feat: align UEC Envelope 1.0 + update all adapters

changelog.d/14.changed.md

@@ -0,0 +1 @@
+Breaking: Align UEC Envelope 1.0 schemas/models and update all adapters to emit consistent producer/device/program/execution snapshots and unified artifact references.

docs/concepts/uec.md

@@ -8,25 +8,47 @@ To keep runs reproducible and comparable, adapters produce a standardized **Exec
 
 ```
 ExecutionEnvelope
-├── device: DeviceSnapshot       # Backend state and calibration
-├── program: ProgramSnapshot     # Circuit artifacts and hashes
-├── execution: ExecutionSnapshot # Job metadata and settings
-└── result: ResultSnapshot       # Normalized measurement results
+├── schema: "devqubit.envelope/1.0"
+├── envelope_id, created_at       # Envelope metadata
+├── producer: ProducerInfo        # SDK stack + versions
+├── device: DeviceSnapshot        # Backend state and calibration
+├── program: ProgramSnapshot      # Circuit artifacts and hashes
+├── execution: ExecutionSnapshot  # Job metadata and settings
+└── result: ResultSnapshot        # Normalized results (items[])
 ```
 
 The envelope is stored as an artifact with role `envelope` (typically kind `devqubit.envelope.json`).
 
+The envelope schema is `devqubit.envelope/1.0` and requires `envelope_id`, `created_at`, `producer`, and `result`.
+
+
 ## Snapshots
 
+### ProducerInfo
+
+Captures the complete SDK/toolchain stack that produced the envelope:
+
+| Field | Description |
+|-------|-------------|
+| `name` | Producer name (always `"devqubit"`) |
+| `engine_version` | devqubit-engine version |
+| `adapter` | Adapter package name (e.g., `devqubit-qiskit`) |
+| `adapter_version` | Adapter version |
+| `sdk` | Lowest/primary SDK (e.g., `qiskit`, `braket-sdk`, `cirq`) |
+| `sdk_version` | Primary SDK version |
+| `frontends` | Ordered SDK stack from highest to lowest layer |
+| `build` | Optional build identifier (commit/dirty flag) |
+
+
 ### DeviceSnapshot
 
 Captures backend state at execution time:
 
 | Field | Description |
 |-------|-------------|
 | `backend_name` | Backend identifier (e.g., "ibm_brisbane", "aer_simulator") |
-| `backend_type` | "simulator" or "hardware" |
-| `provider` | Provider name (e.g., "ibm_quantum", "aer") |
+| `backend_type` | Backend type (e.g., `"hardware"`, `"simulator"`, `"emulator"`, `"unknown"`) |
+| `provider` | Physical provider (e.g., `"ibm_quantum"`, `"aws_braket"`, `"local"`) |
 | `num_qubits` | Number of qubits |
 | `connectivity` | Qubit coupling map as edge list |
 | `native_gates` | Supported gate set |
@@ -50,8 +72,8 @@ Captures circuit/program artifacts:
 
 Each artifact in `logical`/`physical` includes:
 - `format`: Circuit format (QPY, QASM3, etc.)
-- `artifact_ref`: Reference to stored artifact
-- `circuit_index`: Index in multi-circuit batch
+- `ref`: Reference to stored artifact
+- `index`: Index in multi-circuit batch
 - `name`: Circuit name (if available)
 
 ### ExecutionSnapshot
@@ -66,22 +88,23 @@ Captures submission and job metadata:
 | `execution_count` | Execution counter within run |
 | `transpilation` | Transpilation info (mode, transpiled_by) |
 | `options` | Raw execution options (args, kwargs) |
-| `sdk` | SDK used for execution |
+| `sdk` | Optional legacy field (prefer `producer.sdk` / `producer.frontends`) |
 
