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eirrepo: Commit


Commit MetaInfo

Revision457 (tree)
Time2022-04-11 21:30:28
Authorquiret

Log Message

- added Iterate.h header with nice little helpers + unit-tests
- moved around unit-tests into more matching source files + their relevant Eir SDK definitions

Change Summary

Incremental Difference

--- common/sdk/Iterate.h (nonexistent)
+++ common/sdk/Iterate.h (revision 457)
@@ -0,0 +1,186 @@
1+/*****************************************************************************
2+*
3+* PROJECT: Eir SDK
4+* LICENSE: See LICENSE in the top level directory
5+* FILE: eirrepo/sdk/Iterate.h
6+* PURPOSE: Iteration over lists and arguments.
7+*
8+* Find the Eir SDK at: https://osdn.net/projects/eirrepo/
9+* Multi Theft Auto is available from http://www.multitheftauto.com/
10+*
11+*****************************************************************************/
12+
13+#ifndef _EIRREPO_ITERATION_HEADER_
14+#define _EIRREPO_ITERATION_HEADER_
15+
16+#include "MetaHelpers.h"
17+#include "Vector.h"
18+#include "Set.h"
19+#include "MultiValueStore.h"
20+
21+namespace eir
22+{
23+
24+// Iterates over a single item/container.
25+template <typename itemType, typename containerType, typename callbackType>
26+ requires ( eir::constructible_from <itemType, containerType&&> && std::is_invocable <callbackType, itemType&&>::value ||
27+ std::is_invocable <callbackType, itemType&>::value )
28+AINLINE void iterateOver( containerType&& container, callbackType&& cb )
29+{
30+ if constexpr ( eir::constructible_from <itemType, containerType&&> )
31+ {
32+ cb( std::forward <containerType> ( container ) );
33+ }
34+ else
35+ {
36+ for ( itemType& item : container )
37+ {
38+ cb( item );
39+ }
40+ }
41+}
42+
43+// Iterates over multiple containers, non-uniquely.
44+template <typename itemType, typename... containerTypes, typename callbackType>
45+ requires ( std::is_invocable <callbackType, itemType&>::value )
46+AINLINE void iterateOverMulti( callbackType&& cb, containerTypes&&... containers )
47+{
48+ ( iterateOver <itemType> ( containers, cb ), ... );
49+}
50+
51+// Queries a single container and sees if the data exist in that container.
52+template <typename containerType, typename itemType>
53+AINLINE bool containerContains( const containerType& container, const itemType& item )
54+{
55+ if constexpr ( is_set <containerType>::value || is_vector <containerType>::value || is_multivaluestore <containerType>::value )
56+ {
57+ return ( container.Find( item ) );
58+ }
59+ else if constexpr ( EqualityComparableValues <containerType, itemType> )
60+ {
61+ return ( container == item );
62+ }
63+ else
64+ {
65+ for ( const itemType& ai : container )
66+ {
67+ if ( ai == item )
68+ {
69+ return true;
70+ }
71+ }
72+ return false;
73+ }
74+}
75+
76+// Quick helper for checking multiple containers related to item presence.
