@settlemint/sdk-js/dist/settlemint.js

Core JavaScript SDK for integrating SettleMint's blockchain platform services into your applications

/* SettleMint SDK - Main Package */
import { fetchWithRetry } from "@settlemint/sdk-utils/http";
import { ensureServer } from "@settlemint/sdk-utils/runtime";
import { AccessTokenSchema, IdSchema, LOCAL_INSTANCE, STANDALONE_INSTANCE, UrlSchema, validate } from "@settlemint/sdk-utils/validation";
import { GraphQLClient } from "graphql-request";
import { z } from "zod";
import { initGraphQLTada } from "gql.tada";
import { createHash } from "node:crypto";

//#region src/helpers/graphql.ts
/**
* Initializes the GraphQL client with specific configurations.
*
* @returns A configured GraphQL client instance.
*/
const graphql = initGraphQLTada();

//#endregion
//#region src/graphql/workspace.ts
/**
* GraphQL fragment containing core workspace fields.
*/
const WorkspaceFragment = graphql(`
    fragment Workspace on Workspace {
      id
      uniqueName
      name
      applications {
        id
        uniqueName
        name
      }
    }
  `);
/**
* Query to fetch all workspaces and their applications.
*/
const getWorkspacesAndApplications = graphql(`
    query getWorkspacesAndApplications {
      workspaces {
        ...Workspace
        childWorkspaces {
          ...Workspace
        }
      }
    }
  `, [WorkspaceFragment]);
/**
* Query to fetch a specific workspace by unique name.
*/
const getWorkspace = graphql(`
    query getWorkspace($uniqueName: String!) {
      workspaceByUniqueName(uniqueName: $uniqueName) {
        ...Workspace
      }
    }
  `, [WorkspaceFragment]);
/**
* Mutation to create a new workspace.
*/
const createWorkspace = graphql(`
    mutation CreateWorkspace(
      $addressLine1: String
      $addressLine2: String
      $city: String
      $companyName: String
      $country: String
      $name: String!
      $parentId: String
      $paymentMethodId: String
      $postalCode: String
      $taxIdType: String
      $taxIdValue: String
    ) {
      createWorkspace(
        addressLine1: $addressLine1
        addressLine2: $addressLine2
        city: $city
        companyName: $companyName
        country: $country
        name: $name
        parentId: $parentId
        paymentMethodId: $paymentMethodId
        postalCode: $postalCode
        taxIdType: $taxIdType
        taxIdValue: $taxIdValue
      ) {
        ...Workspace
      }
    }
  `, [WorkspaceFragment]);
/**
* Mutation to delete a workspace.
*/
const deleteWorkspace = graphql(`
    mutation deleteWorkspace($uniqueName: String!) {
      deleteWorkspaceByUniqueName(uniqueName: $uniqueName) {
        ...Workspace
      }
    }
  `, [WorkspaceFragment]);
/**
* Mutation to add credits to a workspace.
*/
const addCredits = graphql(`
    mutation addCredits($workspaceId: String!, $amount: Float!) {
      addCredits(workspaceId: $workspaceId, amount: $amount)
    }
  `);
/**
* Creates a function to list all workspaces and their applications.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that returns all workspaces sorted by name
* @throws If the request fails
*/
const workspaceList = (gqlClient) => {
	return async () => {
		const { workspaces } = await gqlClient.request(getWorkspacesAndApplications);
		const allWorkspaces = workspaces.reduce((acc, workspace) => {
			acc.push(workspace);
			if (workspace.childWorkspaces) {
				acc.push(...workspace.childWorkspaces);
			}
			return acc;
		}, []);
		return allWorkspaces.sort((a, b) => a.name.localeCompare(b.name));
	};
};
/**
* Creates a function to read a specific workspace by unique name.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single workspace by unique name
* @throws If the workspace cannot be found or the request fails
*/
const workspaceRead = (gqlClient) => {
	return async (workspaceUniqueName) => {
		const { workspaceByUniqueName } = await gqlClient.request(getWorkspace, { uniqueName: workspaceUniqueName });
		return workspaceByUniqueName;
	};
};
/**
* Creates a function to create a new workspace.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a new workspace with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const workspaceCreate = (gqlClient) => {
	return async (createWorkspaceArgs) => {
		const { createWorkspace: workspace } = await gqlClient.request(createWorkspace, createWorkspaceArgs);
		return workspace;
	};
};
/**
* Creates a function to delete a workspace.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that deletes a workspace by unique name
* @throws If the workspace cannot be found or the deletion fails
*/
const workspaceDelete = (gqlClient) => {
	return async (workspaceUniqueName) => {
		const { deleteWorkspaceByUniqueName: workspace } = await gqlClient.request(deleteWorkspace, { uniqueName: workspaceUniqueName });
		return workspace;
	};
};
/**
* Creates a function to add credits to a workspace.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that adds credits to a workspace
* @throws If the workspace ID is invalid or amount is not positive
*/
const workspaceAddCredits = (gqlClient) => {
	return async (workspaceId, amount) => {
		const id = validate(IdSchema, workspaceId);
		if (amount <= 0) {
			throw new Error("Credit amount must be a positive number");
		}
		const { addCredits: result } = await gqlClient.request(addCredits, {
			workspaceId: id,
			amount
		});
		return result;
	};
};

