Update qbraid requirement from <0.12.0,>=0.11.1 to >=0.12.2,<0.13.0

[dependabot]

Updates the requirements on qbraid to permit the latest version.

Release notes

Sourced from qbraid's releases.

qBraid-SDK 0.12.2

Release 0.12.2 (July 11, 2026)

Summary

Added

• Added support for Python 3.14: added the Programming Language :: Python :: 3.14 classifier and 3.14 to the CI test matrices (#1085)

• Added an optional token_provider to OpenQuantumSession, letting a caller supply a per-user access token on demand (token_provider: () -> (access_token, expires_at_epoch)) instead of the session minting its own via client_credentials. When set, _fetch_token calls the provider and _ensure_token re-invokes it on near-expiry, so long wait_for_preparation waits still get a fresh token; client_id/client_secret are not required in this mode. Purely additive — the existing client_credentials path is unchanged (#1240)

• Added cirq_to_pytket and pytket_to_cirq transpiler conversions (via the pytket-cirq extension), giving a direct Cirq <-> PyTKET edge in the conversion graph. (#1208)

• Added pytket_to_pyqir transpiler conversion (via the pytket-qir extension), giving a direct PyTKET -> PyQIR edge in the conversion graph. (#1208)

• Added pyquil_to_qasm3 conversion, providing a direct transpiler edge from pyQuil to OpenQASM 3 (previously only reachable via a lossy multi-hop path through cirq), and completing the pyQuil <-> OpenQASM 3 round trip alongside openqasm3_to_pyquil (#1203). (#1208)

• QASM conditional (if) statement support for Cirq conversions: qasm2_to_cirq and qasm3_to_cirq now translate classically-controlled (if (c == val)) operations into Cirq, backed by a new normalize_if_blocks pass that rewrites QASM 3 braced if blocks to the single-line form Cirq's parser accepts (#1183)

• Added openqasm3_to_pyquil conversion, providing a direct, pyqasm-backed transpiler edge from OpenQASM 3 to pyQuil (previously only reachable via a lossy multi-hop path through cirq). Supports the standard gate set (incl. modifiers and controlled gates via pyqasm decomposition), measurement, barrier (→ FENCE), reset (→ RESET), delay (→ DELAY), and if (c == 0|1) classical feedforward (→ JUMP-WHEN); declared-but-idle qubits are padded with I so the operator dimension matches the source (#1203)

• Added include_retired parameter to QbraidProvider.get_devices method to optionally include retired devices in the device list (#1201)

• Added PasqalProvider, PasqalDevice, and PasqalJob classes implementing the qBraid runtime interface for Pasqal Cloud Services (neutral-atom QPUs and emulators, using Pulser as the native IR). (#1196)

from pulser import Register, Sequence
from pulser.devices import AnalogDevice
from qbraid.runtime.pasqal import PasqalProvider
provider = PasqalProvider(
username="you@example.com",
password="...",
project_id="...",
)
device = provider.get_device("EMU_FREE")
reg = Register({"q0": (0.0, 0.0)})
sequence = Sequence(reg, AnalogDevice)
job = device.run(sequence, shots=200)
result = job.result()
print(result.data.get_counts())

• Added qasm2_to_qat and cirq_to_qat extras-based conversion functions, integrating myQLM (qat.core.wrappers.circuit.Circuit) as a new "qat" program type in the transpiler conversion graph #1212.

