# 111 Jobs json

backend/db/init/01.schema.sql

@@ -1,75 +1,34 @@
+drop table main.devices;
 CREATE TABLE IF NOT EXISTS main.devices (
   id VARCHAR(64) PRIMARY KEY,
-  device_type ENUM ('QPU', 'simulator') NOT NULL,
-  status ENUM ('AVAILABLE', 'NOT_AVAILABLE') DEFAULT 'NOT_AVAILABLE' NOT NULL,
-  restart_at DATETIME,
-  pending_tasks INT DEFAULT 0 NOT NULL,
-  n_qubits INT NOT NULL,
-  n_nodes INT,
+  device_type VARCHAR(32) DEFAULT 'QPU' NOT NULL,
+  status VARCHAR(64) DEFAULT 'available' NOT NULL,
+  available_at DATETIME,
+  pending_jobs INT DEFAULT 0 NOT NULL,
+  n_qubits INT DEFAULT 1 NOT NULL,
   basis_gates VARCHAR(256) NOT NULL,
   instructions VARCHAR(64) NOT NULL,
-  calibration_data TEXT,
+  device_info TEXT,
   calibrated_at DATETIME,
-  description VARCHAR(128) NOT NULL
+  description VARCHAR(128) NOT NULL,
+  created_at DATETIME DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
+  updated_at DATETIME DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP
 );
 
--- INSERT INTO main.devices (id, device_type, n_qubits, n_nodes, basis_gates, instructions, description)
--- SELECT 'SC', 'QPU', 64, NULL, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', 'Superconducting quantum computer'
--- WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'SC');
-
--- INSERT INTO main.devices (id, device_type, n_qubits, n_nodes, basis_gates, instructions, description)
--- SELECT 'SVSim', 'simulator', 39, 512, '["x", "y", "z", "h", "s", "sdg", "t", "tdg", "rx", "ry", "rz", "cx", "cz", "swap", "u1", "u2", "u3", "u", "p", "id", "sx", "sxdg"]', '["measure", "barrier", "reset"]', 'State vector-based quantum circuit simulator'
--- WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'SVSim');
-
-
-CREATE TABLE IF NOT EXISTS main.tasks (
-  id VARBINARY(16) PRIMARY KEY,
+drop table main.jobs;
+CREATE TABLE IF NOT EXISTS main.jobs (
+  id VARCHAR(64) PRIMARY KEY,
   owner VARCHAR(64) NOT NULL,
-  name varchar(256),
-  device VARCHAR(64) NOT NULL,
-  n_qubits INT,
-  n_nodes INT,
-  code TEXT NOT NULL,
-  action ENUM ('sampling', 'estimation') NOT NULL,
-  method ENUM ('state_vector', 'sampling'),
-  shots INT,
-  operator VARCHAR(1024),
-  qubit_allocation TEXT,
-  skip_transpilation BOOLEAN DEFAULT false NOT NULL,
-  seed_transpilation INT,
-  seed_simulation INT,
-  n_per_node INT UNSIGNED,
-  simulation_opt text,
-  ro_error_mitigation enum('none', 'pseudo_inverse', 'least_square'),
-  note VARCHAR(1024),
-  status ENUM ('QUEUED', 'QUEUED_FETCHED', 'RUNNING', 'COMPLETED', 'FAILED', 'CANCELLING', 'CANCELLING_FETCHED', 'CANCELLED') NOT NULL DEFAULT 'QUEUED',
-  created_at TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
-  FOREIGN KEY (device) REFERENCES devices(id)
+  name varchar(256) DEFAULT '' NOT NULL,
+  description VARCHAR(1024),
+  device_id VARCHAR(64) NOT NULL,
+  job_info TEXT,
+  transpiler_info TEXT,
+  simulator_info TEXT,
+  mitigation_info TEXT,
+  job_type VARCHAR(32) DEFAULT 'sampling' NOT NULL,
+  shots INT DEFAULT 1000 NOT NULL,
+  status VARCHAR(32) DEFAULT 'submitted' NOT NULL,
+  created_at DATETIME DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
+  updated_at DATETIME DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP
 );
-
-CREATE TABLE IF NOT EXISTS main.results (
-  task_id VARBINARY(16) PRIMARY KEY,
-  status ENUM('SUCCESS', 'FAILURE', 'CANCELLED') NOT NULL,
-  result TEXT,
-  reason TEXT,
-  transpiled_code TEXT,
-  qubit_allocation TEXT,
-  FOREIGN KEY (task_id) REFERENCES tasks(id) ON DELETE CASCADE
-);
-
-delimiter $$
-
-CREATE TRIGGER main.update_tasks_status_trigger
-AFTER INSERT ON main.results
-FOR EACH ROW
-BEGIN
-	IF NEW.status = 'SUCCESS' THEN
-  		UPDATE main.tasks SET status = 'COMPLETED' WHERE id = NEW.task_id;
-  	ELSEIF NEW.status = 'FAILURE' THEN
-  		UPDATE main.tasks SET status = 'FAILED' WHERE id = NEW.task_id;
-  	ELSEIF NEW.status = 'CANCELLED' THEN
-  		UPDATE main.tasks SET status = 'CANCELLED' WHERE id = NEW.task_id;
-  	END IF;
-END$$
-
-delimiter ;