//#endregion
//#region src/graphql/application.ts
/**
* GraphQL fragment containing core application fields.
*/
const ApplicationFragment = graphql(`
  fragment Application on Application {
    id
    uniqueName
    name
    workspace {
      id
      uniqueName
      name
    }
  }
`);
/**
* Query to fetch applications for a workspace.
*/
const listApplications = graphql(`
    query ListApplications($workspaceUniqueName: String!) {
      workspaceByUniqueName(uniqueName: $workspaceUniqueName) {
        applications {
          ...Application
        }
      }
    }
  `, [ApplicationFragment]);
/**
* Query to fetch a specific application.
*/
const readApplication = graphql(`
    query ReadApplication($applicationUniqueName: String!) {
      applicationByUniqueName(uniqueName: $applicationUniqueName) {
        ...Application
      }
    }
  `, [ApplicationFragment]);
/**
* Mutation to create a new application.
*/
const createApplication = graphql(`
    mutation CreateApplication($name: String!, $workspaceId: ID!) {
      createApplication(name: $name, workspaceId: $workspaceId) {
        ...Application
      }
    }
  `, [ApplicationFragment]);
/**
* Mutation to delete an application.
*/
const deleteApplication = graphql(`
    mutation DeleteApplication($uniqueName: String!) {
      deleteApplicationByUniqueName(uniqueName: $uniqueName) {
        ...Application
      }
    }
  `, [ApplicationFragment]);
/**
* Creates a function to list applications in a workspace.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches applications for a workspace
* @throws If the workspace cannot be found or the request fails
*/
const applicationList = (gqlClient) => {
	return async (workspaceUniqueName) => {
		const { workspaceByUniqueName: { applications } } = await gqlClient.request(listApplications, { workspaceUniqueName });
		return applications;
	};
};
/**
* Creates a function to fetch a specific application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single application by unique name
* @throws If the application cannot be found or the request fails
*/
const applicationRead = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { applicationByUniqueName: application } = await gqlClient.request(readApplication, { applicationUniqueName });
		return application;
	};
};
/**
* Creates a function to create a new application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a new application with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const applicationCreate = (gqlClient) => {
	return async (args) => {
		const { workspaceUniqueName,...otherArgs } = args;
		const workspace = await workspaceRead(gqlClient)(workspaceUniqueName);
		const { createApplication: application } = await gqlClient.request(createApplication, {
			...otherArgs,
			workspaceId: workspace.id
		});
		return application;
	};
};
/**
* Creates a function to delete an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that deletes an application by unique name
* @throws If the application cannot be found or the deletion fails
*/
const applicationDelete = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { deleteApplicationByUniqueName: application } = await gqlClient.request(deleteApplication, { uniqueName: applicationUniqueName });
		return application;
	};
};

//#endregion
//#region src/graphql/application-access-tokens.ts
const createApplicationAccessToken = graphql(`
    mutation CreateApplicationAccessToken(
      $applicationId: ID!,
      $blockchainNetworkScope: BlockchainNetworkScopeInputType!,
      $blockchainNodeScope: BlockchainNodeScopeInputType!,
      $customDeploymentScope: CustomDeploymentScopeInputType!,
      $insightsScope: InsightsScopeInputType!,
      $integrationScope: IntegrationScopeInputType!,
      $loadBalancerScope: LoadBalancerScopeInputType!,
      $middlewareScope: MiddlewareScopeInputType!,
      $name: String!,
      $privateKeyScope: PrivateKeyScopeInputType!,
      $smartContractSetScope: SmartContractSetScopeInputType!,
      $storageScope: StorageScopeInputType!,
      $validityPeriod: AccessTokenValidityPeriod!
    ) {
      createApplicationAccessToken(
        applicationId: $applicationId,
        blockchainNetworkScope: $blockchainNetworkScope,
        blockchainNodeScope: $blockchainNodeScope,
        customDeploymentScope: $customDeploymentScope,
        insightsScope: $insightsScope,
        integrationScope: $integrationScope,
        loadBalancerScope: $loadBalancerScope,
        middlewareScope: $middlewareScope,
        name: $name,
        privateKeyScope: $privateKeyScope,
        smartContractSetScope: $smartContractSetScope,
        storageScope: $storageScope,
        validityPeriod: $validityPeriod
      ) {
        token
      }
    }
  `, []);
/**
* Creates a new application.
*
* @param gqlClient - The GraphQL client instance used to execute the mutation.
* @returns A function that accepts the arguments for creating an application and returns a promise resolving to the created application.
*/
const applicationAccessTokenCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName,...otherArgs } = args;
		const application = await applicationRead(gqlClient)(applicationUniqueName);
		const { createApplicationAccessToken: applicationAccessToken } = await gqlClient.request(createApplicationAccessToken, {
			...otherArgs,
			applicationId: application.id
		});
		if (!applicationAccessToken.token) {
			throw new Error("Failed to create application access token");
		}
		return applicationAccessToken.token;
	};
};

//#endregion
//#region src/defaults/cluster-service-defaults.ts
/**
* Sets the default values for a cluster service.
*
* @param args - The arguments for creating a cluster service.
* @returns The modified arguments with default values set.
*/
function setClusterServiceDefaults(args) {
	return {
		...args,
		size: args.size ?? "SMALL",
		type: args.type ?? "SHARED"
	};
}

//#endregion
//#region src/defaults/blockchain-network-defaults.ts
/**
* Sets the default values for a blockchain network.
*
* @param args - The arguments for creating a blockchain network.
* @returns The modified arguments with default values set.
*/
function setNetworkDefaults(args) {
	const clusterServiceArgs = setClusterServiceDefaults(args);
	if (args.consensusAlgorithm === "BESU_QBFT") {
		return {
			...clusterServiceArgs,
			chainId: args.chainId ?? 46040,
			contractSizeLimit: args.contractSizeLimit ?? 2147483647,
			evmStackSize: args.evmStackSize ?? 2048,
			gasLimit: args.gasLimit ?? "9007199254740991",
			gasPrice: args.gasPrice ?? 0,
			secondsPerBlock: args.secondsPerBlock ?? 2
		};
	}
	return clusterServiceArgs;
}

