updateTracker
updateTracker(
config,rulesEngineComponentContract,policyId,trackerId,trSyntax):Promise<number>
Asynchronously updates a tracker in the rules engine component contract.
Parameters
| Parameter | Type | Description |
|---|---|---|
config | Config | - |
rulesEngineComponentContract | object | The contract instance for interacting with the rules engine component. |
rulesEngineComponentContract.abi | (object | object | object)[] | - |
rulesEngineComponentContract.address | `0x${string}` | - |
policyId | number | The ID of the policy associated with the tracker. |
trackerId | number | The ID of the tracker to update. |
trSyntax | string | A JSON string representing the tracker syntax. |
Returns
Promise<number>
A promise that resolves to the existing tracker ID is returned. Returns -1 if the operation fails.
Throws
Will retry indefinitely with a 1-second delay between attempts if an error occurs during the contract simulation. Ensure proper error handling or timeout mechanisms are implemented to avoid infinite loops.
Defined in
updateTracker
updateTracker(
config,rulesEngineComponentContract,policyId,trackerId,trSyntax):Promise<number>
Asynchronously updates a tracker in the rules engine component contract.
Parameters
| Parameter | Type | Description |
|---|---|---|
config | Config | - |
rulesEngineComponentContract | object | The contract instance for interacting with the rules engine component. |
rulesEngineComponentContract.abi | (object | object | object)[] | - |
rulesEngineComponentContract.address | `0x${string}` | - |
policyId | number | The ID of the policy associated with the tracker. |
trackerId | number | The ID of the tracker to update. |
trSyntax | string | A JSON string representing the tracker syntax. |
Returns
Promise<number>
A promise that resolves to the existing tracker ID is returned. Returns -1 if the operation fails.
Throws
Will retry indefinitely with a 1-second delay between attempts if an error occurs during the contract simulation. Ensure proper error handling or timeout mechanisms are implemented to avoid infinite loops.