Steps to reproduce:
1. In /unread, open a feed's settings in a new tab. The feed must have unread entries in /unread.
2. In the new tab/window, delete the feed.
3. Without refreshing, mark an entry from the now-deleted feed as read.
4. Result: The total unread count in the UI header switches to NaN.
Currently, removing a feed from `/category/{id}/feeds` redirects incorrectly to `/feeds`. This change fixes it so that
removing a feed will now correctly redirect to `/category/{id}/feeds`. Removing a feed from `/feeds` is unaffected and
will work as it does currently.
To fix this, a new UI endpoint `/category/{categoryID}/feed/{feedID}/remove` is added and a corresponding handler method
to validate and perform the removal from DB.
The `pg_timezone_names` view was added in 8.2.
It should be equivalent to the function query.
See: https://pgpedia.info/p/pg_timezone_names.html
This small change allows `miniflux` to run on postgres-compatible
databases like CockroachDB, which don't have this function.
This adds a new "description" field to the feed settings. This allows to
save custom description regarding a feed. It is also exported and
imported as "description" in OPML.
Use a sort+compact construct instead of doing it by hand with a hashmap. The
time complexity is now O(nlogn+n) instead of O(n), and space complexity around
O(logn) instead of O(n+uniq(n)), but it shouldn't matter anyway, since
removeDuplicates is only called to deduplicate tags.
- `make([]a, b)` create a slice of `b` elements `a`
- `make([]a, b, c)` create a slice of `0` elements `a`, but reserve space for `c` of them
When using `append` on the former, it will result on a slice with `b` leading
elements, which is unlikely to be what we want. This commit replaces the two
instances where this happens with the latter construct.
Go 1.22 introduced a new [for-range](https://go.dev/ref/spec#For_range)
construct that looks a tad better than the usual `for i := 0; i < N; i++`
construct. I also tool the liberty of replacing some
`for i := 0; i < len(myitemsarray); i++ { … myitemsarray[i] …}`
with `for item := range myitemsarray` when `myitemsarray` contains only pointers.
