21         : fFields(initialFieldCapacity * 4, status) {  in FormattedValueFieldPositionIteratorImpl()
48     U_ASSERT(fFields.size() % 4 == 0);  in nextPosition()
49     int32_t numFields = fFields.size() / 4;  in nextPosition()
52         UFieldCategory category = static_cast<UFieldCategory>(fFields.elementAti(i * 4));  in nextPosition()
53         int32_t field = fFields.elementAti(i * 4 + 1);  in nextPosition()
55             int32_t start = fFields.elementAti(i * 4 + 2);  in nextPosition()
56             int32_t limit = fFields.elementAti(i * 4 + 3);  in nextPosition()
68     return FieldPositionIteratorHandler(&fFields, status);  in getHandler()
96     int32_t numFields = fFields.size() / 4;  in addOverlapSpans()
98         int32_t field1 = fFields.elementAti(i * 4 + 1);  in addOverlapSpans()
100             int32_t field2 = fFields.elementAti(j * 4 + 1);  in addOverlapSpans()
105             s1a = uprv_min(s1a, fFields.elementAti(i * 4 + 2));  in addOverlapSpans()
106             s1b = uprv_max(s1b, fFields.elementAti(i * 4 + 3));  in addOverlapSpans()
107             s2a = uprv_min(s2a, fFields.elementAti(j * 4 + 2));  in addOverlapSpans()
108             s2b = uprv_max(s2b, fFields.elementAti(j * 4 + 3));  in addOverlapSpans()
114         fFields.addElement(spanCategory, status);  in addOverlapSpans()
115         fFields.addElement(firstIndex, status);  in addOverlapSpans()
116         fFields.addElement(s1a, status);  in addOverlapSpans()
117         fFields.addElement(s1b, status);  in addOverlapSpans()
118         fFields.addElement(spanCategory, status);  in addOverlapSpans()
119         fFields.addElement(1 - firstIndex, status);  in addOverlapSpans()
120         fFields.addElement(s2a, status);  in addOverlapSpans()
121         fFields.addElement(s2b, status);  in addOverlapSpans()
128     int32_t numFields = fFields.size() / 4;  in sort()
132             int32_t categ1 = fFields.elementAti(i*4 + 0);  in sort()
133             int32_t field1 = fFields.elementAti(i*4 + 1);  in sort()
134             int32_t start1 = fFields.elementAti(i*4 + 2);  in sort()
135             int32_t limit1 = fFields.elementAti(i*4 + 3);  in sort()
136             int32_t categ2 = fFields.elementAti(i*4 + 4);  in sort()
137             int32_t field2 = fFields.elementAti(i*4 + 5);  in sort()
138             int32_t start2 = fFields.elementAti(i*4 + 6);  in sort()
139             int32_t limit2 = fFields.elementAti(i*4 + 7);  in sort()
157                 fFields.setElementAt(categ2, i*4 + 0);  in sort()
158                 fFields.setElementAt(field2, i*4 + 1);  in sort()
159                 fFields.setElementAt(start2, i*4 + 2);  in sort()
160                 fFields.setElementAt(limit2, i*4 + 3);  in sort()
161                 fFields.setElementAt(categ1, i*4 + 4);  in sort()
162                 fFields.setElementAt(field1, i*4 + 5);  in sort()
163                 fFields.setElementAt(start1, i*4 + 6);  in sort()
164                 fFields.setElementAt(limit1, i*4 + 7);  in sort()