Lines Matching refs:elements

175             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
176             if (elements != NULL)
178                 return new(memory) SelfType(elements, maxSlots, allocator);
398     Signal0(void* elements, size_t maxSlots, AllocatorType* allocator)
399     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
583             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
584             if (elements != NULL)
586                 return new(memory) SelfType(elements, maxSlots, allocator);
806     Signal1(void* elements, size_t maxSlots, AllocatorType* allocator)
807     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
992             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
993             if (elements != NULL)
995                 return new(memory) SelfType(elements, maxSlots, allocator);
1215     Signal2(void* elements, size_t maxSlots, AllocatorType* allocator)
1216     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
1402             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
1403             if (elements != NULL)
1405                 return new(memory) SelfType(elements, maxSlots, allocator);
1625     Signal3(void* elements, size_t maxSlots, AllocatorType* allocator)
1626     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
1813             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
1814             if (elements != NULL)
1816                 return new(memory) SelfType(elements, maxSlots, allocator);
2036     Signal4(void* elements, size_t maxSlots, AllocatorType* allocator)
2037     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
2225             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
2226             if (elements != NULL)
2228                 return new(memory) SelfType(elements, maxSlots, allocator);
2448     Signal5(void* elements, size_t maxSlots, AllocatorType* allocator)
2449     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
2638             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
2639             if (elements != NULL)
2641                 return new(memory) SelfType(elements, maxSlots, allocator);
2861     Signal6(void* elements, size_t maxSlots, AllocatorType* allocator)
2862     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
3052             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
3053             if (elements != NULL)
3055                 return new(memory) SelfType(elements, maxSlots, allocator);
3275     Signal7(void* elements, size_t maxSlots, AllocatorType* allocator)
3276     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
3467             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
3468             if (elements != NULL)
3470                 return new(memory) SelfType(elements, maxSlots, allocator);
3690     Signal8(void* elements, size_t maxSlots, AllocatorType* allocator)
3691     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
3883             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
3884             if (elements != NULL)
3886                 return new(memory) SelfType(elements, maxSlots, allocator);
4106     Signal9(void* elements, size_t maxSlots, AllocatorType* allocator)
4107     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}
4300             void* elements = allocator->Alloc(sizeof(SlotType*) * maxSlots);
4301             if (elements != NULL)
4303                 return new(memory) SelfType(elements, maxSlots, allocator);
4523     Signal10(void* elements, size_t maxSlots, AllocatorType* allocator)
4524     : m_Allocator(allocator), m_Slots(elements, maxSlots, allocator) {}