 ### ResultSnapshot
 
-Captures normalized execution results:
+Captures normalized execution results (always as a list of per-item results):
 
 | Field | Description |
 |-------|-------------|
-| `result_type` | Type of result (counts, quasi_dist, expectation, etc.) |
-| `raw_result_ref` | Reference to full serialized result artifact |
-| `counts` | Normalized measurement counts per circuit |
-| `num_experiments` | Number of experiments in result |
-| `success` | Whether execution succeeded |
-| `error_message` | Error message if failed |
+| `success` | Overall execution success |
+| `status` | `"completed"`, `"failed"`, `"cancelled"`, or `"partial"` |
+| `items` | List of `ResultItem` (one per circuit/parameter-set) |
+| `error` | Structured error info when failed |
+| `raw_result_ref` | Reference to the full serialized SDK result (optional) |
 | `metadata` | Additional result metadata |
 
+Each `ResultItem` may contain one primary payload, e.g. `counts`, `quasi_probability`, or `expectation`. If `counts` are present, they include `format` metadata (source SDK + bit ordering) to make results comparable across SDKs.
+
 ## Why UEC matters
 
 The Uniform Execution Contract makes it easier to:
@@ -135,10 +158,17 @@ if envelope_artifact:
     device = envelope["device"]
     print(f"Backend: {device['backend_name']}")
     print(f"Qubits: {device['num_qubits']}")
-
-    # Access results
-    for counts in envelope["result"]["counts"]:
-        print(f"Circuit {counts['circuit_index']}: {counts['counts']}")
+    # Access results (per-item)
+    for item in envelope["result"]["items"]:
+        if "counts" in item:
+            counts = item["counts"]["counts"]
+            print(f"Item {item['item_index']}: {counts}")
+        elif "quasi_probability" in item:
+            dist = item["quasi_probability"]["distribution"]
+            print(f"Item {item['item_index']} quasi: {dist}")
+        elif "expectation" in item:
+            value = item["expectation"]["value"]
+            print(f"Item {item['item_index']} expval: {value}")
 ```
 
-See {doc}`../guides/adapters` for what each SDK adapter captures.
+See `../guides/adapters` for what each SDK adapter captures.

docs/guides/adapters.md

@@ -42,7 +42,7 @@ All adapters produce a standardized **ExecutionEnvelope** containing four canoni
 
 | Snapshot | Description |
 |----------|-------------|
-| `DeviceSnapshot` | Backend state, calibration, topology, and SDK versions |
+| `DeviceSnapshot` | Backend state, calibration, topology, and provider properties |
 | `ProgramSnapshot` | Logical and physical circuit artifacts with hashes |
 | `ExecutionSnapshot` | Submission metadata, transpilation info, job IDs |
 | `ResultSnapshot` | Normalized measurement counts or expectation values |
@@ -92,9 +92,9 @@ with track(project="bell-state") as run:
 | QPY binary | `qiskit.qpy.circuits` | `program` |
 | OpenQASM 3 | `source.openqasm3` | `program` |
 | Circuit diagram | `qiskit.circuits.diagram` | `program` |
-| Counts | `result.counts.json` | `results` |
-| Full result | `result.qiskit.result_json` | `results` |
-| Raw backend properties | `device.qiskit.raw_properties.json` | `device_raw` |
+| Counts | `result.counts.json` | `result` |
+| Full result | `result.qiskit.result_json` | `result_raw` |
+| Raw backend properties | `device.qiskit.raw_properties.json` | `device_snapshot` |
 | Execution envelope | `devqubit.envelope.json` | `envelope` |
 
 ---
@@ -149,9 +149,9 @@ job = sampler.run([qc],
 | Transpiled QPY | `qiskit.qpy.circuits.transpiled` | `program` |
 | OpenQASM 3 | `source.openqasm3` | `program` |
