Uses of Class
ca.sqlpower.architect.ArchitectException

Packages that use ArchitectException

ca.sqlpower.architect
ca.sqlpower.architect.ddl
ca.sqlpower.architect.diff
ca.sqlpower.architect.etl
ca.sqlpower.architect.etl.datamover
ca.sqlpower.architect.etl.kettle
ca.sqlpower.architect.olap
ca.sqlpower.architect.profile
ca.sqlpower.architect.profile.output
ca.sqlpower.architect.swingui
ca.sqlpower.architect.swingui.action
ca.sqlpower.architect.swingui.olap
ca.sqlpower.architect.undo

Uses of ArchitectException in ca.sqlpower.architect

Subclasses of ArchitectException in ca.sqlpower.architect

class

DuplicateColumnException The DuplicateColumnException represents a failure to add a column to a table because the table already has a column with that name.

Fields in ca.sqlpower.architect declared as ArchitectException

protected ArchitectException

ArchitectRuntimeException.wrapped

Methods in ca.sqlpower.architect that return ArchitectException

ArchitectException

ArchitectRuntimeException.asArchitectException() Returns the actual ArchitectException that this exception wraps.

Methods in ca.sqlpower.architect that throw ArchitectException

void	CoreProject.addAllTablesFrom(SQLDatabase db) Adds all the tables in the given database into the playpen database.
void	SQLObject.addChild(int index, SQLObject newChild) Adds the given SQLObject to this SQLObject at index.
void	SQLObject.addChild(SQLObject newChild) Adds the given SQLObject to this SQLObject at the end of the child list by calling SQLObject.addChild(int,SQLObject).
protected void	SQLTable.addChildImpl(int index, SQLObject child) Connects up the columnsFolder, exportedKeysFolder, importedKeysFolder, and indicesFolder pointers to the children at indices 0, 1, 2, and 3 respectively.
protected void	SQLTable.Folder.addChildImpl(int index, SQLObject child)
protected void	SQLObject.addChildImpl(int index, SQLObject newChild) All other addChild() methods call this one.
protected void	SQLIndex.addChildImpl(int index, SQLObject newChild)
void	SQLTable.addColumn(int pos, SQLColumn col)
void	SQLTable.addColumn(SQLColumn col)
void	SQLTable.addIndex(SQLIndex idx) Adds the given SQLIndex object to this table's index folder.
void	SQLIndex.addIndexColumn(SQLColumn col1, SQLIndex.AscendDescend aOrD)
void	SQLRelationship.addMapping(SQLColumn pkColumn, SQLColumn fkColumn) Convenience method for adding a SQLRelationship.ColumnMapping child to this relationship.
static SQLTable	ArchitectUtils.addSimulatedTable(SQLDatabase db, java.lang.String catalog, java.lang.String schema, java.lang.String name) Creates a SQLTable in the given database, optionally under a catalog and/or schema.
static void	ArchitectUtils.addUndoListenerToHierarchy(UndoCompoundEventListener listener, SQLObject source) Adds listener to source's listener list and all of source's children's listener lists recursively.
static void	ArchitectUtils.addUndoListenerToHierarchy(UndoCompoundEventListener listener, SQLObject[] sources) Calls listenToHierarchy on each element in the sources array.
void	SQLRelationship.attachRelationship(SQLTable pkTable, SQLTable fkTable, boolean autoGenerateMapping) Associates an SQLRelationship with the given SQLTable objects.
void	SQLTable.changeColumnIndex(int oldIdx, int newIdx, boolean putInPK) Moves the column at index oldIdx to index newIdx.
static int	ArchitectUtils.countTables(SQLObject so) Recursively count tables in the project, but only consider tables that have been expanded.
static int	ArchitectUtils.countTablesSnapshot(SQLObject so) Recursively count tables in the project, including ones that have not been expanded in the DBTree.
