* Extend block_manager to handle sidebar blocks. get_available has become get_available_admin_blocks, get_list becomes get_admin_list.
* Create new functions get_available_site_blocks which will look for gallery_block get_available_site_blocks.
* Refactor sidebar_blocks into a separate function and then call block_manager::get_html(site.sidebar). Convert image_block to use block management instead of theme::sidebar_blocks
* Change the block_manager api so that the theme is passed into the get method. convert info to the new sidebar block approach
* Convert the user module to use the new sidebar block structure. remove the installers for info and image_block modules.
* Convert tag and rss modules to the new sidebar framework. reset the version number to 1 for info and image_block modules.
* Change the get_html method to ignore empty blocks and change the individual handlers to return an empty string if no block is generated
* Add a warning message if no sidebar blocks are active and provide a link to the admin page that configures the sidebar.
affected. Practically speaking this means that we'll reindex items
when tags are added or removed from them.
API change:
Remove item_related_updated_batch event.
Rationale:
While this is an efficient event, it requires module developers to
support two event APIs for staying up to date and increases the
likelihood that they'll forget one and have data corruption. Force
them all through the slower but more reliable pipe, for now. We
can always try to improve efficiency by using the batch_start and
batch_stop events.
Old API: $obj->original("field_name")
New API: $obj->original()->field_name
This allows us to revert the varous xxx_updated events back to passing
an original ORM as well as the the updated one. This makes for a
cleaner event API.
Old API: comment_updated($comment) { $comment->original("field_name") }
Old API: comment_updated($old, $new) { $old->field_name }
theme. Because the theme comes first, this means that themes can
override any module resources, at the cost that we no longer have
namespacing for JS and CSS files.
The only file getting used outside of this model is
themes/default/screen.css which is used in the admin theme. I fixed
that by copying screen.css into admin_default and renaming its
screen.css to admin_screen.css. I also copied over all the images
that it was referencing.
Fixes tickets #48 and #539.
Theme API changes:
- theme_script(), theme_url() and theme_css() are no longer needed
- script(), url() and css() now refer to the first matching asset in
the module load path, where gallery3/lib is at the end of the path
related events from within the model handling code. The only
exception to this currently is item_created which is challenging
because we have to save the item using ORM_MPTT::add_to_parent()
before the object itself is fully set up. When we get that down to
one call to save() we can publish that event from within the model
also.
1) The item_updated event no longer takes the old and new items.
Instead we overload ORM to track the original data and make
that available via the item. This will allow us to move event
publishing down into the API methods which in turn will give us
more stability since we won't require each controller to remember
to do it.
2) ORM class now tracks the original values. It doesn't track
the original relationships (no need for that, yet)
3) Added new events:
item_deleted
group_deleted
user_deleted
approach using html::specialchars and purify uses HTMLPurifier to intelligently
cleanse the output fields. Use purifier for text and title fields where it is
likely that a user would enter html to format their data.
In this commit, these script files are expressed at the end of the head or admin_head calls and appended to the beginning of the block stack. In a future commit these will be combined and gzipped for download.
Add xxx_installer::upgrade($version) method so that upgrade stanzas
are separate from install stanzas. In the old code, to do an upgrade
meant that you had to re-evolve everything from the initial install
because we'd step through each version's changes. But what we really
want is for the initial install to start off in the perfect initial
state, and the upgrades to do the work behind the scenes. So now the
install() function gets things set up properly the first time, and the
upgrade() function does any work to catch you up to the latest code.
See gallery_installer.php for a good example.
