diff options
Diffstat (limited to 'cli_ure/qa/climaker/climaker.cs')
-rw-r--r-- | cli_ure/qa/climaker/climaker.cs | 1296 |
1 files changed, 1296 insertions, 0 deletions
diff --git a/cli_ure/qa/climaker/climaker.cs b/cli_ure/qa/climaker/climaker.cs new file mode 100644 index 000000000000..dc2c2a8678e6 --- /dev/null +++ b/cli_ure/qa/climaker/climaker.cs @@ -0,0 +1,1296 @@ +/************************************************************************* + * + * $RCSfile: climaker.cs,v $ + * + * $Revision: 1.2 $ + * + * last change: $Author: hr $ $Date: 2005-09-23 11:51:20 $ + * + * The Contents of this file are made available subject to the terms of + * either of the following licenses + * + * - GNU Lesser General Public License Version 2.1 + * - Sun Industry Standards Source License Version 1.1 + * + * Sun Microsystems Inc., October, 2000 + * + * GNU Lesser General Public License Version 2.1 + * ============================================= + * Copyright 2000 by Sun Microsystems, Inc. + * 901 San Antonio Road, Palo Alto, CA 94303, USA + * + * This library is free software; you can redistribute it and/or + * modify it under the terms of the GNU Lesser General Public + * License version 2.1, as published by the Free Software Foundation. + * + * This library is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public + * License along with this library; if not, write to the Free Software + * Foundation, Inc., 59 Temple Place, Suite 330, Boston, + * MA 02111-1307 USA + * + * + * Sun Industry Standards Source License Version 1.1 + * ================================================= + * The contents of this file are subject to the Sun Industry Standards + * Source License Version 1.1 (the "License"); You may not use this file + * except in compliance with the License. You may obtain a copy of the + * License at http://www.openoffice.org/license.html. + * + * Software provided under this License is provided on an "AS IS" basis, + * WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, + * WITHOUT LIMITATION, WARRANTIES THAT THE SOFTWARE IS FREE OF DEFECTS, + * MERCHANTABLE, FIT FOR A PARTICULAR PURPOSE, OR NON-INFRINGING. + * See the License for the specific provisions governing your rights and + * obligations concerning the Software. + * + * The Initial Developer of the Original Code is: Sun Microsystems, Inc. + * + * Copyright: 2002 by Sun Microsystems, Inc. + * + * All Rights Reserved. + * + * Contributor(s): _______________________________________ + * + * + ************************************************************************/ + +using System; +using System.Reflection; +using System.Diagnostics; +using uno; + + +using unoidl.test.cliure.climaker; +//using unoidl.com.sun.star.uno; +using ucss=unoidl.com.sun.star; + +/** This class is for testing the generated code in the uno services + */ + +public class Context: ucss.uno.XComponentContext +{ + public enum test_kind { + NORMAL, + NO_FACTORY, + TEST_EXCEPTION, + CREATION_FAILED + } + + public Context(test_kind k, params object[] args) + { + kind = k; + factory = new Factory(k, args); + } + + public ucss.lang.XMultiComponentFactory getServiceManager() + { + if (kind == test_kind.NO_FACTORY) + return null; + return factory; + } + + public Any getValueByName(string Name) + { + if (kind == test_kind.NORMAL) + { + if (Name == "/singletons/unoidl.test.cliure.climaker.S4") + { + Component c = new Component(this); + return new Any(typeof(object), c); + } + } + else if (kind == test_kind.CREATION_FAILED) + { + return new Any(); + } + return new Any(); + } + + class Factory: ucss.lang.XMultiComponentFactory + { + public Factory(Context.test_kind k, params object[] args) { + kind2 = k; + if (k == Context.test_kind.TEST_EXCEPTION) + exception = (ucss.uno.Exception) args[0]; + } + public object createInstanceWithArgumentsAndContext( + string ServiceSpecifier, + uno.Any[] Arguments, + unoidl.com.sun.star.uno.XComponentContext Context) { + switch (kind2) { + case test_kind.NORMAL: + return new Component(Context, Arguments); + case test_kind.CREATION_FAILED : + return null; + case test_kind.TEST_EXCEPTION: + throw exception; + default: + throw new Exception("Factory not properly initialized"); + } + } + public object createInstanceWithContext( + string aServiceSpecifier, + unoidl.com.sun.star.uno.XComponentContext Context) { + switch (kind2) { + case test_kind.NORMAL: + return new Component(Context); + case test_kind.CREATION_FAILED: + return null; + case test_kind.TEST_EXCEPTION: + throw exception; + default: + throw new Exception("Factory not properly initialized"); + } + } + + public string[] getAvailableServiceNames() + { + return new string[]{}; + } + ucss.uno.Exception exception; + test_kind kind2; + } + + + Factory factory; + test_kind kind; +} + + +public class Logger +{ + String m_sFunction; + int m_nErrors; + public Logger() { + } + + public String Function + { + set + { + m_sFunction = value; + } + get + { + return m_sFunction; + } + } + + public void assure(bool b) { + if (b == false) + { + Console.WriteLine(m_sFunction + " failed!"); + m_nErrors++; + } + } + + public void printStatus() { + Console.WriteLine("\n====================================="); + + + String msg; + if (m_nErrors > 0) + msg = "Test failed! " + m_nErrors.ToString() + " Errors."; + else + msg = "Test succeeded!"; + + Console.WriteLine(msg + "\n====================================="); + } + + public int Errors + { + get + { + return m_nErrors; + } + } +} + +public sealed class Test +{ + public static int Main(String[] args) + { + +// System.Diagnostics.Debugger.Launch(); + try + { + Logger log = new Logger(); + Test t = new Test(); + t.testEnum1(log); + t.testEnum2(log); + t.testPolyStruct(log); + t.testEmptyStruct2(log); + t.testFullStruct2(log); + t.testS1(log); + t.testSingletons(log); + t.testAttributes(log); + t.testPolyStructAttributes(log); + t.testPolymorphicType(log); + t.testInterface(log); + t.testAny(log); + log.printStatus(); + if (log.Errors == 0) + return 0; + return -1; + } + catch(Exception e) + { + Console.Write(e.Message); + } + return -1; + + } + + + public void testEnum1(Logger l) { + l.Function = "testEnum1"; + l.assure(((int)Enum1.VALUE1) == -100); + l.assure(((int)Enum1.VALUE2) == 100); + } + + public void testEnum2(Logger l) { + l.Function = "testEnum2"; + l.assure( ((int) Enum2.VALUE0) == 0); + l.assure( ((int) Enum2.VALUE1) == 1); + l.assure( ((int) Enum2.VALUE2) == 2); + l.assure( ((int) Enum2.VALUE4) == 4); + } + + public void testPolyStruct(Logger l) { + l.Function = "testPolyStruct"; + PolyStruct s = new PolyStruct(); + l.assure(s.member1 == null); + l.assure(s.member2 == 0); + s = new PolyStruct("ABC", 5); + l.assure(s.member1.Equals("ABC")); + l.assure(s.member2 == 5); + } + + public void testEmptyStruct2(Logger l) { + l.Function = "testEmptyStruct2"; + Struct2 s = new Struct2(); + l.assure(s.p1 == false); + l.assure(s.p2 == 0); + l.assure(s.p3 == 0); + l.assure(s.p4 == 0); + l.assure(s.p5 == 0); + l.assure(s.p6 == 0); + l.assure(s.p7 == 0L); + l.assure(s.p8 == 0L); + l.assure(s.p9 == 0.0f); + l.assure(s.p10 == 0.0); + l.assure(s.p11 == '\u0000'); + l.assure(s.p12.Equals("")); + l.assure(s.p13.Equals(typeof(void))); + l.assure(s.p14.Equals(Any.VOID)); + l.assure(s.p15 == Enum2.VALUE0); + l.assure(s.p16.member1 == 0); + l.assure(s.p17 == null); + l.assure(s.p18 == null); + l.assure(s.t1 == false); + l.assure(s.t2 == 0); + l.assure(s.t3 == 0); + l.assure(s.t4 == 0); + l.assure(s.t5 == 0); + l.assure(s.t6 == 0); + l.assure(s.t7 == 0L); + l.assure(s.t8 == 0L); + l.assure(s.t9 == 0.0f); + l.assure(s.t10 == 0.0); + l.assure(s.t11 == '\u0000'); + l.assure(s.t12.Equals("")); + l.assure(s.t13.Equals(typeof(void))); + l.assure(s.t14.Equals(Any.VOID)); + l.assure(s.t15 == Enum2.VALUE0); + l.assure(s.t16.member1 == 0); + l.assure(s.t17 == null); + l.assure(s.t18 == null); + l.assure(s.a1.Length == 0); + l.assure(s.a2.Length == 0); + l.assure(s.a3.Length == 0); + l.assure(s.a4.Length == 0); + l.assure(s.a5.Length == 0); + l.assure(s.a6.Length == 0); + l.assure(s.a7.Length == 0); + l.assure(s.a8.Length == 0); + l.assure(s.a9.Length == 0); + l.assure(s.a10.Length == 0); + l.assure(s.a11.Length == 0); + l.assure(s.a12.Length == 0); + l.assure(s.a13.Length == 0); + l.assure(s.a14.Length == 0); + l.assure(s.a15.Length == 0); + l.assure(s.a16.Length == 0); + l.assure(s.a17.Length == 0); + l.assure(s.a18.Length == 0); + l.assure(s.aa1.Length == 0); + l.assure(s.aa2.Length == 0); + l.assure(s.aa3.Length == 0); + l.assure(s.aa4.Length == 0); + l.assure(s.aa5.Length == 0); + l.assure(s.aa6.Length == 0); + l.assure(s.aa7.Length == 0); + l.assure(s.aa8.Length == 0); + l.assure(s.aa9.Length == 0); + l.assure(s.aa10.Length == 0); + l.assure(s.aa11.Length == 0); + l.assure(s.aa12.Length == 0); + l.assure(s.aa13.Length == 0); + l.assure(s.aa14.Length == 0); + l.assure(s.aa15.Length == 0); + l.assure(s.aa16.Length == 0); + l.assure(s.aa17.Length == 0); + l.assure(s.aa18.Length == 0); + l.assure(s.at1.Length == 0); + l.assure(s.at2.Length == 0); + l.assure(s.at3.Length == 0); + l.assure(s.at4.Length == 0); + l.assure(s.at5.Length == 0); + l.assure(s.at6.Length == 0); + l.assure(s.at7.Length == 0); + l.assure(s.at8.Length == 0); + l.assure(s.at9.Length == 0); + l.assure(s.at10.Length == 0); + l.assure(s.at11.Length == 0); + l.assure(s.at12.Length == 0); + l.assure(s.at13.Length == 0); + l.assure(s.at14.Length == 0); + l.assure(s.at15.Length == 0); + l.assure(s.at16.Length == 0); + l.assure(s.at17.Length == 0); + l.assure(s.at18.Length == 0); + } + + public void testFullStruct2(Logger l) { + //TODO: + Struct2 s = new Struct2( + true, (byte) 1, (short) 2, (ushort) 3, 4, 5, 6L, 7L, 0.8f, 0.9d, 'A', + "BCD", typeof(ulong), new Any(22), Enum2.VALUE4, + new Struct1(1), null, null, false, (byte) 0, (short) 0, (ushort) 0, + 0, 0, 0L, 0L, 0.0f, 0.0, '\u0000', "", typeof(void), Any.VOID, + Enum2.VALUE0, new Struct1(), null, null, + new bool[] { false, true }, new byte[] { (byte) 1, (byte) 2 }, + new short[0], new ushort[0], new int[0], new uint[0], + new long[0], new