Currently, during wallet provisioning or when requesting testnet tokens, we are allocated only 25 ATOMs. However, our end-to-end tests for the DApp-Inter require more than this amount. Specifically, we have scenarios where at least 50 ATOMs, or ideally 100 ATOMs, are necessary from the outset.
As a workaround, we currently execute a loop four times to accumulate a total of 100 ATOMs. This approach is inefficient and could be streamlined. It would be more effective if the initial provisioning process could directly grant us 100 ATOMs. Implementing this change would enhance the efficiency of our testing process by eliminating the need for multiple iterations and ensuring sufficient resources are available from the start.
Currently, during wallet provisioning or when requesting testnet tokens, we are allocated only 25 ATOMs. However, our end-to-end tests for the DApp-Inter require more than this amount. Specifically, we have scenarios where at least 50 ATOMs, or ideally 100 ATOMs, are necessary from the outset.
As a workaround, we currently execute a loop four times to accumulate a total of 100 ATOMs. This approach is inefficient and could be streamlined. It would be more effective if the initial provisioning process could directly grant us 100 ATOMs. Implementing this change would enhance the efficiency of our testing process by eliminating the need for multiple iterations and ensuring sufficient resources are available from the start.