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This specification defines UI Events which extend the DOM Event objects defined in. UI Events are those typically implemented by visual user agents for. Really cascading dropdown post was good, I had followed the step you mentioned, but where to add the “onchange” event when I open the newform.aspx page in.

Combining Multiple Web Parts in Share. Point 2. 01. 3 to create a Tab Pages Web. Part. The much awaited multi Web. Part Tab Pages Web. Part for Share. Point 2. Download this Web. Part and add it to your Share.

Point page to combine multiple Web parts to behave like Tab Pages. This Web. Part accepts Web. Part titles as input parameter and convert those Web Parts to Tab Pages.

This gives you the flexibility of selecting desired Web parts to convert it into tab pages rather than converting all Web parts in that zone to Tab pages. Deployment. Download this Web. Part from the bottom of the post and deploy it in your Share. Point Environment. This Web. Part can be deployed as a Sand Boxed solution (uploading it to solutions gallery) or as a Farm Solution (deployment via Power. Shell or STSADM).

After deploying the solution, ensure that the site collection feature named “SFS Multi Web. Part Tab Pages” is activated. If it’s not activated by default, activate the feature “SFS Multi Web.

Part Tab Pages”. Create a “Web. Part Page” and add all the Web parts that you wish to convert as Tab Pages to a Web. Part zone. Finally add this Share. Point Frontier Multi Web. Part Tab Pages Web. Part (available under the group “Share. Point Frontier” with the name “SFS Multi Web.

Part Tab. Pages”) to that zone . Configuration. Edit the SFS Multi Web. Part Tab. Pages Web. Part and navigate to “SFS Tab Pages” category to configure the parameters.

If j. Query is already referred in your page, you can select “Exclude j. Query” option, so that j. Query won’t be loaded as a part of this Web. Part. For some reason if you would like to move those contents to a sub site, you can choose the option “Current. Site”. But before that, ensure that the folder “SFS.

Multi. Tabs” is placed along with its content in Style Library of the sub site. Web. Part Titles property accepts titles of Web. Parts as semicolon separated values that needs to be converted into tab pages. Ensure that no extra spaces are included before or after semicolons. After providing the Web.

Part titles, click OK to save the changes and then publish the page. This would convert the Web Parts into Tab Pages as shown below. For this demo I have created 3 lists named as “List 1”, “List 2” and “List 3” and have added List View Web. Part of all the three Web parts to a Web.

Part page named Tabs. Points to Note. 1. This Web. Part requires a Web. Part Page to work properly. Wiki pages are not recommended. Ensure that you have not set the Web. Part title to hidden if that Web.

Part has to be a part of the Tab Pages. To set a particular tab as a default tab during the page load, append #tab and index of Tab to the URL . The tab index starts from 0. Site/sitepages/Tabs.

This Web. Part makes use of j. Query and j. Query Tabs Plugin. Note : If you are looking for Tabs in a single web part check out my earlier post here Download Muti Web. Part Tab Pages Web.

Part. Download Source Code.

Using JSLink to change the UI of a Share. Point list/view. Changing the user interface of certain bits of Share. Point has always been somewhat challenging – at least, if we want to avoid the Share. Point Designer route and produce something which is packaged, deployable as a WSP and repeatable across many sites. Not to mention source- controlled. A common area of customization is the user interface around Share.

Point lists - when it comes to this, there are a few “flavours” of common requests: Custom list forms – e. We could create a custom field control (item number 2 above) or modify the XSLT of an Xslt.

List. View perhaps (number 3 above) – a method that was new in SP2. CAML rendering for list views (yuck). Share. Point 2. 01.

Java. Script- based approach for modifying the UI of fields and lists, and many more things too. You’ll often see this referred to as “JSLink”, because many things in SP2. JSLink property which you use to point to your Java. Script file. Here’s a list of Share.

Point objects which you can modify in this way: Lots of interesting possibilities there – all the field types are obviously represented, but binding UI changes to a: content type form view list view web part instance (rather than to the list/view itself) . However I imagine there’s still a place for providing entirely custom forms as opposed to making relatively small changes with Java. Script. The old approaches still apply here - modifying list forms is easy in SPD, but requires a bit more thought in the Visual Studio world. In that case, we’d probably want to NOT edit the original . SPList. New. Form. Url and/or SPList.

Edit. Form. Url properties to point to it (e. So, my example showed changing the list from this: . There are some slightly nasty scrollbars in these images, but that’s just because I’ve reduced the size of the window for my screenshots - normally the accordion looks great. As you might imagine, I get a nice sliding “expand and contract” experience when I select different items: If you’ve worked with it before, you’ll immediately recognise this as the accordion from j.