ArchitectSession	ArchitectSessionContextImpl.createSession()
ArchitectSession	ArchitectSessionContext.createSession() Creates a new session within this parent context.
ArchitectSession	ArchitectSessionContextImpl.createSession(java.io.InputStream in)
ArchitectSession	ArchitectSessionContext.createSession(java.io.InputStream in) Creates a new session by loading the Architect XML project description from the given input stream.
boolean	SQLRelationship.determineIdentifyingStatus() Some SQLRelationship objects may not have their SQLRelationship.identifying property set properly which is particularly the case then creating SQLRelationships for source database objects and then reverse engineering, so this method will determine for certain if a relationship is identifying or non-identifying.
protected void	SQLRelationship.RelationshipManager.ensureInMapping(SQLColumn pkcol)
protected void	SQLRelationship.RelationshipManager.ensureNotInMapping(SQLColumn pkcol) Ensures there is no mapping for pkcol in this relationship.
static java.util.List<SQLColumn>	ArchitectUtils.findColumnsSourcedFromDatabase(SQLDatabase target, SQLDatabase source) Searches for all columns in the target database which are marked as having source columns in the given source database.
static <T extends SQLObject> java.util.List<T>	ArchitectUtils.findDescendentsByClass(SQLObject so, java.lang.Class<T> clazz, java.util.List<T> addTo) Keep in mind that if you go after anything lower than SQLTable, you will invoke a potentially expensive populate() method multiple times.
SQLCatalog	SQLDatabase.getCatalogByName(java.lang.String catalogName)
SQLObject	SQLObject.getChild(int index)
SQLIndex.Column	SQLIndex.getChild(int index) Overriden to narrow return type.
SQLObject	SQLObject.getChildByName(java.lang.String name) Returns the first child (in the sequence of the getChildren() list) which has the given name (case sensitive).
SQLObject	SQLObject.getChildByNameIgnoreCase(java.lang.String name) Returns the first child (in the sequence of the getChildren() list) which has the given name (case insensitive).
int	SQLObject.getChildCount()
java.util.List	SQLObject.getChildren() Returns an unmodifiable view of the child list.
java.util.List<SQLIndex.Column>	SQLIndex.getChildren() Overriden to narrow return type.
java.util.List	SQLTable.Folder.getChildren(java.sql.DatabaseMetaData dbmd) Returns an unmodifiable view of the child list.
SQLColumn	SQLTable.getColumn(int idx)
SQLColumn	SQLTable.getColumnByName(java.lang.String colName) Populates this table then searches for the named column in a case-insensitive manner.
SQLColumn	SQLTable.getColumnByName(java.lang.String colName, boolean populate, boolean caseSensitive) Searches for the named column.
SQLColumn	SQLTable.getColumnByName(java.lang.String colName, boolean populate, boolean caseSensitive, java.sql.DatabaseMetaData dbmd)
SQLColumn	SQLTable.getColumnByName(java.lang.String colName, java.sql.DatabaseMetaData dbmd)
int	SQLTable.getColumnIndex(SQLColumn col)
java.util.List<SQLColumn>	SQLTable.getColumns() Gets the value of columns
java.sql.Connection	SQLDatabase.getConnection() Returns a JDBC connection to the backing database, if there is one.
static SQLIndex	SQLIndex.getDerivedInstance(SQLIndex source, SQLTable parentTable) Returns a copy of a SQLIndex from a given SQLIndex in a parent SQLTable.
static SQLTable	SQLTable.getDerivedInstance(SQLTable source, SQLDatabase parent) Creates a new SQLTable under the given parent database.
SQLRelationship	SQLTable.getExportedKeyByName(java.lang.String name) Gets the value of exportedKeys by name