77+template <typename itemType, typename... containerTypes>
78+ requires ( sizeof...( containerTypes ) > 0 )
79+AINLINE bool isInContainer( const itemType& item, const containerTypes&... containers )
80+{
81+ return ( containerContains( containers, item ) || ... );
82+}
83+
84+template <typename findItemType, typename putItemType, typename... containerTypes>
85+ requires ( sizeof...( containerTypes ) > 0 && ( std::is_const <containerTypes>::value || ... ) == false )
86+AINLINE void replaceInContainer( const findItemType& oldval, const putItemType& newval, containerTypes&&... containers )
87+{
88+ auto _replace_lambda = [&]( auto& container ) LAINLINE
89+ {
90+ if constexpr ( is_set <decltype(container)>::value )
91+ {
92+ if ( auto *foundNode = container.Find( oldval ) )
93+ {
94+ auto& upd = container.BeginNodeUpdate( foundNode );
95+
96+ upd = newval;
97+
98+ container.EndNodeUpdate( foundNode );
99+ }
100+ }
101+ else if constexpr ( is_multivaluestore <decltype(container)>::value )
102+ {
103+ container.Replace( oldval, newval );
104+ }
105+ else if constexpr ( is_vector <decltype(container)>::value )
106+ {
107+ container.ReplaceValues( oldval, newval );
108+ }
109+ else if constexpr (
110+ std::is_reference <decltype(container)>::value &&
111+ std::convertible_to <putItemType, typename std::remove_reference <decltype(container)>::type>
112+ )
113+ {
114+ if ( container == oldval )
115+ {
116+ container = newval;
117+ }
118+ }
119+ else
120+ {
121+ for ( auto& ival : container )
122+ {
123+ if ( ival == oldval )
124+ {
125+ ival = newval;
126+ }
127+ }
128+ }
129+ };
130+
131+ ( _replace_lambda( containers ), ... );
132+}
133+
134+enum class eUniqueVectorRemovalPolicy
135+{
136+ REMOVE,
137+ REPLACE_WITH_DEFAULT
138+};
139+
140+template <typename itemType, eUniqueVectorRemovalPolicy vecRemPolicy = eUniqueVectorRemovalPolicy::REMOVE, typename... containerTypes>
141+ requires ( sizeof...( containerTypes ) > 0 && std::is_const <itemType>::value == false && ( std::is_const <containerTypes>::value || ... ) == false )
142+AINLINE void removeFromContainer( const itemType& findval, containerTypes&&... containers )
143+{
144+ auto _remove_lambda = [&]( auto& container ) LAINLINE
145+ {
146+ if constexpr ( is_set <decltype(container)>::value )
147+ {
148+ container.Remove( findval );
149+ }
150+ else if constexpr ( is_multivaluestore <decltype(container)>::value )
151+ {
152+ container.RemoveAll( findval );
153+ }
154+ else if constexpr ( is_vector <decltype(container)>::value && vecRemPolicy == eUniqueVectorRemovalPolicy::REMOVE )
155+ {
156+ // If the policy is not equal to REMOVE, then we fall down to the replacement logic below.
157+ container.RemoveByValue( findval );
158+ }
159+ else if constexpr ( std::same_as <decltype(container), itemType&> )
160+ {
161+ if ( findval != itemType() && container == findval )
162+ {
163+ container = {};
164+ }
165+ }
166+ else
167+ {
168+ if ( findval != itemType() )
169+ {
170+ for ( auto& ival : container )
171+ {
172+ if ( ival == findval )
173+ {
174+ ival = {};
175+ }
176+ }
177+ }
178+ }
179+ };
180+
181+ ( _remove_lambda( containers ), ... );
182+}
183+
184+} // namespace eir
185+
186+#endif //_EIRREPO_ITERATION_HEADER_
\ No newline at end of file
--- common/sdk/UniqueIterate.h (revision 456)
+++ common/sdk/UniqueIterate.h (revision 457)
@@ -13,10 +13,7 @@
1313 #ifndef _EIRSDK_UNIQUE_ITER_HEADER_
1414 #define _EIRSDK_UNIQUE_ITER_HEADER_
1515
16-#include "MetaHelpers.h"
17-#include "Vector.h"
18-#include "Set.h"
19-#include "MultiValueStore.h"
16+#include "Iterate.h"
2017
2118 #include <type_traits>
2219 #include <optional>
@@ -130,30 +127,6 @@
130127 }
131128 }
132129
133-template <typename containerType, typename itemType>
134-AINLINE bool containerContains( const containerType& container, const itemType& item )
135-{
136- if constexpr ( is_set <containerType>::value || is_vector <containerType>::value || is_multivaluestore <containerType>::value )
137- {
138- return ( container.Find( item ) );
139- }
140- else if constexpr ( EqualityComparableValues <containerType, itemType> )
141- {
142- return ( container == item );
143- }
144- else
145- {
146- for ( const itemType& ai : container )
147- {
148- if ( ai == item )
149- {
150- return true;
151- }
152- }
153- return false;
154- }
155-}
156-
157130 // Helper.