//#endregion
//#region src/graphql/blockchain-network.ts
/**
* Fragment containing core blockchain network fields.
*/
const BlockchainNetworkFragment = graphql(`
  fragment BlockchainNetwork on BlockchainNetwork {
    __typename
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    ... on BesuQBFTBlockchainNetwork {
      chainId
    }
    ... on BesuIbftv2BlockchainNetwork {
      chainId
    }
    ... on PolygonEdgePoABlockchainNetwork {
      chainId
    }
    ... on QuorumQBFTBlockchainNetwork {
      chainId
    }
    ... on GethCliqueBlockchainNetwork {
      chainId
    }
    ... on PublicEvmBlockchainNetwork {
      chainId
    }
    blockchainNodes {
      ... on BlockchainNode {
        id
        name
        uniqueName
        endpoints {
          id
          label
          displayValue
        }
      }
    }
  }
`);
/**
* Query to fetch blockchain networks for an application.
*/
const getBlockchainNetworks = graphql(`
  query getBlockchainNetworks($applicationUniqueName: String!) {
    blockchainNetworksByUniqueName(applicationUniqueName: $applicationUniqueName) {
      items {
        ...BlockchainNetwork
      }
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Query to fetch a specific blockchain network.
*/
const getBlockchainNetwork = graphql(`
  query getBlockchainNetwork($uniqueName: String!) {
    blockchainNetworkByUniqueName(uniqueName: $uniqueName) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Mutation to create a new blockchain network.
*/
const createBlockchainNetwork = graphql(`
  mutation createBlockchainNetwork(
    $applicationId: ID!
    $chainId: Int
    $consensusAlgorithm: ConsensusAlgorithm!
    $contractSizeLimit: Int
    $evmStackSize: Int
    $gasLimit: String
    $gasPrice: Int
    $name: String!
    $nodeName: String!
    $secondsPerBlock: Int
    $provider: String!
    $region: String!
    $size: ClusterServiceSize
    $type: ClusterServiceType
    $batchTimeout: Float
    $maxMessageCount: Int
    $absoluteMaxBytes: Int
    $preferredMaxBytes: Int
    $endorsementPolicy: FabricEndorsementPolicy
    $maxCodeSize: Int
    $txnSizeLimit: Int
    $besuIbft2Genesis: BesuIbft2GenesisInput
    $besuQbftGenesis: BesuQbftGenesisInput
    $quorumGenesis: QuorumGenesisInput
    $externalNodes: [BlockchainNetworkExternalNodeInput!]
    $privateKeyId: ID
  ) {
    createBlockchainNetwork(
      applicationId: $applicationId
      chainId: $chainId
      consensusAlgorithm: $consensusAlgorithm
      contractSizeLimit: $contractSizeLimit
      evmStackSize: $evmStackSize
      gasLimit: $gasLimit
      gasPrice: $gasPrice
      name: $name
      nodeName: $nodeName
      secondsPerBlock: $secondsPerBlock
      provider: $provider
      region: $region
      size: $size
      type: $type
      batchTimeout: $batchTimeout
      maxMessageCount: $maxMessageCount
      absoluteMaxBytes: $absoluteMaxBytes
      preferredMaxBytes: $preferredMaxBytes
      endorsementPolicy: $endorsementPolicy
      maxCodeSize: $maxCodeSize
      txnSizeLimit: $txnSizeLimit
      besuIbft2Genesis: $besuIbft2Genesis
      besuQbftGenesis: $besuQbftGenesis
      quorumGenesis: $quorumGenesis
      externalNodes: $externalNodes
      keyMaterial: $privateKeyId
    ) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Mutation to delete a blockchain network.
*/
const deleteBlockchainNetwork = graphql(`
  mutation deleteBlockchainNetwork($uniqueName: String!) {
    deleteBlockchainNetworkByUniqueName(uniqueName: $uniqueName) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Mutation to restart a blockchain network.
*/
const restartBlockchainNetwork = graphql(`
  mutation RestartBlockchainNetwork($uniqueName: String!) {
    restartBlockchainNetworkByUniqueName(uniqueName: $uniqueName) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Mutation to pause a blockchain network.
*/
const pauseBlockchainNetwork = graphql(`
  mutation PauseBlockchainNetwork($uniqueName: String!) {
    pauseBlockchainNetworkByUniqueName(uniqueName: $uniqueName) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Mutation to resume a blockchain network.
*/
const resumeBlockchainNetwork = graphql(`
  mutation ResumeBlockchainNetwork($uniqueName: String!) {
    resumeBlockchainNetworkByUniqueName(uniqueName: $uniqueName) {
      ...BlockchainNetwork
    }
  }
  `, [BlockchainNetworkFragment]);
/**
* Creates a function to list blockchain networks for a given application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches networks for an application
* @throws If the application cannot be found or the request fails
*/
const blockchainNetworkList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { blockchainNetworksByUniqueName: { items } } = await gqlClient.request(getBlockchainNetworks, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to fetch a specific blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single network by unique name
* @throws If the network cannot be found or the request fails
*/
const blockchainNetworkRead = (gqlClient) => {
	return async (blockchainNetworkUniqueName) => {
		const { blockchainNetworkByUniqueName } = await gqlClient.request(getBlockchainNetwork, { uniqueName: blockchainNetworkUniqueName });
		return blockchainNetworkByUniqueName;
	};
};
/**
* Creates a function to create a new blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a new network with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const blockchainNetworkCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName,...otherArgs } = args;
		const application = await applicationRead(gqlClient)(applicationUniqueName);
		const blockchainNetworkArgs = setNetworkDefaults(otherArgs);
		const { createBlockchainNetwork: blockchainNetwork } = await gqlClient.request(createBlockchainNetwork, {
			...blockchainNetworkArgs,
			applicationId: application.id
		});
		return blockchainNetwork;
	};
};
/**
* Creates a function to delete a blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that deletes a network by unique name
* @throws If the network cannot be found or the deletion fails
*/
const blockchainNetworkDelete = (gqlClient) => {
	return async (blockchainNetworkUniqueName) => {
		const { deleteBlockchainNetworkByUniqueName: blockchainNetwork } = await gqlClient.request(deleteBlockchainNetwork, { uniqueName: blockchainNetworkUniqueName });
		return blockchainNetwork;
	};
};
/**
* Creates a function to restart a blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that restarts a network by unique name
* @throws If the network cannot be found or the restart fails
*/
const blockchainNetworkRestart = (gqlClient) => async (blockchainNetworkUniqueName) => {
	const { restartBlockchainNetworkByUniqueName: blockchainNetwork } = await gqlClient.request(restartBlockchainNetwork, { uniqueName: blockchainNetworkUniqueName });
	return blockchainNetwork;
};
/**
* Creates a function to pause a blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that pauses a network by unique name
* @throws If the network cannot be found or the pause fails
*/
const blockchainNetworkPause = (gqlClient) => async (blockchainNetworkUniqueName) => {
	const { pauseBlockchainNetworkByUniqueName: blockchainNetwork } = await gqlClient.request(pauseBlockchainNetwork, { uniqueName: blockchainNetworkUniqueName });
	return blockchainNetwork;
};
/**
* Creates a function to resume a blockchain network.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that resumes a network by unique name
* @throws If the network cannot be found or the resume fails
*/
const blockchainNetworkResume = (gqlClient) => async (blockchainNetworkUniqueName) => {
	const { resumeBlockchainNetworkByUniqueName: blockchainNetwork } = await gqlClient.request(resumeBlockchainNetwork, { uniqueName: blockchainNetworkUniqueName });
	return blockchainNetwork;
};

