23     entry: crate::ctxhash::OccupiedEntry<'a, K, Val<V>>,  field
29         &self.entry.get().value  in get()
35     entry: InsertLoc<'a, K, V>,  field
55         match self.entry {  in insert()
106     pub fn entry<'a, C>(&'a mut self, ctx: &C, key: K) -> Entry<'a, K, V>  in entry()  function
121         match self.map.entry(key, ctx) {  in entry_with_depth()
122             crate::ctxhash::Entry::Occupied(entry) => {  in entry_with_depth()
123                 let entry_generation = entry.get().generation;  in entry_with_depth()
124                 let entry_depth = entry.get().level as usize;  in entry_with_depth()
126                     Entry::Occupied(OccupiedEntry { entry })  in entry_with_depth()
129                         entry: InsertLoc::Occupied(entry),  in entry_with_depth()
135             crate::ctxhash::Entry::Vacant(entry) => Entry::Vacant(VacantEntry {  in entry_with_depth()
136                 entry: InsertLoc::Vacant(entry),  in entry_with_depth()
150             .filter(|entry| {  in get()
151                 let level = entry.level as usize;  in get()
152                 self.generation_by_depth.get(level).cloned() == Some(entry.generation)  in get()
154             .map(|entry| &entry.value)  in get()
225         match map.entry(&NullCtx, 0) {  in basic()
227             Entry::Vacant(entry) => entry.insert(1),  in basic()
229         match map.entry(&NullCtx, 2) {  in basic()
231             Entry::Vacant(entry) => entry.insert(8),  in basic()
233         match map.entry(&NullCtx, 2) {  in basic()
234             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
238         match map.entry(&NullCtx, 2) {  in basic()
239             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
242         match map.entry(&NullCtx, 1) {  in basic()
244             Entry::Vacant(entry) => entry.insert(3),  in basic()
246         match map.entry(&NullCtx, 1) {  in basic()
247             Entry::Occupied(entry) => assert!(*entry.get() == 3),  in basic()
250         match map.entry(&NullCtx, 0) {  in basic()
251             Entry::Occupied(entry) => assert!(*entry.get() == 1),  in basic()
254         match map.entry(&NullCtx, 2) {  in basic()
255             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
259         match map.entry(&NullCtx, 0) {  in basic()
260             Entry::Occupied(entry) => assert!(*entry.get() == 1),  in basic()
263         match map.entry(&NullCtx, 2) {  in basic()
264             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
268         match map.entry(&NullCtx, 2) {  in basic()
269             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
272         match map.entry(&NullCtx, 1) {  in basic()
274             Entry::Vacant(entry) => entry.insert(4),  in basic()
276         match map.entry(&NullCtx, 1) {  in basic()
277             Entry::Occupied(entry) => assert!(*entry.get() == 4),  in basic()
280         match map.entry(&NullCtx, 2) {  in basic()
281             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
288         match map.entry(&NullCtx, 2) {  in basic()
289             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
292         match map.entry(&NullCtx, 1) {  in basic()
294             Entry::Vacant(entry) => entry.insert(5),  in basic()
296         match map.entry(&NullCtx, 1) {  in basic()
297             Entry::Occupied(entry) => assert!(*entry.get() == 5),  in basic()
300         match map.entry(&NullCtx, 2) {  in basic()
301             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
307         match map.entry(&NullCtx, 2) {  in basic()
308             Entry::Occupied(entry) => assert!(*entry.get() == 8),  in basic()
311         match map.entry(&NullCtx, 1) {  in basic()
313             Entry::Vacant(entry) => entry.insert(3),  in basic()