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source: vbox/trunk/src/VBox/Runtime/testcase/tstVector.cpp@ 98108

Last change on this file since 98108 was 98103, checked in by vboxsync, 23 months ago

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1/* $Id: tstVector.cpp 98103 2023-01-17 14:15:46Z vboxsync $ */
2/** @file
3 * IPRT Testcase - Vector container structure.
4 */
5
6/*
7 * Copyright (C) 2011-2023 Oracle and/or its affiliates.
8 *
9 * This file is part of VirtualBox base platform packages, as
10 * available from https://www.virtualbox.org.
11 *
12 * This program is free software; you can redistribute it and/or
13 * modify it under the terms of the GNU General Public License
14 * as published by the Free Software Foundation, in version 3 of the
15 * License.
16 *
17 * This program is distributed in the hope that it will be useful, but
18 * WITHOUT ANY WARRANTY; without even the implied warranty of
19 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
20 * General Public License for more details.
21 *
22 * You should have received a copy of the GNU General Public License
23 * along with this program; if not, see <https://www.gnu.org/licenses>.
24 *
25 * The contents of this file may alternatively be used under the terms
26 * of the Common Development and Distribution License Version 1.0
27 * (CDDL), a copy of it is provided in the "COPYING.CDDL" file included
28 * in the VirtualBox distribution, in which case the provisions of the
29 * CDDL are applicable instead of those of the GPL.
30 *
31 * You may elect to license modified versions of this file under the
32 * terms and conditions of either the GPL or the CDDL or both.
33 *
34 * SPDX-License-Identifier: GPL-3.0-only OR CDDL-1.0
35 */
36
37
38/*********************************************************************************************************************************
39* Header Files *
40*********************************************************************************************************************************/
41#include <iprt/test.h>
42#include <iprt/vector.h>
43
44#include <stdlib.h> /* For realloc */
45
46/** Counter of the number of delete calls made so far */
47static unsigned s_cDeleteCalls = 0;
48
49/** Record the argument of the delete function here. */
50static void *s_apvDeleteArg[10];
51
52/** Dummy delete function for vector-of-void pointer elements */
53static void deletePVoid(void **ppv)
54{
55 if (s_cDeleteCalls < RT_ELEMENTS(s_apvDeleteArg))
56 s_apvDeleteArg[s_cDeleteCalls] = *ppv;
57 ++s_cDeleteCalls;
58}
59
60/** Dummy delete by value function for vector-of-void pointer elements */
61static void deletePVoidValue(void *pv)
62{
63 if (s_cDeleteCalls < RT_ELEMENTS(s_apvDeleteArg))
64 s_apvDeleteArg[s_cDeleteCalls] = pv;
65 ++s_cDeleteCalls;
66}
67
68/* Start by instantiating each function once for syntax checking */
69#ifdef __clang__
70# pragma GCC diagnostic ignored "-Wunused-function" /* https://llvm.org/bugs/show_bug.cgi?id=22712 */
71#endif
72RTVEC_DECL_STRUCT(tstInstance, void *)
73RTVEC_DECL_STRUCT(tstInstance2, void *)
74
75RTVEC_DECLFN_DELETE_ADAPTER_ID(tstInstance, void *)
