1 /*
2  * PROJECT:     ReactOS API Tests
3  * LICENSE:     GPL-2.0-or-later (https://spdx.org/licenses/GPL-2.0-or-later)
4  * PURPOSE:     Tests for Int64ToString
5  * COPYRIGHT:   Copyright 2023 Katayama Hirofumi MZ <katayama.hirofumi.mz@gmail.com>
6  */
7 
8 #include "shelltest.h"
9 #include <undocshell.h>
10 #include <versionhelpers.h>
11 
12 typedef struct tagTEST_RETURN
13 {
14     INT ret;
15     LPCWSTR text;
16 } TEST_RETURN, *PTEST_RETURN;
17 
18 typedef struct tagTEST_ENTRY
19 {
20     INT lineno;
21     LONGLONG value;
22 
23     UINT NumDigits;
24     UINT LeadingZero;
25     UINT Grouping;
26     LPCWSTR pszDecimalSep;
27     LPCWSTR pszThousandSep;
28     UINT NegativeOrder;
29 
30     TEST_RETURN NonVista;
31     TEST_RETURN Vista;
32 } TEST_ENTRY, *PTEST_ENTRY;
33 
34 #define DATA0 2, FALSE, 3, L".", L",", 0
35 #define DATA1 3, TRUE, 3, L"<>", L":", 1
36 
37 static const TEST_ENTRY s_Entries[] =
38 {
39     { __LINE__, 0, DATA0, { 3, L".00" }, { 3, L".00" } },
40     { __LINE__, 0, DATA1, { 6, L"0<>000" }, { 6, L"0<>000" } },
41     { __LINE__, 1, DATA0, { 4, L"1.00" }, { 4, L"1.00" } },
42     { __LINE__, 1, DATA1, { 6, L"1<>000" }, { 6, L"1<>000" } },
43     { __LINE__, -999, DATA0, { 0, L"#####" }, { 8, L"(999.00)" } },
44     { __LINE__, -999, DATA1, { 0, L"#####" }, { 9, L"-999<>000" } },
45     { __LINE__, 100000, DATA0, { 10, L"100,000.00" }, { 10, L"100,000.00" } },
46     { __LINE__, 100000, DATA1, { 12, L"100:000<>000" }, { 12, L"100:000<>000" } },
47     { __LINE__, 0xE8D4A51000LL, DATA0, { 20, L"1,000,000,000,000.00" }, { 20, L"1,000,000,000,000.00" } },
48     { __LINE__, 0xE8D4A51000LL, DATA1, { 22, L"1:000:000:000:000<>000" }, { 22, L"1:000:000:000:000<>000" } },
49     { __LINE__, 0x7FFFFFFFFFFFFFFFLL, DATA0, { 28, L"9,223,372,036,854,775,807.00" }, { 28, L"9,223,372,036,854,775,807.00" } },
50     { __LINE__, 0x7FFFFFFFFFFFFFFFLL, DATA1, { 30, L"9:223:372:036:854:775:807<>000" }, { 30, L"9:223:372:036:854:775:807<>000" } },
51 };
52 static const SIZE_T s_cEntries = _countof(s_Entries);
53 
54 static void DoTestEntry(BOOL bVista, const TEST_ENTRY *pEntry)
55 {
56     INT lineno = pEntry->lineno;
57 
58     WCHAR szDecimalSep[10], szThousandSep[10];
59     lstrcpynW(szDecimalSep, pEntry->pszDecimalSep, _countof(szDecimalSep));
60     lstrcpynW(szThousandSep, pEntry->pszThousandSep, _countof(szThousandSep));
61 
62     NUMBERFMTW format =
63     {
64         pEntry->NumDigits, pEntry->LeadingZero, pEntry->Grouping,
65         szDecimalSep, szThousandSep, pEntry->NegativeOrder
66     };
67 
68     WCHAR szBuff[64];
69     lstrcpynW(szBuff, L"#####", _countof(szBuff));
70 
71     INT ret = Int64ToString(pEntry->value, szBuff, _countof(szBuff), TRUE, &format, -1);
72     if (bVista)
73     {
74         ok(pEntry->Vista.ret == ret, "Line %d: %d vs %d\n", lineno, pEntry->Vista.ret, ret);
75         ok(lstrcmpW(pEntry->Vista.text, szBuff) == 0, "Line %d: %ls vs %ls\n",
76            lineno, pEntry->Vista.text, szBuff);
77     }
78     else
79     {
80         ok(pEntry->NonVista.ret == ret, "Line %d: %d vs %d\n", lineno, pEntry->NonVista.ret, ret);
81         ok(lstrcmpW(pEntry->NonVista.text, szBuff) == 0, "Line %d: %ls vs %ls\n",
82            lineno, pEntry->NonVista.text, szBuff);
83     }
84 