158131 template <typename itemType, typename optionalStore>
159132 AINLINE itemType _fetch_from_optional( const optionalStore& store )
@@ -366,114 +339,6 @@
366339 uniqueIterateTuple <itemType> ( std::forward <callbackType> ( cb ), std::tuple <const containerTypes&...> ( containers... ) );
367340 }
368341
369-// Quick helper for checking multiple containers related to item presence.
370-template <typename itemType, typename... containerTypes>
371- requires ( sizeof...( containerTypes ) > 0 )
372-AINLINE bool isInContainer( const itemType& item, const containerTypes&... containers )
373-{
374- return ( containerContains( containers, item ) || ... );
375-}
376-
377-template <typename findItemType, typename putItemType, typename... containerTypes>
378- requires ( sizeof...( containerTypes ) > 0 && ( std::is_const <containerTypes>::value || ... ) == false )
379-AINLINE void replaceInContainer( const findItemType& oldval, const putItemType& newval, containerTypes&&... containers )
380-{
381- auto _replace_lambda = [&]( auto& container ) LAINLINE
382- {
383- if constexpr ( is_set <decltype(container)>::value )
384- {
385- if ( auto *foundNode = container.Find( oldval ) )
386- {
387- auto& upd = container.BeginNodeUpdate( foundNode );
388-
389- upd = newval;
390-
391- container.EndNodeUpdate( foundNode );
392- }
393- }
394- else if constexpr ( is_multivaluestore <decltype(container)>::value )
395- {
396- container.Replace( oldval, newval );
397- }
398- else if constexpr ( is_vector <decltype(container)>::value )
399- {
400- container.ReplaceValues( oldval, newval );
401- }
402- else if constexpr (
403- std::is_reference <decltype(container)>::value &&
404- std::convertible_to <putItemType, typename std::remove_reference <decltype(container)>::type>
405- )
406- {
407- if ( container == oldval )
408- {
409- container = newval;
410- }
411- }
412- else
413- {
414- for ( auto& ival : container )
415- {
416- if ( ival == oldval )
417- {
418- ival = newval;
419- }
420- }
421- }
422- };
423-
424- ( _replace_lambda( containers ), ... );
425-}
426-
427-enum class eUniqueVectorRemovalPolicy
428-{
429- REMOVE,
430- REPLACE_WITH_DEFAULT
431-};
432-
433-template <typename itemType, eUniqueVectorRemovalPolicy vecRemPolicy = eUniqueVectorRemovalPolicy::REMOVE, typename... containerTypes>
434- requires ( sizeof...( containerTypes ) > 0 && std::is_const <itemType>::value == false && ( std::is_const <containerTypes>::value || ... ) == false )
435-AINLINE void removeFromContainer( const itemType& findval, containerTypes&&... containers )
436-{
437- auto _remove_lambda = [&]( auto& container ) LAINLINE
438- {
439- if constexpr ( is_set <decltype(container)>::value )
440- {
441- container.Remove( findval );
442- }
443- else if constexpr ( is_multivaluestore <decltype(container)>::value )
444- {
445- container.RemoveAll( findval );
446- }
447- else if constexpr ( is_vector <decltype(container)>::value && vecRemPolicy == eUniqueVectorRemovalPolicy::REMOVE )
448- {
449- // If the policy is not equal to REMOVE, then we fall down to the replacement logic below.