Query UI. In many ways, it’s a nice example, since although YOU are unlikely to need/want to use j. Query accordion for your “customizing a list” needs, it uses custom CSS, images and Java. Script to provide rendering which you probably ARE going to need. So, I’ll walk through most aspects of this process, but as you’ll see only around 2. JSLink stuff – the rest is just scaffolding. We’ll cover the JSLink specifics first.

The full Visual Studio project can be downloaded at the end of this article. The important bit (part 1)– how to hook up your custom rendering with JSLink (e. The SPList class does NOT have a JSLink property, which makes sense given this is all about presentation. Getting Share. Point to “see” your custom rendering will probably depend on what you’re doing: Scenario. Approach. Creating a new list. Specify the path to your .

Modifying an existing list. In code, update the SPLink property (i. SPView. JSLink) to provide the path to your . Power. Shell/server- side/client- side API as appropriate) This bit only ensures your . You also need to make sure it has the right contents to register your display templates – we’ll come to that in a second.

In my case, I’m creating a new list – it’s worth noting that I’m assigning a list type ID of “1. JSLink: When developing for Share. Point 2. 01. 3 onwards, when a list is created in Visual Studio the JSLink element for any views will contain “clienttemplates. Java. Script file which has our display template implementation (you’ll see me deploy this later): Our file will then be loaded when this view is requested (i. Share. Point will add the .

But that’s not enough – we now have to think about what Java. Script is needed to actually register the templates. This is done by specifying two properties of the list views to match: OPTIONAL - the Base. View. ID property (e. Base. View. ID=1 for a standard view like “All items”, but you could use another ID for a custom view) The List. Template. Type property (for a new list, you’ll be specifying a unique integer value e.

So, it’s usually a combination of THREE controls overall which dictate how rendering is applied to a list view – the JSLink path, Base. View. ID and List.

Template. Type. Although Base. View. ID appears to be optional, it seems sensible to set it to avoid unforeseen problems with Explorer View/Datasheet View etc. So for a given list, if you wanted one view to have custom rendering and one to have default rendering (even though they share a Base. View. ID), simply ensure the JSLink property for the default one is NOT set to your custom . I also note that it appears possible to specify multiple values in a JSLink path – I haven’t tried this, but I see things like < JSLink> mquery. Notice some context gets passed to this function, including details of the list item: As you might be able to infer, the j. Query UI accordion expects a H3 and div element for each item – so that’s what my template does, in addition to actually calling the accordion() method.

An issue with JSLink and the Minimal Download Strategy (MDS)? Continuing my recent tradition of discovering slightly strange behaviour around what I’m writing about, this week is no exception. In my testing, I noticed that if a list has multiple views and the user switches between them, the client templates specified by JSLink do not get applied if MDS is enabled (even though the debugger shows they are called). I’m hoping that I’m doing something wrong, but I can’t rule out a bug in Share. Free Download English Mini Dictionary For Nokia 2690 Price here. Point 2. 01. 3’s MDS framework at this stage. If anyone sees this/has any info, please leave a comment : )Integrating CSS/JS (such as j.

Query UI) into the solution. OK, so if all you wanted to know about was the JSLink aspect, we’re now done covering that. Hopefully that was useful.

The remaining bits of this article will cover the “scaffolding” aspects of my particular j. Query UI accordion example – integrating j. Query/j. Query UI, and so on. My first step was to go to the j.

Query UI Download Builder and download the files (plus j. Query too if you don’t have it already). If you haven’t done this before, you can basically configure some options (e. You’ll therefore have lower page weight and better performance, than if you were using the full set.

However, I had an issue where my solution would only work with the full j. Query UI file rather than the one I “built” – if this was production code I’d stop and resolve this, but for demoware I was OK with it. When you get your download and crack it open, you’ll have some CSS and Java. Script files: I chose a grey- ish theme called “overcast”, and within the CSS folder come a stack of images – we’ll need to integrate all of these files into our VS project: In my project, I created a “Site Assets” folder to house my supporting images, CSS and Java. Script – since I’m working in a sandboxed solution, I need these to go into the content database and in my case the contents get deployed to the Share.

Point library of the same name. After copy/pasting these files into my Visual Studio project, I get this. Visual Studio is kind enough to detect the new files and generates my elements. The next step is to ensure the site we’re deploying to references these files – we’ll deal with Java.

Script first and then CSS. Add j. Query/j. Query UI to the page (in this case, every page in the web)Here we need to ensure j. Query and j. Query UI are added to pages in the site. Since we’re not deploying a custom master page (and don’t want to use the Content Editor web part to add JS to the page), we’ll need to use either Custom.

Action + Script. Link or a delegate control going into . In my case I’m choosing the former so that my solution works in the cloud (as a sandboxed solution): Notice that I’m referencing a non- minified version of j. Query UI – that was the issue I said earlier that I would resolve for production use. The next step is CSS. Free Bulk Email Validator Software Programs. Ensure the j. Query UI branding/CSS is applied.