//#endregion
//#region src/graphql/blockchain-node.ts
/**
* Fragment containing core blockchain node fields.
*/
const BlockchainNodeFragment = graphql(`
  fragment BlockchainNode on BlockchainNode {
    __typename
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    isEvm
    endpoints {
      id
      label
      displayValue
    }
    credentials {
      id
      label
      displayValue
    }
    blockchainNetwork {
      ... on AbstractClusterService {
        id
        name
        uniqueName
        ... on BesuQBFTBlockchainNetwork {
          chainId
        }
        ... on BesuIbftv2BlockchainNetwork {
          chainId
        }
        ... on PolygonEdgePoABlockchainNetwork {
          chainId
        }
        ... on QuorumQBFTBlockchainNetwork {
          chainId
        }
        ... on GethCliqueBlockchainNetwork {
          chainId
        }
        ... on PublicEvmBlockchainNetwork {
          chainId
        }
      }
    }
    privateKeys {
      ... on PrivateKey {
        id
        name
        privateKeyType
        address
      }
    }
  }
`);
/**
* Query to fetch blockchain nodes for an application.
*/
const getBlockchainNodes = graphql(`
    query getBlockchainNodes($applicationUniqueName: String!) {
      blockchainNodesByUniqueName(applicationUniqueName: $applicationUniqueName) {
        items {
          ...BlockchainNode
        }
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Query to fetch a specific blockchain node.
*/
const getBlockchainNode = graphql(`
    query getBlockchainNode($uniqueName: String!) {
      blockchainNodeByUniqueName(uniqueName: $uniqueName) {
        ...BlockchainNode
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Mutation to create a blockchain node.
*/
const createBlockchainNode = graphql(`
    mutation createBlockchainNode(
      $applicationId: ID!
      $blockchainNetworkId: ID!
      $name: String!
      $provider: String!
      $region: String!
      $size: ClusterServiceSize
      $type: ClusterServiceType
      $nodeType: NodeType
      $keyMaterial: ID
    ) {
      createBlockchainNode(
        applicationId: $applicationId
        blockchainNetworkId: $blockchainNetworkId
        name: $name
        provider: $provider
        region: $region
        size: $size
        type: $type
        nodeType: $nodeType
        keyMaterial: $keyMaterial
      ) {
        ...BlockchainNode
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Mutation to restart a blockchain node.
*/
const restartBlockchainNode = graphql(`
    mutation RestartBlockchainNode($uniqueName: String!) {
      restartBlockchainNodeByUniqueName(uniqueName: $uniqueName) {
        ...BlockchainNode
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Mutation to pause a blockchain node.
*/
const pauseBlockchainNode = graphql(`
    mutation PauseBlockchainNode($uniqueName: String!) {
      pauseBlockchainNodeByUniqueName(uniqueName: $uniqueName) {
        ...BlockchainNode
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Mutation to resume a blockchain node.
*/
const resumeBlockchainNode = graphql(`
    mutation ResumeBlockchainNode($uniqueName: String!) {
      resumeBlockchainNodeByUniqueName(uniqueName: $uniqueName) {
        ...BlockchainNode
      }
    }
  `, [BlockchainNodeFragment]);
/**
* Creates a function to list blockchain nodes for an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches blockchain nodes for an application
* @throws If the application cannot be found or the request fails
*/
const blockchainNodeList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { blockchainNodesByUniqueName: { items } } = await gqlClient.request(getBlockchainNodes, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to fetch a specific blockchain node.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single blockchain node by unique name
* @throws If the blockchain node cannot be found or the request fails
*/
const blockchainNodeRead = (gqlClient) => {
	return async (blockchainNodeUniqueName) => {
		const { blockchainNodeByUniqueName } = await gqlClient.request(getBlockchainNode, { uniqueName: blockchainNodeUniqueName });
		return blockchainNodeByUniqueName;
	};
};
/**
* Creates a function to create a new blockchain node.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a new blockchain node with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const blockchainNodeCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName, blockchainNetworkUniqueName,...otherArgs } = args;
		const [application, blockchainNetwork] = await Promise.all([applicationRead(gqlClient)(applicationUniqueName), blockchainNetworkRead(gqlClient)(blockchainNetworkUniqueName)]);
		const { createBlockchainNode: blockchainNode } = await gqlClient.request(createBlockchainNode, {
			...otherArgs,
			applicationId: application.id,
			blockchainNetworkId: blockchainNetwork.id
		});
		return blockchainNode;
	};
};
/**
* Creates a function to restart a blockchain node.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that restarts a blockchain node by unique name
* @throws If the blockchain node cannot be found or the restart fails
*/
const blockchainNodeRestart = (gqlClient) => async (blockchainNodeUniqueName) => {
	const { restartBlockchainNodeByUniqueName: blockchainNode } = await gqlClient.request(restartBlockchainNode, { uniqueName: blockchainNodeUniqueName });
	return blockchainNode;
};
/**
* Creates a function to pause a blockchain node.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that pauses a blockchain node by unique name
* @throws If the blockchain node cannot be found or the pause fails
*/
const blockchainNodePause = (gqlClient) => async (blockchainNodeUniqueName) => {
	const { pauseBlockchainNodeByUniqueName: blockchainNode } = await gqlClient.request(pauseBlockchainNode, { uniqueName: blockchainNodeUniqueName });
	return blockchainNode;
};
/**
* Creates a function to resume a blockchain node.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that resumes a blockchain node by unique name
* @throws If the blockchain node cannot be found or the resume fails
*/
const blockchainNodeResume = (gqlClient) => async (blockchainNodeUniqueName) => {
	const { resumeBlockchainNodeByUniqueName: blockchainNode } = await gqlClient.request(resumeBlockchainNode, { uniqueName: blockchainNodeUniqueName });
	return blockchainNode;
};

