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0.4.16-dev-297-gc569aee
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Examples
ExDoubleList.c
Go to the documentation of this file.
1
/*
2
* PROJECT: ReactOS kernel-mode tests
3
* LICENSE: GPLv2+ - See COPYING in the top level directory
4
* PURPOSE: Kernel-Mode Test Suite Doubly-linked list test
5
* PROGRAMMER: Thomas Faber <thomas.faber@reactos.org>
6
*/
7
8
struct
_LIST_ENTRY
;
9
#ifdef _X86_
10
struct
_LIST_ENTRY
*
__stdcall
ExInterlockedInsertHeadList
(
struct
_LIST_ENTRY
*,
struct
_LIST_ENTRY
*,
unsigned
long
*);
11
struct
_LIST_ENTRY
*
__stdcall
ExInterlockedInsertTailList
(
struct
_LIST_ENTRY
*,
struct
_LIST_ENTRY
*,
unsigned
long
*);
12
struct
_LIST_ENTRY
*
__stdcall
ExInterlockedRemoveHeadList
(
struct
_LIST_ENTRY
*,
unsigned
long
*);
13
#endif
14
15
#include <
kmt_test.h
>
16
17
LIST_ENTRY
Entries
[5];
18
19
#define ok_eq_free(Value, Expected) do \
20
{ \
21
if (KmtIsCheckedBuild) \
22
ok_eq_pointer(Value, (PVOID)0x0BADD0FF); \
23
else \
24
ok_eq_pointer(Value, Expected); \
25
} while (0)
26
27
#define ok_eq_free2(Value, Expected) do \
28
{ \
29
if (KmtIsCheckedBuild) \
30
ok_eq_pointer(Value, (PVOID)(ULONG_PTR)0xBADDD0FFBADDD0FFULL); \
31
else \
32
ok_eq_pointer(Value, Expected); \
33
} while (0)
34
35
START_TEST
(ExDoubleList)
36
{
37
KSPIN_LOCK
SpinLock
;
38
LIST_ENTRY
ListHead;
39
PLIST_ENTRY
Ret;
40
41
KeInitializeSpinLock
(&
SpinLock
);
42
43
memset
(&ListHead, 0x55,
sizeof
ListHead);
44
InitializeListHead
(&ListHead);
45
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
46
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
47
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
48
ok_irql(
PASSIVE_LEVEL
);
49
50
Ret =
ExInterlockedInsertHeadList
(&ListHead, &
Entries
[0], &
SpinLock
);
51
ok_eq_pointer
(Ret,
NULL
);
52
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
53
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
54
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
55
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
56
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
57
ok_irql(
PASSIVE_LEVEL
);
58
59
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
60
ok_eq_pointer
(Ret, &
Entries
[0]);
61
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
62
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
63
ok_eq_free
(
Entries
[0].
Flink
, &ListHead);
64
ok_eq_free
(
Entries
[0].
Blink
, &ListHead);
65
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
66
ok_irql(
PASSIVE_LEVEL
);
67
68
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
69
ok_eq_pointer
(Ret,
NULL
);
70
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
71
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
72
ok_eq_free
(
Entries
[0].
Flink
, &ListHead);
73
ok_eq_free
(
Entries
[0].
Blink
, &ListHead);
74
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
75
ok_irql(
PASSIVE_LEVEL
);
76
77
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[0], &
SpinLock
);
78
ok_eq_pointer
(Ret,
NULL
);
79
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
80
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
81
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
82
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
83
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
84
ok_irql(
PASSIVE_LEVEL
);
85
86
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
87
ok_eq_pointer
(Ret, &
Entries
[0]);
88
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
89
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
90
ok_eq_free
(
Entries
[0].
Flink
, &ListHead);
91
ok_eq_free
(
Entries
[0].
Blink
, &ListHead);
92
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
93
ok_irql(
PASSIVE_LEVEL
);
94
95
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
96
ok_eq_pointer
(Ret,
NULL
);
97
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
98
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
99
ok_eq_free
(
Entries
[0].
Flink
, &ListHead);
100
ok_eq_free
(
Entries
[0].
Blink
, &ListHead);
101
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
102
ok_irql(
PASSIVE_LEVEL
);
103
104
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[0], &
SpinLock
);
105
ok_eq_pointer
(Ret,
NULL
);
106
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
107
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
108
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
109
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
110
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
111
ok_irql(
PASSIVE_LEVEL
);
112
113
Ret =
ExInterlockedInsertHeadList
(&ListHead, &
Entries
[1], &
SpinLock
);
114
ok_eq_pointer
(Ret, &
Entries
[0]);
115
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[1]);
116
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
117
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
118
ok_eq_pointer
(
Entries
[0].