backend/db/init/02.insert_device.sql

@@ -1,15 +1,15 @@
-INSERT INTO main.devices (id, device_type,status, n_qubits, n_nodes, basis_gates, instructions, description)
-SELECT 'SC', 'QPU','AVAILABLE', 64, NULL, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', 'Superconducting quantum computer'
+INSERT INTO main.devices (id, device_type, status, available_at, pending_jobs, n_qubits, basis_gates, instructions, device_info, calibrated_at, description)
+SELECT 'SC', 'QPU','available', CURRENT_TIMESTAMP, 9, 64, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', '', CURRENT_TIMESTAMP, 'Superconducting quantum computer'
 WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'SC');
 
-INSERT INTO main.devices (id, device_type, status, n_qubits, n_nodes, basis_gates, instructions, description)
-SELECT 'SVSim', 'simulator','AVAILABLE', 39, 512, '["x", "y", "z", "h", "s", "sdg", "t", "tdg", "rx", "ry", "rz", "cx", "cz", "swap", "u1", "u2", "u3", "u", "p", "id", "sx", "sxdg"]', '["measure", "barrier", "reset"]', 'State vector-based quantum circuit simulator'
+INSERT INTO main.devices (id, device_type, status, available_at, pending_jobs, n_qubits, basis_gates, instructions, device_info, calibrated_at, description)
+SELECT 'SVSim', 'simulator','available', CURRENT_TIMESTAMP, 0, 39, '["x", "y", "z", "h", "s", "sdg", "t", "tdg", "rx", "ry", "rz", "cx", "cz", "swap", "u1", "u2", "u3", "u", "p", "id", "sx", "sxdg"]', '["measure", "barrier", "reset"]', '', CURRENT_TIMESTAMP, 'State vector-based quantum circuit simulator'
 WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'SVSim');
 
-INSERT INTO main.devices (id, device_type, status, n_qubits, n_nodes, basis_gates, instructions, description)
-SELECT 'Kawasaki', 'QPU','AVAILABLE', 64, NULL, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', 'Superconducting quantum computer'
+INSERT INTO main.devices (id, device_type, status, available_at, pending_jobs, n_qubits, basis_gates, instructions, device_info, calibrated_at, description)
+SELECT 'Kawasaki', 'QPU','available', CURRENT_TIMESTAMP, 2, 64, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', '', CURRENT_TIMESTAMP, 'Superconducting quantum computer'
 WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'Kawasaki');
 
