12343201393

Committed 15 Dec 2024 11:30PM UTC coverage: 84.419% (-1.1%) from 85.522%

Build # 12343201393

Build Type

Pull #3724

github

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web-flow

Commit Message

Merge 532931b9f into ddae5c4ba

Pull Request Pull Request #3724: Support importing Taskwarrior v2.x data files

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97.63

/test/variant_cast_test.cpp

////////////////////////////////////////////////////////////////////////////////
//
// Copyright 2013 - 2021, Göteborg Bit Factory.
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included
// in all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
// OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
// THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
//
// https://www.opensource.org/licenses/mit-license.php
//
////////////////////////////////////////////////////////////////////////////////

#include <cmake.h>
// cmake.h include header must come first

#include <Variant.h>
#include <test.h>

#include <iostream>

#define EPSILON 0.001

////////////////////////////////////////////////////////////////////////////////
int TEST_NAME(int, char**) {
  UnitTest t(81);

  time_t now = time(nullptr);

  try {
    // Variant::type_boolean --> *
    Variant v00(true);
    v00.cast(Variant::type_boolean);
    t.ok(v00.type() == Variant::type_boolean, "cast boolean --> boolean");
    t.ok(v00.get_bool() == true, "cast boolean --> boolean");

    Variant v01(true);
    v01.cast(Variant::type_integer);
    t.ok(v01.type() == Variant::type_integer, "cast boolean --> integer");
    t.ok(v01.get_integer() == 1, "cast boolean --> integer");

    Variant v02(true);
    v02.cast(Variant::type_real);
    t.ok(v02.type() == Variant::type_real, "cast boolean --> real");
    t.is(v02.get_real(), 1.0, EPSILON, "cast boolean --> real");

    Variant v03(true);
    v03.cast(Variant::type_string);
    t.ok(v03.type() == Variant::type_string, "cast boolean --> string");
    t.ok(v03.get_string() == "true", "cast boolean --> string");

    Variant v04(true);
    v04.cast(Variant::type_date);
    t.ok(v04.type() == Variant::type_date, "cast boolean --> date");
    t.is(v04.get_date(), 1, "cast boolean --> date");

    Variant v05(true);
    v05.cast(Variant::type_duration);
    t.ok(v05.type() == Variant::type_duration, "cast boolean --> duration");
    t.is(v05.get_duration(), 1, "cast boolean --> duration");

    // Variant::type_integer --> *
    Variant v10(42);
    v10.cast(Variant::type_boolean);
    t.ok(v10.type() == Variant::type_boolean, "cast integer --> boolean");
    t.ok(v10.get_bool() == true, "cast integer --> boolean");

    Variant v11(42);
    v11.cast(Variant::type_integer);
    t.ok(v11.type() == Variant::type_integer, "cast integer --> integer");
    t.ok(v11.get_integer() == 42, "cast integer --> integer");

    Variant v12(42);
    v12.cast(Variant::type_real);
    t.ok(v12.type() == Variant::type_real, "cast integer --> real");
    t.is(v12.get_real(), 42.0, EPSILON, "cast integer --> real");

    Variant v13(42);
    v13.cast(Variant::type_string);
    t.is(v13.type(), Variant::type_string, "cast integer --> string");
    t.is(v13.get_string(), "42", "cast integer --> string");

    Variant v14(42);
    v14.cast(Variant::type_date);
    t.ok(v14.type() == Variant::type_date, "cast integer --> date");
    t.ok(v14.get_date() == 42, "cast integer --> date");

    Variant v15(42);
    v15.cast(Variant::type_duration);
    t.is(v15.type(), Variant::type_duration, "cast integer --> duration");
    t.is(v15.get_duration(), 42, "cast integer --> duration");

    // Variant::type_real --> *
    Variant v20(3.14);
    v20.cast(Variant::type_boolean);
    t.ok(v20.type() == Variant::type_boolean, "cast real --> boolean");
    t.ok(v20.get_bool() == true, "cast real --> boolean");

    Variant v21(3.14);
    v21.cast(Variant::type_integer);
    t.ok(v21.type() == Variant::type_integer, "cast real --> integer");
    t.ok(v21.get_integer() == 3, "cast real --> integer");

