19778276897

Committed 29 Nov 2025 03:24AM UTC coverage: 60.911% (-0.02%) from 60.927%

Build # 19778276897

Build Type

Pull #967

github

Committed by

web-flow

Commit Message

Merge 1b6645e5f into a7f5cbcf6

Pull Request Pull Request #967: Add TOML → facet_value::Value deserialization support

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164 of 312 new or added lines in 3 files covered. (52.56%)

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62.44

/facet-reflect/src/partial/partial_api/maps.rs

use super::*;

////////////////////////////////////////////////////////////////////////////////////////////////////
// Maps
////////////////////////////////////////////////////////////////////////////////////////////////////
impl Partial<'_> {
    /// Begins a map initialization operation
    ///
    /// This initializes the map with default capacity and allows inserting key-value pairs
    /// It does _not_ push a new frame onto the stack.
    ///
    /// For `Def::DynamicValue` types, this initializes as an object instead of a map.
    pub fn begin_map(&mut self) -> Result<&mut Self, ReflectError> {
        self.require_active()?;
        let frame = self.frames_mut().last_mut().unwrap();

        // Check tracker state before initializing
        match &frame.tracker {
            Tracker::Scalar if !frame.is_init => {
                // Good, will initialize below
            }
            Tracker::Scalar => {
                // is_init is true - already initialized (from a previous round), just update tracker
                match frame.shape.def {
                    Def::Map(_) => {
                        frame.tracker = Tracker::Map {
                            insert_state: MapInsertState::Idle,
                        };
                        return Ok(self);
                    }
                    Def::DynamicValue(_) => {
                        frame.tracker = Tracker::DynamicValue {
                            state: DynamicValueState::Object {
                                insert_state: DynamicObjectInsertState::Idle,
                            },
                        };
                        return Ok(self);
                    }
                    _ => {
                        return Err(ReflectError::OperationFailed {
                            shape: frame.shape,
                            operation: "begin_map can only be called on Map or DynamicValue types",
                        });
                    }
                }
            }
            Tracker::Map { .. } => {
                if frame.is_init {
                    // Already initialized, nothing to do
                    return Ok(self);
                }
            }
            Tracker::DynamicValue { state } => {
                // Already initialized as a dynamic object
                if matches!(state, DynamicValueState::Object { .. }) {
                    return Ok(self);
                }
                // Otherwise (Scalar or Array state), we need to deinit before reinitializing
                frame.deinit();
            }
            _ => {
                return Err(ReflectError::UnexpectedTracker {
                    message: "begin_map called but tracker isn't Scalar, Map, or DynamicValue",
                    current_tracker: frame.tracker.kind(),
                });
            }
        }

        // Check that we have a Map or DynamicValue
        match &frame.shape.def {
            Def::Map(map_def) => {
                let init_fn = map_def.vtable.init_in_place_with_capacity_fn;

                // Initialize the map with default capacity (0)
                unsafe {
                    init_fn(frame.data, 0);
                }

                // Update tracker to Map state and mark as initialized
                frame.tracker = Tracker::Map {
                    insert_state: MapInsertState::Idle,
                };
                frame.is_init = true;
            }
            Def::DynamicValue(dyn_def) => {
                // Initialize as a dynamic object
                unsafe {
                    (dyn_def.vtable.begin_object)(frame.data);
                }

                // Update tracker to DynamicValue object state and mark as initialized
                frame.tracker = Tracker::DynamicValue {
                    state: DynamicValueState::Object {
                        insert_state: DynamicObjectInsertState::Idle,
                    },
                };
                frame.is_init = true;
            }
            _ => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "begin_map can only be called on Map or DynamicValue types",
                });
            }
        }

        Ok(self)
    }

    /// Pushes a frame for the map key. After that, `set()` should be called
    /// (or the key should be initialized somehow) and `end()` should be called
    /// to pop the frame.
    pub fn begin_key(&mut self) -> Result<&mut Self, ReflectError> {
        self.require_active()?;
        let frame = self.frames_mut().last_mut().unwrap();

