source: branches/1.3/examples/objects/library/library.cc @ 5675

Last change on this file since 5675 was 5675, checked in by ldelgass, 9 years ago

merge r5673 from trunk (eol-style)
  • Property svn:eol-style set to native
File size: 8.4 KB
Line 
1#include <iostream>
2#include "RpLibObj.h"
3#include "RpInt.h"
4#include "RpChain.h"
5#include "RpTest.h"
6
7int library_0_0 ()
8{
9    const char *testdesc = "test creating library object with loadFile()";
10    const char *testname = "library_0_0";
11    const char *filePath = "library_0_0_in.xml";
12    int retVal = 0;
13
14    Rappture::Library lib;
15
16    lib.loadFile(filePath);
17
18    const char *expected = NULL;
19
20    readFile(filePath, &expected);
21    const char *received = lib.xml();
22
23    retVal |= testStringVal(testname,testdesc,expected,received);
24
25    delete expected;
26
27    return retVal;
28}
29
30int library_0_1 ()
31{
32    const char *testdesc = "test creating library object with loadXml()";
33    const char *testname = "library_0_1";
34    int retVal = 0;
35
36    Rappture::Library lib;
37
38    const char *buf =
39"<?xml version=\"1.0\"?>\n\
40<run>\n\
41    <input>\n\
42        <number id=\"Ef\">\n\
43            <about>\n\
44                <label>Fermi Level</label>\n\
45                <description>Energy at center of distribution.</description>\n\
46            </about>\n\
47            <units>eV</units>\n\
48            <min>-10eV</min>\n\
49            <max>10eV</max>\n\
50            <default>0eV</default>\n\
51            <current>5eV</current>\n\
52            <preset>\n\
53                <label>300K (room temperature)</label>\n\
54                <value>300K</value>\n\
55            </preset>\n\
56            <preset>\n\
57                <label>77K (liquid nitrogen)</label>\n\
58                <value>77K</value>\n\
59            </preset>\n\
60            <preset>\n\
61                <label>4.2K (liquid helium)</label>\n\
62                <value>4.2K</value>\n\
63            </preset>\n\
64        </number>\n\
65    </input>\n\
66</run>\n\
67";
68
69    lib.loadXml(buf);
70
71    const char *expected = buf;
72    const char *received = lib.xml();
73
74    retVal |= testStringVal(testname,testdesc,expected,received);
75
76    return retVal;
77}
78
79int library_1_0 ()
80{
81    const char *testdesc = "test contains() function on empty library";
82    const char *testname = "library_1_0";
83    int retVal = 0;
84
85    Rappture::Library lib;
86    const Rp_Chain *contents = NULL;
87    contents = lib.contains();
88
89    int expected = 0;
90    int received = Rp_ChainGetLength(contents);
91
92    retVal |= testDoubleVal(testname,testdesc,expected,received);
93
94    return retVal;
95}
96
97int library_1_1 ()
98{
99    const char *testdesc = "test contains() function on populated library";
100    const char *testname = "library_1_1";
101    int retVal = 0;
102
103    Rappture::Library lib;
104    const Rp_Chain *contents = NULL;
105    const char *buf =
106"<?xml version=\"1.0\"?>\
107<run>\
108    <input>\
109        <number id=\"Ef\">\
110            <about>\
111                <label>Fermi Level</label>\
112                <description>Energy at center of distribution.</description>\
113            </about>\
114            <units>eV</units>\
115            <min>-10eV</min>\
116            <max>10eV</max>\
117            <default>0eV</default>\
118            <current>5eV</current>\
119            <preset>\
120                <value>300K</value>\
121                <label>300K (room temperature)</label>\
122            </preset>\
123            <preset>\
124                <value>77K</value>\
125                <label>77K (liquid nitrogen)</label>\
126            </preset>\
127            <preset>\
128                <value>4.2K</value>\
129                <label>4.2K (liquid helium)</label>\
130            </preset>\
131        </number>\
132    </input>\
133</run>";
134
135    lib.loadXml(buf);
136    contents = lib.contains();
137
138    int expected = 1;
139    int received = Rp_ChainGetLength(contents);
140
141    retVal |= testDoubleVal(testname,testdesc,expected,received);
142
143    return retVal;
144}
145
146int library_2_0 ()
147{
148    const char *testdesc = "test value(), 0 hints";
149    const char *testname = "library_2_0";
150    int retVal = 0;
151
152    Rappture::Library lib;
153    const char *buf =
154"<?xml version=\"1.0\"?>\
155<run>\
156    <input>\
157        <number id=\"temperature\">\
158            <about>\
159                <label>Ambient temperature</label>\
160                <description>Temperature of the environment.</description>\
161            </about>\
162            <units>K</units>\
163            <min>0K</min>\
164            <max>500K</max>\
165            <default>300K</default>\
166        </number>\
167        <number id=\"Ef\">\
168            <about>\
169                <label>Fermi Level</label>\