450- container.RemoveByValue( findval );
451- }
452- else if constexpr ( std::same_as <decltype(container), itemType&> )
453- {
454- if ( findval != itemType() && container == findval )
455- {
456- container = {};
457- }
458- }
459- else
460- {
461- if ( findval != itemType() )
462- {
463- for ( auto& ival : container )
464- {
465- if ( ival == findval )
466- {
467- ival = {};
468- }
469- }
470- }
471- }
472- };
473-
474- ( _remove_lambda( containers ), ... );
475-}
476-
477342 } // namespace eir
478343
479344 #endif //_EIRSDK_UNIQUE_ITER_HEADER_
\ No newline at end of file
--- unittests/src/iterate.cpp (nonexistent)
+++ unittests/src/iterate.cpp (revision 457)
@@ -0,0 +1,264 @@
1+#include <sdk/Iterate.h>
2+
3+void ITERATE_TESTS( void )
4+{
5+ printf( "testing iterateOver (with vector)..." );
6+ {
7+ eir::Vector <int, CRTHeapAllocator> vec = std::array{ 1, 2, 1, 4, 7 };
8+
9+ size_t idx = 0;
10+
11+ eir::iterateOver <int> ( vec,
12+ [&]( int& v )
13+ {
14+ assert( idx != 0 || v == 1 );
15+ assert( idx != 1 || v == 2 );
16+ assert( idx != 2 || v == 1 );
17+ assert( idx != 3 || v == 4 );
18+ assert( idx != 4 || v == 7 );
19+
20+ idx++;
21+ }
22+ );
23+
24+ assert( idx == 5 );
25+ }
26+ printf( "ok.\n" );
27+
28+ printf( "testing iterateOver (with single value)..." );
29+ {
30+ eir::iterateOver <int> ( 901,
31+ [&]( int&& v )
32+ {
33+ assert( v == 901 );
34+ }
35+ );
36+
37+ eir::iterateOver <int> ( 77,
38+ [&]( const int& v )
39+ {
40+ assert( v == 77 );
41+ }
42+ );
43+ }
44+ printf( "ok.\n" );
45+
46+ printf( "testing iterateOverMulti (with multi values)..." );
47+ {
48+ size_t idx = 0;
49+
50+ eir::iterateOverMulti <int> (
51+ [&]( int& v )
52+ {
53+ assert( idx != 0 || v == 4 );
54+ assert( idx != 1 || v == 3 );
55+ assert( idx != 2 || v == 8 );
56+ assert( idx != 3 || v == 9 );
57+ assert( idx != 4 || v == -20 );
58+
59+ idx++;
60+ },
61+ 4, 3, 8, 9, -20
62+ );
63+
64+ assert( idx == 5 );
65+ }
66+ printf( "ok.\n" );
67+
68+ printf( "testing iterateOverMulti (with vector and set)..." );
69+ {
70+ eir::Vector <int, CRTHeapAllocator> cont1 = std::array{ 5, 3, 9 };
71+ eir::Set <int, CRTHeapAllocator> cont2 = std::array{ 99, 4145, 4 };
72+
73+ size_t idx = 0;
74+
75+ eir::iterateOverMulti <const int> (
76+ [&]( const int& v )
77+ {
78+ assert( idx != 0 || v == 5 );
79+ assert( idx != 1 || v == 3 );
80+ assert( idx != 2 || v == 9 );
81+ assert( idx != 3 || v == 4 );
82+ assert( idx != 4 || v == 99 );
83+ assert( idx != 5 || v == 4145 );
84+
85+ idx++;
86+ },
87+ cont1, cont2
88+ );
89+
90+ assert( idx == 6 );
91+ }
92+ printf( "ok.\n" );
93+
94+ printf( "testing isInContainer..." );
95+ {
96+ assert( eir::isInContainer( 1, std::array{ 0, 1, 2 } ) == true );
97+ assert( eir::isInContainer( 6, std::array{ 3, 2, 7 } ) == false );
98+ assert( eir::isInContainer( 5, eir::Set <int, CRTHeapAllocator> ( std::array{ 1, 3, 5 } ) ) == true );