ulong[0], new float[0], new double[0], new char[0], + new String[0], new Type[0], new Any[0], new Enum2[0], + new Struct1[] { new Struct1(1), new Struct1(2) }, new Object[0], + new ucss.uno.XNamingService[0], new bool[0][], new byte[0][], + new short[0][], new ushort[0][], new int[0][], new uint[0][], + new long[0][], new ulong[0][], new float[0][], new double[0][], + new char[0][], new String[0][], new Type[0][], new Any[0][], + new Enum2[0][], new Struct1[0][], new Object[0][], + new ucss.uno.XNamingService[0][], new bool[0][], new byte[0][], + new short[0][], new ushort[0][], new int[0][], new uint[0][], + new long[0][], new ulong[0][], new float[0][], new double[0][], + new char[0][], new String[0][], new Type[0][], new Any[0][], + new Enum2[0][], new Struct1[0][], new Object[0][], + new ucss.uno.XNamingService[0][]); + l.assure(s.p1 == true); + l.assure(s.p2 == 1); + l.assure(s.p3 == 2); + l.assure(s.p4 == 3); + l.assure(s.p5 == 4); + l.assure(s.p6 == 5); + l.assure(s.p7 == 6L); + l.assure(s.p8 == 7L); + l.assure(s.p9 == 0.8f); + l.assure(s.p10 == 0.9); + l.assure(s.p11 == 'A'); + l.assure(s.p12.Equals("BCD")); + l.assure(s.p13.Equals(typeof(ulong))); + l.assure(s.p14.Equals(new Any(22))); + l.assure(s.p15 == Enum2.VALUE4); + l.assure(s.p16.member1 == 1); + l.assure(s.p17 == null); + l.assure(s.p18 == null); + l.assure(s.t1 == false); + l.assure(s.t2 == 0); + l.assure(s.t3 == 0); + l.assure(s.t4 == 0); + l.assure(s.t5 == 0); + l.assure(s.t6 == 0); + l.assure(s.t7 == 0L); + l.assure(s.t8 == 0L); + l.assure(s.t9 == 0.0f); + l.assure(s.t10 == 0.0); + l.assure(s.t11 == '\u0000'); + l.assure(s.t12.Equals("")); + l.assure(s.t13.Equals(typeof(void))); + l.assure(s.t14.Equals(Any.VOID)); + l.assure(s.t15 == Enum2.VALUE0); + l.assure(s.t16.member1 == 0); + l.assure(s.t17 == null); + l.assure(s.t18 == null); + l.assure(s.a1.Length == 2); + l.assure(s.a1[0] == false); + l.assure(s.a1[1] == true); + l.assure(s.a2.Length == 2); + l.assure(s.a2[0] == 1); + l.assure(s.a2[1] == 2); + l.assure(s.a3.Length == 0); + l.assure(s.a4.Length == 0); + l.assure(s.a5.Length == 0); + l.assure(s.a6.Length == 0); + l.assure(s.a7.Length == 0); + l.assure(s.a8.Length == 0); + l.assure(s.a9.Length == 0); + l.assure(s.a10.Length == 0); + l.assure(s.a11.Length == 0); + l.assure(s.a12.Length == 0); + l.assure(s.a13.Length == 0); + l.assure(s.a14.Length == 0); + l.assure(s.a15.Length == 0); + l.assure(s.a16.Length == 2); + l.assure(s.a16[0].member1 == 1); + l.assure(s.a16[1].member1 == 2); + l.assure(s.a17.Length == 0); + l.assure(s.a18.Length == 0); + l.assure(s.aa1.Length == 0); + l.assure(s.aa2.Length == 0); + l.assure(s.aa3.Length == 0); + l.assure(s.aa4.Length == 0); + l.assure(s.aa5.Length == 0); + l.assure(s.aa6.Length == 0); + l.assure(s.aa7.Length == 0); + l.assure(s.aa8.Length == 0); + l.assure(s.aa9.Length == 0); + l.assure(s.aa10.Length == 0); + l.assure(s.aa11.Length == 0); + l.assure(s.aa12.Length == 0); + l.assure(s.aa13.Length == 0); + l.assure(s.aa14.Length == 0); + l.assure(s.aa15.Length == 0); + l.assure(s.aa16.Length == 0); + l.assure(s.aa17.Length == 0); + l.assure(s.aa18.Length == 0); + l.assure(s.at1.Length == 0); + l.assure(s.at2.Length == 0); + l.assure(s.at3.Length == 0); + l.assure(s.at4.Length == 0); + l.assure(s.at5.Length == 0); + l.assure(s.at6.Length == 0); + l.assure(s.at7.Length == 0); + l.assure(s.at8.Length == 0); + l.assure(s.at9.Length == 0); + l.assure(s.at10.Length == 0); + l.assure(s.at11.Length == 0); + l.assure(s.at12.Length == 0); + l.assure(s.at13.Length == 0); + l.assure(s.at14.Length == 0); + l.assure(s.at15.Length == 0); + l.assure(s.at16.Length == 0); + l.assure(s.at17.Length == 0); + l.assure(s.at18.Length == 0); + } + + public void testS1(Logger l) { + l.Function = "testS1"; + object obj = new Object(); + ucss.uno.RuntimeException excRuntime = + new ucss.uno.RuntimeException("RuntimeException", obj); + ucss.uno.Exception excException = + new ucss.uno.Exception("Exception", obj); + ucss.lang.IllegalAccessException excIllegalAccess = + new ucss.lang.IllegalAccessException("IllegalAccessException", obj); + ucss.uno.DeploymentException excDeployment = + new ucss.uno.DeploymentException("DeploymentException", obj); + ucss.lang.InvalidListenerException excInvalidListener = + new ucss.lang.InvalidListenerException("ListenerException", obj); + + /* create1 does not specify exceptions. Therefore RuntimeExceptions + fly through and other exceptions cause a DeploymentException. + */ + try { + S1.create1(new Context(Context.test_kind.TEST_EXCEPTION, excRuntime)); + } catch (ucss.uno.RuntimeException e) { + l.assure(e.Message == excRuntime.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + Context c = new Context(Context.test_kind.TEST_EXCEPTION, excException); + try { + S1.create1(c); + } catch (ucss.uno.DeploymentException e) { + //The message of the original exception should be contained + // in the Deploymentexception + l.assure(e.Message.IndexOf(excException.Message) != -1 && e.Context == c); + } catch (System.Exception) { + l.assure(false); + } + + /* create2 specifies many exceptions, including RuntimeException and Exception. + Because Exception is specified all exceptions are allowed, hence all thrown + exceptions fly through. + */ + try { + S1.create2(new Context(Context.test_kind.TEST_EXCEPTION, excRuntime)); + } catch (ucss.uno.RuntimeException e) { + l.assure(e.Message == excRuntime.