Codes on my left, Reviews on my right

This week I finally got a hold of this Valvrave kit: Now I'm gonna show you a quick review on this amazing mecha. First I've built the kit out of the box a day ago, so now I'm gonna take off the removable parts and let you peak through of what it looks like ;) By the way here are the size comparisons, size against a 1/144 G-Exes: Pretty big compared to most 1/144 right? Let see the size compared to an 1/100 MG Aile Strike: Aha! the Aile Strike Head is much taller than the Hikaminari Head, but the overall kit is pretty much the same or taller than the Aile. Sweet! :) Alright! Now we're moving on to the parts! yay! I've removed the important pieces so you can see which of them can be detached/attached. To enumerate you have 2x Armstronger, 2x Arms, 2x Legs, 2x Chain Saucer, 2x Dai Arms, 1x Head, 1x Chest, 1x Hip We will start checking out the head first ;) As you can see it doesn't have too many pieces. The left and right face are to be snap f...

Following the console SharePoint COM app we created previously. Now I will show you how to create other useful methods. First Open Visual Studio and create an empty C# Console application, name it SP_COMapp. Add references to Microsoft.SharePoint.Client and Microsoft.SharePoint dlls. (found in Program Files\Common Files\Microsoft Shared\Web Server Extensions\14\ISAPI \ folder) Your Program.cs should have something like this using Microsoft.SharePoint.Client; using Microsoft.SharePoint; Next make sure the reference Copy Local property for these dlls are set to True. (Solution Explorer > Expand References > Click the references > Properties Window > Copy Local > True) Ok now we're good to go. The namespace region should look like this. namespace SP_COMapp { class Program { static void Main(string[] args) { } } } Now our COM methods will be as follows: List Sites place this inside the Program region not on the main, w...

This post will show you a minor difference between creating a SharePoint Server COM application and a Office 365 COM application. This is really quick and easy ;) Alright! First for the SharePoint Server COM application. I've created a C# console application. Add these references for the application. using Microsoft.SharePoint.Client; using Microsoft.SharePoint; Create a COM function, for now I'll show you how to create a site. The rest of the COM functions, I'll show on another tutorial. ;) namespace SP_COMapplication { class Program { static void Main(string[] args) { CreateSite(); } public static void CreateSite() { using (ClientContext ctx= new ClientContext("http://sharepoint server url")) { if (ctx != null) { string blogDescription = "Sample Site"; int blogLanguage = 1033; ...

Following the 1st and 2nd tutorial for binding and setting up your TMS WebPlanner ASP page. I will show you now  how to initialize the insert, update and delete events in our project. First we initiate our WebPlanner object to have the ff. events: ** Write this code before invoking the databind function in Page_Load WebPlanner1.EventInserting += new PlannerEventInsertingEventHandler(WebPlanner1_EventInserting); WebPlanner1.EventUpdating += new PlannerEventEventHandler(WebPlanner1_EventUpdating); WebPlanner1.EventDeleting += new PlannerEventDeletingEventHandler(WebPlanner1_EventDeleting); Don't worry about the errors for missing events used in the lines above. We will create them soon enough. Alright once that's done, we need to create a database connection for these events. In this tutorial I'm using an OleDB to create a connection and do the events. Add the following references: using System.Data.OleDb; using System.Data; Create a string variable named...

On Solutions Explorer, right-click the Planner.aspx file. Select View Code on the popup. The aspx code behind is still raw, so first we need to add essential references like TMS.WebPlanner and TMS.WebPlanner.Design. Code behind header should have these lines: using TMS.WebPlanner; using TMS.WebPlanner.Design; To connect our database to the webplanner. We put this following lines on the Page_Load method: WebPlanner1.DataSource = AccessDataSource1; This connects the Access DataSource object we added earlier to our TMS WebPlanner. These WebPlanner properties need to be defined in Page_Load. WebPlanner1.KeyField = "ID"; WebPlanner1.StartTimeField = "StartTime"; WebPlanner1.EndTimeField = "EndTime"; WebPlanner1.SubjectField = "Subject"; WebPlanner1.NotesField = "Notes"; Lastly! we add this line to complete the data bindings. WebPlanner1.DataBind(); On the 3rd part of this tutorial, I will teach you how to create the WebPla...

First: create the database named Planner.accdb, create a table named Scheduler inside with the ff fields: Field:  ID             Type: AutoNumber Field:  Subject     Type: Text Field:  Notes       Type: Text Field:  StartTime  Type: Date/Time Field:  EndTime   Type: Date/Time We will add necessary fields later. As for now that would do fine for a prototype. Second: create an empty C# web application project in Visual Studio. Make sure your TMS Web Planner Controls has already been integrated with Visual Studio Toolbox. On your solution explorer right click and create a new folder named "Planner", add an empty ASP item on that folder name it "Planner.aspx" Right-click on Planner.aspx file and select design. Drag and drop an Access DataSource object under Toolbox on Visual Studio. Now configure the Access DataSource and connect it to the Planner.accdb file. I suggest you put the acc...