    Variant v22(3.14);
    v22.cast(Variant::type_real);
    t.ok(v22.type() == Variant::type_real, "cast real --> real");
    t.is(v22.get_real(), 3.14, EPSILON, "cast real --> real");

    Variant v23(3.14);
    v23.cast(Variant::type_string);
    t.ok(v23.type() == Variant::type_string, "cast real --> string");
    t.ok(v23.get_string() == "3.14", "cast real --> string");

    Variant v24(3.14);
    v24.cast(Variant::type_date);
    t.ok(v24.type() == Variant::type_date, "cast real --> date");
    t.ok(v24.get_date() == 3, "cast real --> date");

    Variant v25(3.14);
    v25.cast(Variant::type_duration);
    t.ok(v25.type() == Variant::type_duration, "cast real --> duration");
    t.ok(v25.get_duration() == 3, "cast real --> duration");

    // Variant::type_string --> *
    Variant v30("foo");
    v30.cast(Variant::type_boolean);
    t.ok(v30.type() == Variant::type_boolean, "cast string --> boolean");
    t.ok(v30.get_bool() == true, "cast string --> boolean");

    Variant v31("42");
    v31.cast(Variant::type_integer);
    t.ok(v31.type() == Variant::type_integer, "cast string --> integer");
    t.ok(v31.get_integer() == 42, "cast string --> integer");

    Variant v31h("0x20");
    v31h.cast(Variant::type_integer);
    t.ok(v31h.type() == Variant::type_integer, "cast string(hex) --> integer");
    t.ok(v31h.get_integer() == 32, "cast string(hex) --> integer");

    Variant v32("3.14");
    v32.cast(Variant::type_real);
    t.ok(v32.type() == Variant::type_real, "cast string --> real");
    t.is(v32.get_real(), 3.14, EPSILON, "cast string --> real");

    Variant v33("foo");
    v33.cast(Variant::type_string);
    t.ok(v33.type() == Variant::type_string, "cast string --> string");
    t.ok(v33.get_string() == "foo", "cast string --> string");

    Variant v34("2013-12-07T16:33:00-05:00");
    v34.cast(Variant::type_date);
    t.ok(v34.type() == Variant::type_date, "cast string --> date");
    t.ok(v34.get_date() == 1386451980, "cast string --> date");

    Variant v35("42 days");
    v35.cast(Variant::type_duration);
    t.ok(v35.type() == Variant::type_duration, "cast string --> duration");
    t.is(v35.get_duration(), 3628800, "cast string --> duration");

    Variant v35b("P42D");
    v35b.cast(Variant::type_duration);
    t.ok(v35b.type() == Variant::type_duration, "cast string --> duration");
    t.is(v35b.get_duration(), 3628800, "cast string --> duration");

    // Variant::type_date --> *
    Variant v40((time_t)1234567890, Variant::type_date);
    v40.cast(Variant::type_boolean);
    t.ok(v40.type() == Variant::type_boolean, "cast date --> boolean");
    t.ok(v40.get_bool() == true, "cast date --> boolean");

    Variant v41((time_t)1234567890, Variant::type_date);
    v41.cast(Variant::type_integer);
    t.ok(v41.type() == Variant::type_integer, "cast date --> integer");
    t.ok(v41.get_integer() == 1234567890, "cast date --> integer");

    Variant v42((time_t)1234567890, Variant::type_date);
    v42.cast(Variant::type_real);
    t.ok(v42.type() == Variant::type_real, "cast date --> real");
    t.is(v42.get_real(), 1234567890.0, EPSILON, "cast date --> real");

    // YYYY-MM-DDThh:mm:ss
    //     ^  ^  ^  ^  ^
    Variant v43((time_t)1234567890, Variant::type_date);
    v43.cast(Variant::type_string);
    t.ok(v43.type() == Variant::type_string, "cast date --> string");
    std::string s = v43.get_string();
    t.is((int)s[4], (int)'-', "cast date --> string");
    t.is((int)s[7], (int)'-', "cast date --> string");
    t.is((int)s[10], (int)'T', "cast date --> string");
    t.is((int)s[13], (int)':', "cast date --> string");
    t.is((int)s[16], (int)':', "cast date --> string");
    t.is((int)s.length(), 19, "cast date --> string");