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + try { + S1.create2(new Context(Context.test_kind.TEST_EXCEPTION, excIllegalAccess)); + } catch (ucss.lang.IllegalAccessException e) { + l.assure(e.Message == excIllegalAccess.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + try { + S1.create2(new Context(Context.test_kind.TEST_EXCEPTION, excException)); + } catch (ucss.uno.Exception e) { + l.assure(e.Message == excException.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + /* create3 specifies exceptions but no com.sun.star.uno.Exception. RuntimeException + and derived fly through. Other specified exceptions are rethrown and all other + exceptions cause a DeploymentException. + */ + try { + S1.create3(new Context(Context.test_kind.TEST_EXCEPTION, excDeployment), + new Any[]{}); + } catch (ucss.uno.DeploymentException e) { + l.assure(e.Message == excDeployment.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + try { + S1.create3(new Context(Context.test_kind.TEST_EXCEPTION, excIllegalAccess), + new Any[0]); + } catch (ucss.lang.IllegalAccessException e) { + l.assure(e.Message == excIllegalAccess.Message + && e.Context == obj); + } catch (System.Exception) { + l.assure(false); + } + + c = new Context(Context.test_kind.TEST_EXCEPTION, excInvalidListener); + try { + S1.create3(c, new Any[0]); + } catch (ucss.uno.DeploymentException e) { + l.assure(e.Message.IndexOf(excInvalidListener.Message) != -1 + && e.Context == c); + } catch (System.Exception) { + l.assure(false); + } + + /* test the case when the context cannot provide a service manager. + */ + try { + S1.create2(new Context(Context.test_kind.NO_FACTORY)); + } catch (ucss.uno.DeploymentException e) { + l.assure(e.Message.Length > 0); + } catch (System.Exception) { + l.assure(false); + } + + /* When the service manager returns a null pointer then a DeploymentException + * is to be thrown. + */ + try { + S1.create2(new Context(Context.test_kind.CREATION_FAILED)); + } catch (ucss.uno.DeploymentException e) { + l.assure(e.Message.Length > 0); + } catch (System.Exception) { + l.assure(false); + } + + + /** Test creation of components and if the passing of parameters works. + */ + c = new Context(Context.test_kind.NORMAL); + try { + XTest xTest = S1.create1(c); + Component cobj = (Component) xTest; + l.assure(cobj.Args[0].Value == c); + + Any a1 = new Any("bla"); + Any a2 = new Any(3.14f); + Any a3 = new Any(3.145d); + xTest = S1.create2(c, a1, a2, a3); + cobj = (Component) xTest; + l.assure(cobj.Args[0].Value == c + && a1.Equals(cobj.Args[1]) + && a2.Equals(cobj.Args[2]) + && a3.Equals(cobj.Args[3])); + + bool b1 = true; + byte b2 = 1; + short b3 = 2; + ushort b4 = 3; + int b5 = 4; + uint b6 = 5; + long b7 = 6; + ulong b8 = 7; + float b9 = 0.8f; + double b10 = 0.9; + char b11 = 'A'; + string b12 = "BCD"; + Type b13 = typeof(ulong); + Any b14 = new Any(22); + Enum2 b15 = Enum2.VALUE4; + Struct1 b16 = new Struct1(1); + object b17 = new uno.util.WeakComponentBase(); + ucss.lang.XComponent b18 = (ucss.lang.XComponent) b17; + bool b19 = b1; + byte b20 = b2; + short b21 = b3; + ushort b22 = b4; + int b23 = b5; + uint b24 = b6; + long b25 = b7; + ulong b26 = b8; + float b27 = b9; + double b28 = b10; + char b29 = b11; + string b30 = b12; + Type b31 = b13; + Any b32 = b14; + Enum2 b33 = b15; + Struct1 b34 = b16; + object b35 = b17; + ucss.lang.XComponent b36 = b18; + bool[] b37 = new bool[] { false, true }; + byte[] b38 = new byte[] { (byte) 1, (byte) 2 }; + short[] b39 = new short[] { (short) 123, (short) 456}; + ushort[] b40 = new ushort[] { (ushort) 789, (ushort) 101}; + int[] b41 = new int[] {1, 2, 3}; + uint[] b42 = new uint[] {4, 5, 6}; + long[] b43 = new long[] {7,8,9}; + ulong[] b44 = new ulong[] {123, 4356}; + float[] b45 = new float[] {2435f,87f}; + double[] b46 = new double[] {234d,45.2134d}; + char[] b47 = new char[] {'\u1234', 'A'}; + string[] b48 = new string[] {"a","bc"}; + Type[] b49 = new Type[] {typeof(int), typeof(long)}; + Any[] b50 = new Any[] {new Any(1), new Any("adf")}; + Enum2[] b51 = new Enum2[] {Enum2.VALUE2}; + Struct1[] b52 = new Struct1[] {new Struct1(11), new Struct1(22)}; + object[] b53 = new object[0]; + ucss.lang.XComponent[] b54 = new ucss.lang.XComponent[]{ + new uno.util.WeakComponentBase(), new uno.util.WeakComponentBase()}; + bool[][] b55 = new bool[][] {new bool[]{true,false}, new bool[] {true}}; + byte[][] b56 = new byte[][]{new byte[] {(byte) 1}, new byte[]{(byte) 2}}; + short[][] b57 = new short[][] {new short[]{(short)6, (short)7}, new short[] {(short)9}}; + ushort[][] b58 = new ushort[][] { new ushort[]{(ushort) 11}}; + int[][] b59 = new int[][] {new int[]{1}, new