1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
|
function success = Oneliners_Test_Structs
success = true;
% create some test variables
a.test = 4;
a.yar = 'test';
b.test = 'collision';
c.der = 42;
d.test = 4;
d.c = {3,'true',false};
e.c = {3,'true',false};
notstruct = 'nope, not a struct';
f.r = 4;
f(3).t = 5;
f(4).e = [];
g.r = 4;
g.e = 34;
g(2).r = 5;
g(3).r = 4;
data(1).field = 23;
data(2).field = 56;
data2(1).test = 23;
data2(2).test = 'd';
data3(1).cells = 23;
data3(2).cells = [42 45];
data4(1).struc.a = 24;
data4(2).struc.a = [42 45];
try
% test: AddStructs
qCaught = false;
try
% this should generate an error
out = AddStructs(a,b);
catch
qCaught = true;
end
if ~qCaught
success = false;
fprintf('AddStructs didn''t flag collision when merging two structs that contain the same field\n');
end
clear out, clear qCaught
qCaught = false;
try
% this should generate an error
out = AddStructs(a,notstruct);
catch
qCaught = true;
end
if ~qCaught
success = false;
fprintf('AddStructs didn''t flag that one of the inputs was not a struct\n');
end
clear out, clear qCaught
out = AddStructs(a,c);
fields = fieldnames(out);
if length(fields)>3 || ~any(strcmp('test',fields)) || ~any(strcmp('yar',fields)) || ~any(strcmp('der',fields))
success = false;
fprintf('AddStructs fieldnames in result not correct\ngot fields:\n');
fprintf(' %s\n',fields{:});
elseif out.test~=4 || ~strcmp(out.yar,'test') || out.der~=42
success = false;
fprintf('AddStructs values in fields not correct\n');
end
clear out, clear fields
% test: AreStructsEqualOnFields
out = AreStructsEqualOnFields(a,b,'test');
if out
success = false;
fprintf('AreStructsEqualOnFields these two structs should not compare equal on the field ''test''\n');
end
out = AreStructsEqualOnFields(a,d,'test');
if ~out
success = false;
fprintf('AreStructsEqualOnFields these two structs should compare equal on the field ''test''\n');
end
out = AreStructsEqualOnFields(d,e,'c');
if ~out
success = false;
fprintf('AreStructsEqualOnFields these two structs should compare equal on the field ''test''\n');
end
clear out
% test: CleanStruct
out = CleanStruct(f);
if ~(length(out)==2 && out(1).r==4 && isempty(out(1).t) && out(2).t==5 && isempty(out(2).r))
success = false;
fprintf('CleanStruct did not remove empty structs from struct array\n');
elseif isfield(out,'e')
success = false;
fprintf('CleanStruct did not remove empty field from struct array\n');
end
clear out
% test: FillEmptyFields
out = FillEmptyFields(f,'-');
if ~(all(strcmp({out.e},'-')) && out(2).r=='-' && out(3).r=='-') % not going to test all, if these work rest will too
success = false;
fprintf('FillEmptyFields did not fill in empty fields in struct array correctly\n');
end
out = FillEmptyFields({'a',[],4,[]},'-');
if ~(out{1}=='a' && out{2}=='-' && out{3}==4 && out{4}=='-')
success = false;
fprintf('FillEmptyFields did not fill in empty elements in cell array correctly\n');
end
clear out
% test: GroupStructArrayByFields
out = GroupStructArrayByFields(g,'r');
if ~(length(out{1})==2 && isscalar(out{2}))
success = false;
fprintf('GroupStructArrayByFields did not group structs correctly\n');
end
clear out
% test: Struct2Vect
out = Struct2Vect(data,'field');
if ~(isnumeric(out) && all(out==[23 56]))
success = false;
fprintf('Struct2Vect did not concatenate two scalar numerics correctly\n');
end
out = Struct2Vect(data2,'test');
if ~(iscell(out) && out{1}==23 && out{2}=='d')
success = false;
fprintf('Struct2Vect did not concatenate a scalar numeric and a char correctly\n');
end
out = Struct2Vect(data3,'cells');
if ~(iscell(out) && out{1}==23 && all(out{2}==[42 45]))
success = false;
fprintf('Struct2Vect did not concatenate a scalar numeric and numeric array correctly\n');
end
out = Struct2Vect(data4,'struc');
if ~(isstruct(out) && out(1).a==24 && all(out(2).a==[42 45]))
success = false;
fprintf('Struct2Vect did not concatenate scalar structs correctly\n');
end
clear out
catch me
success = false;
fprintf('Unit test %s failed, error ocurred:\n%s\n',mfilename,me.getReport());
end
|