    Variant v44((time_t)1234567890, Variant::type_date);
    v44.cast(Variant::type_date);
    t.ok(v44.type() == Variant::type_date, "cast date --> date");
    t.ok(v44.get_date() == 1234567890, "cast date --> date");

    Variant v45((time_t)1234567890, Variant::type_date);
    v45.cast(Variant::type_duration);
    t.ok(v45.type() == Variant::type_duration, "cast date --> duration");
    t.ok(v45.get_duration() <= 1234567890 - now, "cast date --> duration");
    // Assuming this unit test takes less than 10 min to execute
    t.ok(v45.get_duration() > 1234567890 - now - 600, "cast date --> duration");

    // Variant::type_duration --> *
    Variant v50((time_t)12345, Variant::type_duration);
    v50.cast(Variant::type_boolean);
    t.ok(v50.type() == Variant::type_boolean, "cast duration --> boolean");
    t.ok(v50.get_bool() == true, "cast duration --> boolean");

    Variant v51((time_t)12345, Variant::type_duration);
    v51.cast(Variant::type_integer);
    t.ok(v51.type() == Variant::type_integer, "cast duration --> integer");
    t.ok(v51.get_integer() == 12345, "cast duration --> integer");

    Variant v52((time_t)12345, Variant::type_duration);
    v52.cast(Variant::type_real);
    t.ok(v52.type() == Variant::type_real, "cast duration --> real");
    t.is(v52.get_real(), 12345.0, EPSILON, "cast duration --> real");

    Variant v53((time_t)12345, Variant::type_duration);
    v53.cast(Variant::type_string);
    t.ok(v53.type() == Variant::type_string, "cast duration --> string");
    t.is(v53.get_string(), "PT3H25M45S", "cast duration --> string");

    Variant v54((time_t)12345, Variant::type_duration);
    v54.cast(Variant::type_date);
    t.ok(v54.type() == Variant::type_date, "cast duration --> date");
    t.ok(v54.get_date() >= 12345 + now, "cast duration --> duration");
    t.ok(v54.get_date() < 12345 + now + 600, "cast duration --> duration");

    Variant v55((time_t)12345, Variant::type_duration);
    v55.cast(Variant::type_duration);
    t.ok(v55.type() == Variant::type_duration, "cast duration --> duration");
    t.is(v55.get_duration(), 12345, "cast duration --> duration");
  }