SQLRelationship	SQLTable.getExportedKeyByName(java.lang.String name, boolean populate) Gets the value of exportedKeys by name
java.util.List<SQLRelationship>	SQLTable.getExportedKeys() Gets the value of exportedKeys
java.util.List<SQLRelationship>	SQLTable.getExportedKeys(java.sql.DatabaseMetaData dbmd)
java.util.List<SQLRelationship>	SQLTable.getImportedKeys() Gets the value of importedKeys
SQLIndex	SQLTable.getIndexByName(java.lang.String name) Gets the value of index by name
SQLIndex	SQLTable.getIndexByName(java.lang.String name, boolean populate) Gets the value of index by name
int	SQLObject.getIndexOfChildByName(java.lang.String name) Returns the index of the named child, or -1 if there is no child with that name.
java.util.List<SQLIndex>	SQLTable.getIndices() Returns an unmodifiable list of all the indices of this table, in the same order they appear in the indices folder.
java.lang.String	SQLTable.getPhysicalPrimaryKeyName() Gets the value of physicalPrimaryKeyName
SQLIndex	SQLTable.getPrimaryKeyIndex() Returns the primary key for this table, or null if none exists.
java.lang.String	SQLTable.getPrimaryKeyName() Gets the name of this table's Primary Key index if it has one, otherwise returns null.
SQLSchema	SQLDatabase.getSchemaByName(java.lang.String schemaName) Searches for the named schema as a direct child of this database, or as a child of any catalog of this database.
SQLSchema	SQLCatalog.getSchemaByName(java.lang.String schemaName)
SQLTable	SQLSchema.getTableByName(java.lang.String tableName)
SQLTable	SQLDatabase.getTableByName(java.lang.String tableName)
protected SQLTable	SQLCatalog.getTableByName(java.lang.String tableName)
SQLTable	SQLDatabase.getTableByName(java.lang.String catalogName, java.lang.String schemaName, java.lang.String tableName) Searches this database's list of tables for one with the given name, ignoring case because SQL isn't (usually) case sensitive.
static SQLObject	ArchitectUtils.getTableContainer(SQLDatabase db, java.lang.String catName, java.lang.String schemaName) Returns the object that contains tables in the given database.
java.util.List<SQLTable>	SQLDatabase.getTables() Recursively searches this database for SQLTable descendants, compiles a list of those that were found, and returns that list.
java.util.List<SQLIndex>	SQLTable.getUniqueIndices() Gets a list of unique indices
void	SQLTable.inherit(int pos, SQLColumn sourceCol, boolean addToPK)
void	SQLTable.inherit(int pos, SQLTable source) Inserts all the columns of the given source table into this table at position pos.
void	SQLTable.inherit(SQLTable source) Adds all the columns of the given source table to the end of this table's column list.
void	SQLTable.initFolders(boolean populated) If you create a table from scratch using the no-args constructor, you should call this to create the standard set of Folder objects under this table.
boolean	SQLDatabase.isCatalogContainer() Determines whether this SQL object is a container for catalog
static boolean	ArchitectUtils.isCompatibleWithHierarchy(SQLDatabase db, java.lang.String catalog, java.lang.String schema, java.lang.String name) Returns true if and only if the given set of arguments would result in a successful call to ArchitectUtils.addSimulatedTable(SQLDatabase, String, String, String).
boolean	DeferredLoadable.isLoaded() This method tells callers whether or not the loadNow() will do anything costly.
boolean	SQLDatabase.isSchemaContainer() Determines whether this SQL object is a container for schemas
boolean	SQLCatalog.isSchemaContainer() Determines whether this SQL object is a container for schemas