        // Check that we have a Map in Idle state
        let map_def = match (&frame.shape.def, &frame.tracker) {
            (
                Def::Map(map_def),
                Tracker::Map {
                    insert_state: MapInsertState::Idle,
                },
            ) if frame.is_init => map_def,
            (
                Def::Map(_),
                Tracker::Map {
                    insert_state: MapInsertState::PushingKey { .. },
                },
            ) => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "already pushing a key, call end() first",
                });
            }
            (
                Def::Map(_),
                Tracker::Map {
                    insert_state: MapInsertState::PushingValue { .. },
                },
            ) => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "must complete current operation before begin_key()",
                });
            }
            _ => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "must call begin_map() before begin_key()",
                });
            }
        };

        // Get the key shape
        let key_shape = map_def.k();

        // Allocate space for the key
        let key_layout = match key_shape.layout.sized_layout() {
            Ok(layout) => layout,
            Err(_) => {
                return Err(ReflectError::Unsized {
                    shape: key_shape,
                    operation: "begin_key allocating key",
                });
            }
        };
        let key_ptr_raw: *mut u8 = unsafe { ::alloc::alloc::alloc(key_layout) };

        let Some(key_ptr_raw) = NonNull::new(key_ptr_raw) else {
            return Err(ReflectError::OperationFailed {
                shape: frame.shape,
                operation: "failed to allocate memory for map key",
            });
        };

        let key_ptr = PtrUninit::new(key_ptr_raw);

        // Store the key pointer in the insert state
        match &mut frame.tracker {
            Tracker::Map { insert_state, .. } => {
                *insert_state = MapInsertState::PushingKey {
                    key_ptr,
                    key_initialized: false,
                };
            }
            _ => unreachable!(),
        }

        // Push a new frame for the key
        self.frames_mut().push(Frame::new(
            PtrUninit::new(key_ptr_raw),
            key_shape,
            FrameOwnership::ManagedElsewhere, // Ownership tracked in MapInsertState
        ));

        Ok(self)
    }

    /// Pushes a frame for the map value
    /// Must be called after the key has been set and popped
    pub fn begin_value(&mut self) -> Result<&mut Self, ReflectError> {
        self.require_active()?;
        let frame = self.frames_mut().last_mut().unwrap();

        // Check that we have a Map in PushingValue state with no value_ptr yet
        let (map_def, key_ptr) = match (&frame.shape.def, &frame.tracker) {
            (
                Def::Map(map_def),
                Tracker::Map {
                    insert_state:
                        MapInsertState::PushingValue {
                            value_ptr: None,
                            key_ptr,
                            ..
                        },
                    ..
                },
            ) => (map_def, *key_ptr),
            (
                Def::Map(_),
                Tracker::Map {
                    insert_state:
                        MapInsertState::PushingValue {
                            value_ptr: Some(_), ..
                        },
                    ..
                },
            ) => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "already pushing a value, call end() first",
                });
            }
            _ => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "must complete key before begin_value()",
                });
            }
        };

        // Get the value shape
        let value_shape = map_def.v();

        // Allocate space for the value
        let value_layout = match value_shape.layout.sized_layout() {
            Ok(layout) => layout,
            Err(_) => {
                return Err(ReflectError::Unsized {
                    shape: value_shape,
                    operation: "begin_value allocating value",
                });
            }
        };
        let value_ptr_raw: *mut u8 = unsafe { ::alloc::alloc::alloc(value_layout) };

        let Some(value_ptr_raw) = NonNull::new(value_ptr_raw) else {
            return Err(ReflectError::OperationFailed {
                shape: frame.shape,
                operation: "failed to allocate memory for map value",
            });
        };

        let value_ptr = PtrUninit::new(value_ptr_raw);

        // Store the value pointer in the insert state
        match &mut frame.tracker {
            Tracker::Map { insert_state, .. } => {
                *insert_state = MapInsertState::PushingValue {
                    key_ptr,
                    value_ptr: Some(value_ptr),
                    value_initialized: false,
                };
            }
            _ => unreachable!(),
        }

        // Push a new frame for the value
        self.frames_mut().push(Frame::new(
            value_ptr,
            value_shape,
            FrameOwnership::ManagedElsewhere, // Ownership tracked in MapInsertState
        ));