  catch (const std::string& e) {
    t.diag(e);
  }

  return 0;
}

////////////////////////////////////////////////////////////////////////////////

1	////////////////////////////////////////////////////////////////////////////////
2	//
3	// Copyright 2013 - 2021, Göteborg Bit Factory.
4	//
5	// Permission is hereby granted, free of charge, to any person obtaining a copy
6	// of this software and associated documentation files (the "Software"), to deal
7	// in the Software without restriction, including without limitation the rights
8	// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
9	// copies of the Software, and to permit persons to whom the Software is
10	// furnished to do so, subject to the following conditions:
11	//
12	// The above copyright notice and this permission notice shall be included
13	// in all copies or substantial portions of the Software.
14	//
15	// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
16	// OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
17	// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
18	// THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
19	// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
20	// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
21	// SOFTWARE.
22	//
23	// https://www.opensource.org/licenses/mit-license.php
24	//
25	////////////////////////////////////////////////////////////////////////////////
26
27	#include <cmake.h>
28	// cmake.h include header must come first
29
30	#include <Variant.h>
31	#include <test.h>
32
33	#include <iostream>
34
35	#define EPSILON 0.001
36
37	////////////////////////////////////////////////////////////////////////////////
38	int TEST_NAME(int, char**) {	1✔
39	UnitTest t(81);	1✔
40
41	time_t now = time(nullptr);	1✔
42
43	try {
44	// Variant::type_boolean --> *
45	Variant v00(true);	1✔
46	v00.cast(Variant::type_boolean);	1✔
47	t.ok(v00.type() == Variant::type_boolean, "cast boolean --> boolean");	2✔
48	t.ok(v00.get_bool() == true, "cast boolean --> boolean");	1✔
49
50	Variant v01(true);	1✔
51	v01.cast(Variant::type_integer);	1✔
52	t.ok(v01.type() == Variant::type_integer, "cast boolean --> integer");	2✔
53	t.ok(v01.get_integer() == 1, "cast boolean --> integer");	1✔
54
55	Variant v02(true);	1✔
56	v02.cast(Variant::type_real);	1✔
57	t.ok(v02.type() == Variant::type_real, "cast boolean --> real");	2✔
58	t.is(v02.get_real(), 1.0, EPSILON, "cast boolean --> real");	1✔
59
60	Variant v03(true);	1✔
61	v03.cast(Variant::type_string);	1✔
62	t.ok(v03.type() == Variant::type_string, "cast boolean --> string");	2✔
63	t.ok(v03.get_string() == "true", "cast boolean --> string");	1✔
64
65	Variant v04(true);	1✔
66	v04.cast(Variant::type_date);	1✔
67	t.ok(v04.type() == Variant::type_date, "cast boolean --> date");	2✔
68	t.is(v04.get_date(), 1, "cast boolean --> date");	1✔
69
70	Variant v05(true);	1✔
71	v05.cast(Variant::type_duration);	1✔
72	t.ok(v05.type() == Variant::type_duration, "cast boolean --> duration");	2✔
73	t.is(v05.get_duration(), 1, "cast boolean --> duration");	1✔
74
75	// Variant::type_integer --> *
76	Variant v10(42);	1✔
77	v10.cast(Variant::type_boolean);	1✔
78	t.ok(v10.type() == Variant::type_boolean, "cast integer --> boolean");	2✔
79	t.ok(v10.get_bool() == true, "cast integer --> boolean");	1✔
80
81	Variant v11(42);	1✔
82	v11.cast(Variant::type_integer);	1✔
83	t.ok(v11.type() == Variant::type_integer, "cast integer --> integer");	2✔
84	t.ok(v11.get_integer() == 42, "cast integer --> integer");	1✔
85
86	Variant v12(42);	1✔
87	v12.cast(Variant::type_real);	1✔
88	t.ok(v12.type() == Variant::type_real, "cast integer --> real");	3✔
89	t.is(v12.get_real(), 42.0, EPSILON, "cast integer --> real");	1✔
90
91	Variant v13(42);	1✔
92	v13.cast(Variant::type_string);	1✔
