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File: [OMI] / omi / protocol / tests / Attic / test_wsman.cpp
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Revision: 1.1.1.1 (vendor branch), Wed May 30 21:47:49 2012 UTC (12 years, 1 month ago) by mike Branch: TOG CVS Tags: OMI_1_0_2_Branch, OMI_1_0_2, OMI_1_0_1_PRE, OMI_1_0_1, OMI_1_0_0 Changes since 1.1: +0 -0 lines Initial Import |
/* **============================================================================== ** ** Open Management Infrastructure (OMI) ** ** Copyright (c) Microsoft Corporation ** ** Licensed under the Apache License, Version 2.0 (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.apache.org/licenses/LICENSE-2.0 ** ** THIS CODE IS PROVIDED *AS IS* BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY ** KIND, EITHER EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION ANY IMPLIED ** WARRANTIES OR CONDITIONS OF TITLE, FITNESS FOR A PARTICULAR PURPOSE, ** MERCHANTABLITY OR NON-INFRINGEMENT. ** ** See the Apache 2 License for the specific language governing permissions ** and limitations under the License. ** **============================================================================== */ #include <vector> #include <set> #include <cstdlib> #include <iostream> #include <ut/ut.h> #include <protocol/protocol.h> #include <protocol/sock.h> #include <base/io.h> #include <unittest/utils.h> using namespace std; /* Local data */ static Sock s = INVALID_SOCK; static const char* s_currentNamespace = ""; static bool s_DisconnectAfterEachTest = false; static void setUp() { if (INVALID_SOCK == s) { s = SockConnectLocal(ut::getUnittestPortNumberWSMANHTTP()); } } static void cleanup() { if (s_DisconnectAfterEachTest) { if (INVALID_SOCK != s) Sock_Close(s); s = INVALID_SOCK; } } static string _CreateRequestXML( const char* cn, const char* ns, const char* enumerationMode = 0, const char* maxEnvelopeSize = 0, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:n=\"http://schemas.xmlsoap.org/ws/2004/09/enumeration\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\">" "<s:Header>" "<a:To>http://linux-22kv:22000/wsman</a:To>" "<w:ResourceURI s:mustUnderstand=\"true\">http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI>" "<a:ReplyTo>" "<a:Address s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address>" "</a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/09/enumeration/Enumerate</a:Action>" "<w:MaxEnvelopeSize s:mustUnderstand=\"true\">"; if (maxEnvelopeSize) { res += maxEnvelopeSize; } else { res += "10240"; } res += "</w:MaxEnvelopeSize>" "<a:MessageID>uuid:FEF3DF41-FFEC-4ABE-ADFC-A8305DAB71C9</a:MessageID>" "<w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" /><w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } res += "</w:SelectorSet>" "<w:OperationTimeout>PT60.000S</w:OperationTimeout>" "</s:Header>" "<s:Body>" "<n:Enumerate>" "<w:OptimizeEnumeration/>" "<w:MaxElements>10</w:MaxElements>"; if (enumerationMode) res += enumerationMode; res += "</n:Enumerate></s:Body></s:Envelope>" ; return res; } static string _CreateInvokeRequestXML( const char* cn, const char* ns, const char* method, const char* params, const char* keys, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\"" " xmlns:p=\"http://schemas.microsoft.com/wbem/wsman/1/wsman.xsd\">" "<s:Header><a:To>http://localhost:7778/wsman</a:To><w:ResourceURI s:mustUnderstand=\"true\">" "http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI><a:ReplyTo><a:Address s:mustUnderstand=\"true\">" "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "/"; res += method; res += "</a:Action><w:MaxEnvelopeSize s:mustUnderstand=\"true\">32768</w:MaxEnvelopeSize><a:MessageID>" "uuid:E8928068-D73B-4206-9E95-894088B96288</a:MessageID><w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<p:DataLocale xml:lang=\"en-US\" s:mustUnderstand=\"false\" /><w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } if (keys) res += keys; res += "</w:SelectorSet><w:OperationTimeout>PT60.000S</w:OperationTimeout></s:Header><s:Body>" "<p:SpellNumber_INPUT xmlns:p=\"http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/X_smallNumber\">"; res += params; res += "</p:SpellNumber_INPUT></s:Body></s:Envelope>"; return res; } static string _CreateGetRequestXML( const char* cn, const char* ns, const char* keys, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\"" " xmlns:p=\"http://schemas.microsoft.com/wbem/wsman/1/wsman.xsd\">" "<s:Header><a:To>http://localhost:7778/wsman</a:To>" "<w:ResourceURI