170                <description>Energy at center of distribution.</description>\
171            </about>\
172            <units>eV</units>\
173            <min>-10eV</min>\
174            <max>10eV</max>\
175            <default>4eV</default>\
176        </number>\
177    </input>\
178</run>";
179
180    lib.loadXml(buf);
181
182    double expected = 4.0;
183    double received = 0.0;
184    lib.value("Ef",&received,0);
185
186    retVal |= testDoubleVal(testname,testdesc,expected,received);
187
188    return retVal;
189}
190
191int library_2_1 ()
192{
193    const char *testdesc = "test value(), 1 hint, units=eV";
194    const char *testname = "library_2_1";
195    int retVal = 0;
196
197    Rappture::Library lib;
198    const char *buf =
199"<?xml version=\"1.0\"?>\
200<run>\
201    <input>\
202        <number id=\"temperature\">\
203            <about>\
204                <label>Ambient temperature</label>\
205                <description>Temperature of the environment.</description>\
206            </about>\
207            <units>K</units>\
208            <min>0K</min>\
209            <max>500K</max>\
210            <default>300K</default>\
211        </number>\
212        <number id=\"Ef\">\
213            <about>\
214                <label>Fermi Level</label>\
215                <description>Energy at center of distribution.</description>\
216            </about>\
217            <units>eV</units>\
218            <min>-10eV</min>\
219            <max>10eV</max>\
220            <default>4eV</default>\
221        </number>\
222    </input>\
223</run>";
224
225    lib.loadXml(buf);
226
227    double expected = 4.0;
228    double received = 0.0;
229    lib.value("Ef",&received,1,"units=eV");
230
231    retVal |= testDoubleVal(testname,testdesc,expected,received);
232
233    return retVal;
234}
235
236int library_2_2 ()
237{
238    const char *testdesc = "test value(), 1 hint, units=J";
239    const char *testname = "library_2_2";
240    int retVal = 0;
241
242    Rappture::Library lib;
243    const char *buf =
244"<?xml version=\"1.0\"?>\
245<run>\
246    <input>\
247        <number id=\"temperature\">\
248            <about>\
249                <label>Ambient temperature</label>\
250                <description>Temperature of the environment.</description>\
251            </about>\
252            <units>K</units>\
253            <min>0K</min>\
254            <max>500K</max>\
255            <default>300K</default>\
256        </number>\
257        <number id=\"Ef\">\
258            <about>\
259                <label>Fermi Level</label>\
260                <description>Energy at center of distribution.</description>\
261            </about>\
262            <units>eV</units>\
263            <min>-10eV</min>\
264            <max>10eV</max>\
265            <default>4eV</default>\
266        </number>\
267    </input>\
268</run>";
269
270    lib.loadXml(buf);
271
272    // double expected = 6.40871e-19;
273    double expected = 4*1.602177e-19;
274    double received = 0.0;
275    lib.value("Ef",&received,1,"units=J");
276
277    retVal |= testDoubleVal(testname,testdesc,expected,received);
278
279    return retVal;
280}
281
282int library_2_3 ()
283{
284    const char *testdesc = "test value(), object does not exist";
285    const char *testname = "library_2_3";
286    int retVal = 0;
287
288    Rappture::Library lib;
289    const char *buf =
290"<?xml version=\"1.0\"?>\
291<run>\
292    <input>\
293        <number id=\"temperature\">\
294            <about>\
295                <label>Ambient temperature</label>\
296                <description>Temperature of the environment.</description>\
297            </about>\
298            <units>K</units>\
299            <min>0K</min>\
300            <max>500K</max>\
301            <default>300K</default>\
302        </number>\
303        <number id=\"Ef\">\
304            <about>\
305                <label>Fermi Level</label>\
306                <description>Energy at center of distribution.</description>\
307            </about>\
308            <units>eV</units>\
309            <min>-10eV</min>\
310            <max>10eV</max>\
311            <default>4eV</default>\
312        </number>\
313    </input>\
314</run>";
315
316    lib.loadXml(buf);
317
318    // library should not change the value of received
319    // if it cannot find the requested object
320    double expected = -101.01;
321    double received = -101.01;
322    lib.value("EF",&received,1,"units=J");
323
324    retVal |= testDoubleVal(testname,testdesc,1,lib.error());
325    retVal |= testDoubleVal(testname,testdesc,expected,received);
326
327    return retVal;
328}
329
330int main()
331{
332    library_0_0();
333    library_0_1();
334    library_1_0();
335    library_2_0();
336    library_2_1();
337    library_2_2();
338    library_2_3();
339
340    return 0;
341}
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