java.util.List<SQLRelationship>	SQLTable.keysOfColumn(SQLColumn col)
static void	ArchitectUtils.listenToHierarchy(SQLObjectListener listener, SQLObject source) Adds listener to source's listener list and all of source's children's listener lists recursively.
static void	ArchitectUtils.listenToHierarchy(SQLObjectListener listener, SQLObject[] sources) Calls listenToHierarchy on each element in the sources array.
void	CoreProject.load(java.io.InputStream in, ca.sqlpower.sql.DataSourceCollection dataSources) Loads the project data from the given input stream.
void	DeferredLoadable.loadNow() A call to this method should cause implementing classes to perform all their costly startup procedures.
void	SQLIndex.makeColumnsLike(SQLIndex index) Make this index's columns look like the columns in index
void	SQLTable.normalizePrimaryKey() Renumbers the PrimaryKeySeq values of all columns in this table, then rebuilds this table's Primary Key Index so it correctly reflects the new PrimaryKeySeq column properties.
void	SQLTable.populate() Since SQLTable is just a container for Folders, there is no special populate step.
void	SQLTable.Folder.populate()
protected void	SQLSequence.populate() Does nothing because this type of object is not reverse-engineered.
void	SQLSchema.populate() Populates this schema from the source database, if there is one.
void	SQLRelationship.ColumnMapping.populate() This class is not a lazy-loading class.
void	SQLObjectRoot.populate()
protected abstract void	SQLObject.populate() Causes this SQLObject to load its children (if any exist).
protected void	SQLIndex.populate() Indices are populated when first created, so populate is a no-op.
protected void	SQLIndex.Column.populate()
void	SQLDatabase.populate()
void	SQLColumn.populate()
void	SQLCatalog.populate()
void	SQLTable.Folder.populate(java.sql.DatabaseMetaData dbmd)
void	SQLTable.removeColumn(int index) Calls SQLTable.removeColumn(SQLColumn) with the appropriate argument.
void	SQLTable.removeColumn(SQLColumn col) Removes the given column if it is in this table.
void	SQLRelationship.setFkTable(SQLTable fkt)
void	SQLRelationship.setIdentifying(boolean argIdentifying) Sets the value of identifying, and moves the FK columns into or out of the FK Table's primary key as appropriate.
void	SQLRelationship.setPkTable(SQLTable pkt)
void	SQLIndex.setPrimaryKeyIndex(boolean isPrimaryKey) Updates whether this index is a primary key set this index as primary key index and remove any old primary key if isPrimaryKey is true.
void	ArchitectSessionImpl.setSourceDatabaseList(java.util.List<SQLDatabase> databases)
void	ArchitectSession.setSourceDatabaseList(java.util.List<SQLDatabase> databases) Replaces the entire list of source databases for this session.
static void	ArchitectUtils.undoUnlistenToHierarchy(UndoCompoundEventListener listener, SQLObject source) Removes listener from source's listener list and all of source's children's listener lists recursively.
static void	ArchitectUtils.undoUnlistenToHierarchy(UndoCompoundEventListener listener, SQLObject[] sources) Calls unlistenToHierarchy on each element in the sources array.
static void	ArchitectUtils.unlistenToHierarchy(SQLObjectListener listener, SQLObject source) Removes listener from source's listener list and all of source's children's listener lists recursively.
static void	ArchitectUtils.unlistenToHierarchy(SQLObjectListener listener, SQLObject[] sources) Calls unlistenToHierarchy on each element in the sources array.
void	CoreUserSettings.write() Saves all the preferences that this class knows about back into the prefs node.