s:mustUnderstand=\"true\">" "http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI>" "<a:ReplyTo><a:Address s:mustUnderstand=\"true\">" "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/09/transfer/Get" "</a:Action>" "<w:MaxEnvelopeSize s:mustUnderstand=\"true\">32768</w:MaxEnvelopeSize>" "<a:MessageID>uuid:E8928068-D73B-4206-9E95-894088B96288</a:MessageID><w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<p:DataLocale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } if (keys) res += keys; res += "</w:SelectorSet><w:OperationTimeout>PT60.000S</w:OperationTimeout></s:Header><s:Body>" "</s:Body></s:Envelope>"; return res; } static string _CreateDeleteRequestXML( const char* cn, const char* ns, const char* keys, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\"" " xmlns:p=\"http://schemas.microsoft.com/wbem/wsman/1/wsman.xsd\">" "<s:Header><a:To>http://localhost:7778/wsman</a:To>" "<w:ResourceURI s:mustUnderstand=\"true\">" "http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI>" "<a:ReplyTo><a:Address s:mustUnderstand=\"true\">" "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/09/transfer/Delete" "</a:Action>" "<w:MaxEnvelopeSize s:mustUnderstand=\"true\">32768</w:MaxEnvelopeSize>" "<a:MessageID>uuid:E8928068-D73B-4206-9E95-894088B96288</a:MessageID><w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<p:DataLocale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } if (keys) res += keys; res += "</w:SelectorSet><w:OperationTimeout>PT60.000S</w:OperationTimeout></s:Header><s:Body>" "</s:Body></s:Envelope>"; return res; } static string _CreateCreateRequestXML( const char* cn, const char* ns, const char* props, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\"" " xmlns:p=\"http://schemas.microsoft.com/wbem/wsman/1/wsman.xsd\">" "<s:Header><a:To>http://localhost:7778/wsman</a:To>" "<w:ResourceURI s:mustUnderstand=\"true\">" "http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI>" "<a:ReplyTo><a:Address s:mustUnderstand=\"true\">" "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/09/transfer/Create" "</a:Action>" "<w:MaxEnvelopeSize s:mustUnderstand=\"true\">32768</w:MaxEnvelopeSize>" "<a:MessageID>uuid:E8928068-D73B-4206-9E95-894088B96288</a:MessageID><w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<p:DataLocale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } res += "</w:SelectorSet><w:OperationTimeout>PT60.000S</w:OperationTimeout></s:Header><s:Body>"; res += props; res += "</s:Body></s:Envelope>"; return res; } static string _CreateModifyRequestXML( const char* cn, const char* ns, const char* keys, const char* props, bool specifyNamespace = true) { string res = "<s:Envelope xmlns:s=\"http://www.w3.org/2003/05/soap-envelope\"" " xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\"" " xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\"" " xmlns:p=\"http://schemas.microsoft.com/wbem/wsman/1/wsman.xsd\">" "<s:Header><a:To>http://localhost:7778/wsman</a:To>" "<w:ResourceURI s:mustUnderstand=\"true\">" "http://schemas.microsoft.com/wbem/wscim/1/cim-schema/2/"; res += cn; res += "</w:ResourceURI>" "<a:ReplyTo><a:Address s:mustUnderstand=\"true\">" "http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous</a:Address></a:ReplyTo>" "<a:Action s:mustUnderstand=\"true\">http://schemas.xmlsoap.org/ws/2004/09/transfer/Put" "</a:Action>" "<w:MaxEnvelopeSize s:mustUnderstand=\"true\">32768</w:MaxEnvelopeSize>" "<a:MessageID>uuid:E8928068-D73B-4206-9E95-894088B96288</a:MessageID><w:Locale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<p:DataLocale xml:lang=\"en-US\" s:mustUnderstand=\"false\" />" "<w:SelectorSet>"; if (specifyNamespace) { res += "<w:Selector Name=\"__cimnamespace\">"; res += s_currentNamespace; res += ns; res += "</w:Selector>"; } else { res += "<w:Selector Name=\"something\">value</w:Selector>"; } if (keys) res += keys; res += "</w:SelectorSet><w:OperationTimeout>PT60.000S</w:OperationTimeout></s:Header><s:Body>"; res += props; res += "</s:Body></s:Envelope>"; return res; } static void TestWSMANemptyRequest() { string r_b, r_h; SockSendRecvHTTP(s, false, "", r_h, r_b ); // send invalid xml; expecting http 500 back UT_ASSERT(r_h.find("500") != string::npos); } static void TestWSMANInvalidXML() { string r_b, r_h; SockSendRecvHTTP(s, false, "invalid xml", r_h, r_b ); // send invalid xml; expecting http 500 back UT_ASSERT(r_h.find("500") != string::npos); } static void TestWSMAN_NotSupportedEncoding() { string r_b, r_h; // use utf16 encoding header SockSendRecvHTTP(s, true, _CreateRequestXML("X_number", "test/cpp").c_str(), r_h, r_b ); // send not-supported encoding; expecting http 500 back //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); } static void TestWSMAN_Fault_invalidNamespace() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_number", "invlaid/namespace").