-INSERT INTO main.devices (id, device_type, n_qubits, n_nodes, basis_gates, instructions, description)
-SELECT 'test1', 'QPU', 64, NULL, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', 'Superconducting quantum computer'
-WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = 'test');
+INSERT INTO main.devices (id, device_type, status, available_at, pending_jobs, n_qubits, basis_gates, instructions, device_info, calibrated_at, description)
+SELECT '01927422-86d4-7597-b724-b08a5e7781fc', 'QPU','unavailable', CURRENT_TIMESTAMP, 0, 64, '["sx", "rz", "rzx90", "id"]', '["measure", "barrier"]', '', CURRENT_TIMESTAMP, 'Superconducting quantum computer'
+WHERE NOT EXISTS (SELECT * FROM main.devices WHERE id = '01927422-86d4-7597-b724-b08a5e7781fc');

backend/db/init/03.insert_job.sql

@@ -0,0 +1,8 @@
+INSERT INTO main.jobs (id, owner, name, description, device_id, job_info, transpiler_info, simulator_info, mitigation_info, job_type, shots, status)
+SELECT '01927422-86d4-73d6-abb4-f2de6a4f5910', 'admin', 'Test job 1', 'Test job 1 description', 'Kawasaki', '{\'code\': \'todo\'}', '', '', '', 'sampling', 1000, 'submitted'
+WHERE NOT EXISTS (SELECT * FROM main.jobs WHERE owner = 'admin' AND name = 'Test job 1');
+
+INSERT INTO main.jobs (id, owner, name, description, device_id, job_info, transpiler_info, simulator_info, mitigation_info, job_type, shots, status)
+SELECT '01927422-86d4-7cbf-98d3-32f5f1263cd9', 'admin', 'Test job 2', 'Test job 2 description', 'Kawasaki', '{\'code\': \'todo\'}', '', '', '', 'sampling', 1000, 'submitted'
+WHERE NOT EXISTS (SELECT * FROM main.jobs WHERE owner = 'admin' AND name = 'Test job 2');
+

backend/oas/README.md

@@ -6,7 +6,7 @@
 
 - ファイル名は、原則`{tag}.{FooBar}.yaml`の形式とし、FooBarはキャメルケースとする
 - ファイル名の`tag`は、APIのリソース名とする
-- ファイル名の`FooBar`は、後続するAPIのメソッド名とする(例: `task/{task_id}`→`task.TaskId.yaml`)
+- ファイル名の`FooBar`は、後続するAPIのメソッド名とする(例: `job/{job_id}`→`job.JobId.yaml`)
 - `datamodel-code-generator`は、`{tag}.{FooBar}.yaml`の形式のファイルを読み込むため、`tag`は、APIのリソース名とし、`FooBar`は、自動生成されるコードのクラス名とする
 
 #### 例1.1
@@ -16,21 +16,21 @@ tree
 .
 ├── openapi.yaml
 ├── parameters
-│   └── task.TaskId.yaml
+│   └── job.JobId.yaml
 ├── paths
 │   ├── hello.yaml
-│   ├── task.TaskId.yaml
-│   └── task.yaml
+│   ├── job.JobId.yaml
+│   └── job.yaml
 ├── root.yaml
 └── schemas
     ├── error.BadRequest.yaml
     ├── error.InternalServerError.yaml
     ├── error.NotFoundError.yaml
     ├── hello.HelloWorldResponse.yaml
-    ├── task.GetTaskResponse.yaml
-    ├── task.PostTaskRequest.yaml
-    ├── task.PostTaskResponse.yaml
-    └── task.TaskId.yaml
+    ├── job.GetJobResponse.yaml
+    ├── job.PostJobRequest.yaml
+    ├── job.PostJobResponse.yaml
+    └── job.JobId.yaml
 ```
 
 ### 1.2 スキーマの命名規則
@@ -41,12 +41,12 @@ tree
 #### 例1.2
 
 ```yaml
-# schemas/task.GetTaskResponse.yaml
-description: detail of task response
+# schemas/job.GetJobResponse.yaml
+description: detail of job response
 type: object
 properties:
-  task_id:
-    $ref: "task.TaskId.yaml"
+  job_id:
+    $ref: "job.JobId.yaml"
   code: {type: string, example: "OPENQASM 3; qubit[2] q; bit[2] c; h q[0]; cnot q[0], q[1]; c = measure q;"}
   device: {type: string, example: "Kawasaki"}
   n_qubits:
@@ -94,7 +94,7 @@ properties:
         optimization_swap_level: 1
       }
 required: [
-  taskId, code, device, skip_transpilation
+  jobId, code, device, skip_transpilation
 ]
 
 ```