> ## Documentation Index > Fetch the complete documentation index at: https://prod-mint.classiq.io/llms.txt > Use this file to discover all available pages before exploring further. # Azure For **`emulate`** on Azure Quantum (IonQ `ionq.qpu.*` targets), see [IonQ hardware noise simulation on Azure Quantum (emulate)](../../user-guide/execution/cloud-providers/azure-backends.md#ionq-hardware-noise-simulation-on-azure-quantum-emulate) in the execution user guide. ### AzureBackendPreferences This class inherits from BackendPreferences. This is where you specify Azure Quantum preferences. See usage in the [Azure Backend Documentation](https://docs.classiq.io/latest/sdk-reference/providers/Azure/). **Attributes:** | Name | Type | Description | | ---------------------------- | --------------------------- | ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ | | `location` | `str` | Azure personal resource region. Defaults to `"East US"`. | | `credentials` | `Optional[AzureCredential]` | The service principal credential to access personal quantum workspace. Defaults to `None`. | | `ionq_error_mitigation_flag` | `Optional[bool]` | Error mitigation configuration upon running on IonQ via Azure. Defaults to `False`. | | `emulate` | `bool` | If True, request IonQ hardware noise simulation on Azure Quantum when `backend_name` is an IonQ QPU (`ionq.qpu.*`). If the target is not an IonQ QPU (including `ionq.simulator` and non-IonQ providers), the flag has no effect. Defaults to `False`. | ### backend\_service\_provider `backend_service_provider: ProviderTypeVendor.AZURE_QUANTUM = pydantic.Field(default=(ProviderVendor.AZURE_QUANTUM))` ### location `location: str = pydantic.Field(default='East US', description='Azure personal resource region')` ### credentials `credentials: AzureCredential | None = pydantic.Field(default=None, description='The service principal credential to access personal quantum workspace')` ### ionq\_error\_mitigation\_flag `ionq_error_mitigation_flag: bool | None = pydantic.Field(default=False, description='Error mitigation configuration upon running on IonQ via Azure.')` ### emulate `emulate: bool = pydantic.Field(default=False, description='If True, enable IonQ hardware noise simulation on Azure for IonQ QPU targets (ionq.qpu.*). No effect for ionq.simulator or non-IonQ Azure targets.')` ### run\_via\_classiq `run_via_classiq: bool` ### AzureCredential Represents the credentials and configuration required to authenticate with Azure services. **Attributes:** | Name | Type | Description | | --------------- | ---------------------------------------------- | ----------------------------------------------------------------------------------------------------------------------- | | `tenant_id` | `str` | Azure Tenant ID used to identify the directory in which the application is registered. | | `client_id` | `str` | Azure Client ID, also known as the application ID, which is used to authenticate the application. | | `client_secret` | `str` | Azure Client Secret associated with the application, used for authentication. | | `resource_id` | `pydantic_backend.PydanticAzureResourceIDType` | Azure Resource ID, including the subscription ID, resource group, and workspace, typically used for personal resources. | ### tenant\_id `tenant_id: str = pydantic.Field(description='Azure Tenant ID')` ### client\_id `client_id: str = pydantic.Field(description='Azure Client ID')` ### client\_secret `client_secret: str = pydantic.Field(description='Azure Client Secret')` ### resource\_id `resource_id: pydantic_backend.PydanticAzureResourceIDType = pydantic.Field(description='Azure Resource ID (including