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; // send invalid request; expecting http 500 back UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); UT_ASSERT(r_b.find("wsa:DestinationUnreachable") != string::npos); UT_ASSERT(r_b.find("CIM ERROR:INVALID_NAMESPACE") != string::npos); } static void TestWSMAN_Fault_instanceBiggerThaEnvelope() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_SingletonWithAllTypes", "test/cpp", 0, "8200").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; // send envelope size is not enough to hold one instance; expecting http 500 back UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); UT_ASSERT(r_b.find("wsman:EncodingLimit") != string::npos); UT_ASSERT(r_b.find("insufficient envelope size") != string::npos); } static void TestWSMAN_Fault_invalidClass() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("InvalidClassname", "test/cpp").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; // send invalid request; expecting http 500 back UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); UT_ASSERT(r_b.find("wsa:DestinationUnreachable") != string::npos); UT_ASSERT(r_b.find("CIM ERROR:INVALID_CLASS") != string::npos); } static void TestWSMAN_Enumerate_XProfile() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_Profile", "interop").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); UT_ASSERT(r_b.find("World") != string::npos); UT_ASSERT(r_b.find("Huge Numbers") != string::npos); } static void TestWSMAN_Enumerate_XProfile_EPR_Only() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_Profile", "interop", "<w:EnumerationMode>EnumerateEPR</w:EnumerationMode>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); /* expect EPR back */ UT_ASSERT(r_b.find("<wsa:EndpointReference>") != string::npos); UT_ASSERT(r_b.find("Name=\"InstanceID\">world<") != string::npos); UT_ASSERT(r_b.find("Name=\"InstanceID\">number<") != string::npos); /* regular properties shuld not be specified */ UT_ASSERT(r_b.find("World") == string::npos); UT_ASSERT(r_b.find("Huge Numbers") == string::npos); } static void TestWSMAN_Enumerate_XProfile_EPRAndObject() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_Profile", "interop", "<w:EnumerationMode>EnumerateObjectAndEPR</w:EnumerationMode>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); /* expect EPR back */ UT_ASSERT(r_b.find("<wsa:EndpointReference>") != string::npos); UT_ASSERT(r_b.find("Name=\"InstanceID\">world<") != string::npos); UT_ASSERT(r_b.find("Name=\"InstanceID\">number<") != string::npos); /* and regular properties */ UT_ASSERT(r_b.find("World") != string::npos); UT_ASSERT(r_b.find("Huge Numbers") != string::npos); } static void TestWSMAN_Enumerate_X_SingletonWithAllTypes() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_SingletonWithAllTypes", "test/cpp", 0, "64000").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data // (see X_SingletonWithAllTypes_Class_Provider.cpp to see how it was created) UT_ASSERT(r_b.find("id>1<") != string::npos); UT_ASSERT(r_b.find("b>TRUE<") != string::npos); UT_ASSERT(r_b.find("u8>172<") != string::npos); UT_ASSERT(r_b.find("u16>1745<") != string::npos); // inst.c16_value(1044); // in utf8 it's -48, -108 or 0xd0, 0x94 #if 0 UT_ASSERT(r_b.find("c16>\xd0\x94<") != string::npos); #else UT_ASSERT(r_b.find("c16>1044<") != string::npos); #endif UT_ASSERT(r_b.find("s8>-123<") != string::npos); UT_ASSERT(r_b.find("u16>1745<") != string::npos); UT_ASSERT(r_b.find("s16>-1746<") != string::npos); UT_ASSERT(r_b.find("u32>17567<") != string::npos); UT_ASSERT(r_b.find("s32>-17568<") != string::npos); UT_ASSERT(r_b.find("u64>18446744073709551613<") != string::npos); UT_ASSERT(r_b.find("s64>-9223372036854775805<") != string::npos); UT_ASSERT(r_b.find("s>string value<") != string::npos); /* due to truncation feature of float numbers, skip comparison of last digit */ UT_ASSERT(r_b.find("r32>32.3") != string::npos); UT_ASSERT(r_b.find("r64>64.646") != string::npos); UT_ASSERT(r_b.find("dt>2010-07-14T11:35:11.900675-00:07<") != string::npos); // person UT_ASSERT(r_b.find("person>") != string::npos); UT_ASSERT(r_b.find("MSFT_Person>") != string::npos); UT_ASSERT(r_b.find("Last>Smith<") != string::npos); UT_ASSERT(r_b.find("First>John<") != string::npos); UT_ASSERT(r_b.find("Key>7<") != string::npos); // object UT_ASSERT(r_b.find("objectSingle>") != string::npos); UT_ASSERT(r_b.find("X_TestObject>") != string::npos); UT_ASSERT(r_b.find("id>9000<") != string::npos); //UT_ASSERT(r_b.find("operation>?