Rename:
`validationSlots` to `myValidationSlots`
`addToValidationSlots` to `addToMyValidationSlots`
`removeFromValidationSlots` to `removeFromMyValidationSlots`
Related to nim-codex/457, nim-codex/458.
To cover the entire SlotId (uint256) address space, each validator must validate a portion of the SlotId space. When a slot is filled, the SlotId will be put in to a bucket, based on the value of the SlotId and the number of buckets (validators) configured. Similar to `myRequests` and `mySlots`, a function called `validationSlots` can be used to retrieve the `SlotIds` being validated for a particular bucket (validator index). This facilitates loading actively filled slots in need of validation when a validator starts.
Store slotIndex in slot struct and expose the slot via getActiveSlot. This is to be used when restoring state in the sales module after a node restart.
* get request from slot id
- Add public function to get request from slot id.
- Add chai test assertion that compares requests. Usage: `expect(await marketplace.getRequestFromSlotId(slotId(slot))).to.be.request(request)`
This is used when restoring active sales, and a node calls `mySlots`, then iterates the slots and needs originating request details.
* merge upstream changes
- Marketplace tests for requestsForHost, and additional tests for myRequests and mySlots
- Added Utils lib with tests
- Added additional Bytes32AddressSetMap.keys expectations
Reinstate the index mapping for `activeSlots`, however with a modified data structure. The main difference comes from a change in `mySlots`: it now requires a `RequestId` as a parameter (which can be obtained using `myRequests`. This allowed for the `activeSlots` mapping to be keyed on `RequestId`, which gives a mapping of `ActiveSlotId => EnumerableSet.Bytes32`. `ActiveSlotId` is a keccak hash of `address + activeSlotIdx`, which not only allows retrieval of all active slot ids per request, but also allows clearing of all active slot ids for a request by incrementing the `activeSlotIdx`.
```
requestId => [ keccak(address + activeSlotIdx) => EnumerableSet.Bytes32 ]
```
Instead, iterate all active slots and remove them individually, only if they are part of a specific request. This is only for the case of request failure.
Allow for clearing of active slots by host, by incrementing an mapping index. The new index points to a fresh instance of EnumerableSet, effectively wiping it clean.
