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Include error-message as part of the GET/LIST endpoints to help with troubleshooting #396
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@lgalabru I'm wondering if we can store any errors that occur in checking or triggering a predicate and return them with |
Upon further investigation, we already store and return errors when evaluating a predicate:
@BLuEScioN / @sabbyanandan - whenever the predicate status is "Interrupted", it will include an error. Do you think that will be sufficient for the platform to display more info to the user? |
Woah! Awesome, I think this should suffice. Now, if we are able to trigger those errors, we can see how much of the information is floating through the pipes, and how we may want to massage them for the end-users. As far as the "caused by" or equivalent is clearer, that is all it matters to the end users. |
@sabbyanandan If I'm following here, this issue is a no-op since we already surface the errors? Can it be closed? |
@smcclellan: Before you close it, perhaps you can verify the functionality and share the sample JSON responses with the error messages. That way @BLuEScioN can review the JSON and explore how to further handle it gracefully for the end-users with the help of @andromeda995. cc: @andresgalante |
I've added some additional errors in #397 |
Here are the possible errors:
|
@MicaiahReid: Thanks. @LakshmiLavanyaKasturi: Something to summarize in the Chainhook docs, perhaps under the error handling guide or similar. |
### Description This PR accomplishes a few things: - renames/adds/removes predicate statuses according to the flowchart in docs/images/predicate-status-flowchart/PredicateStatusFlowchart.png - adds more context to errors returned in Interrupted status - adds status data to `GET /v1/chainhooks` endpoint - fixes bug in chainhook service where block streaming continued past `end_block` Fixes #396, fixes #324 Also: Improves how we handle a restart of `chainhook service` while predicates are scanning/streaming. Here are the cases we now handle: 1. Predicates that were in `scanning` status when Chainhook was terminated will resume scanning starting from their `last_evaluated_block_height`. *Note: because we only save predicate status every 10 scans, we could end up re-emiting matches on a resetart* 2. Predicates that were in `new` status when Chainhook was terminated will start scanning at the predicate's `start_block` 3. Predicates that were in `streaming` status will _return_ to a `scanning` status, starting at `last_evaluated_block_height` to catch up on the missed blocks. Note, the `number_of_blocks_to_scan` is set to 0 for this temporary catch-up, as it's difficult to compute the number of remaining blocks in the context of this change 4. If predicates were passed in at startup, we also register those to begin scanning, which previously didn't happen 5. We now allow passing in a predicate at startup _and_ registering additional predicates with the predicate registration server. This means that if you use the same startup predicate repeatedly, it will already be saved in redis and _not_ be reloaded. Fixes: #298, fixes #390, fixes #402, fixes #403 #### Breaking change? The rename of `ScanningData`'s `number_of_blocks_sent` field could technically be considered breaking, let's discuss. ### Checklist - [x] All tests pass - [x] Tests added in this PR (if applicable) Test coverage before: 23.2% Test coverage after: 37.72%
## [1.1.0](v1.0.0...v1.1.0) (2023-10-10) ### Features * allow matching with regex for stacks print_event ([#380](#380)) ([131809e](131809e)), closes [#348](#348) * augment predicate status returned by GET/LIST endpoints ([#397](#397)) ([a100263](a100263)), closes [#396](#396) [#324](#324) [#390](#390) [#402](#402) [#403](#403) * introduce "data_handler_tx" ([ee486f3](ee486f3)) ### Bug Fixes * build error ([85d4d91](85d4d91)) * build errors ([b9ff1aa](b9ff1aa)) * build errro ([be0c229](be0c229)) * bump retries and