99+ assert( eir::isInContainer( 4, eir::Vector <int, CRTHeapAllocator> ( std::array{ 2, 6, 0 } ) ) == false );
100+ assert( eir::isInContainer( 42, std::array{ 1, 2, 3 }, std::array{ 5, 9, 12 }, eir::Vector <int, CRTHeapAllocator> ( std::array{ 31, 42, 53 } ) ) == true );
101+ assert( eir::isInContainer( 99, 11, 22, 33, 44, 55, 66, 77, 88, 99 ) == true );
102+ assert( eir::isInContainer( 1, 0, -42, 88 ) == false );
103+ }
104+ printf( "ok.\n" );
105+
106+ printf( "testing replaceInContainer (with array)..." );
107+ {
108+ auto arr = std::array{ 3, 5, 9 };
109+ auto arr2 = std::array{ 66, 5 };
110+
111+ eir::replaceInContainer <int> ( 5, 11, arr, arr2 );
112+
113+ assert( arr[0] == 3 );
114+ assert( arr[1] == 11 );
115+ assert( arr[2] == 9 );
116+ assert( arr2[0] == 66 );
117+ assert( arr2[1] == 11 );
118+ }
119+ printf( "ok.\n" );
120+
121+ printf( "testing replaceInContainer (with vector)..." );
122+ {
123+ eir::Vector <int, CRTHeapAllocator> vec = std::array{ 331, 45, 824, 42, 42 };
124+ eir::Vector <int, CRTHeapAllocator> vec2 = std::array{ 1 };
125+
126+ eir::replaceInContainer <int> ( 42, 84, vec, vec2 );
127+
128+ assert( vec[0] == 331 );
129+ assert( vec[1] == 45 );
130+ assert( vec[2] == 824 );
131+ assert( vec[3] == 84 );
132+ assert( vec[4] == 84 );
133+ assert( vec2[0] == 1 );
134+ }
135+ printf( "ok.\n" );
136+
137+ printf( "testing replaceInContainer (with set)..." );
138+ {
139+ eir::Set <int, CRTHeapAllocator> set = std::array{ 0, 11, 22, 33, 44, 55 };
140+ eir::Set <int, CRTHeapAllocator> set2 = std::array{ 6, 7, 8, 33 };
141+
142+ eir::replaceInContainer <int> ( 33, 0, set, set2 );
143+
144+ assert( set.Find( 33 ) == nullptr );
145+ assert( set.Find( 0 ) != nullptr );
146+ assert( set2.Find( 33 ) == nullptr );
147+ assert( set2.Find( 0 ) != nullptr );
148+ }
149+ printf( "ok.\n" );
150+
151+ printf( "testing replaceInContainer (with multi-value-store)..." );
152+ {
153+ eir::MultiValueStore <int, CRTHeapAllocator> mvs = std::array{ 1, 1, 2, 2, 3, 3 };
154+ eir::MultiValueStore <int, CRTHeapAllocator> mvs2 = std::array{ 99 };
155+
156+ eir::replaceInContainer( 1, 7, mvs, mvs2 );
157+
158+ assert( mvs.GetRefCount( 7 ) == 2 );
159+ assert( mvs.GetRefCount( 1 ) == 0 );
160+
161+ eir::replaceInContainer( 2, 3, mvs, mvs2 );
162+
163+ assert( mvs.GetRefCount( 3 ) == 4 );
164+ assert( mvs.GetRefCount( 2 ) == 0 );
165+
166+ eir::replaceInContainer( 99, 0, mvs, mvs2 );
167+
168+ assert( mvs2.GetRefCount( 0 ) == 1 );
169+ assert( mvs2.GetRefCount( 99 ) == 0 );
170+ }
171+ printf( "ok.\n" );
172+
173+ printf( "testing replaceInContainer (with references)..." );
174+ {
175+ int a = 1;
176+ int b = 2;
177+ int c = 1;
178+
179+ eir::replaceInContainer( 1, 9, a, b, c );
180+
181+ assert( a == 9 );
182+ assert( b == 2 );
183+ assert( c == 9 );
184+ }
185+ printf( "ok.\n" );
186+
187+ printf( "testing removeFromContainer (with array)..." );
188+ {
189+ auto arr = std::array{ 1, 2, 3 };
190+ auto arr2 = std::array{ 3, 4, 5 };
191+
192+ eir::removeFromContainer <int> ( 3, arr, arr2 );
193+
194+ assert( arr[2] == 0 );
195+ assert( arr2[0] == 0 );
196+ }
197+ printf( "ok.\n" );
198+
199+ printf( "testing removeFromContainer (with vector)..." );
200+ {
201+ eir::Vector <int, CRTHeapAllocator> vec = std::array{ 2, 4, 6 };
202+ eir::Vector <int, CRTHeapAllocator> vec2 = std::array{ 6, 8, 10 };
203+
204+ eir::removeFromContainer <int> ( 6, vec, vec2 );
205+
206+ assert( vec.GetCount() == 2 );
207+ assert( vec2.GetCount() == 2 );
208+ }
209+ printf( "ok.\n" );
210+
211+ printf( "testing removeFromContainer (with set)..." );
212+ {
213+ eir::Set <int, CRTHeapAllocator> set = std::array{ 442, 563, 857 };
214+ eir::Set <int, CRTHeapAllocator> set2 = std::array{ 0, 1, 2 };
215+
216+ eir::removeFromContainer <int> ( 563, set, set2 );
217+
218+ assert( set.Find( 563 ) == nullptr );
219+ assert( set.GetValueCount() == 2 );
220+ }
221+ printf( "ok.\n" );
222+
223+ printf( "testing removeFromContainer (with multi-value-store)..." );
224+ {
225+ eir::MultiValueStore <int, CRTHeapAllocator> mvs = std::array{ 66, 99, 111 };
226+ eir::MultiValueStore <int, CRTHeapAllocator> mvs2 = std::array{ 1, 1, 2 };
227+
228+ eir::removeFromContainer( 1, mvs, mvs2 );
229+
230+ assert( mvs2.Find( 1 ) == false );
231+
232+ eir::removeFromContainer( 99, mvs, mvs2 );
233+
234+ assert( mvs.Find( 99 ) == false );
235+ }
236+ printf( "ok.\n" );
237+
238+ printf( "testing removeFromContainer (with references)..." );
239+ {
240+ int a = 1;
241+ int b = 2;
242+ int c = 1;
243+
244+ eir::removeFromContainer( 1, a, b, c );
245+
246+ assert( a == 0 );
247+ assert( b == 2 );
248+ assert( c == 0 );
249+ }
250+ printf( "ok.\n" );
251+
252+ printf( "testing removeFromContainer (replace-default removal policy)..." );
253+ {
254+ eir::Vector <int, CRTHeapAllocator> vec = std::array{ 1, 2, 3 };
255+
256+ eir::removeFromContainer <int, eir::eUniqueVectorRemovalPolicy::REPLACE_WITH_DEFAULT> ( 2, vec );
257+
258+ assert( vec.GetCount() == 3 );
259+ assert( vec[0] == 1 );
260+ assert( vec[1] == 0 );
261+ assert( vec[2] == 3 );
262+ }
263+ printf( "ok.\n" );
264+}
\ No newline at end of file
--- unittests/src/main.cpp (revision 456)
+++ unittests/src/main.cpp (revision 457)
@@ -31,6 +31,7 @@
3131 extern void STACKEDALLOC_TESTS( void );
3232 extern void BITVECTOR_TESTS( void );
3333 extern void EMPTYVECTOR_TESTS( void );
34+extern void ITERATE_TESTS( void );
3435 extern void UNIQUEITER_TESTS( void );
3536 extern void MULTIVALUESTORE_TESTS( void );
3637
@@ -64,6 +65,7 @@
6465 STACKEDALLOC_TESTS();
6566 BITVECTOR_TESTS();
6667 EMPTYVECTOR_TESTS();
68+ ITERATE_TESTS();
6769 UNIQUEITER_TESTS();
6870 MULTIVALUESTORE_TESTS();