<") != string::npos); UT_ASSERT(r_b.find("right_operand xsi:nil=\"true\"/>") != string::npos); // test array values UT_ASSERT(r_b.find("bA>TRUE<") != string::npos); UT_ASSERT(r_b.find("bA>FALSE<") != string::npos); UT_ASSERT(r_b.find("u8A>0<") != string::npos); UT_ASSERT(r_b.find("u8A>255<") != string::npos); UT_ASSERT(r_b.find("u8A>128<") != string::npos); UT_ASSERT(r_b.find("s8A>0<") != string::npos); UT_ASSERT(r_b.find("s8A>127<") != string::npos); UT_ASSERT(r_b.find("s8A>-128<") != string::npos); UT_ASSERT(r_b.find("u16A>0<") != string::npos); UT_ASSERT(r_b.find("u16A>64000<") != string::npos); UT_ASSERT(r_b.find("s16A>0<") != string::npos); UT_ASSERT(r_b.find("s16A>-1216<") != string::npos); UT_ASSERT(r_b.find("s16A>258<") != string::npos); } static void TestWSMAN_Enumerate_X_HugeNumberConformsToProfile() { // Enumerate Assoc class and verify references are returned properly string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_HugeNumberConformsToProfile", "test/cpp").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find(":Profile>") != string::npos); UT_ASSERT(r_b.find("Name=\"InstanceID\">number<") != string::npos); UT_ASSERT(r_b.find("<wsman:Selector Name=\"Number\">1000000</wsman:Selector>") != string::npos); } static void TestWSMAN_Enumerate_MissingNamespace() { string r_b, r_h; /* namespace param is missing - expecting error back */ SockSendRecvHTTP(s, false, _CreateRequestXML("X_Profile", "interop", 0, 0, false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(r_b.find(">wsman:InternalError<") != string::npos); UT_ASSERT(r_b.find(">mandatory parameters") != string::npos); } static void TestWSMAN_Enumerate_X_HugeNumber_Deep() { // Enumerate X_HugeNumber - expecting back 3 instances string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_HugeNumber", "test/cpp", "<b:PolymorphismMode xmlns:b=\"http://schemas.dmtf.org/wbem/wsman/1/cimbinding.xsd\">IncludeSubClassProperties</b:PolymorphismMode>" ).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data: expecting three items and property 'Property0' // all should present UT_ASSERT(r_b.find("Number>1000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000001<") != string::npos); UT_ASSERT(r_b.find("Property0>9<") != string::npos); UT_ASSERT(r_b.find("<p:X_Number1000001") != string::npos); } static void TestWSMAN_Enumerate_X_HugeNumber_BasicProps() { // Enumerate X_HugeNumber - expecting back 3 instances string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_HugeNumber", "test/cpp", "<b:PolymorphismMode xmlns:b=\"http://schemas.dmtf.org/wbem/wsman/1/cimbinding.xsd\">ExcludeSubClassProperties</b:PolymorphismMode>" ).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data: expecting three items and property 'Property0' // 3 instances are expected, but no sub-class properties/sub-class name UT_ASSERT(r_b.find("Number>1000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000001<") != string::npos); UT_ASSERT(r_b.find("Property0>9<") == string::npos); UT_ASSERT(r_b.find("<p:X_Number1000001") == string::npos); } static void TestWSMAN_Enumerate_X_HugeNumber_Shallow() { // Enumerate X_HugeNumber - expecting back 3 instances string r_b, r_h; SockSendRecvHTTP(s, false, _CreateRequestXML("X_HugeNumber", "test/cpp", "<b:PolymorphismMode xmlns:b=\"http://schemas.dmtf.org/wbem/wsman/1/cimbinding.xsd\">None</b:PolymorphismMode>" ).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data: expecting three items and property 'Property0' // only 2 instances are expected - exact class match UT_ASSERT(r_b.find("Number>1000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000000000<") != string::npos); UT_ASSERT(r_b.find("Number>1000001<") == string::npos); UT_ASSERT(r_b.find("Property0>9<") == string::npos); UT_ASSERT(r_b.find("<p:X_Number1000001") == string::npos); } static void TestWSMAN_Invoke_SmallNumber_SpellNumber() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("X_Smallnumber", "test/cpp", "spellNumber", "<p:num>77</p:num>", "").