76RTVEC_DECLFN_DELETE_ADAPTER_TO_VALUE(tstInstance, void *)
77
78RTVEC_DECLFN_SIZE(tstInstance, void *)
79RTVEC_DECLFN_RESERVE(tstInstance, void *, rtvecReallocDefTag)
80RTVEC_DECLFN_BEGIN(tstInstance, void *)
81RTVEC_DECLFN_END(tstInstance, void *)
82RTVEC_DECLFN_PUSHBACK(tstInstance, void *)
83RTVEC_DECLFN_POPBACK(tstInstance)
84RTVEC_DECLFN_POPBACK_DELETE(tstInstance2, void *, deletePVoid, tstInstanceDeleteAdapterId)
85RTVEC_DECLFN_CLEAR(tstInstance)
86RTVEC_DECLFN_CLEAR_DELETE(tstInstance2, deletePVoid, tstInstanceDeleteAdapterId)
87RTVEC_DECLFN_DETACH(tstInstance, void *)
88
89RTVEC_DECL(tstSimple, void *)
90
91static void testVectorSimple(void)
92{
93 RTTestISub("Vector structure, no cleanup callback");
94
95 struct tstSimple myVec = RTVEC_INITIALIZER;
96 void **ppvVal;
97
98 RTTESTI_CHECK(tstSimpleSize(&myVec) == 0);
99
100 ppvVal = tstSimplePushBack(&myVec);
101 /* AssertPtrReturnVoid(ppvVal); */
102 RTTESTI_CHECK(ppvVal == tstSimpleBegin(&myVec));
103 RTTESTI_CHECK(ppvVal + 1 == tstSimpleEnd(&myVec));
104 RTTESTI_CHECK(tstSimpleSize(&myVec) == 1);
105 *ppvVal = (void *)1;
106
107 ppvVal = tstSimplePushBack(&myVec);
108 /* AssertPtrReturnVoid(ppvVal); */
109 RTTESTI_CHECK(ppvVal - 1 == tstSimpleBegin(&myVec));
110 RTTESTI_CHECK(ppvVal + 1 == tstSimpleEnd(&myVec));
111 RTTESTI_CHECK(tstSimpleSize(&myVec) == 2);
112 RTTESTI_CHECK(ppvVal[-1] == (void *)1);
113
114 *ppvVal = (void *)3;
115 ppvVal = tstSimplePushBack(&myVec);
116 /* AssertPtrReturnVoid(ppvVal); */
117 RTTESTI_CHECK(ppvVal - 2 == tstSimpleBegin(&myVec));
118 RTTESTI_CHECK(ppvVal + 1 == tstSimpleEnd(&myVec));
119 RTTESTI_CHECK(tstSimpleSize(&myVec) == 3);
120 RTTESTI_CHECK(ppvVal[-2] == (void *)1);
121 RTTESTI_CHECK(ppvVal[-1] == (void *)3);
122
123 tstSimplePopBack(&myVec);
124 RTTESTI_CHECK(tstSimpleBegin(&myVec) + 2 == tstSimpleEnd(&myVec));
125 RTTESTI_CHECK(*tstSimpleBegin(&myVec) == (void *)1);
126 RTTESTI_CHECK(*(tstSimpleEnd(&myVec) - 1) == (void *)3);
127
128 tstSimpleClear(&myVec);
129 RTTESTI_CHECK(tstSimpleBegin(&myVec) == tstSimpleEnd(&myVec));
130 ppvVal = tstSimplePushBack(&myVec);
131 /* AssertPtrReturnVoid(ppvVal); */
132 RTTESTI_CHECK(ppvVal == tstSimpleBegin(&myVec));
133 RTTESTI_CHECK(ppvVal + 1 == tstSimpleEnd(&myVec));
134
135 tstSimpleClear(&myVec);
136 ppvVal = tstSimplePushBack(&myVec);
137 /* AssertPtrReturnVoid(ppvVal); */
138 *ppvVal = (void *)1;
139 ppvVal = tstSimplePushBack(&myVec);
140 /* AssertPtrReturnVoid(ppvVal); */
141 *ppvVal = (void *)3;
142 ppvVal = tstSimplePushBack(&myVec);
143 /* AssertPtrReturnVoid(ppvVal); */
144 *ppvVal = (void *)2;
145 ppvVal = tstSimpleDetach(&myVec);
146 RTTESTI_CHECK(tstSimpleBegin(&myVec) == NULL);
147 RTTESTI_CHECK(tstSimpleSize(&myVec) == 0);
148 RTTESTI_CHECK(ppvVal[0] == (void *)1);
149 RTTESTI_CHECK(ppvVal[1] == (void *)3);
150 RTTESTI_CHECK(ppvVal[2] == (void *)2);
151
152 RTMemFree(ppvVal); /** @todo there is no delete vector thing. */
153}
154
155RTVEC_DECL_DELETE(tstDelete, void *, deletePVoid)
156
157static void testVectorDelete(void)
158{
159 RTTestISub("Vector structure with cleanup by pointer callback");
160
161 struct tstDelete myVec = RTVEC_INITIALIZER;