        Ok(self)
    }

    /// Begins an object entry for a DynamicValue object.
    ///
    /// This is a simpler API than begin_key/begin_value for DynamicValue objects,
    /// where keys are always strings. The key is stored and a frame is pushed for
    /// the value. After setting the value and calling `end()`, the key-value pair
    /// will be inserted into the object.
    ///
    /// For `Def::Map` types, use `begin_key()` / `begin_value()` instead.
    pub fn begin_object_entry(&mut self, key: &str) -> Result<&mut Self, ReflectError> {
        crate::trace!("begin_object_entry({key:?})");
        self.require_active()?;
        let frame = self.frames_mut().last_mut().unwrap();

        // Check that we have a DynamicValue in Object state with Idle insert_state
        match (&frame.shape.def, &frame.tracker) {
            (
                Def::DynamicValue(_),
                Tracker::DynamicValue {
                    state:
                        DynamicValueState::Object {
                            insert_state: DynamicObjectInsertState::Idle,
                        },
                },
            ) if frame.is_init => {
                // Good, proceed
            }
            (
                Def::DynamicValue(_),
                Tracker::DynamicValue {
                    state:
                        DynamicValueState::Object {
                            insert_state: DynamicObjectInsertState::BuildingValue { .. },
                        },
                },
            ) => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "already building a value, call end() first",
                });
            }
            (Def::DynamicValue(_), _) => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "must call begin_map() before begin_object_entry()",
                });
            }
            _ => {
                return Err(ReflectError::OperationFailed {
                    shape: frame.shape,
                    operation: "begin_object_entry can only be called on DynamicValue types",
                });
            }
        }

        // For DynamicValue objects, the value shape is the same DynamicValue shape
        let value_shape = frame.shape;
        let value_layout = match value_shape.layout.sized_layout() {
            Ok(layout) => layout,
            Err(_) => {
                return Err(ReflectError::Unsized {
                    shape: value_shape,
                    operation: "begin_object_entry: calculating value layout",
                });
            }
        };

        let value_ptr: *mut u8 = unsafe { ::alloc::alloc::alloc(value_layout) };
        let Some(value_ptr) = NonNull::new(value_ptr) else {
            return Err(ReflectError::OperationFailed {
                shape: frame.shape,
                operation: "failed to allocate memory for object value",
            });
        };

        // Update the insert state with the key
        match &mut frame.tracker {
            Tracker::DynamicValue {
                state: DynamicValueState::Object { insert_state },
            } => {
                *insert_state = DynamicObjectInsertState::BuildingValue {
                    key: String::from(key),
                };
            }
            _ => unreachable!(),
        }

        // Push a new frame for the value
        self.frames_mut().push(Frame::new(
            PtrUninit::new(value_ptr),
            value_shape,
            FrameOwnership::Owned,
        ));