delays ([aff3690](aff3690)) * chainhook not being registered ([5a809c6](5a809c6)) * ensure that the parent block was previously received. else, fetch it ([2755266](2755266)) * migrate to finer zmq lib ([4eb5a07](4eb5a07)) * prevent panic when scanning from genesis block ([#408](#408)) ([1868a06](1868a06)) * remove event_handlers ([6fecfd2](6fecfd2)) * retrieve blocks until tip ([5213f5f](5213f5f)) * revisit approach ([67a34dc](67a34dc)) * use crossbeam channels ([ea33553](ea33553)) * workflow ([d434c93](d434c93))
🎉 This issue has been resolved in version 1.1.0 🎉 The release is available on GitHub release Your semantic-release bot 📦🚀 |
## [1.1.0](v1.0.0...v1.1.0) (2023-10-10) ### Features * allow matching with regex for stacks print_event ([#380](#380)) ([131809e](131809e)), closes [#348](#348) * augment predicate status returned by GET/LIST endpoints ([#397](#397)) ([a100263](a100263)), closes [#396](#396) [#324](#324) [#390](#390) [#402](#402) [#403](#403) * introduce "data_handler_tx" ([ee486f3](ee486f3)) ### Bug Fixes * build error ([85d4d91](85d4d91)) * build errors ([b9ff1aa](b9ff1aa)) * build errro ([be0c229](be0c229)) * bump retries and delays ([aff3690](aff3690)) * chainhook not being registered ([5a809c6](5a809c6)) * ensure that the parent block was previously received. else, fetch it ([2755266](2755266)) * migrate to finer zmq lib ([4eb5a07](4eb5a07)) * prevent panic when scanning from genesis block ([#408](#408)) ([1868a06](1868a06)) * remove event_handlers ([6fecfd2](6fecfd2)) * retrieve blocks until tip ([5213f5f](5213f5f)) * revisit approach ([67a34dc](67a34dc)) * use crossbeam channels ([ea33553](ea33553)) * workflow ([d434c93](d434c93))
## [1.1.0](hirosystems/chainhook@v1.0.0...v1.1.0) (2023-10-10) ### Features * allow matching with regex for stacks print_event ([#380](hirosystems/chainhook#380)) ([af0fcad](hirosystems/chainhook@af0fcad)), closes [#348](hirosystems/chainhook#348) * augment predicate status returned by GET/LIST endpoints ([#397](hirosystems/chainhook#397)) ([0f32704](hirosystems/chainhook@0f32704)), closes [#396](hirosystems/chainhook#396) [#324](hirosystems/chainhook#324) [#390](hirosystems/chainhook#390) [#402](hirosystems/chainhook#402) [#403](hirosystems/chainhook#403) * introduce "data_handler_tx" ([a7704d8](hirosystems/chainhook@a7704d8)) ### Bug Fixes * build error ([9d47f87](hirosystems/chainhook@9d47f87)) * build errors ([27b0ae4](hirosystems/chainhook@27b0ae4)) * build errro ([6363fad](hirosystems/chainhook@6363fad)) * bump retries and delays ([483663c](hirosystems/chainhook@483663c)) * chainhook not being registered ([7d2b156](hirosystems/chainhook@7d2b156)) * ensure that the parent block was previously received. else, fetch it ([79561c8](hirosystems/chainhook@79561c8)) * migrate to finer zmq lib ([2e55a20](hirosystems/chainhook@2e55a20)) * prevent panic when scanning from genesis block ([#408](hirosystems/chainhook#408)) ([4ab8dd8](hirosystems/chainhook@4ab8dd8)) * remove event_handlers ([e3664d2](hirosystems/chainhook@e3664d2)) * retrieve blocks until tip ([d21cacc](hirosystems/chainhook@d21cacc)) * revisit approach ([47d2ef6](hirosystems/chainhook@47d2ef6)) * use crossbeam channels ([50595ab](hirosystems/chainhook@50595ab)) * workflow ([84c4ec9](hirosystems/chainhook@84c4ec9))
As a user, when the actively observing chainhooks fail to trigger either because of the errors in Chainhook itself or due to the issues when triggering the HTTP endpoint for a given event, I would like to know what and why it failed, so I can troubleshoot and course-correct.
The interruptions could be:
a: Errors in Chainhook
b: Having an incorrect HTTP endpoint as a trigger
c: Having an unresponsive or erroring HTTP endpoint as a trigger
d: Any runtime errors between the Chainhook node, Chainhook API, or HTTP endpoints
If we can include the error-message and can define a category for those errors, the Hiro Platform can handle them and gracefully let users know of the problem.
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