public XJoinPaths withPath(XJoinPath... values) { if (values!= null) { for (XJoinPath value: values) { getPath().add(value); } } return this; }
public XJoinPaths withPath(Collection<XJoinPath> values) { if (values!= null) { getPath().addAll(values); } return this; }
public XJoinPaths withPath(Collection<XJoinPath> values) { if (values!= null) { getPath().addAll(values); } return this; }
public XJoinPaths withPath(XJoinPath... values) { if (values!= null) { for (XJoinPath value: values) { getPath().add(value); } } return this; }
public StringBuilder appendFields(ObjectLocator locator, StringBuilder buffer, ToStringStrategy strategy) { { List<XJoinPath> thePath; thePath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); strategy.appendField(locator, this, "path", buffer, thePath); } return buffer; }
public StringBuilder appendFields(ObjectLocator locator, StringBuilder buffer, ToStringStrategy strategy) { { List<XJoinPath> thePath; thePath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); strategy.appendField(locator, this, "path", buffer, thePath); } return buffer; }
public int hashCode(ObjectLocator locator, HashCodeStrategy strategy) { int currentHashCode = 1; { List<XJoinPath> thePath; thePath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); currentHashCode = strategy.hashCode(LocatorUtils.property(locator, "path", thePath), currentHashCode, thePath); } return currentHashCode; }
public int hashCode(ObjectLocator locator, HashCodeStrategy strategy) { int currentHashCode = 1; { List<XJoinPath> thePath; thePath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); currentHashCode = strategy.hashCode(LocatorUtils.property(locator, "path", thePath), currentHashCode, thePath); } return currentHashCode; }
public boolean equals(ObjectLocator thisLocator, ObjectLocator thatLocator, Object object, EqualsStrategy strategy) { if (!(object instanceof XJoinPaths)) { return false; } if (this == object) { return true; } final XJoinPaths that = ((XJoinPaths) object); { List<XJoinPath> lhsPath; lhsPath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); List<XJoinPath> rhsPath; rhsPath = (((that.path!= null)&&(!that.path.isEmpty()))?that.getPath():null); if (!strategy.equals(LocatorUtils.property(thisLocator, "path", lhsPath), LocatorUtils.property(thatLocator, "path", rhsPath), lhsPath, rhsPath)) { return false; } } return true; }
public boolean equals(ObjectLocator thisLocator, ObjectLocator thatLocator, Object object, EqualsStrategy strategy) { if (!(object instanceof XJoinPaths)) { return false; } if (this == object) { return true; } final XJoinPaths that = ((XJoinPaths) object); { List<XJoinPath> lhsPath; lhsPath = (((this.path!= null)&&(!this.path.isEmpty()))?this.getPath():null); List<XJoinPath> rhsPath; rhsPath = (((that.path!= null)&&(!that.path.isEmpty()))?that.getPath():null); if (!strategy.equals(LocatorUtils.property(thisLocator, "path", lhsPath), LocatorUtils.property(thatLocator, "path", rhsPath), lhsPath, rhsPath)) { return false; } } return true; }
/** * Create cube's JoinChain from JAXB counterpart * * @param xj * @return {@link JoinChain} */ public static JoinChain joinChainFromXJoinChain(XJoinChain xj) { JoinChain jc = new JoinChain(xj.getName(), xj.getDisplayString(), xj.getDescription()); for (int i = 0; i < xj.getPaths().getPath().size(); i++) { XJoinPath xchain = xj.getPaths().getPath().get(i); List<TableReference> chain = new ArrayList<TableReference>(xchain.getEdges().getEdge().size() * 2); for (XJoinEdge xRef : xchain.getEdges().getEdge()) { chain.add(new TableReference(xRef.getFrom().getTable(), xRef.getFrom().getColumn(), xRef.getFrom().isMapsToMany())); chain.add(new TableReference(xRef.getTo().getTable(), xRef.getTo().getColumn(), xRef.getTo().isMapsToMany())); } jc.addPath(chain); } return jc; }