6971
--- unittests/src/uniqueiter.cpp (revision 456)
+++ unittests/src/uniqueiter.cpp (revision 457)
@@ -222,175 +222,4 @@
222222 assert( cnt == 6 );
223223 }
224224 printf( "ok.\n" );
225-
226- printf( "testing isInContainer..." );
227- {
228- assert( eir::isInContainer( 1, std::array{ 0, 1, 2 } ) == true );
229- assert( eir::isInContainer( 6, std::array{ 3, 2, 7 } ) == false );
230- assert( eir::isInContainer( 5, eir::Set <int, CRTHeapAllocator> ( std::array{ 1, 3, 5 } ) ) == true );
231- assert( eir::isInContainer( 4, eir::Vector <int, CRTHeapAllocator> ( std::array{ 2, 6, 0 } ) ) == false );
232- assert( eir::isInContainer( 42, std::array{ 1, 2, 3 }, std::array{ 5, 9, 12 }, eir::Vector <int, CRTHeapAllocator> ( std::array{ 31, 42, 53 } ) ) == true );
233- assert( eir::isInContainer( 99, 11, 22, 33, 44, 55, 66, 77, 88, 99 ) == true );
234- assert( eir::isInContainer( 1, 0, -42, 88 ) == false );
235- }
236- printf( "ok.\n" );
237-
238- printf( "testing replaceInContainer (with array)..." );
239- {
240- auto arr = std::array{ 3, 5, 9 };
241- auto arr2 = std::array{ 66, 5 };
242-
243- eir::replaceInContainer <int> ( 5, 11, arr, arr2 );
244-
245- assert( arr[0] == 3 );
246- assert( arr[1] == 11 );
247- assert( arr[2] == 9 );
248- assert( arr2[0] == 66 );
249- assert( arr2[1] == 11 );
250- }
251- printf( "ok.\n" );
252-
253- printf( "testing replaceInContainer (with vector)..." );
254- {
255- eir::Vector <int, CRTHeapAllocator> vec = std::array{ 331, 45, 824, 42, 42 };
256- eir::Vector <int, CRTHeapAllocator> vec2 = std::array{ 1 };
257-
258- eir::replaceInContainer <int> ( 42, 84, vec, vec2 );
259-
260- assert( vec[0] == 331 );
261- assert( vec[1] == 45 );
262- assert( vec[2] == 824 );
263- assert( vec[3] == 84 );
264- assert( vec[4] == 84 );
265- assert( vec2[0] == 1 );
266- }
267- printf( "ok.\n" );
268-
269- printf( "testing replaceInContainer (with set)..." );
270- {
271- eir::Set <int, CRTHeapAllocator> set = std::array{ 0, 11, 22, 33, 44, 55 };
272- eir::Set <int, CRTHeapAllocator> set2 = std::array{ 6, 7, 8, 33 };
273-
274- eir::replaceInContainer <int> ( 33, 0, set, set2 );
275-
276- assert( set.Find( 33 ) == nullptr );
277- assert( set.Find( 0 ) != nullptr );
278- assert( set2.Find( 33 ) == nullptr );
279- assert( set2.Find( 0 ) != nullptr );
280- }
281- printf( "ok.\n" );
282-
283- printf( "testing replaceInContainer (with multi-value-store)..." );
284- {
285- eir::MultiValueStore <int, CRTHeapAllocator> mvs = std::array{ 1, 1, 2, 2, 3, 3 };
286- eir::MultiValueStore <int, CRTHeapAllocator> mvs2 = std::array{ 99 };
287-
288- eir::replaceInContainer( 1, 7, mvs, mvs2 );
289-
290- assert( mvs.GetRefCount( 7 ) == 2 );
291- assert( mvs.GetRefCount( 1 ) == 0 );
292-
293- eir::replaceInContainer( 2, 3, mvs, mvs2 );
294-
295- assert( mvs.GetRefCount( 3 ) == 4 );
