCube(NCube ncube)

  Create an n-cube (SNAPSHOT only) for Java clients.

• NCubeTest createNewTest(ApplicationID appId, java.lang.String cubeName, java.lang.String testName)

• void deleteAxis(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName)

  Delete the passed in axis.

• java.lang.Boolean deleteBranch(ApplicationID appId)

• java.lang.Boolean deleteCubes(ApplicationID appId, java.lang.Object[] cubeNames)

  Delete an n-cube (SNAPSHOT only).

  Returns:

  boolean true if successful, otherwise a String error message.

• java.lang.Boolean duplicate(ApplicationID appId, ApplicationID destAppId, java.lang.String cubeName, java.lang.String newName)

  Duplicate the passed in cube, but change the name to newName AND the status of the new n-cube will be SNAPSHOT.

• java.util.Map execute(ApplicationID appId, java.lang.String cubeName, java.lang.String method, java.util.Map args)

• java.util.List<Delta> fetchJsonBranchDiffs(NCubeInfoDto newInfoDto, NCubeInfoDto oldInfoDto)

• java.util.List<Delta> fetchJsonRevDiffs(long newCubeId, long oldCubeId)

• private static java.lang.String formatCube(NCube ncube, java.util.Map options)

• java.lang.String generatePullRequestHash(ApplicationID appId, java.lang.Object[] infoDtos)

• private java.util.Set<java.lang.String> getAppCache(java.lang.String tenant)

• java.lang.String getAppLockedBy(ApplicationID appId)

• java.lang.Object[] getAppNames()

• java.lang.Object[] getAppVersions(java.lang.String app)

• java.lang.Object[] getAppVersions(java.lang.String app, java.lang.String status)

• private static java.lang.Object getAttribute(javax.management.MBeanServer mbs, java.lang.String beanName, java.lang.String attribute)

• java.util.Map getAxis(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName)

  Return the requested axis. The returned axis has some 'massaging' applied to it before being returned. First, it is being returned using the 'map-of-maps' format from json-io so that the column IDs can be converted from Longs to Strings, because Javascript cannot process a 64-bit long value (it stores numbers using a double, which means it can only reliably process 53-bits of a long). Converting the longs to Strings first, allows the column ID to round-trip to the UI and back, and json-io will 'mash' the String column ID into the Long column ID (within the JsonCommandServlet) as it receives the String. It senses the data-type mismatch (json-io does) and then attempts to convert the String to a numeric value (which succeeds). This allows the full 64-bit id to make it round trip.

• java.util.Map getAxisMetaProperties(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName)

• private static java.util.Set<java.lang.String> getBranchCache(java.lang.String key)

• private static java.lang.String getBranchCacheKey(ApplicationID appId)

• java.lang.Object[] getBranchChangesForHead(ApplicationID appId)

• java.lang.Object[] getBranchChangesForMyBranch(ApplicationID appId, java.lang.String branch)

• java.lang.Integer getBranchCount(ApplicationID appId)

• java.lang.Object[] getBranches(ApplicationID appId)

• private static java.lang.Object[] getBranchesFromCache(ApplicationID appId)

  Branch cache management

• private java.lang.Object[] getCachedApps(java.lang.String tenant)

  App cache Management

• private java.lang.Object[] getCachedVersions(java.lang.String app)

  Versions Cache Management

• java.util.Map getCell(ApplicationID appId, java.lang.String cubeName, java.util.Map coordinate, java.lang.Object defaultValue = null)

• java.lang.Object[] getCellAnnotation(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] ids, boolean ignoreVersion = false)

• java.util.Map getCellCoordinate(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] ids)

• java.lang.Object getCellNoExecute(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] ids)

• java.lang.Object getCellNoExecuteByCoordinate(ApplicationID appId, java.lang.String cubeName, java.util.Map coordinate)

• java.lang.Object[] getCellsNoExecute(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] idArrays)

  This API will fetch particular cell values (identified by the idArrays) for the passed in appId and named cube. The idArrays is an Object[] of Object[]'s:

   [
    [1, 2, 3],
    [4, 5, 6],
    [7, 8, 9],
     ...
  ]
   In the example above, the 1st entry [1, 2, 3] identifies the 1st cell to fetch.  The 2nd entry [4, 5, 6]
   identifies the 2nd cell to fetch, and so on.
   