//#endregion
//#region src/graphql/custom-deployment.ts
/**
* Fragment containing core custom deployment fields.
*/
const CustomDeploymentFragment = graphql(`
  fragment CustomDeployment on CustomDeployment {
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    endpoints {
      id
      label
      displayValue
    }
    credentials {
      id
      label
      displayValue
    }
  }
`);
/**
* Query to fetch custom deployments for an application.
*/
const getCustomDeployments = graphql(`
    query getCustomDeployments($applicationUniqueName: String!) {
      customDeploymentsByUniqueName(applicationUniqueName: $applicationUniqueName) {
        items {
          ...CustomDeployment
        }
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Query to fetch a specific custom deployment.
*/
const getCustomDeployment = graphql(`
    query getCustomDeployment($uniqueName: String!) {
      customDeploymentByUniqueName(uniqueName: $uniqueName) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Mutation to edit a custom deployment.
*/
const editCustomDeployment = graphql(`
    mutation EditCustomDeployment($uniqueName: String!, $imageTag: String) {
      editCustomDeploymentByUniqueName(uniqueName: $uniqueName, imageTag: $imageTag) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Mutation to create a custom deployment.
*/
const createCustomDeployment = graphql(`
    mutation CreateCustomDeployment(
      $applicationId: ID!
      $name: String!
      $imageTag: String!
      $imageName: String!
      $imageRepository: String!
      $environmentVariables: JSON
      $port: Int!
      $provider: String!
      $region: String!
      $size: ClusterServiceSize
      $type: ClusterServiceType
    ) {
      createCustomDeployment(
        applicationId: $applicationId
        name: $name
        imageTag: $imageTag
        imageName: $imageName
        imageRepository: $imageRepository
        port: $port
        environmentVariables: $environmentVariables
        provider: $provider
        region: $region
        size: $size
        type: $type
      ) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Mutation to restart a custom deployment.
*/
const restartCustomDeployment = graphql(`
    mutation RestartCustomDeployment($uniqueName: String!) {
      restartCustomDeploymentByUniqueName(uniqueName: $uniqueName) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Mutation to pause a custom deployment.
*/
const pauseCustomDeployment = graphql(`
    mutation PauseCustomDeployment($uniqueName: String!) {
      pauseCustomDeploymentByUniqueName(uniqueName: $uniqueName) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Mutation to resume a custom deployment.
*/
const resumeCustomDeployment = graphql(`
    mutation ResumeCustomDeployment($uniqueName: String!) {
      resumeCustomDeploymentByUniqueName(uniqueName: $uniqueName) {
        ...CustomDeployment
      }
    }
  `, [CustomDeploymentFragment]);
/**
* Creates a function to list custom deployments for an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches custom deployments for an application
* @throws If the application cannot be found or the request fails
*/
const customdeploymentList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { customDeploymentsByUniqueName: { items } } = await gqlClient.request(getCustomDeployments, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to fetch a specific custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single custom deployment by unique name
* @throws If the custom deployment cannot be found or the request fails
*/
const customdeploymentRead = (gqlClient) => {
	return async (customDeploymentUniqueName) => {
		const { customDeploymentByUniqueName: customDeployment } = await gqlClient.request(getCustomDeployment, { uniqueName: customDeploymentUniqueName });
		return customDeployment;
	};
};
/**
* Creates a function to update a custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that updates a custom deployment with a new image tag
* @throws If the custom deployment cannot be found or the update fails
*/
const customdeploymentUpdate = (gqlClient) => {
	return async (customDeploymentUniqueName, imageTag) => {
		const { editCustomDeploymentByUniqueName: cd } = await gqlClient.request(editCustomDeployment, {
			uniqueName: customDeploymentUniqueName,
			imageTag
		});
		return cd;
	};
};
/**
* Creates a function to create a new custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a new custom deployment with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const customdeploymentCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName,...otherArgs } = args;
		const application = await applicationRead(gqlClient)(applicationUniqueName);
		const { createCustomDeployment: customDeployment } = await gqlClient.request(createCustomDeployment, {
			...otherArgs,
			applicationId: application.id
		});
		return customDeployment;
	};
};
/**
* Creates a function to restart a custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that restarts a custom deployment by unique name
* @throws If the custom deployment cannot be found or the restart fails
*/
const customDeploymentRestart = (gqlClient) => async (customDeploymentUniqueName) => {
	const { restartCustomDeploymentByUniqueName: customDeployment } = await gqlClient.request(restartCustomDeployment, { uniqueName: customDeploymentUniqueName });
	return customDeployment;
};
/**
* Creates a function to pause a custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that pauses a custom deployment by unique name
* @throws If the custom deployment cannot be found or the pause fails
*/
const customDeploymentPause = (gqlClient) => async (customDeploymentUniqueName) => {
	const { pauseCustomDeploymentByUniqueName: customDeployment } = await gqlClient.request(pauseCustomDeployment, { uniqueName: customDeploymentUniqueName });
	return customDeployment;
};
/**
* Creates a function to resume a custom deployment.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that resumes a custom deployment by unique name
* @throws If the custom deployment cannot be found or the resume fails
*/
const customDeploymentResume = (gqlClient) => async (customDeploymentUniqueName) => {
	const { resumeCustomDeploymentByUniqueName: customDeployment } = await gqlClient.request(resumeCustomDeployment, { uniqueName: customDeploymentUniqueName });
	return customDeployment;
};

