protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
protected XMLEventAllocator createEventAllocator() { // Explicitly set allocate? if (mAllocator != null) { return mAllocator.newInstance(); } /* Complete or fast one? Note: standard allocator is designed * in such a way that newInstance() need not be called (calling * it wouldn't do anything, anyway) */ return mConfig.willPreserveLocation() ? DefaultEventAllocator.getDefaultInstance() : DefaultEventAllocator.getFastInstance(); }
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;
return willPreserveLocation() ? Boolean.TRUE : Boolean.FALSE; case PROP_AUTO_CLOSE_INPUT: return willAutoCloseInput() ? Boolean.TRUE : Boolean.FALSE;