  Returns:

  Object[] The return value is an Object[] containing Object[]'s with the original coordinate as the first entry and the cell value as the 2nd entry:

   [
    [[1, 2, 3], {"type":"int", "value":75}],
    [[4, 5, 6], {"type":"exp", "cache":false, "value":"return 25"}],
    [[7, 8, 9], {"type":"string", "value":"hello"}],
     ...
   ]
   

• java.util.Map getColumnMetaProperties(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, long colId)

• private static java.util.Set<java.lang.Long> getCoordinate(java.lang.Object[] ids)

• NCube getCube(ApplicationID appId, java.lang.String cubeName)

• java.util.Map getCubeMetaProperties(ApplicationID appId, java.lang.String cubeName)

• private static java.util.List<NCube> getCubes(java.lang.String json)

• java.lang.Object getDefaultCell(ApplicationID appId, java.lang.String cubeName)

• java.lang.Object[] getHeadChangesForBranch(ApplicationID appId)

• java.util.Map getHeaders()

  Returns:

  Map of HTTP headers for debugging display.

• java.lang.String getHtml(ApplicationID appId, java.lang.String cubeName)

• private static java.lang.String getInetHostname()

• java.lang.String getJson(ApplicationID appId, java.lang.String cubeName)

• java.lang.String getJson(ApplicationID appId, java.lang.String cubeName, java.util.Map options)

• java.util.Map getMenu(ApplicationID appId)

• java.lang.String getNotes(ApplicationID appId, java.lang.String cubeName)

• java.lang.Object[] getPullRequests(java.util.Date startDate, java.util.Date endDate)

• java.lang.Object[] getReferenceAxes(ApplicationID appId)

• java.lang.Object[] getReferencesFrom(ApplicationID appId, java.lang.String cubeName)

  Find all references from (out going) an n-cube.

  Returns:

  Object[] of String cube names that the passed in (named) cube references, otherwise a String error message.

• java.lang.Object[] getRequiredScope(ApplicationID appId, java.lang.String cubeName)

  Find all referenced input variables for a given n-cube (and through any n-cubes it references).

  Returns:

  Object[] of String names of each scope variable, otherwise a String error message.

• java.lang.Object[] getRevisionHistory(ApplicationID appId, java.lang.String cubeName, boolean ignoreVersion = false)

• java.lang.Integer getSearchCount(ApplicationID appId, java.lang.String cubeNamePattern = null, java.lang.String content = null, java.util.Map options = [(SEARCH_ACTIVE_RECORDS_ONLY)

• private static java.lang.String getServletHostname()

• private java.lang.String getTenant()

• java.lang.Object[] getTests(ApplicationID appId, java.lang.String cubeName)

• protected java.lang.String getUserForDatabase()

• private static java.lang.String getValueRepeatIfNecessary(java.lang.Object[] values, int row, int col)

• java.lang.Object[] getVersions(java.lang.String app)

• private static java.util.Set<java.lang.String> getVersionsCache(java.lang.String app)

• private Visualizer getVisualizer(java.lang.String cubeName)

• java.util.Map<java.lang.String, java.lang.Object> getVisualizerGraph(ApplicationID appId, java.util.Map options)

• java.util.Map<java.lang.String, java.lang.Object> getVisualizerNodeDetails(ApplicationID appId, java.util.Map options)

• java.util.Map<java.lang.String, java.lang.Object> getVisualizerScopeChange(ApplicationID appId, java.util.Map options)

• java.util.Map heartBeat(java.util.Map openCubes, boolean showAll = false)

• java.lang.Boolean isAppAdmin(ApplicationID appId)

• java.lang.Boolean isAppLocked(ApplicationID appId)

• java.lang.Boolean isCubeUpToDate(ApplicationID appId, java.lang.String cubeName)

• static boolean isNumeric(java.lang.String str)

• private NCube loadCube(ApplicationID appId, java.lang.String ncubeName)

• java.lang.String loadCubeById(ApplicationID appId, long id, java.lang.String mode)

• NCube loadCubeById(long id)

• java.lang.Boolean lockApp(ApplicationID appId, boolean shouldLock)