85     lstrcpynW(szBuff, L"#####", _countof(szBuff));
86 
87     LARGE_INTEGER LInt;
88     LInt.QuadPart = pEntry->value;
89     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), TRUE, &format, -1);
90     if (bVista)
91     {
92         ok(pEntry->Vista.ret == ret, "Line %d: %d vs %d\n", lineno, pEntry->Vista.ret, ret);
93         ok(lstrcmpW(pEntry->Vista.text, szBuff) == 0, "Line %d: %ls vs %ls\n",
94            lineno, pEntry->Vista.text, szBuff);
95     }
96     else
97     {
98         ok(pEntry->NonVista.ret == ret, "Line %d: %d vs %d\n", lineno, pEntry->NonVista.ret, ret);
99         ok(lstrcmpW(pEntry->NonVista.text, szBuff) == 0, "Line %d: %ls vs %ls\n",
100            lineno, pEntry->NonVista.text, szBuff);
101     }
102 }
103 
104 static void Test_EntryTest(BOOL bVista)
105 {
106     for (SIZE_T i = 0; i < s_cEntries; ++i)
107     {
108         DoTestEntry(bVista, &s_Entries[i]);
109     }
110 }
111 
112 static void Test_Int64ToString(BOOL bVista)
113 {
114     WCHAR szBuff[64];
115     INT ret;
116 
117     ret = Int64ToString(0, szBuff, _countof(szBuff), FALSE, NULL, 0);
118     ok_int(ret, 1);
119     ok_wstr(szBuff, L"0");
120 
121     ret = Int64ToString(1, szBuff, _countof(szBuff), FALSE, NULL, 0);
122     ok_int(ret, 1);
123     ok_wstr(szBuff, L"1");
124 
125     ret = Int64ToString(-9999, szBuff, _countof(szBuff), FALSE, NULL, 0);
126     if (bVista)
127     {
128         ok_int(ret, 5);
129         ok_wstr(szBuff, L"-9999");
130     }
131     else
132     {
133         ok_int(ret, 4);
134         ok_wstr(szBuff, L"''''");
135     }
136 
137     ret = Int64ToString(10000, szBuff, _countof(szBuff), FALSE, NULL, 0);
138     ok_int(ret, 5);
139     ok_wstr(szBuff, L"10000");
140 
141     ret = Int64ToString(0xE8D4A51000LL, szBuff, _countof(szBuff), FALSE, NULL, 0);
142     ok_int(ret, 13);
143     ok_wstr(szBuff, L"1000000000000");
144 }
145 
146 static void Test_LargeIntegerToString(BOOL bVista)
147 {
148     LARGE_INTEGER LInt;
149     WCHAR szBuff[64];
150     INT ret;
151 
152     LInt.QuadPart = 0;
153     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), FALSE, NULL, 0);
154     ok_int(ret, 1);
155     ok_wstr(szBuff, L"0");
156 
157     LInt.QuadPart = 1;
158     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), FALSE, NULL, 0);
159     ok_int(ret, 1);
160     ok_wstr(szBuff, L"1");
161 
162     LInt.QuadPart = -9999;
163     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), FALSE, NULL, 0);
164     if (bVista)
165     {
166         ok_int(ret, 5);
167         ok_wstr(szBuff, L"-9999");
168     }
169     else
170     {
171         ok_int(ret, 4);
172         ok_wstr(szBuff, L"''''");
173     }
174 
175     LInt.QuadPart = 10000;
176     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), FALSE, NULL, 0);
177     ok_int(ret, 5);
178     ok_wstr(szBuff, L"10000");
179 
180     LInt.QuadPart = 0xE8D4A51000LL;
181     ret = LargeIntegerToString(&LInt, szBuff, _countof(szBuff), FALSE, NULL, 0);
182     ok_int(ret, 13);
183     ok_wstr(szBuff, L"1000000000000");
184 }
185 
186 START_TEST(Int64ToString)
187 {
188     BOOL bVista = IsWindowsVistaOrGreater();
189     trace("bVista: %d\n", bVista);
190 
191     Test_EntryTest(bVista);
192     Test_Int64ToString(bVista);
193     Test_LargeIntegerToString(bVista);
194 }
195