        Ok(self)
    }
}

1	use super::*;
2
3	////////////////////////////////////////////////////////////////////////////////////////////////////
4	// Maps
5	////////////////////////////////////////////////////////////////////////////////////////////////////
6	impl Partial<'_> {
7	/// Begins a map initialization operation
8	///
9	/// This initializes the map with default capacity and allows inserting key-value pairs
10	/// It does _not_ push a new frame onto the stack.
11	///
12	/// For `Def::DynamicValue` types, this initializes as an object instead of a map.
13	pub fn begin_map(&mut self) -> Result<&mut Self, ReflectError> {	93✔
14	self.require_active()?;	93✔
15	let frame = self.frames_mut().last_mut().unwrap();	93✔
16
17	// Check tracker state before initializing
18	match &frame.tracker {	84✔
19	Tracker::Scalar if !frame.is_init => {	84✔
20	// Good, will initialize below	84✔
21	}	84✔
22	Tracker::Scalar => {
23	// is_init is true - already initialized (from a previous round), just update tracker
NEW 24	match frame.shape.def {	×
25	Def::Map(_) => {
NEW 26	frame.tracker = Tracker::Map {	×
NEW 27	insert_state: MapInsertState::Idle,	×
NEW 28	};	×
NEW 29	return Ok(self);	×
30	}
31	Def::DynamicValue(_) => {
NEW 32	frame.tracker = Tracker::DynamicValue {	×
NEW 33	state: DynamicValueState::Object {	×
NEW 34	insert_state: DynamicObjectInsertState::Idle,	×
NEW 35	},	×
NEW 36	};	×
NEW 37	return Ok(self);	×
38	}
39	_ => {
NEW 40	return Err(ReflectError::OperationFailed {	×
NEW 41	shape: frame.shape,	×
NEW 42	operation: "begin_map can only be called on Map or DynamicValue types",	×
NEW 43	});	×
44	}
45	}
46	}
47	Tracker::Map { .. } => {
48	if frame.is_init {	7✔
49	// Already initialized, nothing to do
50	return Ok(self);	7✔
51	}	×
52	}
53	Tracker::DynamicValue { state } => {	2✔
54	// Already initialized as a dynamic object
55	if matches!(state, DynamicValueState::Object { .. }) {	2✔
56	return Ok(self);	2✔
NEW 57	}	×
58	// Otherwise (Scalar or Array state), we need to deinit before reinitializing
NEW 59	frame.deinit();	×
60	}
61	_ => {
62	return Err(ReflectError::UnexpectedTracker {	×
NEW 63	message: "begin_map called but tracker isn't Scalar, Map, or DynamicValue",	×
64	current_tracker: frame.tracker.kind(),	×
65	});	×
66	}
67	}
68
69	// Check that we have a Map or DynamicValue
70	match &frame.shape.def {	84✔
71	Def::Map(map_def) => {	70✔
72	let init_fn = map_def.vtable.init_in_place_with_capacity_fn;	70✔
73		70✔
74	// Initialize the map with default capacity (0)	70✔
75	unsafe {	70✔
76	init_fn(frame.data, 0);	70✔
77	}	70✔
78		70✔
79	// Update tracker to Map state and mark as initialized	70✔
80	frame.tracker = Tracker::Map {	70✔
81	insert_state: MapInsertState::Idle,	70✔
82	};	70✔
83	frame.is_init = true;	70✔
84	}	70✔
85	Def::DynamicValue(dyn_def) => {	14✔
86	// Initialize as a dynamic object	14✔
87	unsafe {	14✔
88	(dyn_def.vtable.begin_object)(frame.data);	14✔
89	}	14✔
90		14✔
91	// Update tracker to DynamicValue object state and mark as initialized	14✔
92	frame.tracker = Tracker::DynamicValue {	14✔
93	state: DynamicValueState::Object {	14✔
94	insert_state: DynamicObjectInsertState::Idle,	14✔
95	},	14✔
96	};	14✔
97	frame.is_init = true;	14✔
98	}	14✔
99	_ => {
100	return Err(ReflectError::OperationFailed {	×
101	shape: frame.shape,	×
NEW 102	operation: "begin_map can only be called on Map or DynamicValue types",	×
103	});	×
104	}
105	}
106
107	Ok(self)	84✔
108	}	93✔
109
110	/// Pushes a frame for the map key. After that, `set()` should be called
111	/// (or the key should be initialized somehow) and `end()` should be called
112	/// to pop the frame.
113	pub fn begin_key(&mut self) -> Result<&mut Self, ReflectError> {	105✔
114	self.require_active()?;	105✔
115	let frame = self.frames_mut().last_mut().unwrap();	105✔
116
117	// Check that we have a Map in Idle state
118	let map_def = match (&frame.shape.def, &frame.tracker) {	105✔