Constructors in ca.sqlpower.architect with parameters of type ArchitectException

ArchitectRuntimeException(ArchitectException wrapme)
Creates an unchecked exception wrapper for the given ArchitectException.

Constructors in ca.sqlpower.architect that throw ArchitectException

ArchitectSessionContextImpl()
Creates a new session context.

ArchitectSessionContextImpl(java.lang.String PlDotIniPath)
Similar to the default constructor, but we can specify a pl.ini path ourselves.

ArchitectSessionImpl(ArchitectSessionContext context, java.lang.String name)

DepthFirstSearch(java.util.List<SQLTable> tables)

DepthFirstSearch(SQLDatabase db)

LogWriter(java.lang.String path)
Open the log file for writing.

SQLIndex(SQLIndex oldIndex)
Copy constructor for a sql index

SQLRelationship(SQLRelationship relationshipToCopy)
A copy constructor that returns a copy of the provided SQLRelationship with the following properties copied: Name Identifying status Update rule Delete rule Deferrability

SQLTable(SQLDatabase parent, boolean startPopulated)
Creates a new SQLTable with parent as its parent and a null schema and catalog.

SQLTable(SQLObject parent, java.lang.String name, java.lang.String remarks, java.lang.String objectType, boolean startPopulated)

Uses of ArchitectException in ca.sqlpower.architect.ddl

Methods in ca.sqlpower.architect.ddl that throw ArchitectException

void	SQLServerDDLGenerator.addIndex(SQLIndex index)
void	PostgresDDLGenerator.addIndex(SQLIndex index) create index ddl in postgresql syntax
void	OracleDDLGenerator.addIndex(SQLIndex index) create index ddl in oracle syntax
void	MySqlDDLGenerator.addIndex(SQLIndex index)
void	GenericDDLGenerator.addIndex(SQLIndex index) Adds a DDL statement to this generator that will create the given index.
void	DDLGenerator.addIndex(SQLIndex idx) Appends the DDL statements for creating the given index this DDL Generator's current catalog and schema.
void	GenericDDLGenerator.addPrimaryKey(SQLTable t)
void	DDLGenerator.addPrimaryKey(SQLTable t)
protected void	MySqlDDLGenerator.addPrimaryKeysToCreateTable(SQLTable t)
protected void	GenericDDLGenerator.addPrimaryKeysToCreateTable(SQLTable t)
void	PostgresDDLGenerator.addTable(SQLTable t)
void	OracleDDLGenerator.addTable(SQLTable t) Overridden to also create sequences if there are auto-increment columns in the table.
void	GenericDDLGenerator.addTable(SQLTable t)
void	DDLGenerator.addTable(SQLTable t) Appends the DDL statements for creating a table in this DDL Generator's current catalog and schema using SQLTable t as a template.
void	ConflictResolver.dropConflicting() Drops the conflicting objects which findConflicting() found in the target database.
void	ConflictResolver.findConflicting() Searches for objects in the database pointed to by con that would conflict with the execution of any of the given DDL statements.
java.lang.String	GenericDDLGenerator.generateDDLScript(java.util.Collection<SQLTable> tables)
java.lang.String	DDLGenerator.generateDDLScript(java.util.Collection<SQLTable> tables) Generates the series of DDL Statements as in DDLGenerator.generateDDLStatements(Collection), then compiles them into a formatted script complete with statement terminators and transaction start and end statements (if supported by the target platform).
java.util.List<DDLStatement>	GenericDDLGenerator.generateDDLStatements(java.util.Collection<SQLTable> tables) Creates a series of SQL DDL statements which will create the given list of tables in a target database.
java.util.List<DDLStatement>	DDLGenerator.generateDDLStatements(java.util.Collection<SQLTable> tables) Creates a list of DDLStatement objects which create all of the tables, their columns and primary keys, and the foreign key relationships of the given database.
protected void	GenericDDLGenerator.writeExportedRelationships(SQLTable t) Adds statements for creating every exported key in the given table.
protected void	MySqlDDLGenerator.writePrimaryKey(SQLTable t)
protected void	GenericDDLGenerator.writePrimaryKey(SQLTable t)

Uses of ArchitectException in ca.sqlpower.architect.diff

Subclasses of ArchitectException in ca.sqlpower.architect.diff

class

ArchitectDiffException This Exception is used to check in the StartCompareAction in the CompareDMPanel.

Methods in ca.sqlpower.architect.diff that throw ArchitectException

java.util.List<DiffChunk<SQLObject>>

CompareSQL.generateTableDiffs()

Uses of ArchitectException in ca.sqlpower.architect.etl

Subclasses of ArchitectException in ca.sqlpower.architect.etl

class

UnknownDatabaseTypeException

Methods in ca.sqlpower.architect.etl that throw ArchitectException

java.util.List<java.lang.String>	ExportCSV.createBody()
static java.util.Map<SQLTable,java.util.Collection<SQLTable>>	ETLUtils.findTableLevelMappings(java.util.Collection<SQLTable> targetTables) Generates a map from source tables to all their target tables.
java.lang.String	ExportCSV.getCSVMapping()

Uses of ArchitectException in ca.sqlpower.architect.etl.datamover

Methods in ca.sqlpower.architect.etl.datamover that throw ArchitectException

int	DataMover.copyTable(SQLTable destTable, SQLTable sourceTable) Copies all the data in the source table (in the source database) to the table the the given name in the destination database.
void	DataMover.copyTables(SQLObject destTableContainer, java.util.Collection<SQLTable> sourceTables) Copies all the tables in the sourceTables collection which also exist in the destTableContainer.