296- assert( mvs.GetRefCount( 2 ) == 0 );
297-
298- eir::replaceInContainer( 99, 0, mvs, mvs2 );
299-
300- assert( mvs2.GetRefCount( 0 ) == 1 );
301- assert( mvs2.GetRefCount( 99 ) == 0 );
302- }
303- printf( "ok.\n" );
304-
305- printf( "testing replaceInContainer (with references)..." );
306- {
307- int a = 1;
308- int b = 2;
309- int c = 1;
310-
311- eir::replaceInContainer( 1, 9, a, b, c );
312-
313- assert( a == 9 );
314- assert( b == 2 );
315- assert( c == 9 );
316- }
317- printf( "ok.\n" );
318-
319- printf( "testing removeFromContainer (with array)..." );
320- {
321- auto arr = std::array{ 1, 2, 3 };
322- auto arr2 = std::array{ 3, 4, 5 };
323-
324- eir::removeFromContainer <int> ( 3, arr, arr2 );
325-
326- assert( arr[2] == 0 );
327- assert( arr2[0] == 0 );
328- }
329- printf( "ok.\n" );
330-
331- printf( "testing removeFromContainer (with vector)..." );
332- {
333- eir::Vector <int, CRTHeapAllocator> vec = std::array{ 2, 4, 6 };
334- eir::Vector <int, CRTHeapAllocator> vec2 = std::array{ 6, 8, 10 };
335-
336- eir::removeFromContainer <int> ( 6, vec, vec2 );
337-
338- assert( vec.GetCount() == 2 );
339- assert( vec2.GetCount() == 2 );
340- }
341- printf( "ok.\n" );
342-
343- printf( "testing removeFromContainer (with set)..." );
344- {
345- eir::Set <int, CRTHeapAllocator> set = std::array{ 442, 563, 857 };
346- eir::Set <int, CRTHeapAllocator> set2 = std::array{ 0, 1, 2 };
347-
348- eir::removeFromContainer <int> ( 563, set, set2 );
349-
350- assert( set.Find( 563 ) == nullptr );
351- assert( set.GetValueCount() == 2 );
352- }
353- printf( "ok.\n" );
354-
355- printf( "testing removeFromContainer (with multi-value-store)..." );
356- {
357- eir::MultiValueStore <int, CRTHeapAllocator> mvs = std::array{ 66, 99, 111 };
358- eir::MultiValueStore <int, CRTHeapAllocator> mvs2 = std::array{ 1, 1, 2 };
359-
360- eir::removeFromContainer( 1, mvs, mvs2 );
361-
362- assert( mvs2.Find( 1 ) == false );
363-
364- eir::removeFromContainer( 99, mvs, mvs2 );
365-
366- assert( mvs.Find( 99 ) == false );
367- }
368- printf( "ok.\n" );
369-
370- printf( "testing removeFromContainer (with references)..." );
371- {
372- int a = 1;
373- int b = 2;
374- int c = 1;
375-
376- eir::removeFromContainer( 1, a, b, c );
377-
378- assert( a == 0 );
379- assert( b == 2 );
380- assert( c == 0 );
381- }
382- printf( "ok.\n" );
383-
384- printf( "testing removeFromContainer (replace-default removal policy)..." );
385- {
386- eir::Vector <int, CRTHeapAllocator> vec = std::array{ 1, 2, 3 };
387-
388- eir::removeFromContainer <int, eir::eUniqueVectorRemovalPolicy::REPLACE_WITH_DEFAULT> ( 2, vec );
389-
390- assert( vec.GetCount() == 3 );
391- assert( vec[0] == 1 );
392- assert( vec[1] == 0 );
393- assert( vec[2] == 3 );
394- }
395- printf( "ok.\n" );
396225 }
\ No newline at end of file
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