As we still create a `Reader` in the deprecated code of `Library`,
we need a way to create a reader without raising a deprecated warning.
So we create a another constructor with a dummy argument and we use it.
As the `Entry` is still created by `Reader` we need a way to create a
entry without raising a deprecated warning.
To do so we create a second constructor with a dummy argument.
This second constructor is private and is not marked as deprecated so we
can use it.
With openzim/libzim#540 we now have a new function to get
illustration(previously favicon in 48x48 size and unity scale) in
multiple sizes. We need to replace getFaviconEntry with this new
getIllustrationItem method.
Each sugestions used to be stored as vector of strings to hold various values
such as title, path etc inside them. With this commit, we use the new
dedicated class `SuggestionItem` to do the same.
With openzim/libzim#545 we now support snippet generation of titles
which can be used as the display label on the ui for highlighted titles
via the "label" field.
The old version used plain title which is still available in the value
field.
With #403, the article mimetype may be different than "text/html".
It can also be "text/html; raw=true".
(And in fact it already could have any kind of optional argument).
Previous API were using an internal vector to store the suggestions search
results.
The new API takes a vector as out argument. So user can call the functions
without having to protect the search.
We should change the android API to reflect the change but it is a bit
more complex to do at JNI level. As android do not call it multithreaded
we are safe for now. And we need the new API asap for kiwix-desktop.
So we keep the same API on android for now, the new api will be made
in next version.
`reader.getFileSize()` return the size of the zim in Kbyte in a
`unsigned int` (32 bits). This is ok as it would overflow if the size
of the size is greater than 4294967295 kbytes (so ~4Tbytes).
However, we need to convert the return size into a unsigned 64 bits integer
else, when converting to bytes, we will overflow at 4Gbytes.
Even in `m_size` is a uint64_t.