• Added qbraid/runtime/rigetti/availability.py (modeled on qbraid/runtime/aws/availability.py) exposing is_in_maintenance() and next_available_time(), derived from the QCS maintenance calendar. RigettiDevice gains maintenance_calendar() (the raw RFC 5545 maintenance iCalendar fetched from the QCS REST API GET /v1/calendars/{id}) and availability_window(), which returns (is_available, "HH:MM:SS"_until_switch, switch_datetime) and merges contiguous/overlapping maintenance windows so the reported next-available time is when the device truly leaves maintenance (#1239)

Improved / Modified

• Replaced logging.getLogger(__name__) with centralized from qbraid._logging import logger in Rigetti, Origin Quantum, and Quantinuum runtime modules (#1197)
• Modified get_devices and get_device methods in IonQProvider to use public endpoint access instead of authenticated requests (#1194)
• Updated QbraidProvider.get_devices method to accept **kwargs and pass them through to the underlying client.list_devices call (#1201)
• Removed the cirq-specific fallback in transpile that, on a failed conversion step, round-tripped the cirq intermediate through QASM (circuit_from_qasm(circuit.to_qasm())) and retried. This flatten-and-retry is already provided generically by the conversion graph's cirq -> qasm2 -> target paths combined with the multi-path retry, making the hardcoded special case redundant (cirq conversion coverage is unchanged) (#1217)
• openqasm3_to_pyquil now emits native pyQuil two-qubit gates (CPHASE, RXX, RYY, RZZ, XY, ISWAP, CSWAP) by keeping them external to pyqasm.unroll, instead of expanding them into long RZ/RX/CNOT sequences (e.g. cp went from 17 instructions to one CPHASE). The results match exactly, including global phase. This also fixes xy, which previously raised Unsupported gate: sxdg because its decomposition produced an sxdg the converter could not handle (#1224)

... (truncated)

Changelog

Sourced from qbraid's changelog.

[0.12.2] - 2026-07-11

Added

• Added support for Python 3.14: added the Programming Language :: Python :: 3.14 classifier and 3.14 to the CI test matrices (#1085)

• Added an optional token_provider to OpenQuantumSession, letting a caller supply a per-user access token on demand (token_provider: () -> (access_token, expires_at_epoch)) instead of the session minting its own via client_credentials. When set, _fetch_token calls the provider and _ensure_token re-invokes it on near-expiry, so long wait_for_preparation waits still get a fresh token; client_id/client_secret are not required in this mode. Purely additive — the existing client_credentials path is unchanged (#1240)

• Added cirq_to_pytket and pytket_to_cirq transpiler conversions (via the pytket-cirq extension), giving a direct Cirq <-> PyTKET edge in the conversion graph. (#1208)

• Added pytket_to_pyqir transpiler conversion (via the pytket-qir extension), giving a direct PyTKET -> PyQIR edge in the conversion graph. (#1208)

• Added pyquil_to_qasm3 conversion, providing a direct transpiler edge from pyQuil to OpenQASM 3 (previously only reachable via a lossy multi-hop path through cirq), and completing the pyQuil <-> OpenQASM 3 round trip alongside openqasm3_to_pyquil (#1203). (#1208)

• QASM conditional (if) statement support for Cirq conversions: qasm2_to_cirq and qasm3_to_cirq now translate classically-controlled (if (c == val)) operations into Cirq, backed by a new normalize_if_blocks pass that rewrites QASM 3 braced if blocks to the single-line form Cirq's parser accepts (#1183)

• Added openqasm3_to_pyquil conversion, providing a direct, pyqasm-backed transpiler edge from OpenQASM 3 to pyQuil (previously only reachable via a lossy multi-hop path through cirq). Supports the standard gate set (incl. modifiers and controlled gates via pyqasm decomposition), measurement, barrier (→ FENCE), reset (→ RESET), delay (→ DELAY), and if (c == 0|1) classical feedforward (→ JUMP-WHEN); declared-but-idle qubits are padded with I so the operator dimension matches the source (#1203)

• Added include_retired parameter to QbraidProvider.get_devices method to optionally include retired devices in the device list (#1201)