Azure subscription ID, resource group and workspace), for personal resource')` ### model\_config `model_config = SettingsConfigDict(title='Azure Service Principal Credential', env_prefix='AZURE_', case_sensitive=False, extra='allow')` ### AzureQuantumBackendNames AzureQuantum backend names which Classiq Supports running on. **Attributes:** | Name | Type | Description | | ----------------------------------------------------------------- | ---- | ----------- | | [IONQ\_ARIA\_1](#ionq_aria_1) | | | | [IONQ\_ARIA\_2](#ionq_aria_2) | | | | [IONQ\_QPU](#ionq_qpu) | | | | [IONQ\_QPU\_FORTE](#ionq_qpu_forte) | | | | [IONQ\_SIMULATOR](#ionq_simulator) | | | | [MICROSOFT\_ESTIMATOR](#microsoft_estimator) | | | | [MICROSOFT\_FULLSTATE\_SIMULATOR](#microsoft_fullstate_simulator) | | | | [RIGETTI\_SIMULATOR](#rigetti_simulator) | | | | [RIGETTI\_ANKAA2](#rigetti_ankaa2) | | | | [RIGETTI\_ANKAA9](#rigetti_ankaa9) | | | | [QCI\_MACHINE1](#qci_machine1) | | | | [QCI\_NOISY\_SIMULATOR](#qci_noisy_simulator) | | | | [QCI\_SIMULATOR](#qci_simulator) | | | | [QUANTINUUM\_API\_VALIDATOR1\_1](#quantinuum_api_validator1_1) | | | | [QUANTINUUM\_API\_VALIDATOR1\_2](#quantinuum_api_validator1_2) | | | | [QUANTINUUM\_API\_VALIDATOR2\_1](#quantinuum_api_validator2_1) | | | | [QUANTINUUM\_QPU1\_1](#quantinuum_qpu1_1) | | | | [QUANTINUUM\_QPU1\_2](#quantinuum_qpu1_2) | | | | [QUANTINUUM\_SIMULATOR1\_1](#quantinuum_simulator1_1) | | | | [QUANTINUUM\_SIMULATOR1\_2](#quantinuum_simulator1_2) | | | | [QUANTINUUM\_QPU2](#quantinuum_qpu2) | | | | [QUANTINUUM\_SIMULATOR2](#quantinuum_simulator2) | | | ### IONQ\_ARIA\_1 ```python theme={null} IONQ_ARIA_1 = 'ionq.qpu.aria-1' ``` ### IONQ\_ARIA\_2 ```python theme={null} IONQ_ARIA_2 = 'ionq.qpu.aria-2' ``` ### IONQ\_QPU ```python theme={null} IONQ_QPU = 'ionq.qpu' ``` ### IONQ\_QPU\_FORTE ```python theme={null} IONQ_QPU_FORTE = 'ionq.qpu.forte-1' ``` ### IONQ\_SIMULATOR ```python theme={null} IONQ_SIMULATOR = 'ionq.simulator' ``` ### MICROSOFT\_ESTIMATOR ```python theme={null} MICROSOFT_ESTIMATOR = 'microsoft.estimator' ``` ### MICROSOFT\_FULLSTATE\_SIMULATOR ```python theme={null} MICROSOFT_FULLSTATE_SIMULATOR = 'microsoft.simulator.fullstate' ``` ### RIGETTI\_SIMULATOR ```python theme={null} RIGETTI_SIMULATOR = 'rigetti.sim.qvm' ``` ### RIGETTI\_ANKAA2 ```python theme={null} RIGETTI_ANKAA2 = 'rigetti.qpu.ankaa-2' ``` ### RIGETTI\_ANKAA9 ```python theme={null} RIGETTI_ANKAA9 = 'rigetti.qpu.ankaa-9q-1' ``` ### QCI\_MACHINE1 ```python theme={null} QCI_MACHINE1 = 'qci.machine1' ``` ### QCI\_NOISY\_SIMULATOR ```python theme={null} QCI_NOISY_SIMULATOR = 'qci.simulator.noisy' ``` ### QCI\_SIMULATOR ```python theme={null} QCI_SIMULATOR = 'qci.simulator' ``` ### QUANTINUUM\_API\_VALIDATOR1\_1 ```python theme={null} QUANTINUUM_API_VALIDATOR1_1 = 'quantinuum.sim.h1-1sc' ``` ### QUANTINUUM\_API\_VALIDATOR1\_2 ```python theme={null} QUANTINUUM_API_VALIDATOR1_2 = 'quantinuum.sim.h1-2sc' ``` ### QUANTINUUM\_API\_VALIDATOR2\_1 ```python theme={null} QUANTINUUM_API_VALIDATOR2_1 = 'quantinuum.sim.h2-1sc' ``` ### QUANTINUUM\_QPU1\_1 ```python theme={null} QUANTINUUM_QPU1_1 = 'quantinuum.qpu.h1-1' ``` ### QUANTINUUM\_QPU1\_2 ```python theme={null} QUANTINUUM_QPU1_2 = 'quantinuum.qpu.h1-2' ``` ### QUANTINUUM\_SIMULATOR1\_1 ```python theme={null} QUANTINUUM_SIMULATOR1_1 = 'quantinuum.sim.h1-1e' ``` ### QUANTINUUM\_SIMULATOR1\_2 ```python theme={null} QUANTINUUM_SIMULATOR1_2 = 'quantinuum.sim.h1-2e' ``` ### QUANTINUUM\_QPU2 ```python theme={null} QUANTINUUM_QPU2 = 'quantinuum.qpu.h2-1' ``` ### QUANTINUUM\_SIMULATOR2 ```python theme={null} QUANTINUUM_SIMULATOR2 = 'quantinuum.sim.h2-1e' ```