int[]{2,3}, new int[]{4,5,6}}; + uint[][] b60 = new uint[][] {new uint[]{10U}, new uint[]{20U,30U}, new uint[]{40U,50U,60}}; + long[][] b61 = new long[][] {new long[]{10L}, new long[]{20L,30}, new long[]{40,50,60}}; + ulong[][] b62 = new ulong[][] { new ulong[]{10L}, new ulong[]{20L, 30L}, new ulong[]{40,50,60}}; + float[][] b63 = new float[][] {new float[]{10f}, new float[]{20f,30f}, new float[]{40f,50f,60f}}; + double[][] b64 = new double[][]{new double[]{10d}, new double[]{20d,30d}}; + char[][] b65 = new char[][] {new char[]{'a'}, new char[]{'b', 'c'}}; + string[][] b66 = new String[][] {new string[]{"a"}, new string[]{"ad", "lkj"}}; + Type[][] b67 = new Type[][] {new Type[]{typeof(byte), typeof(long)}, new Type[]{typeof(Any)}}; + Any[][] b68 = new Any[][] {new Any[]{new Any(1f), new Any(2d)}, new Any[]{new Any(34U)}}; + Enum2[][] b69 = new Enum2[][] {new Enum2[]{Enum2.VALUE2}}; + Struct1[][] b70 = new Struct1[][] {new Struct1[]{new Struct1(2), new Struct1(3)}}; + object[][] b71 = new Object[0][]; + ucss.lang.XComponent[][] b72 = new uno.util.WeakComponentBase[0][]; + bool[][] b73 = b55; + byte[][] b74 = b56; + short[][] b75 = b57; + ushort[][] b76 = b58; + int[][] b77 = b59; + uint[][] b78 = b60; + long[][] b79 = b61; + ulong[][] b80 = b62; + float[][] b81 = b63; + double[][] b82 = b64; + char[][] b83 = b65; + String[][] b84 = b66; + Type[][] b85 =b67; + Any[][] b86 = b68; + Enum2[][] b87 = b69; + Struct1[][] b88 = b70; + Object[][] b89 = b71; + ucss.lang.XComponent[][] b90 = b72; + + xTest = S1.create5( + c, + b1, b2, b3, b4, b5, b6, b7 ,b8, b9, b10, + b11, b12, b13, b14, b15, b16, b17, b18, b19, b20, + b21, b22, b23, b24, b25, b26, b27, b28, b29, b30, + b31, b32, b33, b34, b35, b36, b37, b38, b39, b40, + b41, b42, b43, b44, b45, b46, b47, b48, b49, b50, + b51, b52, b53, b54, b55, b56, b57, b58, b59, b60, + b61, b62, b63, b64, b65, b66, b67, b68, b69, b70, + b71, b72, b73, b74, b75, b76, b77, b78, b79, b80, + b81, b82, b83, b84, b85, b86, b87, b88, b89, b90); + + cobj = (Component) xTest; + l.assure(cobj.Args[0].Value == c); + l.assure(b1.Equals(cobj.Args[1].Value)); + l.assure(b2.Equals(cobj.Args[2].Value)); + l.assure(b3.Equals(cobj.Args[3].Value)); + l.assure(b4.Equals(cobj.Args[4].Value)); + l.assure(b5.Equals(cobj.Args[5].Value)); + l.assure(b6.Equals(cobj.Args[6].Value)); + l.assure(b7.Equals(cobj.Args[7].Value)); + l.assure(b8.Equals(cobj.Args[8].Value)); + l.assure(b9.Equals(cobj.Args[9].Value)); + l.assure(b10.Equals(cobj.Args[10].Value)); + l.assure(b11.Equals(cobj.Args[11].Value)); + l.assure(b12.Equals(cobj.Args[12].Value)); + l.assure(b13.Equals(cobj.Args[13].Value)); + l.assure(b14.Equals(cobj.Args[14].Value)); + l.assure(b15.Equals(cobj.Args[15].Value)); + l.assure(b16.Equals(cobj.Args[16].Value)); + l.assure(b17.Equals(cobj.Args[17].Value)); + l.assure(b18.Equals(cobj.Args[18].Value)); + l.assure(b19.Equals(cobj.Args[19].Value)); + l.assure(b20.Equals(cobj.Args[20].Value)); + l.assure(b21.Equals(cobj.Args[21].Value)); + l.assure(b22.Equals(cobj.Args[22].Value)); + l.assure(b23.Equals(cobj.Args[23].Value)); + l.assure(b24.Equals(cobj.Args[24].Value)); + l.assure(b25.Equals(cobj.Args[25].Value)); + l.assure(b26.Equals(cobj.Args[26].Value)); + l.assure(b27.Equals(cobj.Args[27].Value)); + l.assure(b28.Equals(cobj.Args[28].Value)); + l.assure(b29.Equals(cobj.Args[29].Value)); + l.assure(b30.Equals(cobj.Args[30].Value)); + l.assure(b31.Equals(cobj.Args[31].Value)); + l.assure(b32.Equals(cobj.Args[32].Value)); + l.assure(b33.Equals(cobj.Args[33].Value)); + l.assure(b34.Equals(cobj.Args[34].Value)); + l.assure(b35.Equals(cobj.Args[35].Value)); + l.assure(b36.Equals(cobj.Args[36].Value)); + l.assure(b37.Equals(cobj.Args[37].Value)); + l.assure(b38.Equals(cobj.Args[38].Value)); + l.assure(b39.Equals(cobj.Args[39].Value)); + l.assure(b40.Equals(cobj.Args[40].Value)); + l.assure(b41.Equals(cobj.Args[41].Value)); + l.assure(b42.Equals(cobj.Args[42].Value)); + l.assure(b43.Equals(cobj.Args[43].Value)); + l.assure(b44.Equals(cobj.Args[44].Value)); + l.assure(b45.Equals(cobj.Args[45].Value)); + l.assure(b46.Equals(cobj.Args[46].Value)); + l.assure(b47.Equals(cobj.Args[47].Value)); + l.assure(b48.Equals(cobj.Args[48].Value)); + l.assure(b49.Equals(cobj.Args[49].Value)); + l.assure(b50.Equals(cobj.Args[50].Value)); + l.assure(b51.Equals(cobj.Args[51].Value)); + l.assure(b52.Equals(cobj.Args[52].Value)); + l.assure(b53.Equals(cobj.Args[53].Value)); + l.assure(b54.Equals(cobj.Args[54].Value)); + l.assure(b55.Equals(cobj.Args[55].Value)); + l.assure(b56.Equals(cobj.Args[56].Value)); + l.assure(b57.Equals(cobj.Args[57].Value)); + l.assure(b58.Equals(cobj.Args[58].Value)); + l.assure(b59.Equals(cobj.Args[59].Value)); + l.assure(b60.Equals(cobj.Args[60].Value)); + l.assure(b61.Equals(cobj.Args[61].Value)); + l.assure(b62.Equals(cobj.Args[62].Value)); + l.assure(b63.Equals(cobj.Args[63].Value)); + l.assure(b64.Equals(cobj.Args[64].Value)); + l.assure(b65.Equals(cobj.Args[65].Value)); + l.assure(b66.Equals(cobj.Args[66].Value)); + l.assure(b67.Equals(cobj.Args[67].Value)); + l.assure(b68.Equals(cobj.Args[68].Value)); + l.assure(b69.Equals(cobj.Args[69].Value)); + l.assure(b70.Equals(cobj.Args[70].Value)); + l.assure(b71.Equals(cobj.Args[71].Value)); + l.assure(b72.Equals(cobj.Args[72].Value)); + l.assure(b73.Equals(cobj.Args[73].Value)); + l.assure(b74.Equals(cobj.Args[74].Value)); + l.assure(b75.Equals(cobj.Args[75].Value)); + l.assure(b76.Equals(cobj.Args[76].Value)); + l.assure(b77.Equals(cobj.Args[77].Value)); + l.assure(b78.Equals(cobj.Args[78].Value)); + l.assure(b79.Equals(cobj.Args[79].Value)); + l.assure(b80.Equals(cobj.Args[80].Value)); + l.assure(b81.Equals(cobj.Args[81].Value)); + l.assure(b82.Equals(cobj.Args[82].Value)); + l.assure(b83.Equals(cobj.Args[83].Value)); + l.assure(b84.Equals(cobj.Args[84].Value)); + l.assure(b85.Equals(cobj.Args[85].Value)); + l.assure(b86.Equals(cobj.Args[86].Value)); + l.assure(b87.Equals(cobj.Args[87].Value)); + l.assure(b88.Equals(cobj.Args[88].Value)); + l.assure(b89.Equals(cobj.Args[89].Value)); + l.assure(b90.Equals(cobj.Args[90].Value)); + + } catch (Exception) { + l.assure(false); + } + } + + void testSingletons(Logger l) + { + l.Function = "testSingletons"; + Context c = new Context(Context.test_kind.NORMAL); + try { + XTest obj = S4.get(c); + l.assure(obj != null); + } catch (Exception) { + l.assure(false); + } + + /** Case context fails to provide sigleton, a DeploymentException should be thrown. + */ + c = new Context(Context.test_kind.CREATION_FAILED); + try { + XTest obj = S4.get(c); + l.assure(obj != null); + } catch (ucss.uno.DeploymentException e) { + Type t = typeof(unoidl.test.cliure.climaker.S4); + l.assure( e.Message.IndexOf(t.FullName) != -1); + } catch (System.Exception) { + l.assure(false); + } + } + + void testAttributes(Logger l) + { + l.Function = "testAttributes"; + //oneway attribute + Type typeXTest = typeof(unoidl.test.cliure.climaker.XTest); + object[] arAttr = typeXTest.GetMethod("testOneway").GetCustomAttributes(false); + if (arAttr.Length == 1) + l.assure(typeof(uno.OnewayAttribute).Equals(arAttr[0].GetType())); + else + l.assure(false); + + //test exceptions + arAttr = typeXTest.GetMethod("testExceptions").GetCustomAttributes(false); + if (arAttr.Length == 1 && arAttr[0].GetType() == typeof(uno.ExceptionAttribute)) + { + uno.ExceptionAttribute attr = arAttr[0] as uno.ExceptionAttribute; + if (attr != null && attr.Raises.Length == 2) + { + l.assure(attr.Raises[0] == typeof(unoidl.com.sun.star.uno.Exception)); + l.assure(attr.Raises[1] == typeof(unoidl.com.sun.star.lang.ClassNotFoundException)); + } + else + l.assure(false); + } + else + l.assure(false); + + //function test must not have the oneway attribute and Exception attribute + arAttr = typeXTest.GetMethod("test").GetCustomAttributes(false); + l.assure(arAttr.Length == 0); + + //test exceptions on service constructor methods + Type typeS1 = typeof(unoidl.test.cliure.climaker.S1); + arAttr = typeS1.GetMethod("create3").GetCustomAttributes(false); + if (arAttr.Length == 1 && arAttr[0].GetType() == typeof(uno.ExceptionAttribute)) + { + uno.ExceptionAttribute attr = arAttr[0] as uno.ExceptionAttribute; + if (attr != null && attr.Raises.Length == 4) + { + l.assure(attr.Raises[0] == typeof(unoidl.com.sun.star.uno.RuntimeException)); + l.assure(attr.Raises[1] == typeof(unoidl.com.sun.star.lang.ClassNotFoundException)); + l.assure(attr.Raises[2] == typeof(unoidl.com.sun.star.lang.IllegalAccessException)); + l.assure(attr.Raises[3] == typeof(unoidl.com.sun.star.uno.DeploymentException)); + } + else + l.assure(false); + } + else + l.assure(false); + + //create1 does not have exceptions + arAttr = typeS1.GetMethod("create1").GetCustomAttributes(false); + l.assure(arAttr.Length == 0); + + //test exceptions of UNO interface attributes + arAttr = typeXTest.GetProperty("A3").GetGetMethod().GetCustomAttributes(false); + if (arAttr.Length == 1) + { + uno.ExceptionAttribute attr = arAttr[0] as uno.ExceptionAttribute; + if (attr != null && attr.Raises.Length == 2) + { + l.assure(attr.Raises[0] == typeof(unoidl.com.sun.star.uno.Exception)); + l.assure(attr.Raises[1] == typeof(unoidl.com.sun.star.lang.ClassNotFoundException)); + } + else + l.assure(false); + } + else + l.assure(false); + + arAttr = typeXTest.GetProperty("A3").GetSetMethod().GetCustomAttributes(false); + if (arAttr.Length == 1) + { + uno.ExceptionAttribute attr = arAttr[0] as uno.ExceptionAttribute; + if (attr != null && attr.Raises.Length == 1) + l.assure(attr.Raises[0] == typeof(unoidl.com.sun.star.uno.RuntimeException)); + else + l.assure(false); + } + else + l.assure(false); + + //attribute A1 must have the ExceptionAttribute + l.assure(typeXTest.GetProperty("A1").GetGetMethod().GetCustomAttributes(false).Length == 0); + l.assure(typeXTest.GetProperty("A1").GetSetMethod().GetCustomAttributes(false).Length == 0); + + //Test BoundAttribute + BoundAttribute bound = (BoundAttribute) Attribute.GetCustomAttribute( + typeXTest.GetProperty("A1"), typeof(BoundAttribute)); + l.assure(bound != null); + + bound = (BoundAttribute) Attribute.GetCustomAttribute( + typeXTest.GetProperty("A3"), typeof(BoundAttribute)); + l.assure(bound == null); + } + + void testPolyStructAttributes(Logger l) + { + l.Function = "testPolyStructAttributes"; + //Test polymorphic struct + Type typeStruct = typeof(unoidl.test.cliure.climaker.PolyStruct); + object[] arAttr = typeStruct.GetCustomAttributes(false); + if (arAttr.Length == 1) + { + try { + uno.TypeParametersAttribute attr = (uno.TypeParametersAttribute) arAttr[0]; + string[] arNames = new string[]{"if", "else"}; + l.assure(attr != null && attr.Parameters.ToString().Equals(arNames.ToString())); + }catch(Exception ) { + l.assure(false); + } + } + else + l.assure(false); + l.assure(typeof(unoidl.test.cliure.climaker.Struct1).GetCustomAttributes(false).Length == 0); + //member of a polymorphic struct with a parameterized type have also an attribute + arAttr = typeStruct.GetField("member1").GetCustomAttributes(false); + if (arAttr.Length == 1) + { + uno.ParameterizedTypeAttribute attr = arAttr[0] as uno.ParameterizedTypeAttribute; + l.assure(attr != null && attr.Type == "if"); + } + else + l.assure(false); + + + //test instantiated polymorphic struct: return value +// Type typeXTest = typeof(XTest); +// arAttr = typeXTest.GetMethod("testPolyStruct").ReturnTypeCustomAttributes.GetCustomAttributes(false); +// if (arAttr.Length == 1) +// { +// uno.TypeArgumentsAttribute attr = arAttr[0] as uno.TypeArgumentsAttribute; +// l.assure(attr != null && attr.Arguments.Length == 2 +// &&attr.Arguments[0] == typeof(char) +// && attr.Arguments[1] == typeof(int)); +// } +// else +// l.assure(false); +// arAttr = typeXTest.GetMethod("testPolyStruct").GetCustomAttributes(false); + } + +// private XComponentContext context; + + void testPolymorphicType(Logger l) + { + l.Function = "testPolymorphicType"; + string name = "unoidl.test.cliure.climaker.PolyStruct<System.Int32,System.Int32>"; + + uno.PolymorphicType t1 = PolymorphicType.GetType( + typeof(unoidl.test.cliure.climaker.PolyStruct), name); + + uno.PolymorphicType t2 = PolymorphicType.GetType( + typeof(unoidl.test.cliure.climaker.PolyStruct ), name); + + l.assure(t1 == t2); + l.assure(t1.PolymorphicName == name); + l.assure(t1.OriginalType == typeof(unoidl.test.cliure.climaker.PolyStruct)); + + } + + void testInterface(Logger l) + { + l.Function = "testInterface"; + try { + Context c = new Context(Context.test_kind.NORMAL); + XTest obj = S1.create1(c); + bool aBool = true; + byte aByte = 0xff; + short aShort = 0x7fff; + ushort aUShort = 0xffff; + int aInt = 0x7fffffff; + uint aUInt = 0xffffffff; + long aLong = 0x7fffffffffffffff; + ulong aULong = 0xffffffffffffffff; + float aFloat = 0.314f; + double aDouble = 0.314d; + char aChar = 'A'; + string aString = "Hello World"; + Type aType = typeof(XTest); + Any aAny = new Any(typeof(XTest), obj); + Enum2 aEnum2 = Enum2.VALUE2; + Struct1 aStruct1 = new Struct1(); + object aXInterface = new object(); + ucss.lang.XComponent aXComponent = (ucss.lang.XComponent) obj; + bool[] aSeqBool = {true, false, true}; + + obj.inParameters(aBool, aByte, aShort, aUShort, + aInt, aUInt, aLong, aULong, + aFloat, aDouble, aChar, aString, + aType, aAny,aEnum2, aStruct1, + aXInterface, aXComponent, aSeqBool); + + bool outBool; + byte outByte; + short outShort; + ushort outUShort; + int outInt; + uint outUInt; + long outLong; + ulong outULong; + float outFloat; + double outDouble; + char outChar; + string outString; + Type outType; + Any outAny; + Enum2 outEnum2; + Struct1 outStruct1; + object outXInterface; + ucss.lang.XComponent outXComponent; + bool[] outSeqBool; + + obj.outParameters(out outBool, out outByte, out outShort, out outUShort, + out outInt, out outUInt, out outLong, out outULong, + out outFloat, out outDouble, out outChar, out outString, + out outType, out outAny, out outEnum2, out outStruct1, + out outXInterface, out outXComponent, out outSeqBool); + + l.assure(aBool == outBool); + l.assure(aByte == outByte); + l.assure(aShort == outShort); + l.assure(aUShort == outUShort); + l.assure(aInt == outInt); + l.assure(aUInt == outUInt); + l.assure(aLong == outLong); + l.assure(aULong == outULong); + l.assure(aFloat == outFloat); + l.assure(aDouble == outDouble); + l.assure(aChar == outChar); + l.assure(aString == outString); + l.assure(aType == outType); + l.assure(aAny.Equals(outAny)); + l.assure(aEnum2 == outEnum2); + l.assure(aStruct1 == outStruct1); + l.assure(aXInterface == outXInterface); + l.assure(aXComponent == outXComponent); + l.assure(aSeqBool == outSeqBool); + + bool inoutBool = false;; + byte inoutByte = 10; + short inoutShort = 11; + ushort inoutUShort = 12; + int inoutInt = 13; + uint inoutUInt = 14; + long inoutLong = 15; + ulong inoutULong = 16; + float inoutFloat = 4.134f; + double inoutDouble = 5.135; + char inoutChar = 'B'; + string inoutString = "Hello Hamburg"; + Type inoutType = typeof(int); + Any inoutAny = new Any(inoutInt); + Enum2 inoutEnum2 = Enum2.VALUE4; + Struct1 inoutStruct1 = new Struct1(); + object inoutXInterface = new object(); + ucss.lang.XComponent inoutXComponent = (ucss.lang.XComponent) S1.create1(c); + bool[] inoutSeqBool = {false, true, false}; + + + obj.inoutParameters(ref inoutBool, ref inoutByte, ref inoutShort, ref inoutUShort, + ref inoutInt, ref inoutUInt, ref inoutLong, ref inoutULong, + ref inoutFloat, ref inoutDouble, ref inoutChar, ref inoutString, + ref inoutType, ref inoutAny, ref inoutEnum2, ref inoutStruct1, + ref inoutXInterface, ref inoutXComponent, ref inoutSeqBool); + + l.assure(aBool == inoutBool); + l.assure(aByte == inoutByte); + l.assure(aShort == inoutShort); + l.assure(aUShort == inoutUShort); + l.assure(aInt == inoutInt); + l.assure(aUInt == inoutUInt); + l.assure(aLong == inoutLong); + l.assure(aULong == inoutULong); + l.assure(aFloat == inoutFloat); + l.assure(aDouble == inoutDouble); + l.assure(aChar == inoutChar); + l.assure(aString == inoutString); + l.assure(aType == inoutType); + l.assure(aAny.Equals(inoutAny)); + l.assure(aEnum2 == inoutEnum2); + l.assure(aStruct1 == inoutStruct1); + l.assure(aXInterface == inoutXInterface); + l.assure(aXComponent == inoutXComponent); + l.assure(aSeqBool == inoutSeqBool); + + + //now check the return values + obj.inParameters(aBool, aByte, aShort, aUShort, + aInt, aUInt, aLong, aULong, + aFloat, aDouble, aChar, aString, + aType, aAny,aEnum2, aStruct1, + aXInterface, aXComponent, aSeqBool); + + l.assure(obj.retBoolean() == aBool); + l.assure(obj.retByte() == aByte); + l.assure(obj.retShort() == aShort); + l.assure(obj.retUShort() == aUShort); + l.assure(obj.retLong() == aInt); + l.assure(obj.retULong() == aUInt); + l.assure(obj.retHyper() == aLong); + l.assure(obj.retUHyper() == aULong); + l.assure(obj.retFloat() == aFloat); + l.assure(obj.retDouble() == aDouble); + l.assure(obj.retChar() == aChar); + l.assure(obj.retString() == aString); + l.assure(obj.retType() == aType); + l.assure(obj.retAny().Equals(aAny)); + l.assure(obj.retEnum() == aEnum2); + l.assure(obj.retStruct1() == aStruct1); + l.assure(obj.retXInterface() == aXInterface); + l.assure(obj.retXComponent() == aXComponent); + l.assure(obj.retSeqBool() == aSeqBool); + + + obj = S1.create1(c); + obj.attrBoolean = true; + l.assure(obj.attrBoolean == true); + obj.attrByte = aByte; + l.assure(obj.attrByte == aByte); + obj.attrShort = aShort; + l.assure(obj.attrShort == aShort); + obj.attrUShort = aUShort; + l.assure(obj.attrUShort == aUShort); + obj.attrLong = aInt; + l.assure(obj.attrLong == aInt); + obj.attrULong = aUInt; + l.assure(obj.attrULong == aUInt); + obj.attrHyper = aLong; + l.assure(obj.attrHyper == aLong); + obj.attrUHyper = aULong; + l.assure(obj.attrUHyper == aULong); + obj.attrFloat = aFloat; + l.assure(obj.attrFloat == aFloat); + obj.attrDouble = aDouble; + l.assure(obj.attrDouble == aDouble); + obj.attrChar = aChar; + l.assure(obj.attrChar == aChar); + obj.attrString = aString; + l.assure(obj.attrString == aString); + obj.attrType = aType; + l.assure(obj.attrType == aType); + obj.attrAny = aAny; + l.assure(obj.attrAny.Equals(aAny)); + obj.attrEnum2 = aEnum2; + l.assure(obj.attrEnum2 == aEnum2); + obj.attrStruct1 = aStruct1; + l.assure(obj.attrStruct1 == aStruct1); + obj.attrXInterface = aXInterface; + l.assure(obj.attrXInterface == aXInterface); + obj.attrXComponent = aXComponent; + l.assure(obj.attrXComponent == aXComponent); + obj.attrSeqBoolean = aSeqBool; + l.assure(obj.attrSeqBoolean == aSeqBool); + } catch (Exception ) + { + l.assure(false); + } + } + + public void testAny(Logger l) + { + l.Function = "testAny"; + //create any with valid and invalid arguments + try + { + Any a = new Any(null, null); + l.assure(false); + } + catch(System.Exception e) + { + l.assure(e.Message.IndexOf("Any") != -1); + } + try + { + Any a = new Any(typeof(int), null); + l.assure(false); + } + catch(System.Exception e) + { + l.assure(e.Message.IndexOf("Any") != -1); + } + + + try + { + Any a = new Any(typeof(unoidl.com.sun.star.uno.XComponentContext), null); + a = new Any('a'); + a = new Any((sbyte)1); + } + catch (System.Exception) + { + l.assure(false); + } + + //test polymorphic struct + try + { + Any a = new Any(typeof(unoidl.test.cliure.climaker.PolyStruct), + new PolyStruct()); + l.assure(false); + } + catch (System.Exception e) + { + l.assure(e.Message.IndexOf("Any") != -1); + } + try + { + Any a = new Any(uno.PolymorphicType.GetType( + typeof(unoidl.test.cliure.climaker.PolyStruct), + "unoidl.test.cliure.climaker.PolyStruct<System.Char>"), + new PolyStruct('A', 10)); + } + catch (System.Exception ) + { + l.assure(false); + } + + //test Any.Equals + + Any aVoid = Any.VOID; + l.assure(aVoid.Equals((object) Any.VOID)); + l.assure(aVoid.Equals(Any.VOID)); + + l.assure(aVoid.Equals(new Any("")) == false); + + Any a1 = new Any(10); + Any a2 = a1; + l.assure(a1.Equals(a2)); + + a1 = new Any(typeof(unoidl.com.sun.star.uno.XComponentContext), null); + l.assure(a1.Equals(a2) == false); + a2 = a1; + l.assure(a1.Equals(a2)); + l.assure(a1.Equals(null) == false); + l.assure(a1.Equals(new object()) == false); + } +} |