• Added PasqalProvider, PasqalDevice, and PasqalJob classes implementing the qBraid runtime interface for Pasqal Cloud Services (neutral-atom QPUs and emulators, using Pulser as the native IR). (#1196)

from pulser import Register, Sequence
from pulser.devices import AnalogDevice
from qbraid.runtime.pasqal import PasqalProvider
provider = PasqalProvider(
username="you@example.com",
password="...",
project_id="...",
)
device = provider.get_device("EMU_FREE")
reg = Register({"q0": (0.0, 0.0)})
sequence = Sequence(reg, AnalogDevice)
job = device.run(sequence, shots=200)
result = job.result()
print(result.data.get_counts())

• Added qasm2_to_qat and cirq_to_qat extras-based conversion functions, integrating myQLM (qat.core.wrappers.circuit.Circuit) as a new "qat" program type in the transpiler conversion graph #1212.

• Added qbraid/runtime/rigetti/availability.py (modeled on qbraid/runtime/aws/availability.py) exposing is_in_maintenance() and next_available_time(), derived from the QCS maintenance calendar. RigettiDevice gains maintenance_calendar() (the raw RFC 5545 maintenance iCalendar fetched from the QCS REST API GET /v1/calendars/{id}) and availability_window(), which returns (is_available, "HH:MM:SS"_until_switch, switch_datetime) and merges contiguous/overlapping maintenance windows so the reported next-available time is when the device truly leaves maintenance (#1239)

Improved / Modified

• Replaced logging.getLogger(__name__) with centralized from qbraid._logging import logger in Rigetti, Origin Quantum, and Quantinuum runtime modules (#1197)
• Modified get_devices and get_device methods in IonQProvider to use public endpoint access instead of authenticated requests (#1194)
• Updated QbraidProvider.get_devices method to accept **kwargs and pass them through to the underlying client.list_devices call (#1201)
• Removed the cirq-specific fallback in transpile that, on a failed conversion step, round-tripped the cirq intermediate through QASM (circuit_from_qasm(circuit.to_qasm())) and retried. This flatten-and-retry is already provided generically by the conversion graph's cirq -> qasm2 -> target paths combined with the multi-path retry, making the hardcoded special case redundant (cirq conversion coverage is unchanged) (#1217)
• openqasm3_to_pyquil now emits native pyQuil two-qubit gates (CPHASE, RXX, RYY, RZZ, XY, ISWAP, CSWAP) by keeping them external to pyqasm.unroll, instead of expanding them into long RZ/RX/CNOT sequences (e.g. cp went from 17 instructions to one CPHASE). The results match exactly, including global phase. This also fixes xy, which previously raised Unsupported gate: sxdg because its decomposition produced an sxdg the converter could not handle (#1224)

Fixed

• Fixed BraketProvider._fetch_resources (used by get_tasks_by_tag and, transitively, list_jobs(tags=...)) reading only the first page of the AWS Resource Groups Tagging API. It called get_resources once per region with no PaginationToken loop, so tag-based task lookups silently capped at ~100 resources and missed matches in accounts with more tagged tasks. It now follows PaginationToken until exhausted, returning all matching task ARNs across every page (#1253)

... (truncated)

Commits

• a0ebd37 Bump patch version to 0.12.2 (#1257)
• 265f5d7 Update CHANGELOG for version 0.12.2 [no ci] (#1256)
• 76ee743 fix(aws): paginate get_resources in _fetch_resources (#1253)
• 27e976d fix(ibm): serialize list query params with doseq in _ibm_api_get (#1252)
• fa385ac test(ibm): seed FakeDevice backend to fix flaky test_transform_run_input (#1254)
• 3dfc560 fix(aws): stop leaking Braket cost Tracker into the global tracking context (...
• 83aa5a0 ci: make changelog workflow append-only so it can't delete entries (#1250)
• 00dbcb3 ci: fix changelog workflow — retired model claude-sonnet-4-20250514 (#1249)
• 59a2a5f fix(openquantum): clearer error when user has no Open Quantum organization (#...
• 970284b fix: model Rigetti device availability from QCS maintenance calendar (#1239)
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