Blink
, &
Entries
[1]);
119
ok_eq_pointer
(
Entries
[1].
Flink
, &
Entries
[0]);
120
ok_eq_pointer
(
Entries
[1].
Blink
, &ListHead);
121
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
122
ok_irql(
PASSIVE_LEVEL
);
123
124
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[2], &
SpinLock
);
125
ok_eq_pointer
(Ret, &
Entries
[0]);
126
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[1]);
127
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[2]);
128
ok_eq_pointer
(
Entries
[0].
Flink
, &
Entries
[2]);
129
ok_eq_pointer
(
Entries
[0].
Blink
, &
Entries
[1]);
130
ok_eq_pointer
(
Entries
[1].
Flink
, &
Entries
[0]);
131
ok_eq_pointer
(
Entries
[1].
Blink
, &ListHead);
132
ok_eq_pointer
(
Entries
[2].
Flink
, &ListHead);
133
ok_eq_pointer
(
Entries
[2].
Blink
, &
Entries
[0]);
134
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
135
ok_irql(
PASSIVE_LEVEL
);
136
137
memset
(
Entries
, 0x55,
sizeof
Entries
);
138
#undef ExInterlockedInsertHeadList
139
#undef ExInterlockedInsertTailList
140
#undef ExInterlockedRemoveHeadList
141
142
memset
(&ListHead, 0x55,
sizeof
ListHead);
143
InitializeListHead
(&ListHead);
144
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
145
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
146
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
147
ok_irql(
PASSIVE_LEVEL
);
148
149
Ret =
ExInterlockedInsertHeadList
(&ListHead, &
Entries
[0], &
SpinLock
);
150
ok_eq_pointer
(Ret,
NULL
);
151
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
152
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
153
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
154
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
155
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
156
ok_irql(
PASSIVE_LEVEL
);
157
158
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
159
ok_eq_pointer
(Ret, &
Entries
[0]);
160
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
161
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
162
ok_eq_free2
(
Entries
[0].
Flink
, &ListHead);
163
ok_eq_free2
(
Entries
[0].
Blink
, &ListHead);
164
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
165
ok_irql(
PASSIVE_LEVEL
);
166
167
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
168
ok_eq_pointer
(Ret,
NULL
);
169
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
170
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
171
ok_eq_free2
(
Entries
[0].
Flink
, &ListHead);
172
ok_eq_free2
(
Entries
[0].
Blink
, &ListHead);
173
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
174
ok_irql(
PASSIVE_LEVEL
);
175
176
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[0], &
SpinLock
);
177
ok_eq_pointer
(Ret,
NULL
);
178
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
179
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
180
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
181
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
182
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
183
ok_irql(
PASSIVE_LEVEL
);
184
185
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
186
ok_eq_pointer
(Ret, &
Entries
[0]);
187
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
188
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
189
ok_eq_free2
(
Entries
[0].
Flink
, &ListHead);
190
ok_eq_free2
(
Entries
[0].
Blink
, &ListHead);
191
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
192
ok_irql(
PASSIVE_LEVEL
);
193
194
Ret =
ExInterlockedRemoveHeadList
(&ListHead, &
SpinLock
);
195
ok_eq_pointer
(Ret,
NULL
);
196
ok_eq_pointer
(ListHead.
Flink
, &ListHead);
197
ok_eq_pointer
(ListHead.
Blink
, &ListHead);
198
ok_eq_free2
(
Entries
[0].
Flink
, &ListHead);
199
ok_eq_free2
(
Entries
[0].
Blink
, &ListHead);
200
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
201
ok_irql(
PASSIVE_LEVEL
);
202
203
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[0], &
SpinLock
);
204
ok_eq_pointer
(Ret,
NULL
);
205
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[0]);
206
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
207
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
208
ok_eq_pointer
(
Entries
[0].
Blink
, &ListHead);
209
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
210
ok_irql(
PASSIVE_LEVEL
);
211
212
Ret =
ExInterlockedInsertHeadList
(&ListHead, &
Entries
[1], &
SpinLock
);
213
ok_eq_pointer
(Ret, &
Entries
[0]);
214
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[1]);
215
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[0]);
216
ok_eq_pointer
(
Entries
[0].
Flink
, &ListHead);
217
ok_eq_pointer
(
Entries
[0].