93	t.is(v13.type(), Variant::type_string, "cast integer --> string");	2✔
94	t.is(v13.get_string(), "42", "cast integer --> string");	3✔
95
96	Variant v14(42);	1✔
97	v14.cast(Variant::type_date);	1✔
98	t.ok(v14.type() == Variant::type_date, "cast integer --> date");	2✔
99	t.ok(v14.get_date() == 42, "cast integer --> date");	1✔
100
101	Variant v15(42);	1✔
102	v15.cast(Variant::type_duration);	1✔
103	t.is(v15.type(), Variant::type_duration, "cast integer --> duration");	2✔
104	t.is(v15.get_duration(), 42, "cast integer --> duration");	1✔
105
106	// Variant::type_real --> *
107	Variant v20(3.14);	1✔
108	v20.cast(Variant::type_boolean);	1✔
109	t.ok(v20.type() == Variant::type_boolean, "cast real --> boolean");	2✔
110	t.ok(v20.get_bool() == true, "cast real --> boolean");	1✔
111
112	Variant v21(3.14);	1✔
113	v21.cast(Variant::type_integer);	1✔
114	t.ok(v21.type() == Variant::type_integer, "cast real --> integer");	2✔
115	t.ok(v21.get_integer() == 3, "cast real --> integer");	1✔
116
117	Variant v22(3.14);	1✔
118	v22.cast(Variant::type_real);	1✔
119	t.ok(v22.type() == Variant::type_real, "cast real --> real");	2✔
120	t.is(v22.get_real(), 3.14, EPSILON, "cast real --> real");	1✔
121
122	Variant v23(3.14);	1✔
123	v23.cast(Variant::type_string);	1✔
124	t.ok(v23.type() == Variant::type_string, "cast real --> string");	2✔
125	t.ok(v23.get_string() == "3.14", "cast real --> string");	1✔
126
127	Variant v24(3.14);	1✔
128	v24.cast(Variant::type_date);	1✔
129	t.ok(v24.type() == Variant::type_date, "cast real --> date");	2✔
130	t.ok(v24.get_date() == 3, "cast real --> date");	1✔
131
132	Variant v25(3.14);	1✔
133	v25.cast(Variant::type_duration);	1✔
134	t.ok(v25.type() == Variant::type_duration, "cast real --> duration");	2✔
135	t.ok(v25.get_duration() == 3, "cast real --> duration");	1✔
136
137	// Variant::type_string --> *
138	Variant v30("foo");	1✔
139	v30.cast(Variant::type_boolean);	1✔
140	t.ok(v30.type() == Variant::type_boolean, "cast string --> boolean");	2✔
141	t.ok(v30.get_bool() == true, "cast string --> boolean");	1✔
142
143	Variant v31("42");	1✔
144	v31.cast(Variant::type_integer);	1✔
145	t.ok(v31.type() == Variant::type_integer, "cast string --> integer");	2✔
146	t.ok(v31.get_integer() == 42, "cast string --> integer");	1✔
147
148	Variant v31h("0x20");	1✔
149	v31h.cast(Variant::type_integer);	1✔
150	t.ok(v31h.type() == Variant::type_integer, "cast string(hex) --> integer");	2✔
151	t.ok(v31h.get_integer() == 32, "cast string(hex) --> integer");	1✔
152
153	Variant v32("3.14");	1✔
154	v32.cast(Variant::type_real);	1✔
155	t.ok(v32.type() == Variant::type_real, "cast string --> real");	2✔
156	t.is(v32.get_real(), 3.14, EPSILON, "cast string --> real");	1✔
157
158	Variant v33("foo");	1✔
159	v33.cast(Variant::type_string);	1✔
160	t.ok(v33.type() == Variant::type_string, "cast string --> string");	2✔
161	t.ok(v33.get_string() == "foo", "cast string --> string");	1✔
162
163	Variant v34("2013-12-07T16:33:00-05:00");	1✔
164	v34.cast(Variant::type_date);	1✔
165	t.ok(v34.type() == Variant::type_date, "cast string --> date");	2✔
166	t.ok(v34.get_date() == 1386451980, "cast string --> date");	1✔
167
168	Variant v35("42 days");	1✔
169	v35.cast(Variant::type_duration);	1✔
170	t.ok(v35.type() == Variant::type_duration, "cast string --> duration");	2✔
171	t.is(v35.get_duration(), 3628800, "cast string --> duration");	1✔
172
173	Variant v35b("P42D");	1✔
174	v35b.cast(Variant::type_duration);	1✔
175	t.ok(v35b.type() == Variant::type_duration, "cast string --> duration");	2✔
176	t.is(v35b.get_duration(), 3628800, "cast string --> duration");	1✔
177
178	// Variant::type_date --> *
179	Variant v40((time_t)1234567890, Variant::type_date);	1✔
180	v40.cast(Variant::type_boolean);	1✔
181	t.ok(v40.type() == Variant::type_boolean, "cast date --> boolean");	2✔