 | PUB structure | `qiskit_runtime.pubs.json` | `program` |
-| Sampler counts | `result.counts.json` | `results` |
-| Estimator values | `result.qiskit_runtime.estimator.json` | `results` |
-| Raw runtime properties | `device.qiskit_runtime.raw_properties.json` | `device_raw` |
+| Sampler counts | `result.counts.json` | `result` |
+| Estimator values | `result.qiskit_runtime.estimator.json` | `result` |
+| Raw runtime properties | `device.qiskit_runtime.raw_properties.json` | `device_snapshot` |
 | Execution envelope | `devqubit.envelope.json` | `envelope` |
 
 ---
@@ -177,9 +177,9 @@ with track(project="braket-experiment") as run:
 |----------|------|------|
 | OpenQASM 3 | `source.openqasm3` | `program` |
 | Circuit diagram | `braket.circuits.diagram` | `program` |
-| Counts | `result.counts.json` | `results` |
-| Raw result | `result.braket.raw.json` | `results` |
-| Raw device properties | `device.braket.raw_properties.json` | `device_raw` |
+| Counts | `result.counts.json` | `result` |
+| Raw result | `result.braket.raw.json` | `result_raw` |
+| Raw device properties | `device.braket.raw_properties.json` | `device_snapshot` |
 | Execution envelope | `devqubit.envelope.json` | `envelope` |
 
 ---
@@ -225,8 +225,8 @@ with track(project="sweep") as run:
 |----------|------|------|
 | Cirq JSON | `cirq.circuit.json` | `program` |
 | Circuit diagram | `cirq.circuits.txt` | `program` |
-| Counts | `result.counts.json` | `results` |
-| Raw device properties | `device.cirq.raw_properties.json` | `device_raw` |
+| Counts | `result.counts.json` | `result` |
+| Raw device properties | `device.cirq.raw_properties.json` | `device_snapshot` |
 | Execution envelope | `devqubit.envelope.json` | `envelope` |
 
 ---
@@ -261,8 +261,8 @@ with track(project="vqe") as run:
 |----------|------|------|
 | Tape JSON | `pennylane.tapes.json` | `program` |
 | Tape diagram | `pennylane.tapes.txt` | `program` |
-| Results | `result.pennylane.output.json` | `results` |
-| Raw device properties | `device.pennylane.raw_properties.json` | `device_raw` |
+| Results | `result.pennylane.output.json` | `result` |
+| Raw device properties | `device.pennylane.raw_properties.json` | `device_snapshot` |
 | Execution envelope | `devqubit.envelope.json` | `envelope` |
 
 ### Multi-Layer Stack
@@ -400,7 +400,7 @@ with track(project="custom-sdk") as run:
     run.log_json(
         name="counts",
         obj={"00": 500, "11": 500},
-        role="results",
+        role="result",
         kind="result.counts.json",
     )
 ```
@@ -411,18 +411,27 @@ For full UEC compliance, create an ExecutionEnvelope:
 
 ```python
 from devqubit.uec import (
+    ProducerInfo,
     DeviceSnapshot,
     ExecutionEnvelope,
     ExecutionSnapshot,
     ProgramSnapshot,
     ResultSnapshot,
 )
 
+producer = ProducerInfo.create(
+    adapter="devqubit-custom",
+    adapter_version="0.1.0",
+    sdk="custom-sdk",
+    sdk_version="1.0.0",
+    frontends=["custom-sdk"],
+)
+
 # Build snapshots
 device = DeviceSnapshot(
     backend_name="custom_device",
     backend_type="simulator",
-    provider="custom",
+    provider="local",
     captured_at=utc_now_iso(),
 )
 
@@ -435,13 +444,14 @@ program = ProgramSnapshot(
 execution = ExecutionSnapshot(
     submitted_at=utc_now_iso(),
     shots=1000,
-    sdk="custom",
 )
 
 # Create and log envelope
 envelope = ExecutionEnvelope(
-    schema_version="devqubit.envelope/0.1",
-    adapter="custom",
+    schema_version="devqubit.envelope/1.0",
+    envelope_id="01J0EXAMPLEENVELOPEID0000",
+    created_at=utc_now_iso(),
+    producer=producer,
     device=device,
     program=program,
     execution=execution,