Submit Quantum Chip Computing Task
--------------------

*URL: https://xxx.com/task/realQuantum/run*

Submit computing tasks to real physical quantum chips. Note: Tasks submitted to the quantum chip **must** include a Measurement operation.

**Request Method:** Post

**Required Parameters:**

- QProg(str): Quantum circuit;

- TaskType(int): Task type:

**Optional Parameters:**

- Priority(uint): Priority; 0 means normal task (default), larger numbers mean higher priority;

- ChipID(str): Chip ID used. Currently 72- and 102-qubit chips are provided, default is 72;

- Configuration(dict): Configurations:

  - shot(uint): Measurement count, default 1000, range 10-20000

  - circuitOptimization(bool): Whether to enable circuit optimization. true enables (default), false disables

**Return Values:**

- taskState(str): Task status:

- taskId(str): Task ID of the submitted task.

**Request Examples:**

**1. Normal Measurement Task:**

::

   {
     "token": "c3f7fe35-xxxx-xxxx-a178-070cc311d03b",
     "QMachineType": 5,
     "QProg": [
       "QINIT 6\nCREG 6\nH q[0]\nCNOT q[0],q[1]\nMEASURE q[0],c[0]\nMEASURE q[1],c[1]"
     ],
     "ChipID": "72",
     "TaskType": 0,
     "Priority": 0,
     "taskDescribe":"default",
     "Configuration": {
       "shot": 1000,
       "circuitOptimization": True,
       "use_cz_pattern": False,
       "amendFlag": 0,
       "mappingFlag": True,
       "specified_block": [],
       "PointLabel": 1
     }
   }

**2. Quantum State Tomography Task:**

::

   {
     "token": "c3f7fe35-xxxx-xxxx-a178-070cc311d03b",
     "QMachineType": 5,
     "QProg": [
       "QINIT 6\nCREG 6\nH q[0]\nCNOT q[0],q[1]\nMEASURE q[0],c[0]\nMEASURE q[1],c[1]"
     ],
     "ChipID": "72",
     "TaskType": 2,
     "Priority": 0,
     "Configuration": {
       "shot": 1000,
       "circuitOptimization": True,
       "use_cz_pattern": False,
       "amendFlag": 0,
       "mappingFlag": True,
       "specified_block": [],
       "PointLabel": 1
     }
   }

**3. Distributed Task:**

::

   { 
       "QMachineType": 5,
       "ChipID": "72",
       "TaskType": 10,
       "token": "c3f7fe35-xxxx-xxxx-a178-070cc311d03b",
       "QProg": [
           "QINIT 6\nCREG 6\nRY(q[0], 0.162461319481123)\nRY(q[1], 1.13411443752956)\nRY(q[2], 0.349219035305167)\nCNOT(q[0], q[1])\nRY(q[0], -1.30314609114098)\nRY(q[1], -0.000403011347911202)\nCNOT(q[1], q[2])\nRY(q[1], -0.0668867624864373)\nRY(q[2], 0.751632608892654)\nCNOT(q[2], q[0])\nRY(q[2], 0.943957761048972) \nRY(q[0], 0.877382733682492)\nCNOT(q[2], q[0])\nCNOT(q[1], q[2])\nCNOT(q[0], q[1])"
       ],
       "Configuration": {
           "shot": 1000,
           "mappingFlag": true,
           "construction_type" : 0,
           "max_supported_qubits" : 2
       }
   }

**4. Expectation Task:**

::

   {
       "token": "c3f7fe35-xxxx-xxxx-a178-070cc311d03b",
       "QMachineType": 5,
       "QProg": ["QINIT 6\nCREG 6\nH q[0]\nCNOT q[0],q[1]"],
       "ChipID": "72",
       "TaskType": 5,
       "Configuration": {
           "shot": 1000,
           "circuitOptimization": True,
           "hamiltonian": "\"\": -1.0534210769165204,\"Z0\": 0.394844363355904,\"Z1\": -0.39484436335590417,\"Z0 Z1\": -0.01124615715082114,\"X0 X1\": 0.18121046201519694"
       }
   }

**Response Example:**

::

   {
       "taskId": "098D12FE69184646BF16DDF53930C569",
       "taskState": 1
   }