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("MIReturn>seventy seven<") != string::npos); } static void TestWSMAN_Invoke_MissingNamespace() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("X_Smallnumber", "test/cpp", "spellNumber", "<p:num>77</p:num>", "", false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find(">wsman:InternalError<") != string::npos); UT_ASSERT(r_b.find("CIM ERROR:INVALID_PARAMETER") != string::npos); } static void TestWSMAN_Invoke_SmallNumber_SpellNumber_OOP() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("X_Smallnumber", "oop/requestor/test/cpp", "spellNumber", "<p:num>77</p:num>", "").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("MIReturn>seventy seven<") != string::npos); } static void TestWSMAN_Invoke_TestEmbeddedObjectReturnKey20100609() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("TestEmbeddedOperations", "test/cpp", "TestEmbeddedObjectReturnKey20100609", "", "<w:Selector Name=\"key\">1</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; if (r_h.find("200") == string::npos) cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; // send invalid request; expecting http 500 back UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("ObjectID>20100609<") != string::npos); UT_ASSERT(r_b.find("X_TestEmbeddedObjectNotReferenced") != string::npos); } static void TestWSMAN_Invoke_TestEmbeddedObjectReturnKey20100609_OOP() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("TestEmbeddedOperations", "oop/requestor/test/cpp", "TestEmbeddedObjectReturnKey20100609", "", "<w:Selector Name=\"key\">1</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; // send invalid request; expecting http 500 back UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("ObjectID>20100609<") != string::npos); UT_ASSERT(r_b.find("X_TestEmbeddedObjectNotReferenced") != string::npos); } static void TestWSMAN_Invoke_TestEmbedded() { const char* c_embeddedInstance = "<p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>101</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>"; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("TestEmbeddedOperations", "test/cpp", "TestEmbedded", c_embeddedInstance, "<w:Selector Name=\"key\">1</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("Key>101<") != string::npos); UT_ASSERT(r_b.find("Species>test<") != string::npos); UT_ASSERT(r_b.find("MSFT_Animal") != string::npos); } static void TestWSMAN_Invoke_TestEmbeddedWithArray() { const char* c_embeddedInstance = "\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>101</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>102</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>103</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("TestEmbeddedOperations", "test/cpp", "TestEmbedded", c_embeddedInstance, "<w:Selector Name=\"key\">1</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("Key>101<") != string::npos); UT_ASSERT(r_b.find("Key>102<") != string::npos); UT_ASSERT(r_b.find("Key>103<") != string::npos); UT_ASSERT(r_b.find("Species>test<") != string::npos); UT_ASSERT(r_b.find("MSFT_Animal") != string::npos); } static void TestWSMAN_Invoke_TestEmbeddedWithMultipleArrays() { const char* c_embeddedInstance = "\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>101</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>102</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ <p:objectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:MSFT_Base>\ <q:Key>103</q:Key>\ </q:MSFT_Base>\ </p:objectsArray>\ \ <p:testObjectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:X_TestObject>\ <q:id>9000109</q:id>\ </q:X_TestObject>\ </p:testObjectsArray>\ <p:testObjectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:X_TestObject>\ <q:str>some string</q:str>\ <q:id>9000209</q:id>\ </q:X_TestObject>\ </p:testObjectsArray>\ <p:testObjectsArray xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\ xmlns:q=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\">\ <q:X_TestObject>\ <q:id>9000309</q:id>\ <q:str>+</q:str>\ <q:result>1719</q:result>\ </q:X_TestObject>\ </p:testObjectsArray>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("TestEmbeddedOperations", "test/cpp", "TestEmbedded", c_embeddedInstance, "<w:Selector