Uses of ArchitectException in ca.sqlpower.architect.etl.kettle

Methods in ca.sqlpower.architect.etl.kettle that throw ArchitectException

void	KettleJob.doExport(java.util.List<SQLTable> tableList, SQLDatabase targetDB) This method translates the list of SQLTables to a Kettle Job and Transformations and saves them to KJB and KTR files OR a repository.

Uses of ArchitectException in ca.sqlpower.architect.olap

Methods in ca.sqlpower.architect.olap that throw ArchitectException

static java.util.List<SQLTable>	OLAPUtil.getAvailableTables(OLAPObject obj) Compiles a list of all accessible tables in the database being used by this OLAP object's session.
static SQLTable	OLAPUtil.getSQLTableFromOLAPTable(SQLDatabase database, MondrianModel.Table table) Search the database and retrieve the matching SQLTable(Relational) object thats logically equivalent to the given Table(OLAP representation)
static SQLTable	OLAPUtil.tableForCube(MondrianModel.Cube cube) Retrieves the SQLTable that represents the data source for the given cube.
static SQLTable	OLAPUtil.tableForHierarchy(MondrianModel.Hierarchy hier) Retrieves the SQLTable that represents the data source for the given hierarchy.

Uses of ArchitectException in ca.sqlpower.architect.profile

Methods in ca.sqlpower.architect.profile that throw ArchitectException

TableProfileResult	ProfileManagerImpl.createProfile(SQLTable table)
TableProfileResult	ProfileManager.createProfile(SQLTable table) Creates a new profile result for the given table, and adds it to this ProfileManager.
protected void	RemoteDatabaseProfileCreator.doColumnProfile(ColumnProfileResult cpr, ca.sqlpower.util.MonitorableImpl pm) Performs profiling at the column level by issuing a SELECT statement against the column referenced by cpr.
protected boolean	LocalReservoirProfileCreator.doProfileImpl(TableProfileResult tpr)
DDLGenerator	TableProfileResult.getDDLGenerator() Returns the DDL generator associated with this table profile.

Uses of ArchitectException in ca.sqlpower.architect.profile.output

Methods in ca.sqlpower.architect.profile.output that throw ArchitectException

void	ProfilePDFFormat.format(java.io.OutputStream out, java.util.List<ProfileResult> profileResults) Outputs a PDF file report of the data in drs to the given output stream.
protected ca.sqlpower.architect.profile.output.ProfilePDFFormat.ProfileTableStructure	ProfilePDFFormat.makeNextTable(TableProfileResult result, com.lowagie.text.pdf.PdfPTable table, com.lowagie.text.pdf.BaseFont bf, float fsize, float[] widths) Creates a PdfPTable of the data in profile from its current cursor position up to the end of the current break.