//#endregion
//#region src/graphql/foundry.ts
/**
* Query to fetch Foundry environment configuration for a blockchain node.
*/
const getFoundryEnvConfig = graphql(`
    query GetFoundryEnvConfig($blockchainNodeUniqueName: String!) {
      foundryEnvConfigByUniqueName(blockchainNodeUniqueName: $blockchainNodeUniqueName)
    }
  `);
/**
* Creates a function to fetch Foundry environment configuration.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches Foundry environment configuration for a blockchain node
* @throws If the blockchain node cannot be found or the request fails
*/
const getEnv = (gqlClient) => {
	return async (blockchainNodeUniqueName) => {
		const { foundryEnvConfigByUniqueName } = await gqlClient.request(getFoundryEnvConfig, { blockchainNodeUniqueName });
		return foundryEnvConfigByUniqueName;
	};
};

//#endregion
//#region src/graphql/load-balancer.ts
/**
* GraphQL fragment containing core load balancer fields.
*/
const LoadBalancerFragment = graphql(`
  fragment LoadBalancer on LoadBalancer {
    __typename
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    endpoints {
      id
      label
      displayValue
    }
  }
`);
/**
* Query to fetch a specific load balancer.
*/
const getLoadBalancer = graphql(`
    query GetLoadBalancer($uniqueName: String!) {
      loadBalancerByUniqueName(uniqueName: $uniqueName) {
        ...LoadBalancer
      }
    }
  `, [LoadBalancerFragment]);
/**
* Query to fetch all load balancers for an application.
*/
const getLoadBalancers = graphql(`
    query getLoadBalancers($applicationUniqueName: String!) {
      loadBalancersByUniqueName(applicationUniqueName: $applicationUniqueName) {
        items {
          ...LoadBalancer
        }
      }
    }
  `, [LoadBalancerFragment]);
/**
* Mutation to create a load balancer.
*/
const createLoadBalancer = graphql(`
    mutation createLoadBalancer(
      $applicationId: ID!
      $blockchainNetworkId: ID!
      $name: String!
      $provider: String!
      $region: String!
      $size: ClusterServiceSize
      $type: ClusterServiceType
      $connectedNodes: [ID!]!
    ) {
      createLoadBalancer(
        applicationId: $applicationId
        blockchainNetworkId: $blockchainNetworkId
        name: $name
        provider: $provider
        region: $region
        size: $size
        type: $type
        connectedNodes: $connectedNodes
      ) {
        ...LoadBalancer
      }
    }
  `, [LoadBalancerFragment]);
/**
* Mutation to restart a load balancer.
*/
const restartLoadBalancer = graphql(`
    mutation RestartLoadBalancer($uniqueName: String!) {
      restartLoadBalancerByUniqueName(uniqueName: $uniqueName) {
        ...LoadBalancer
      }
    }
  `, [LoadBalancerFragment]);
/**
* Mutation to pause a load balancer.
*/
const pauseLoadBalancer = graphql(`
    mutation PauseLoadBalancer($uniqueName: String!) {
      pauseLoadBalancerByUniqueName(uniqueName: $uniqueName) {
        ...LoadBalancer
      }
    }
  `, [LoadBalancerFragment]);
/**
* Mutation to resume a load balancer.
*/
const resumeLoadBalancer = graphql(`
    mutation ResumeLoadBalancer($uniqueName: String!) {
      resumeLoadBalancerByUniqueName(uniqueName: $uniqueName) {
        ...LoadBalancer
      }
    }
  `, [LoadBalancerFragment]);
/**
* Creates a function to fetch a specific load balancer.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single load balancer by unique name
* @throws If the load balancer cannot be found or the request fails
*/
const loadBalancerRead = (gqlClient) => {
	return async (loadBalancerUniqueName) => {
		const { loadBalancerByUniqueName: loadBalancer } = await gqlClient.request(getLoadBalancer, { uniqueName: loadBalancerUniqueName });
		return loadBalancer;
	};
};
/**
* Creates a function to list load balancers for an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches load balancers for an application
* @throws If the application cannot be found or the request fails
*/
const loadBalancerList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { loadBalancersByUniqueName: { items } } = await gqlClient.request(getLoadBalancers, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to create a load balancer.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates a load balancer
* @throws If the load balancer cannot be created or the request fails
*/
const loadBalancerCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName, blockchainNetworkUniqueName, connectedNodesUniqueNames,...otherArgs } = args;
		const [application, blockchainNetwork, connectedNodes] = await Promise.all([
			applicationRead(gqlClient)(applicationUniqueName),
			blockchainNetworkRead(gqlClient)(blockchainNetworkUniqueName),
			Promise.all(connectedNodesUniqueNames.map((uniqueName) => blockchainNodeRead(gqlClient)(uniqueName)))
		]);
		const { createLoadBalancer: loadBalancer } = await gqlClient.request(createLoadBalancer, {
			...otherArgs,
			applicationId: application.id,
			blockchainNetworkId: blockchainNetwork.id,
			connectedNodes: connectedNodes.map((node) => node.id)
		});
		return loadBalancer;
	};
};
/**
* Creates a function to restart a load balancer.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that restarts a load balancer
* @throws If the load balancer cannot be restarted or the request fails
*/
const loadBalancerRestart = (gqlClient) => async (loadBalancerUniqueName) => {
	const { restartLoadBalancerByUniqueName: loadBalancer } = await gqlClient.request(restartLoadBalancer, { uniqueName: loadBalancerUniqueName });
	return loadBalancer;
};
/**
* Creates a function to pause a load balancer.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that pauses a load balancer
* @throws If the load balancer cannot be paused or the request fails
*/
const loadBalancerPause = (gqlClient) => async (loadBalancerUniqueName) => {
	const { pauseLoadBalancerByUniqueName: loadBalancer } = await gqlClient.request(pauseLoadBalancer, { uniqueName: loadBalancerUniqueName });