Name=\"key\">1</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("Key>101<") != string::npos); UT_ASSERT(r_b.find("Key>102<") != string::npos); UT_ASSERT(r_b.find("Key>103<") != string::npos); UT_ASSERT(r_b.find("Species>test<") != string::npos); UT_ASSERT(r_b.find("MSFT_Animal") != string::npos); UT_ASSERT(r_b.find("MIReturn") != string::npos); UT_ASSERT(r_b.find("X_TestObject") != string::npos); UT_ASSERT(r_b.find("id>27000627<") != string::npos); UT_ASSERT(r_b.find("id>9000309<") != string::npos); UT_ASSERT(r_b.find("result>1719<") != string::npos); UT_ASSERT(r_b.find("str>some string<") != string::npos); } static void TestWSMAN_Invoke_TestAllTypesWithSingleItemArray() { const char* c_Params = "\ <p:b>false</p:b>\ <p:u8>90</p:u8>\ <p:u8A>13</p:u8A>\ <p:u8A>14</p:u8A>\ <p:s16A>-9</p:s16A>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data UT_ASSERT(r_b.find("u8A>2<") != string::npos); UT_ASSERT(r_b.find("u8A>27<") != string::npos); UT_ASSERT(r_b.find("u8>91<") != string::npos); UT_ASSERT(r_b.find("b>TRUE<") != string::npos); UT_ASSERT(r_b.find("s16A>1<") != string::npos); UT_ASSERT(r_b.find("s16A>-9<") != string::npos); } /* verify array buffer re-allocation (16 items boundary)*/ static void TestWSMAN_Invoke_TestAllTypesWith17ItemsArray() { const char* c_Params = "\ <p:u64A>1</p:u64A>\ <p:u64A>2</p:u64A>\ <p:u64A>3</p:u64A>\ <p:u64A>4</p:u64A>\ <p:u64A>5</p:u64A>\ <p:u64A>6</p:u64A>\ <p:u64A>7</p:u64A>\ <p:u64A>8</p:u64A>\ <p:u64A>9</p:u64A>\ <p:u64A>10</p:u64A>\ <p:u64A>11</p:u64A>\ <p:u64A>12</p:u64A>\ <p:u64A>13</p:u64A>\ <p:u64A>14</p:u64A>\ <p:u64A>15</p:u64A>\ <p:u64A>16</p:u64A>\ <p:u64A>17</p:u64A>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("u64A>17<") != string::npos); UT_ASSERT(r_b.find("u64A>153<") != string::npos); } /* verify array two buffer re-allocations (16 items boundary)*/ static void TestWSMAN_Invoke_TestAllTypesWith33ItemsArray() { const char* c_Params = "\ <p:u64A>1</p:u64A>\ <p:u64A>2</p:u64A>\ <p:u64A>3</p:u64A>\ <p:u64A>4</p:u64A>\ <p:u64A>5</p:u64A>\ <p:u64A>6</p:u64A>\ <p:u64A>7</p:u64A>\ <p:u64A>8</p:u64A>\ <p:u64A>9</p:u64A>\ <p:u64A>10</p:u64A>\ <p:u64A>11</p:u64A>\ <p:u64A>12</p:u64A>\ <p:u64A>13</p:u64A>\ <p:u64A>14</p:u64A>\ <p:u64A>15</p:u64A>\ <p:u64A>16</p:u64A>\ <p:u64A>17</p:u64A>\ <p:u64A>18</p:u64A>\ <p:u64A>19</p:u64A>\ <p:u64A>20</p:u64A>\ <p:u64A>21</p:u64A>\ <p:u64A>22</p:u64A>\ <p:u64A>23</p:u64A>\ <p:u64A>24</p:u64A>\ <p:u64A>25</p:u64A>\ <p:u64A>26</p:u64A>\ <p:u64A>27</p:u64A>\ <p:u64A>28</p:u64A>\ <p:u64A>29</p:u64A>\ <p:u64A>30</p:u64A>\ <p:u64A>31</p:u64A>\ <p:u64A>32</p:u64A>\ <p:u64A>33</p:u64A>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("u64A>33<") != string::npos); UT_ASSERT(r_b.find("u64A>561<") != string::npos); } /* verify u64 type operations */ static void TestWSMAN_Invoke_TestAllTypesU64Max() { /*u64 max is 18446744073709551615; expect it as sum of two items */ const char* c_Params = "\ <p:u64A>18446744073709551610</p:u64A>\ <p:u64A>5</p:u64A>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("u64A>2<") != string::npos); UT_ASSERT(r_b.find("u64A>18446744073709551615<") != string::npos); } static void TestWSMAN_Invoke_TestAllTypesStringArray() { /* unit-test expects exactly two strings and retunr 3 strings: substrings form first two plus '*'*/ const char* c_Params = "\ <p:sA>123456</p:sA>\ <p:sA>abcdef</p:sA>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); // cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("sA>456<") != string::npos); UT_ASSERT(r_b.find("sA>def<") != string::npos); UT_ASSERT(r_b.find("sA>*<") != string::npos); } static void TestWSMAN_Invoke_TestAllTypesReference() { /* unit-test expects a reference parameter and returns reference to the same class with key++ */ const char* c_Params = "\ <p:rf>\ <a:Address xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\">\ http://schemas.xmlsoap.org/ws/2004/08/addressing/role/anonymous\ </a:Address>\ <a:ReferenceParameters xmlns:a=\"http://schemas.xmlsoap.org/ws/2004/08/addressing\" xmlns:w=\"http://schemas.dmtf.org/wbem/wsman/1/wsman.xsd\">\ <w:ResourceURI>\ http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/MSFT_Base\ </w:ResourceURI>\ <w:SelectorSet>\ <w:Selector Name=\"Key\">89</w:Selector>\ </w:SelectorSet>\ </a:ReferenceParameters>\ </p:rf>\ "; string r_b, r_h; SockSendRecvHTTP(s, false, _CreateInvokeRequestXML("MSFT_Person", "test/cpp", "TestAllTypes", c_Params, "<w:Selector Name=\"key\">777</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("Selector Name=\"Key\">90<") != string::npos); } static void