119	(
120	Def::Map(map_def),	104✔
121	Tracker::Map {
122	insert_state: MapInsertState::Idle,
123	},
124	) if frame.is_init => map_def,	104✔
125	(
126	Def::Map(_),
127	Tracker::Map {
128	insert_state: MapInsertState::PushingKey { .. },
129	},
130	) => {
131	return Err(ReflectError::OperationFailed {	×
132	shape: frame.shape,	×
133	operation: "already pushing a key, call end() first",	×
134	});	×
135	}
136	(
137	Def::Map(_),
138	Tracker::Map {
139	insert_state: MapInsertState::PushingValue { .. },
140	},
141	) => {
142	return Err(ReflectError::OperationFailed {	×
143	shape: frame.shape,	×
144	operation: "must complete current operation before begin_key()",	×
145	});	×
146	}
147	_ => {
148	return Err(ReflectError::OperationFailed {	1✔
149	shape: frame.shape,	1✔
150	operation: "must call begin_map() before begin_key()",	1✔
151	});	1✔
152	}
153	};
154
155	// Get the key shape
156	let key_shape = map_def.k();	104✔
157
158	// Allocate space for the key
159	let key_layout = match key_shape.layout.sized_layout() {	104✔
160	Ok(layout) => layout,	104✔
161	Err(_) => {
162	return Err(ReflectError::Unsized {	×
163	shape: key_shape,	×
164	operation: "begin_key allocating key",	×
165	});	×
166	}
167	};
168	let key_ptr_raw: *mut u8 = unsafe { ::alloc::alloc::alloc(key_layout) };	104✔
169
170	let Some(key_ptr_raw) = NonNull::new(key_ptr_raw) else {	104✔
171	return Err(ReflectError::OperationFailed {	×
172	shape: frame.shape,	×
173	operation: "failed to allocate memory for map key",	×
174	});	×
175	};
176
177	let key_ptr = PtrUninit::new(key_ptr_raw);	104✔
178
179	// Store the key pointer in the insert state
180	match &mut frame.tracker {	104✔
181	Tracker::Map { insert_state, .. } => {	104✔
182	*insert_state = MapInsertState::PushingKey {	104✔
183	key_ptr,	104✔
184	key_initialized: false,	104✔
185	};	104✔
186	}	104✔
187	_ => unreachable!(),	×
188	}
189
190	// Push a new frame for the key
191	self.frames_mut().push(Frame::new(	104✔
192	PtrUninit::new(key_ptr_raw),	104✔
193	key_shape,	104✔
194	FrameOwnership::ManagedElsewhere, // Ownership tracked in MapInsertState	104✔
195	));
196
197	Ok(self)	104✔
198	}	105✔
199
200	/// Pushes a frame for the map value
201	/// Must be called after the key has been set and popped
202	pub fn begin_value(&mut self) -> Result<&mut Self, ReflectError> {	118✔
203	self.require_active()?;	118✔
204	let frame = self.frames_mut().last_mut().unwrap();	117✔
205
206	// Check that we have a Map in PushingValue state with no value_ptr yet
207	let (map_def, key_ptr) = match (&frame.shape.def, &frame.tracker) {	117✔
208	(
209	Def::Map(map_def),	99✔
210	Tracker::Map {
211	insert_state:
212	MapInsertState::PushingValue {
213	value_ptr: None,
214	key_ptr,	99✔
215	..
216	},
217	..
218	},
219	) => (map_def, *key_ptr),	99✔
220	(
221	Def::Map(_),
222	Tracker::Map {
223	insert_state:
224	MapInsertState::PushingValue {
225	value_ptr: Some(_), ..
226	},
227	..
228	},
229	) => {
230	return Err(ReflectError::OperationFailed {	×
231	shape: frame.shape,	×
232	operation: "already pushing a value, call end() first",	×
233	});	×
234	}
235	_ => {
236	return Err(ReflectError::OperationFailed {	18✔
237	shape: frame.shape,	18✔
238	operation: "must complete key before begin_value()",	18✔
239	});	18✔
240	}
241	};
242
243	// Get the value shape
244	let value_shape = map_def.v();	99✔
245
246	// Allocate space for the value
247	let value_layout = match value_shape.layout.sized_layout() {	99✔
248	Ok(layout) => layout,	99✔
249	Err(_) => {
250	return Err(ReflectError::Unsized {	×
251	shape: value_shape,	×
252	operation: "begin_value allocating value",	×
253	});	×
254	}
255	};
256	let value_ptr_raw: *mut u8 = unsafe { ::alloc::alloc::alloc(value_layout) };	99✔
257
258	let Some(value_ptr_raw) = NonNull::new(value_ptr_raw) else {	99✔
259	return Err(ReflectError::OperationFailed {	×
260	shape: frame.shape,	×
261	operation: "failed to allocate memory for map value",	×
