The live web Application is here:
Link to github repo:
Creating Github API PDF Search, List & Display App part 1 overview:
This tutorial covers all the tool and websites required to make this web project. Such as, postman, atom, firebase, github, nodejs, http-server, google developer console, regexr, bootstrap, mdn etc.
Creating github API PDF Search, List & Display App part 2 Front End Design:
This tutorial covers Usage of chrome developer tools, bootstrap example download and configure, atom editor usage,
including external icon from fontawesome, input suggestions, creating list items and providing
link for click on anchor.
Part 3 Creating Github API PDF App part 3 Firebase Hosting deploy & Postman Github GET Request:
Part 4 Creating Github API PDF Search, List & Display App part 4 jquery book on sidebar:
Dynamic Index of all published posts:
The site above list all the posts published automatically according to their date.
Tutorial on pulling json data from uhunt, parsing in c# and showing on universal windows phone app.
One way to resize is to go to avd manager then click on pen icon to edit. Now change the scale settings based on screen resolution. Android studio use to have emulator configuration options in which I could pass arguments such as “-scale 0.8” to scale the emulator. But as of this writing Android studio no longer has that option. Another option is to connect via telnet and pass commands to it. Also more options are available read this.
First go to programs and features then select Telnet Client and Server then apply. Now open command prompt and type “telnet localhost 5554” if it is the first instance of the emulator. Increment by two for the next one and so on if multiple instances are running.
Type telent commands carefully. After making typo in command then fixing by backspace and insert doesn’t work. Just press enter and reenter the commands.
For using terminal and command prompt to run and scale the emulator the easiest thing to do is first do a run using the play button. No need to wait for the emulator to load. Just note the emulator path with its arguments in the run tab bottom of the screen.
Copy the whole command and go to terminal tab on android studio. Now paste it in terminal and change the scale factor.
Using Command Prompt:
Just open command prompt and paste in the same command copied as above. Then just change the scale part to best suit your screen resolution.
Read using the Emulator Console Part.
Solution to no such directory or file when compiling with headers such as stdio.h stdlib.h on Linux:
Say you have a c file “helloworld.c”. It contains header such as “stdio.h”, “stdlib.h”, but unable to compile with gcc. In order to solve it run this command on terminal,
sudo apt-get update && sudo apt-get --reinstall install libc6-dev
If it asks to [Y/n] press Y and continue installation. After installation is complete it should be able to compile properly.
Now just follow code shown above to run your code from terminal.
This tutorial is for Android studio. Also I am assuming that no sdk’s are installed prior to this. Although it would work if there are previous sdk’s. Use this tutorial only if the built in sdk manager or the standalone sdk manager is unable to download for some reason ( Sudden internet disconnection and the hassle of restarting from beginning ).
How to setup:
The system images can be downloaded either going to Intel’s website or making a note of the google cdn download address shown in the sdk manager.
After downloading the system image which should be named something like “sysimg_x86_64-23_r08.zip”. Go to the android sdk folder. If there isn’t a directory called “system-images” then make one. Next inside that folder create a new directory called “android-23” ( for android 6 marshmallow ). Inside this folder create a directory named “x86_64”. Inside this folder extract all the contents of the downloaded zip file.
Now start the android studio and go open sdk manager from setting. It should now recognize the new sdk. In case no other sdk’s are installed it may show that it needs download additional components. Just disconnect internet and click next. It should now recognize the sdk and click finish.
About a few months ago I had to format my whole hard disk. I thought I had lost all my source code, but found it in backup a few days ago.
The game is a lot similar to flappy bird with some nice graphics. I am now trying to remove all my personal and store related information from the project, so that I can upload it to github. There are lot of opportunity to improve it.
I haven’t used any game engines or anything complex. Just basic logic and image manipulation. It should be helpful to beginners.
Here’s the link to the game. It is free to download and doesn’t have ads.
1 bit Full Adder design using Logisim:
This is tutorial is in Bangla language.
The problem here is that some versions of linux mint Cinnamon such as 17, 17.3 aren’t able to run without software rendering inside virtual box. In some cases even the live dvd won’t work without running in software rendering mode. Also for linux 17.3 with virtualbox 5.0.14 isn’t even able to run the OS GUI. It fails showing a message like, “x server failed” and switches to command line version.
Note that I can’t guarantee this solution will not work in your system but give it a try if there are no other options. The problem seems to be with linux mint 17 Cinnamon series and virtual box 5. Other free virtualization software such as VMWARE player works will work in case you need to use mint but, advanced feature such as screen recording may not be freely available.
1. Download latest linux mint version and setup normally in virtualbox. If it doesn’t work then proceed to next step.
2. Download VMWARE Player and install it.
3. Now setup mint iso with VMWARE player. Follow all necessary steps. Also no need to worry if it show that it couldn’t detect the OS.
4. Next start the virtual machine and from the machine install linux mint with default settings.
5. The vmware player should show notifications for installing vmware tools. First download the tools by clicking option in the notification. Then follow this tutorial to install vmware tools from terminal. Do this after installing mint on the virtual hard drive and not on the live dvd.
6. Now you should able to run linux mint fast and full screen in vmware player but if you still need virtual box then follow next steps.
7. Now inside virtual box click new and then click on expert mode to get the window shown below. From there follow all the necessary settings required for setting a virtual machine in virtual box. The only change is use an existing hard drive and select the vmdk machine created by vmware player. Typically located in document -> virtual machines folder.
8. If all the steps are followed correctly now you should have a fully working linux mint 17 virtual machine in virtual box. It should run the non software rendering version of cinnamon and support full screen workflow.
9. For the last step you may choose to install virtualbox guest additions. It will show a warning about replacing previously installed software without removing them properly might cause instability. I disregarded the message and installed anyway and It seems to be working for the moment.
Just for fun and learning. Sorry if I offended anyone :).