Uses of ArchitectException in ca.sqlpower.architect.swingui

Methods in ca.sqlpower.architect.swingui that throw ArchitectException

void	PlayPen.addObjects(java.util.List list, java.awt.Point preferredLocation, ca.sqlpower.swingui.SPSwingWorker nextProcess) Calls PlayPen.importTableCopy(ca.sqlpower.architect.SQLTable, java.awt.Point) for each table contained in the given schema.
void	CompareDMPanel.SourceOrTargetStuff.CatalogPopulator.cleanup() Does GUI cleanup work on the Swing EDT once the worker is done.
void	CompareDMPanel.SourceOrTargetStuff.SchemaPopulator.cleanup() Examines the newly-populated catalog and adds its schemas to the GUI.
ArchitectSwingSession	ArchitectSwingSessionContextImpl.createSession()
ArchitectSwingSession	ArchitectSwingSessionContext.createSession() Creates a new session within this parent context.
ArchitectSwingSession	ArchitectSwingSessionContextImpl.createSession(ArchitectSwingSession openingSession)
ArchitectSwingSession	ArchitectSwingSessionContext.createSession(ArchitectSwingSession openingSession) Creates a new session that will have its GUI components positioned relative to the GUI components of the given ArchitectSwingSession.
ArchitectSwingSession	ArchitectSwingSessionContextImpl.createSession(boolean showGUI)
ArchitectSwingSession	ArchitectSwingSessionContext.createSession(boolean showGUI) Creates a new session within this parent context.
ArchitectSwingSession	ArchitectSwingSessionContextImpl.createSession(java.io.InputStream in)
ArchitectSwingSession	ArchitectSwingSessionContextImpl.createSession(java.io.InputStream in, boolean showGUI) Loads the XML project description from the input stream, optionally creating the GUI for you.
ArchitectSwingSession	ArchitectSwingSessionContext.createSession(java.io.InputStream in, boolean showGUI) Creates a new session by loading the Architect XML project description from the given input stream.
boolean	DBTree.dbcsAlreadyExists(ca.sqlpower.sql.SPDataSource spec) Before adding a new connection to the SwingUIProject, check to see if it exists as a connection in the project (which means they're in this tree's model).
void	DataMoverPanel.doDataMove()
java.util.List	SearchReplace.doSearch(SQLObject start)
void	CompareDMPanel.SourceOrTargetStuff.SchemaPopulator.doStuff()
java.awt.Dimension	MappingReport.drawHighLevelReport(java.awt.Graphics2D g, java.awt.Dimension pageSize)
void	IndexEditPanel.editIndex(SQLIndex index)
java.awt.Color	TablePane.getColumnHighlight(int i) Returns the current highlight colour for a particular column.
static SQLObject	DnDTreePathTransferable.getNodeForDnDPath(SQLObject root, int[] path)
SQLObject	CompareDMPanel.SourceOrTargetStuff.getObjectToCompare() Figures out which SQLObject holds the tables we want to compare, and returns it.
java.awt.Dimension	MappingReport.getRequiredSize()
java.util.List<SQLTable>	PlayPen.getTables() Returns a new list of all tables in this play pen.
TablePane	PlayPen.importTableCopy(SQLTable source, java.awt.Point preferredLocation) Adds a copy of the given source table to this playpen, using preferredLocation as the layout constraint.
void	ArchitectSwingSessionImpl.initGUI()
void	ArchitectSwingSession.initGUI() Initializes the GUI components for this session.
void	ArchitectSwingSessionImpl.initGUI(ArchitectSwingSession openingSession)
void	ArchitectSwingSession.initGUI(ArchitectSwingSession openingSession) Like initGUI(), this method initializes the GUI components for this session, with the exception that the GUI components will get positioned relative to the GUI component of the given ArchitectSwingSession.
boolean	TablePane.insertObjects(java.util.List<? extends SQLObject> items, int insertionPoint) Inserts the list of SQLObjects into this table at the specified location.
void	SwingUIProject.load(java.io.InputStream in, ca.sqlpower.sql.DataSourceCollection dataSources)
static void	ArchitectFrame.main(java.lang.String[] args) Creates an ArchitectFrame and sets it visible.
abstract ca.sqlpower.swingui.DataEntryPanel	AbstractPlacer.place(java.awt.Point p) Performs the specific placement operation based on the mouse click.
void	SwingUIProject.save(java.io.OutputStream out, java.lang.String encoding)
void	SwingUIProject.save(java.io.PrintWriter out, java.lang.String encoding) Do just the writing part of save, given a PrintWriter
void	SwingUIProject.save(javax.swing.ProgressMonitor pm) Saves this project by writing an XML description of it to a temp file, then renaming.
void	ArchitectFrame.saveSettings() Saves this frame's settings as user prefs.
void	PlayPen.selectObjects(java.util.List<OLAPObject> selections, OLAPTree tree) Selects the playpen component that represents the given OLAPObjects.
void	PlayPen.selectObjects(java.util.List<SQLObject> selections) Selects the playpen component that represents the given SQLObject.
void	ArchitectSwingSessionImpl.setSourceDatabaseList(java.util.List<SQLDatabase> databases)
void	SearchReplace.showResults(javax.swing.JDialog parent, PlayPen pp)
void	ColumnMappingPanel.updateRelationshipFromMappings() Updates the ColumnMapping children in ColumnMappingPanel.r to match those in this panel's internal representation of the mappings.