TestWSMAN_Get_SmallNumber_17() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateGetRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">17</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("<wsa:Action>http://schemas.xmlsoap.org/ws/2004/09/transfer/GetResponse</") != string::npos); UT_ASSERT(r_b.find("Number>17<") != string::npos); UT_ASSERT(r_b.find("SpelledNumber>seventeen<") != string::npos); } static void TestWSMAN_Get_SmallNumber_NotFound() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateGetRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">17000</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("CIM ERROR:NOT_FOUND") != string::npos); UT_ASSERT(r_b.find("Value>wsa:DestinationUnreachable<") != string::npos); } static void TestWSMAN_Get_MissingNamespace() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateGetRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">17</w:Selector>", false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find(">CIM ERROR:INVALID_PARAMETER") != string::npos); UT_ASSERT(r_b.find("Value>wsman:InternalError<") != string::npos); } static void TestWSMAN_Delete_SmallNumber_7() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateDeleteRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">7</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("<wsa:Action>http://schemas.xmlsoap.org/ws/2004/09/transfer/DeleteResponse</") != string::npos); } static void TestWSMAN_Delete_SmallNumber_17_NotFound() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateDeleteRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">17</w:Selector>").c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("CIM ERROR:NOT_FOUND") != string::npos); UT_ASSERT(r_b.find("Value>wsa:DestinationUnreachable<") != string::npos); } static void TestWSMAN_Delete_MissingNamespace() { string r_b, r_h; SockSendRecvHTTP(s, false, _CreateDeleteRequestXML("X_smallNumber", "test/cpp", "<w:Selector Name=\"Number\">7</w:Selector>", false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find(">CIM ERROR:INVALID_PARAMETER") != string::npos); UT_ASSERT(r_b.find("Value>wsman:InternalError<") != string::npos); } static void TestWSMAN_Create_SmallNumber_ok() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " </p:X_smallNumber>"; SockSendRecvHTTP(s, false, _CreateCreateRequestXML("X_smallNumber", "test/cpp", props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("<wsa:Action>http://schemas.xmlsoap.org/ws/2004/09/transfer/CreateResponse</") != string::npos); UT_ASSERT(r_b.find("Name=\"Number\">10000<") != string::npos); UT_ASSERT(r_b.find("wxf:ResourceCreated>") != string::npos); } static void TestWSMAN_Create_SmallNumber_failed_invalid_prop() { /* invalid property set */ string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " <p:InvalidProp>text</p:InvalidProp>" " </p:X_smallNumber>"; SockSendRecvHTTP(s, false, _CreateCreateRequestXML("X_smallNumber", "test/cpp", props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("CIM ERROR:FAILED") != string::npos); } static void TestWSMAN_Create_SmallNumber_failed_no_description() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Number>7</p:Number>" " </p:X_smallNumber>"; SockSendRecvHTTP(s, false, _CreateCreateRequestXML("X_smallNumber", "test/cpp", props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); /* when description is not specified, provider returns 'not-found' */ // check data - UT_ASSERT(r_b.find("CIM ERROR:NOT_FOUND") != string::npos); } static void TestWSMAN_Create_SmallNumber_MissingNamespace() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " </p:X_smallNumber>"; SockSendRecvHTTP(s, false, _CreateCreateRequestXML("X_smallNumber", "test/cpp", props, false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find(">CIM ERROR:INVALID_PARAMETER") != string::npos); UT_ASSERT(r_b.find("Value>wsman:InternalError<") != string::npos); } static void TestWSMAN_Modify_SmallNumber_ok() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " </p:X_smallNumber>"; const char* keys = "<w:Selector Name=\"Number\">7</w:Selector>"; SockSendRecvHTTP(s, false, _CreateModifyRequestXML("X_smallNumber", "test/cpp", keys, props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("200") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("<wsa:Action>http://schemas.xmlsoap.org/ws/2004/09/transfer/PutResponse</") != string::npos); UT_ASSERT(r_b.find("Number>10000<") != string::npos); UT_ASSERT(r_b.find("Description>text<") != string::npos); } static void TestWSMAN_Modify_SmallNumber_failed_invalid_prop() { /* invalid property set */ string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " <p:InvalidProp>text</p:InvalidProp>" " </p:X_smallNumber>"; const char* keys = "<w:Selector Name=\"Number\">7</w:Selector>"; SockSendRecvHTTP(s, false, _CreateModifyRequestXML("X_smallNumber", "test/cpp", keys, props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find("CIM ERROR:FAILED") != string::npos); } static void TestWSMAN_Modify_SmallNumber_failed_no_description() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:SpelledNumber>Seven</p:SpelledNumber>" " </p:X_smallNumber>"; const char* keys = "<w:Selector Name=\"Number\">7</w:Selector>"; SockSendRecvHTTP(s, false, _CreateModifyRequestXML("X_smallNumber", "test/cpp", keys, props).