262	});	×
263	};
264
265	let value_ptr = PtrUninit::new(value_ptr_raw);	99✔
266
267	// Store the value pointer in the insert state
268	match &mut frame.tracker {	99✔
269	Tracker::Map { insert_state, .. } => {	99✔
270	*insert_state = MapInsertState::PushingValue {	99✔
271	key_ptr,	99✔
272	value_ptr: Some(value_ptr),	99✔
273	value_initialized: false,	99✔
274	};	99✔
275	}	99✔
276	_ => unreachable!(),	×
277	}
278
279	// Push a new frame for the value
280	self.frames_mut().push(Frame::new(	99✔
281	value_ptr,	99✔
282	value_shape,	99✔
283	FrameOwnership::ManagedElsewhere, // Ownership tracked in MapInsertState	99✔
284	));
285
286	Ok(self)	99✔
287	}	118✔
288
289	/// Begins an object entry for a DynamicValue object.
290	///
291	/// This is a simpler API than begin_key/begin_value for DynamicValue objects,
292	/// where keys are always strings. The key is stored and a frame is pushed for
293	/// the value. After setting the value and calling `end()`, the key-value pair
294	/// will be inserted into the object.
295	///
296	/// For `Def::Map` types, use `begin_key()` / `begin_value()` instead.
297	pub fn begin_object_entry(&mut self, key: &str) -> Result<&mut Self, ReflectError> {	17✔
298	crate::trace!("begin_object_entry({key:?})");
299	self.require_active()?;	17✔
300	let frame = self.frames_mut().last_mut().unwrap();	17✔
301
302	// Check that we have a DynamicValue in Object state with Idle insert_state
303	match (&frame.shape.def, &frame.tracker) {	17✔
304	(
305	Def::DynamicValue(_),
306	Tracker::DynamicValue {
307	state:
308	DynamicValueState::Object {
309	insert_state: DynamicObjectInsertState::Idle,
310	},
311	},
312	) if frame.is_init => {	17✔
313	// Good, proceed	17✔
314	}	17✔
315	(
316	Def::DynamicValue(_),
317	Tracker::DynamicValue {
318	state:
319	DynamicValueState::Object {
320	insert_state: DynamicObjectInsertState::BuildingValue { .. },
321	},
322	},
323	) => {
NEW 324	return Err(ReflectError::OperationFailed {	×
NEW 325	shape: frame.shape,	×
NEW 326	operation: "already building a value, call end() first",	×
NEW 327	});	×
328	}
329	(Def::DynamicValue(_), _) => {
NEW 330	return Err(ReflectError::OperationFailed {	×
NEW 331	shape: frame.shape,	×
NEW 332	operation: "must call begin_map() before begin_object_entry()",	×
NEW 333	});	×
334	}
335	_ => {
NEW 336	return Err(ReflectError::OperationFailed {	×
NEW 337	shape: frame.shape,	×
NEW 338	operation: "begin_object_entry can only be called on DynamicValue types",	×
NEW 339	});	×
340	}
341	}
342
343	// For DynamicValue objects, the value shape is the same DynamicValue shape
344	let value_shape = frame.shape;	17✔
345	let value_layout = match value_shape.layout.sized_layout() {	17✔
346	Ok(layout) => layout,	17✔
347	Err(_) => {
NEW 348	return Err(ReflectError::Unsized {	×
NEW 349	shape: value_shape,	×
NEW 350	operation: "begin_object_entry: calculating value layout",	×
NEW 351	});	×
352	}
353	};
354
355	let value_ptr: *mut u8 = unsafe { ::alloc::alloc::alloc(value_layout) };	17✔
356	let Some(value_ptr) = NonNull::new(value_ptr) else {	17✔
NEW 357	return Err(ReflectError::OperationFailed {	×
NEW 358	shape: frame.shape,	×
NEW 359	operation: "failed to allocate memory for object value",	×
NEW 360	});	×
361	};
362
363	// Update the insert state with the key
364	match &mut frame.tracker {	17✔
365	Tracker::DynamicValue {
366	state: DynamicValueState::Object { insert_state },	17✔
367	} => {	17✔
368	*insert_state = DynamicObjectInsertState::BuildingValue {	17✔
369	key: String::from(key),	17✔
370	};	17✔
371	}	17✔
NEW 372	_ => unreachable!(),	×
373	}
374
375	// Push a new frame for the value
376	self.frames_mut().push(Frame::new(	17✔
377	PtrUninit::new(value_ptr),	17✔
378	value_shape,	17✔
379	FrameOwnership::Owned,	17✔
380	));
381
382	Ok(self)	17✔
383	}	17✔
384	}

facet-rs / facet / 19778276897

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