	return loadBalancer;
};
/**
* Creates a function to resume a load balancer.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that resumes a load balancer
* @throws If the load balancer cannot be resumed or the request fails
*/
const loadBalancerResume = (gqlClient) => async (loadBalancerUniqueName) => {
	const { resumeLoadBalancerByUniqueName: loadBalancer } = await gqlClient.request(resumeLoadBalancer, { uniqueName: loadBalancerUniqueName });
	return loadBalancer;
};

//#endregion
//#region src/graphql/insights.ts
/**
* GraphQL fragment containing core insights fields.
*/
const InsightsFragment = graphql(`
  fragment Insights on Insights {
    __typename
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    insightsCategory
    endpoints {
      id
      label
      displayValue
    }
    credentials {
      id
      label
      displayValue
    }
  }
`);
/**
* Query to fetch insights for an application.
*/
const getInsights = graphql(`
    query GetInsights($applicationUniqueName: String!) {
      insightsListByUniqueName(applicationUniqueName: $applicationUniqueName) {
        items {
          ...Insights
        }
      }
    }
  `, [InsightsFragment]);
/**
* Query to fetch a specific insight.
*/
const getInsight = graphql(`
    query GetInsight($uniqueName: String!) {
      insightsByUniqueName(uniqueName: $uniqueName) {
        ...Insights
      }
    }
  `, [InsightsFragment]);
/**
* Mutation to create insights.
*/
const createInsights = graphql(`
    mutation CreateInsights(
      $applicationId: ID!
      $name: String!
      $insightsCategory: InsightsCategory!
      $provider: String!
      $region: String!
      $size: ClusterServiceSize
      $type: ClusterServiceType
      $blockchainNode: ID
      $loadBalancer: ID
    ) {
      createInsights(
        applicationId: $applicationId
        name: $name
        insightsCategory: $insightsCategory
        provider: $provider
        region: $region
        size: $size
        type: $type
        blockchainNode: $blockchainNode
        loadBalancer: $loadBalancer
      ) {
        ...Insights
      }
    }
  `, [InsightsFragment]);
/**
* Mutation to restart insights.
*/
const restartInsights = graphql(`
    mutation RestartInsights($uniqueName: String!) {
      restartInsightsByUniqueName(uniqueName: $uniqueName) {
        ...Insights
      }
    }
  `, [InsightsFragment]);
/**
* Mutation to pause insights.
*/
const pauseInsights = graphql(`
    mutation PauseInsights($uniqueName: String!) {
      pauseInsightsByUniqueName(uniqueName: $uniqueName) {
        ...Insights
      }
    }
  `, [InsightsFragment]);
/**
* Mutation to resume insights.
*/
const resumeInsights = graphql(`
    mutation ResumeInsights($uniqueName: String!) {
      resumeInsightsByUniqueName(uniqueName: $uniqueName) {
        ...Insights
      }
    }
  `, [InsightsFragment]);
/**
* Creates a function to list insights for an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches insights for an application
* @throws If the application cannot be found or the request fails
*/
const insightsList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { insightsListByUniqueName: { items } } = await gqlClient.request(getInsights, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to fetch a specific insight.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single insight by unique name
* @throws If the insight cannot be found or the request fails
*/
const insightsRead = (gqlClient) => {
	return async (insightsUniqueName) => {
		const { insightsByUniqueName: insights } = await gqlClient.request(getInsight, { uniqueName: insightsUniqueName });
		return insights;
	};
};
/**
* Creates a function to create new insights.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that creates new insights with the provided configuration
* @throws If the creation fails or validation errors occur
*/
const insightsCreate = (gqlClient) => {
	return async (args) => {
		const { applicationUniqueName, blockchainNodeUniqueName, loadBalancerUniqueName,...otherArgs } = args;
		const [application, blockchainNode, loadBalancer] = await Promise.all([
			applicationRead(gqlClient)(applicationUniqueName),
			blockchainNodeUniqueName ? blockchainNodeRead(gqlClient)(blockchainNodeUniqueName) : Promise.resolve(undefined),
			loadBalancerUniqueName ? loadBalancerRead(gqlClient)(loadBalancerUniqueName) : Promise.resolve(undefined)
		]);
		const { createInsights: insights } = await gqlClient.request(createInsights, {
			...otherArgs,
			applicationId: application.id,
			blockchainNode: blockchainNode?.id,
			loadBalancer: loadBalancer?.id
		});
		return insights;
	};
};
/**
* Creates a function to restart insights.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that restarts insights by unique name
* @throws If the insights cannot be found or the restart fails
*/
const insightsRestart = (gqlClient) => async (insightsUniqueName) => {
	const { restartInsightsByUniqueName: insights } = await gqlClient.request(restartInsights, { uniqueName: insightsUniqueName });
	return insights;
};
/**
* Creates a function to pause insights.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that pauses insights by unique name
* @throws If the insights cannot be found or the pause fails
*/
const insightsPause = (gqlClient) => async (insightsUniqueName) => {
	const { pauseInsightsByUniqueName: insights } = await gqlClient.request(pauseInsights, { uniqueName: insightsUniqueName });
	return insights;
};
/**
* Creates a function to resume insights.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that resumes insights by unique name
* @throws If the insights cannot be found or the resume fails
*/
const insightsResume = (gqlClient) => async (insightsUniqueName) => {
	const { resumeInsightsByUniqueName: insights } = await gqlClient.request(resumeInsights, { uniqueName: insightsUniqueName });
	return insights;
};