162 void **ppvVal;
163
164 ppvVal = tstDeletePushBack(&myVec);
165 /* AssertPtrReturnVoid(ppvVal); */
166 *ppvVal = (void *)1;
167 ppvVal = tstDeletePushBack(&myVec);
168 /* AssertPtrReturnVoid(ppvVal); */
169 *ppvVal = (void *)3;
170 ppvVal = tstDeletePushBack(&myVec);
171 /* AssertPtrReturnVoid(ppvVal); */
172 *ppvVal = (void *)2;
173
174 s_cDeleteCalls = 0;
175 tstDeletePopBack(&myVec);
176 RTTESTI_CHECK(s_cDeleteCalls == 1);
177 RTTESTI_CHECK(s_apvDeleteArg[0] == (void *)2);
178 RTTESTI_CHECK(tstDeleteBegin(&myVec) + 2 == tstDeleteEnd(&myVec));
179 RTTESTI_CHECK(*tstDeleteBegin(&myVec) == (void *)1);
180 RTTESTI_CHECK(*(tstDeleteEnd(&myVec) - 1) == (void *)3);
181
182 s_cDeleteCalls = 0;
183 tstDeleteClear(&myVec);
184 RTTESTI_CHECK(s_cDeleteCalls == 2);
185 RTTESTI_CHECK(s_apvDeleteArg[0] == (void *)1);
186 RTTESTI_CHECK(s_apvDeleteArg[1] == (void *)3);
187 RTTESTI_CHECK(tstDeleteBegin(&myVec) == tstDeleteEnd(&myVec));
188 ppvVal = tstDeletePushBack(&myVec);
189 /* AssertPtrReturnVoid(ppvVal); */
190 RTTESTI_CHECK(ppvVal == tstDeleteBegin(&myVec));
191 RTTESTI_CHECK(ppvVal + 1 == tstDeleteEnd(&myVec));
192
193 ppvVal = tstDeleteDetach(&myVec); /** @todo no delete myVec */
194 RTMemFree(ppvVal);
195}
196
197RTVEC_DECL_DELETE_BY_VALUE(tstDeleteValue, void *, deletePVoidValue)
198
199static void testVectorDeleteValue(void)
200{
201 RTTestISub("Vector structure with cleanup by value callback");
202
203 struct tstDeleteValue myVec = RTVEC_INITIALIZER;
204 void **ppvVal;
205
206 ppvVal = tstDeleteValuePushBack(&myVec);
207 /* AssertPtrReturnVoid(ppvVal); */
208 *ppvVal = (void *)1;
209 ppvVal = tstDeleteValuePushBack(&myVec);
210 /* AssertPtrReturnVoid(ppvVal); */
211 *ppvVal = (void *)3;
212 ppvVal = tstDeleteValuePushBack(&myVec);
213 /* AssertPtrReturnVoid(ppvVal); */
214 *ppvVal = (void *)2;
215
216 s_cDeleteCalls = 0;
217 tstDeleteValuePopBack(&myVec);
218 RTTESTI_CHECK(s_cDeleteCalls == 1);
219 RTTESTI_CHECK(s_apvDeleteArg[0] == (void *)2);
220 RTTESTI_CHECK( tstDeleteValueBegin(&myVec) + 2
221 == tstDeleteValueEnd(&myVec));
222 RTTESTI_CHECK(*tstDeleteValueBegin(&myVec) == (void *)1);
223 RTTESTI_CHECK(*(tstDeleteValueEnd(&myVec) - 1) == (void *)3);
224
225 s_cDeleteCalls = 0;
226 tstDeleteValueClear(&myVec);
227 RTTESTI_CHECK(s_cDeleteCalls == 2);
228 RTTESTI_CHECK(s_apvDeleteArg[0] == (void *)1);
229 RTTESTI_CHECK(s_apvDeleteArg[1] == (void *)3);
230 RTTESTI_CHECK(tstDeleteValueBegin(&myVec) == tstDeleteValueEnd(&myVec));
231 ppvVal = tstDeleteValuePushBack(&myVec);
232 /* AssertPtrReturnVoid(ppvVal); */
233 RTTESTI_CHECK(ppvVal == tstDeleteValueBegin(&myVec));
234 RTTESTI_CHECK(ppvVal + 1 == tstDeleteValueEnd(&myVec));
235
236 ppvVal = tstDeleteValueDetach(&myVec); /** @todo no delete myVec */
237 RTMemFree(ppvVal);
238}
239
240
241
242int main()
243{
244 RTTEST hTest;
245 RTEXITCODE rcExit = RTTestInitAndCreate("tstVector", &hTest);
246 if (rcExit != RTEXITCODE_SUCCESS)
247 return rcExit;
248
249 testVectorSimple();
250 testVectorDelete();
251 testVectorDeleteValue();
252
253 return RTTestSummaryAndDestroy(hTest);
254}
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