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); /* when description is not specified, provider returns 'not-found' */ // check data - UT_ASSERT(r_b.find("CIM ERROR:NOT_FOUND") != string::npos); } static void TestWSMAN_Modify_SmallNumber_MissingNamespace() { string r_b, r_h; const char* props = "<p:X_smallNumber xmlns:p=\"http://schemas.dmtf.org/wbem/wscim/1/cim-schema/2/X_smallNumber\">" " <p:Description>text</p:Description>" " </p:X_smallNumber>"; const char* keys = "<w:Selector Name=\"Number\">7</w:Selector>"; SockSendRecvHTTP(s, false, _CreateModifyRequestXML("X_smallNumber", "test/cpp", keys, props, false).c_str(), r_h, r_b ); //cout << "resp header: " << r_h << endl << endl << "body: " << r_b << endl; UT_ASSERT(r_h.find("500") != string::npos); UT_ASSERT(!r_b.empty()); // check data - number of elements and sum UT_ASSERT(r_b.find(">CIM ERROR:INVALID_PARAMETER") != string::npos); UT_ASSERT(r_b.find("Value>wsman:InternalError<") != string::npos); } void WSMAN_Tests_With_Server() { const char* namespaces[] = { "", "oop/requestor/" }; for (int KeepALive = 0; KeepALive < 2; KeepALive++) { s_DisconnectAfterEachTest = (KeepALive !=0 ); for (unsigned int i = 0; i < MI_COUNT(namespaces); i++) { s_currentNamespace = namespaces[i]; // general errors UT_TEST(TestWSMANemptyRequest); UT_TEST(TestWSMANInvalidXML); UT_TEST(TestWSMAN_NotSupportedEncoding); // wsman faults UT_TEST(TestWSMAN_Fault_invalidNamespace); UT_TEST(TestWSMAN_Fault_invalidClass); UT_TEST(TestWSMAN_Fault_instanceBiggerThaEnvelope); // enumeration UT_TEST(TestWSMAN_Enumerate_XProfile); UT_TEST(TestWSMAN_Enumerate_XProfile_EPR_Only); UT_TEST(TestWSMAN_Enumerate_XProfile_EPRAndObject); UT_TEST(TestWSMAN_Enumerate_X_SingletonWithAllTypes); UT_TEST(TestWSMAN_Enumerate_X_HugeNumberConformsToProfile); UT_TEST(TestWSMAN_Enumerate_MissingNamespace); // enumeration: deep/shallow/basic-props UT_TEST(TestWSMAN_Enumerate_X_HugeNumber_Deep); UT_TEST(TestWSMAN_Enumerate_X_HugeNumber_Shallow); UT_TEST(TestWSMAN_Enumerate_X_HugeNumber_BasicProps); // invoke UT_TEST(TestWSMAN_Invoke_SmallNumber_SpellNumber); UT_TEST(TestWSMAN_Invoke_SmallNumber_SpellNumber); UT_TEST(TestWSMAN_Invoke_TestEmbeddedObjectReturnKey20100609); UT_TEST(TestWSMAN_Invoke_TestEmbedded); UT_TEST(TestWSMAN_Invoke_TestEmbeddedWithArray); UT_TEST(TestWSMAN_Invoke_TestEmbeddedWithMultipleArrays); UT_TEST(TestWSMAN_Invoke_TestAllTypesWithSingleItemArray); UT_TEST(TestWSMAN_Invoke_TestAllTypesWith17ItemsArray); UT_TEST(TestWSMAN_Invoke_TestAllTypesWith33ItemsArray); UT_TEST(TestWSMAN_Invoke_TestAllTypesU64Max); UT_TEST(TestWSMAN_Invoke_TestAllTypesStringArray); UT_TEST(TestWSMAN_Invoke_TestAllTypesReference); UT_TEST(TestWSMAN_Invoke_MissingNamespace); // get UT_TEST(TestWSMAN_Get_SmallNumber_17); UT_TEST(TestWSMAN_Get_SmallNumber_NotFound); UT_TEST(TestWSMAN_Get_MissingNamespace); // delete UT_TEST(TestWSMAN_Delete_SmallNumber_7); UT_TEST(TestWSMAN_Delete_SmallNumber_17_NotFound); UT_TEST(TestWSMAN_Delete_MissingNamespace); // create UT_TEST(TestWSMAN_Create_SmallNumber_ok); UT_TEST(TestWSMAN_Create_SmallNumber_failed_invalid_prop); UT_TEST(TestWSMAN_Create_SmallNumber_failed_no_description); UT_TEST(TestWSMAN_Create_SmallNumber_MissingNamespace); // Put/Set/Modify UT_TEST(TestWSMAN_Modify_SmallNumber_ok); UT_TEST(TestWSMAN_Modify_SmallNumber_failed_invalid_prop); UT_TEST(TestWSMAN_Modify_SmallNumber_failed_no_description); UT_TEST(TestWSMAN_Modify_SmallNumber_MissingNamespace); } } s_currentNamespace = ""; // test out-of-process invocation static/non-static UT_TEST(TestWSMAN_Invoke_SmallNumber_SpellNumber_OOP); UT_TEST(TestWSMAN_Invoke_TestEmbeddedObjectReturnKey20100609_OOP); UT_TEST(TestWSMAN_Enumerate_XProfile); if (INVALID_SOCK != s) Sock_Close(s); s = INVALID_SOCK; }
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