Blink
, &
Entries
[1]);
218
ok_eq_pointer
(
Entries
[1].
Flink
, &
Entries
[0]);
219
ok_eq_pointer
(
Entries
[1].
Blink
, &ListHead);
220
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
221
ok_irql(
PASSIVE_LEVEL
);
222
223
Ret =
ExInterlockedInsertTailList
(&ListHead, &
Entries
[2], &
SpinLock
);
224
ok_eq_pointer
(Ret, &
Entries
[0]);
225
ok_eq_pointer
(ListHead.
Flink
, &
Entries
[1]);
226
ok_eq_pointer
(ListHead.
Blink
, &
Entries
[2]);
227
ok_eq_pointer
(
Entries
[0].
Flink
, &
Entries
[2]);
228
ok_eq_pointer
(
Entries
[0].
Blink
, &
Entries
[1]);
229
ok_eq_pointer
(
Entries
[1].
Flink
, &
Entries
[0]);
230
ok_eq_pointer
(
Entries
[1].
Blink
, &ListHead);
231
ok_eq_pointer
(
Entries
[2].
Flink
, &ListHead);
232
ok_eq_pointer
(
Entries
[2].
Blink
, &
Entries
[0]);
233
ok_bool_true
(
KmtAreInterruptsEnabled
(),
"Interrupts enabled:"
);
234
ok_irql(
PASSIVE_LEVEL
);
235
236
KmtSetIrql
(
PASSIVE_LEVEL
);
237
}
ok_eq_free
#define ok_eq_free(Value, Expected)
Definition:
ExDoubleList.c:19
Entries
LIST_ENTRY Entries[5]
Definition:
ExDoubleList.c:17
ok_eq_free2
#define ok_eq_free2(Value, Expected)
Definition:
ExDoubleList.c:27
ok_eq_pointer
#define ok_eq_pointer(value, expected)
Definition:
apitest.h:59
ok_bool_true
#define ok_bool_true(value, desc)
Definition:
apitest.h:78
START_TEST
#define START_TEST(x)
Definition:
atltest.h:75
NULL
#define NULL
Definition:
types.h:112
PASSIVE_LEVEL
#define PASSIVE_LEVEL
Definition:
env_spec_w32.h:693
KSPIN_LOCK
ULONG KSPIN_LOCK
Definition:
env_spec_w32.h:72
InitializeListHead
#define InitializeListHead(ListHead)
Definition:
env_spec_w32.h:944
KeInitializeSpinLock
#define KeInitializeSpinLock(sl)
Definition:
env_spec_w32.h:604
ExInterlockedInsertHeadList
PLIST_ENTRY NTAPI ExInterlockedInsertHeadList(IN OUT PLIST_ENTRY ListHead, IN OUT PLIST_ENTRY ListEntry, IN OUT PKSPIN_LOCK Lock)
Definition:
interlocked.c:114
ExInterlockedInsertTailList
PLIST_ENTRY NTAPI ExInterlockedInsertTailList(IN OUT PLIST_ENTRY ListHead, IN OUT PLIST_ENTRY ListEntry, IN OUT PKSPIN_LOCK Lock)
Definition:
interlocked.c:140
ExInterlockedRemoveHeadList
PLIST_ENTRY NTAPI ExInterlockedRemoveHeadList(IN OUT PLIST_ENTRY ListHead, IN OUT PKSPIN_LOCK Lock)
Definition:
interlocked.c:166
kmt_test.h
KmtSetIrql
VOID KmtSetIrql(IN KIRQL NewIrql)
Definition:
kmt_test_kernel.h:49
KmtAreInterruptsEnabled
BOOLEAN KmtAreInterruptsEnabled(VOID)
Definition:
kmt_test_kernel.h:58
memset
#define memset(x, y, z)
Definition:
compat.h:39
_LIST_ENTRY
Definition:
typedefs.h:120
_LIST_ENTRY::Blink
struct _LIST_ENTRY * Blink
Definition:
typedefs.h:122
_LIST_ENTRY::Flink
struct _LIST_ENTRY * Flink
Definition:
typedefs.h:121
__stdcall
#define __stdcall
Definition:
typedefs.h:25
SpinLock
_Must_inspect_result_ _In_opt_ PWDF_OBJECT_ATTRIBUTES _Out_ WDFSPINLOCK * SpinLock
Definition:
wdfsync.h:228
modules
rostests
kmtests
ntos_ex
ExDoubleList.c
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