• java.util.Map mapReduce(ApplicationID appId, java.lang.String cubeName, java.lang.String rowAxisName, java.lang.String colAxisName, java.lang.String where = 'true', java.util.Map input = [:], java.util.Map output = [:], java.util.Set columnsToSearch = as Set, java.util.Set columnsToReturn = as Set)

• NCube mergeDeltas(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] deltas)

• java.lang.Object mergePullRequest(java.lang.String prId)

• java.lang.Integer moveBranch(ApplicationID appId, java.lang.String newSnapVer)

• java.lang.Boolean pasteCells(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] values, java.lang.Object[] coords)

• java.lang.Boolean pasteCellsNce(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] clipboard)

• void promoteRevision(long cubeId)

• private static void putIfNotNull(java.util.Map map, java.lang.String key, java.lang.Object value)

• java.lang.Integer releaseCubes(ApplicationID appId, java.lang.String newSnapVer)

  Release the passed in SNAPSHOT version (update their status_cd to RELEASE), and then duplicate all the n-cubes in the release, creating new ones in SNAPSHOT status with the version number set to the newSnapVer.

• java.lang.Integer releaseVersion(ApplicationID appId, java.lang.String newSnapVer)

• private static void removeBranchFromCache(ApplicationID appId)

• private static java.lang.String removeCommas(java.lang.String str)

• java.lang.Boolean renameCube(ApplicationID appId, java.lang.String oldName, java.lang.String newName)

• NCube reopenPullRequest(java.lang.String prId)

• java.lang.String resolveRelativeUrl(ApplicationID appId, java.lang.String relativeUrl)

• java.lang.Boolean restoreCubes(ApplicationID appId, java.lang.Object[] cubeNames)

• java.lang.Integer rollbackBranch(ApplicationID appId, java.lang.Object[] cubeNames)

• java.util.Map runTest(ApplicationID appId, java.lang.String cubeName, NCubeTest test)

• java.util.Map runTests(ApplicationID appId)

• java.util.Map runTests(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] tests)

• void saveJson(ApplicationID appId, java.lang.String json)

• java.lang.Boolean saveTests(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] tests)

• java.lang.Object[] search(ApplicationID appId, java.lang.String cubeNamePattern = null, java.lang.String content = null, java.util.Map options = [(SEARCH_ACTIVE_RECORDS_ONLY)

• private static java.lang.String toHtmlWithColumnHints(NCube ncube)

• void updateAxis(ApplicationID appId, java.lang.String cubeName, java.lang.String origAxisName, java.lang.String axisName, boolean hasDefault, boolean isSorted, boolean fireAll)

• void updateAxisColumns(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, java.lang.Object[] cols)

  Update an entire set of columns on an axis at one time. The updatedAxis is not a real axis, but treated like an Axis-DTO where the list of columns within the axis are in display order.

• void updateAxisMetaProperties(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, java.util.Map<java.lang.String, java.lang.Object> newMetaProperties)

• java.lang.Object updateBranch(ApplicationID appId, java.lang.Object[] cubeDtos)

• java.lang.Boolean updateCell(ApplicationID appId, java.lang.String cubeName, java.lang.Object[] ids, CellInfo cellInfo)

  In-place update of a cell.

• java.lang.Boolean updateCellAt(ApplicationID appId, java.lang.String cubeName, java.util.Map coordinate, CellInfo cellInfo)

• java.lang.Boolean updateColumnMetaProperties(ApplicationID appId, java.lang.String cubeName, java.lang.String axisName, long colId, java.util.Map<java.lang.String, java.lang.Object> newMetaProperties)

• java.lang.Boolean updateCube(NCube ncube)

• java.lang.Object updateCubeFromHead(ApplicationID appId, java.lang.String cubeName)

• java.lang.Boolean updateCubeMetaProperties(ApplicationID appId, java.lang.String cubeName, java.util.Map<java.lang.String, java.lang.Object> newMetaProperties)

• java.lang.Boolean updateDefaultCell(ApplicationID appId, java.lang.String cubeName, CellInfo cellInfo)

• java.lang.Boolean updateNotes(ApplicationID appId, java.lang.String cubeName, java.lang.String notes)

• void updateReferenceAxes(java.lang.Object[] axisRefs)

• private static java.util.Map<java.lang.String, CellInfo> valuesToCellInfo(java.util.Map<java.lang.String, java.lang.Object> metaProps)

• private void verifyAllowExecute(java.lang.String methodName)