/** * Create cube's JoinChain from JAXB counterpart * * @param xj * @return {@link JoinChain} */ public static JoinChain joinChainFromXJoinChain(XJoinChain xj) { JoinChain jc = new JoinChain(xj.getName(), xj.getDisplayString(), xj.getDescription()); for (int i = 0; i < xj.getPaths().getPath().size(); i++) { XJoinPath xchain = xj.getPaths().getPath().get(i); List<TableReference> chain = new ArrayList<TableReference>(xchain.getEdges().getEdge().size() * 2); for (XJoinEdge xRef : xchain.getEdges().getEdge()) { chain.add(new TableReference(xRef.getFrom().getTable(), xRef.getFrom().getColumn(), xRef.getFrom().isMapsToMany())); chain.add(new TableReference(xRef.getTo().getTable(), xRef.getTo().getColumn(), xRef.getTo().isMapsToMany())); } jc.addPath(chain); } return jc; }
/** * Create XJoinChain from cube join chain */ public static XJoinChain getXJoinChainFromJoinChain(JoinChain jc) { XJoinChain xjc = XCF.createXJoinChain(); xjc.setName(jc.getName()); xjc.setDescription(jc.getDescription()); xjc.setDisplayString(jc.getDisplayString()); xjc.setDestTable(jc.getDestTable()); xjc.setPaths(new XJoinPaths()); for (JoinChain.Path path : jc.getPaths()) { xjc.getPaths().getPath().add(xJoinPathFromJoinPath(path)); } return xjc; }
/** * Create XJoinChain from cube join chain */ public static XJoinChain getXJoinChainFromJoinChain(JoinChain jc) { XJoinChain xjc = XCF.createXJoinChain(); xjc.setName(jc.getName()); xjc.setDescription(jc.getDescription()); xjc.setDisplayString(jc.getDisplayString()); xjc.setDestTable(jc.getDestTable()); xjc.setPaths(new XJoinPaths()); for (JoinChain.Path path : jc.getPaths()) { xjc.getPaths().getPath().add(xJoinPathFromJoinPath(path)); } return xjc; }
assertEquals(testDim.getExpressions().getExpression().size(), 1); assertEquals(testDim.getJoinChains().getJoinChain().size(), 1); assertEquals(testDim.getJoinChains().getJoinChain().get(0).getPaths().getPath().size(), 1); assertEquals( testDim.getJoinChains().getJoinChain().get(0).getPaths().getPath().get(0).getEdges().getEdge().size(), 1); assertEquals(testDim.getJoinChains().getJoinChain().get(0).getDescription(), "first chain"); assertEquals(testDim.getJoinChains().getJoinChain().get(0).getDisplayString(), "Chain-1");
private void testJoinChains(LensDimensionCommands command) { XJoinChains chains = new XJoinChains(); XJoinChain chain1 = new XJoinChain(); chain1.setPaths(new XJoinPaths()); XJoinPath path = new XJoinPath(); path.setEdges(new XJoinEdges()); XJoinEdge edge1 = new XJoinEdge(); XTableReference ref1 = new XTableReference(); ref1.setTable("test_dim"); ref1.setColumn("d2id"); XTableReference ref2 = new XTableReference(); ref2.setTable("test_detail"); ref2.setColumn("id"); edge1.setFrom(ref1); edge1.setTo(ref2); path.getEdges().getEdge().add(edge1); chain1.setName("dim2chain"); chain1.getPaths().getPath().add(path); chain1.setDestTable("test_detail"); chains.getJoinChain().add(chain1); assertEquals(command.showJoinChains("test_dim"), new XJoinChainTable(chains).toString()); }
edge1.setTo(link2); path1.getEdges().getEdge().add(edge1); xj1.getPaths().getPath().add(path1); dimension.getJoinChains().getJoinChain().add(xj1); dimension.getAttributes().getDimAttribute().add(xd3);
path.getEdges().getEdge().add(edge1); chain1.setName("testdetailchain"); chain1.getPaths().getPath().add(path); chain1.setDestTable("test_detail"); XJoinChain chain2 = new XJoinChain(); path2.getEdges().getEdge().add(edge2); chain2.setName("testdimchain"); chain2.getPaths().getPath().add(path2); chain2.setDestTable("test_dim"); chains.getJoinChain().add(chain2);