182	t.ok(v40.get_bool() == true, "cast date --> boolean");	1✔
183
184	Variant v41((time_t)1234567890, Variant::type_date);	1✔
185	v41.cast(Variant::type_integer);	1✔
186	t.ok(v41.type() == Variant::type_integer, "cast date --> integer");	2✔
187	t.ok(v41.get_integer() == 1234567890, "cast date --> integer");	1✔
188
189	Variant v42((time_t)1234567890, Variant::type_date);	1✔
190	v42.cast(Variant::type_real);	1✔
191	t.ok(v42.type() == Variant::type_real, "cast date --> real");	2✔
192	t.is(v42.get_real(), 1234567890.0, EPSILON, "cast date --> real");	1✔
193
194	// YYYY-MM-DDThh:mm:ss
195	// ^ ^ ^ ^ ^
196	Variant v43((time_t)1234567890, Variant::type_date);	1✔
197	v43.cast(Variant::type_string);	1✔
198	t.ok(v43.type() == Variant::type_string, "cast date --> string");	1✔
199	std::string s = v43.get_string();	1✔
200	t.is((int)s[4], (int)'-', "cast date --> string");	2✔
201	t.is((int)s[7], (int)'-', "cast date --> string");	2✔
202	t.is((int)s[10], (int)'T', "cast date --> string");	2✔
203	t.is((int)s[13], (int)':', "cast date --> string");	2✔
204	t.is((int)s[16], (int)':', "cast date --> string");	2✔
205	t.is((int)s.length(), 19, "cast date --> string");	1✔
206
207	Variant v44((time_t)1234567890, Variant::type_date);	1✔
208	v44.cast(Variant::type_date);	1✔
209	t.ok(v44.type() == Variant::type_date, "cast date --> date");	2✔
210	t.ok(v44.get_date() == 1234567890, "cast date --> date");	1✔
211
212	Variant v45((time_t)1234567890, Variant::type_date);	1✔
213	v45.cast(Variant::type_duration);	1✔
214	t.ok(v45.type() == Variant::type_duration, "cast date --> duration");	2✔
215	t.ok(v45.get_duration() <= 1234567890 - now, "cast date --> duration");	2✔
216	// Assuming this unit test takes less than 10 min to execute
217	t.ok(v45.get_duration() > 1234567890 - now - 600, "cast date --> duration");	1✔
218
219	// Variant::type_duration --> *
220	Variant v50((time_t)12345, Variant::type_duration);	1✔
221	v50.cast(Variant::type_boolean);	1✔
222	t.ok(v50.type() == Variant::type_boolean, "cast duration --> boolean");	2✔
223	t.ok(v50.get_bool() == true, "cast duration --> boolean");	1✔
224
225	Variant v51((time_t)12345, Variant::type_duration);	1✔
226	v51.cast(Variant::type_integer);	1✔
227	t.ok(v51.type() == Variant::type_integer, "cast duration --> integer");	2✔
228	t.ok(v51.get_integer() == 12345, "cast duration --> integer");	1✔
229
230	Variant v52((time_t)12345, Variant::type_duration);	1✔
231	v52.cast(Variant::type_real);	1✔
232	t.ok(v52.type() == Variant::type_real, "cast duration --> real");	2✔
233	t.is(v52.get_real(), 12345.0, EPSILON, "cast duration --> real");	1✔
234
235	Variant v53((time_t)12345, Variant::type_duration);	1✔
236	v53.cast(Variant::type_string);	1✔
237	t.ok(v53.type() == Variant::type_string, "cast duration --> string");	2✔
238	t.is(v53.get_string(), "PT3H25M45S", "cast duration --> string");	3✔
239
240	Variant v54((time_t)12345, Variant::type_duration);	1✔
241	v54.cast(Variant::type_date);	1✔
242	t.ok(v54.type() == Variant::type_date, "cast duration --> date");	2✔
243	t.ok(v54.get_date() >= 12345 + now, "cast duration --> duration");	2✔
244	t.ok(v54.get_date() < 12345 + now + 600, "cast duration --> duration");	1✔
245
246	Variant v55((time_t)12345, Variant::type_duration);	1✔
247	v55.cast(Variant::type_duration);	1✔
248	t.ok(v55.type() == Variant::type_duration, "cast duration --> duration");	2✔
249	t.is(v55.get_duration(), 12345, "cast duration --> duration");	1✔
250	}	1✔
251
252	catch (const std::string& e) {	×
253	t.diag(e);	×
UNCOV 254	}	×
255
256	return 0;	×
257	}	1✔
258
259	////////////////////////////////////////////////////////////////////////////////

GothenburgBitFactory / taskwarrior / 12343201393

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