Constructors in ca.sqlpower.architect.swingui that throw ArchitectException

ColumnEditPanel(SQLColumn col, ArchitectSwingSession session)

DataMoverPanel(ArchitectSwingSession session)

DBTree(ArchitectSwingSession session)

DBTreeModel(ArchitectSession session)

DBTreeModel(ArchitectSession session, SQLObjectRoot root)
Creates a tree model with all of the SQLDatabase objects in the given session's root object in its root list of databases.

IndexEditPanel(SQLIndex index, ArchitectSwingSession session)

IndexEditPanel(SQLIndex index, SQLTable parent, ArchitectSwingSession session)

MappingReport(ArchitectSwingSession session, java.util.Collection<SQLTable> targetTables)

Relationship(SQLRelationship model, PlayPenContentPane parent)
This constructor simply creates a Relationship component for the given SQLRelationship and adds it to the playpen.

SwingUIProject(ArchitectSwingSession session)
Sets up a new project file load/save object for the given session.

Uses of ArchitectException in ca.sqlpower.architect.swingui.action

Methods in ca.sqlpower.architect.swingui.action that throw ArchitectException

protected void	EditIndexAction.makeDialog(SQLIndex index) Creates and shows the index properties dialog for the given index.
protected void	EditColumnAction.showDialog(SQLTable st, int colIdx)
protected void	EditColumnAction.showDialog(SQLTable st, int colIdx, boolean addToTable, TablePane tp)

Constructors in ca.sqlpower.architect.swingui.action that throw ArchitectException

DeleteSelectedAction(ArchitectSwingSession session)

EditSelectedAction(ArchitectSwingSession session)

ExportDDLAction.ConflictFinderProcess(javax.swing.JDialog parentDialog, SQLDatabase target, DDLGenerator ddlg, java.util.List statements, ArchitectSwingSession session)

Uses of ArchitectException in ca.sqlpower.architect.swingui.olap

Methods in ca.sqlpower.architect.swingui.olap that throw ArchitectException

ca.sqlpower.swingui.DataEntryPanel	CubePane.createEditDialog(PlayPenCoordinate<MondrianModel.Cube,OLAPObject> coord)
ca.sqlpower.swingui.DataEntryPanel	DimensionPane.createEditDialog(PlayPenCoordinate<MondrianModel.Dimension,OLAPObject> coord)
ca.sqlpower.swingui.DataEntryPanel	VirtualCubePane.createEditDialog(PlayPenCoordinate<MondrianModel.VirtualCube,OLAPObject> coord)
abstract ca.sqlpower.swingui.DataEntryPanel	OLAPPane.createEditDialog(PlayPenCoordinate<T,C> coord) Creates a edit dialog for the OLAPObject that is at the location represented by the given coordinate.

Constructors in ca.sqlpower.architect.swingui.olap that throw ArchitectException

CubeEditPanel(MondrianModel.Cube cube)
Creates a new property editor for the given OLAP Cube.

DimensionEditPanel(MondrianModel.Dimension dimension)
Creates a new property editor for the given OLAP dimension.

DimensionUsageEditPanel(MondrianModel.DimensionUsage dimensionUsage)
Creates a new property editor for the given dimension usage.

HierarchyEditPanel(MondrianModel.Hierarchy hierarchy)
Creates a new property editor for the given OLAP Hierarchy.

LevelEditPanel(MondrianModel.Level level)
Creates a new property editor for the given level of a hierarchy.

MeasureEditPanel(MondrianModel.Measure measure)
Creates a new property editor for the given OLAP Measure.

SchemaEditPanel(ArchitectSwingSession session, MondrianModel.Schema schema)

Uses of ArchitectException in ca.sqlpower.architect.undo

Methods in ca.sqlpower.architect.undo that throw ArchitectException

void	SQLObjectChildren.addChildren()

Constructors in ca.sqlpower.architect.undo that throw ArchitectException

UndoManager(PlayPen playPen)
Creates a new UndoManager and attaches it to the given PlayPen's component and SQL Object model events.

UndoManager(SQLObject sqlObjectRoot)