//#endregion
//#region src/graphql/integration-tool.ts
/**
* GraphQL fragment containing core integration fields.
*/
const IntegrationFragment = graphql(`
  fragment Integration on Integration {
    __typename
    id
    uniqueName
    name
    status
    healthStatus
    provider
    region
    integrationType
    endpoints {
      id
      label
      displayValue
    }
    credentials {
      id
      label
      displayValue
    }
  }
`);
/**
* Query to fetch integrations for an application.
*/
const getIntegrations = graphql(`
    query GetIntegrations($applicationUniqueName: String!) {
      integrationsByUniqueName(applicationUniqueName: $applicationUniqueName) {
        items {
          ...Integration
        }
      }
    }
  `, [IntegrationFragment]);
/**
* Query to fetch a specific integration.
*/
const getIntegration = graphql(`
    query GetIntegration($uniqueName: String!) {
      integrationByUniqueName(uniqueName: $uniqueName) {
        ...Integration
      }
    }
  `, [IntegrationFragment]);
/**
* Mutation to create a new integration.
*/
const createIntegration = graphql(`
    mutation CreateIntegration(
      $applicationId: ID!
      $name: String!
      $integrationType: IntegrationType!
      $provider: String!
      $region: String!
      $size: ClusterServiceSize
      $type: ClusterServiceType
    ) {
      createIntegration(
        applicationId: $applicationId
        name: $name
        integrationType: $integrationType
        provider: $provider
        region: $region
        size: $size
        type: $type
      ) {
        ...Integration
      }
    }
  `, [IntegrationFragment]);
/**
* Mutation to restart an integration.
*/
const restartIntegrationTool = graphql(`
    mutation RestartIntegrationTool($uniqueName: String!) {
      restartIntegrationByUniqueName(uniqueName: $uniqueName) {
        ...Integration
      }
    }
  `, [IntegrationFragment]);
/**
* Mutation to pause an integration.
*/
const pauseIntegrationTool = graphql(`
    mutation PauseIntegrationTool($uniqueName: String!) {
      pauseIntegrationByUniqueName(uniqueName: $uniqueName) {
        ...Integration
      }
    }
  `, [IntegrationFragment]);
/**
* Mutation to resume an integration.
*/
const resumeIntegrationTool = graphql(`
    mutation ResumeIntegrationTool($uniqueName: String!) {
      resumeIntegrationByUniqueName(uniqueName: $uniqueName) {
        ...Integration
      }
    }
  `, [IntegrationFragment]);
/**
* Creates a function to list integration tools for an application.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches integration tools for an application
* @throws If the application cannot be found or the request fails
*/
const integrationToolList = (gqlClient) => {
	return async (applicationUniqueName) => {
		const { integrationsByUniqueName: { items } } = await gqlClient.request(getIntegrations, { applicationUniqueName });
		return items;
	};
};
/**
* Creates a function to fetch a specific integration tool.
*
* @param gqlClient - The GraphQL client instance
* @returns Function that fetches a single integration tool by unique name
* @throws If the integration tool cannot be found or the request fails
*/
const integrationToolRead = (gqlClient) => {
	return async (integrationUniqueName) => {
		const { integrationByUniqueN