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[feature] Filters v1 (#2594)

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* Implement client-side v1 filters

* Exclude linter false positives

* Update test/envparsing.sh

* Fix minor Swagger, style, and Bun usage issues

* Regenerate Swagger

* De-generify filter keywords

* Remove updating filter statuses

This is an operation that the Mastodon v2 filter API doesn't actually have, because filter statuses, unlike keywords, don't have options: the only info they contain is the status ID to be filtered.

* Add a test for filter statuses specifically

* De-generify filter statuses

* Inline FilterEntry

* Use vertical style for Bun operations consistently

* Add comment on Filter DB interface

* Remove GoLand linter control comments

Our existing linters should catch these, or they don't matter very much

* Reduce memory ratio for filters
This commit is contained in:
Vyr Cossont
2024-03-06 02:15:58 -08:00
committed by GitHub
parent 7bc536d1f7
commit 61a2b91f45
50 changed files with 4672 additions and 52 deletions
Download Patch File Download Diff File Expand all files Collapse all files

53
internal/typeutils/internaltofrontend.go
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@@ -1617,6 +1617,59 @@ func (c *Converter) convertAttachmentsToAPIAttachments(ctx context.Context, atta
return apiAttachments, errs.Combine()
}
// FilterToAPIFiltersV1 converts one GTS model filter into an API v1 filter list
func (c *Converter) FilterToAPIFiltersV1(ctx context.Context, filter *gtsmodel.Filter) ([]*apimodel.FilterV1, error) {
apiFilters := make([]*apimodel.FilterV1, 0, len(filter.Keywords))
for _, filterKeyword := range filter.Keywords {
apiFilter, err := c.FilterKeywordToAPIFilterV1(ctx, filterKeyword)
if err != nil {
return nil, err
}
apiFilters = append(apiFilters, apiFilter)
}
return apiFilters, nil
}
// FilterKeywordToAPIFilterV1 converts one GTS model filter and filter keyword into an API v1 filter
func (c *Converter) FilterKeywordToAPIFilterV1(ctx context.Context, filterKeyword *gtsmodel.FilterKeyword) (*apimodel.FilterV1, error) {
if filterKeyword.Filter == nil {
return nil, gtserror.New("FilterKeyword model's Filter field isn't populated, but needs to be")
}
filter := filterKeyword.Filter
apiContexts := make([]apimodel.FilterContext, 0, apimodel.FilterContextNumValues)
if util.PtrValueOr(filter.ContextHome, false) {
apiContexts = append(apiContexts, apimodel.FilterContextHome)
}
if util.PtrValueOr(filter.ContextNotifications, false) {
apiContexts = append(apiContexts, apimodel.FilterContextNotifications)
}
if util.PtrValueOr(filter.ContextPublic, false) {
apiContexts = append(apiContexts, apimodel.FilterContextPublic)
}
if util.PtrValueOr(filter.ContextThread, false) {
apiContexts = append(apiContexts, apimodel.FilterContextThread)
}
if util.PtrValueOr(filter.ContextAccount, false) {
apiContexts = append(apiContexts, apimodel.FilterContextAccount)
}
var expiresAt *string
if !filter.ExpiresAt.IsZero() {
expiresAt = util.Ptr(util.FormatISO8601(filter.ExpiresAt))
}
return &apimodel.FilterV1{
// v1 filters have a single keyword each, so we use the filter keyword ID as the v1 filter ID.
ID: filterKeyword.ID,
Phrase: filterKeyword.Keyword,
Context: apiContexts,
WholeWord: util.PtrValueOr(filterKeyword.WholeWord, false),
ExpiresAt: expiresAt,
Irreversible: filter.Action == gtsmodel.FilterActionHide,
}, nil
}
// convertEmojisToAPIEmojis will convert a slice of GTS model emojis to frontend API model emojis, falling back to IDs if no GTS models supplied.
func (c *Converter) convertEmojisToAPIEmojis(ctx context.Context, emojis []*gtsmodel.Emoji, emojiIDs []string) ([]apimodel.Emoji, error) {
var errs gtserror.MultiError