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== SETTING UP ENVIRONMENT ==
== SETTING UP ENVIRONMENT ==


# Install Visual Studio 2017 from [https://visualstudio.microsoft.com/downloads/ here]
1. Install Visual Studio 2019 (Community) from [https://visualstudio.microsoft.com/downloads/ here] and select "Desktop development with C++". <br/>
# Select "Desktop development with C++"
2. Install these packages.
# Install these packages


** Just-in-Time debugger
** VC++ 2019 version
** C++ profiling tools
** Windows 10 SDK
** Visual C++ tools for CMake
** Visual C++ ATL for x86 and x64
** Test Adapter for Boost.Test
** Test Adapter for Google Test


<pre>Just-in-Time debugger
VC++ 2017 version 15.9
C++ profiling tools
Windows 10 SDK
Visual C++ tools for CMake
Visual C++ ATL for x86 and x64
Test Adapter for Boost.Test
Test Adapter for Google Test
</pre>


[[File:kdeconnect_win01.jpeg | Select these components]]
[[File:kdeconnect_win01.jpeg | Select these components]]


<ol start="3">
<li>Call the following commands in a Powershell window with ''Administrator Privileges'' :-</li></ol>


3. Call the following commands in a Powershell window with ''Administrator Privileges''


<pre>Set-ExecutionPolicy -Scope CurrentUser RemoteSigned
<pre>
iex ((new-object net.webclient).DownloadString('https://raw.githubusercontent.com/KDE/craft/master/setup/install_craft.ps1'))
Set-ExecutionPolicy -Scope CurrentUser RemoteSigned
iex ((new-object net.webclient).DownloadString('https://raw.githubusercontent.com/KDE/craft/master/setup/install_craft.
</pre>
</pre>
<ol start="4">
<li>During command 2, be sure to select '''Visual Studio 17''' as your compiler!


[[File:kdeconnect_win02.jpeg|INSTALLATION 1]]</li></ol>


4. During command 2, select the default ('''Visual Studio 17''') as your compiler!
[[File:kdeconnect_win02.jpeg|INSTALLATION 1]]


<pre>Select compiler
<pre>Select compiler
[0] Mingw-w64, [1] Microsoft Visual Studio 2015, [2] Microsoft Visual Studio 2017 (default is Microsoft Visual Studio 2015): 2
[0] Mingw-w64, [1] Microsoft Visual Studio 2017, [2] Microsoft Visual Studio 2019 (default is Microsoft Visual Studio 2015): 1
Select architecture
Select architecture
[0] x86 [1] x64 (Default is x64): 1
[0] x86 [1] x64 (Default is x64): 1
</pre>
</pre>


<ol start="5">
<li>When installation is done, note the Environment variables to match the ones in top of this image:-


[[File:kdeconnect_win03.jpeg|env vars]]</li></ol>
6. When installation is done, note the Environment variables to match the ones in top of this image:-


[[File:kdeconnect_win03.jpeg|env vars]]


<pre>[Environment]
<pre>
[Environment]
PATH=
PATH=


Line 53: Line 51:
Download directory  : C:\CraftRoot\download
Download directory  : C:\CraftRoot\download
</pre>
</pre>


== Getting the source code and building ==
== Getting the source code and building ==


NOTE : This is a CPU intensive process
# Open '''Craft CraftRoot''' from search (in taskbar)
# To get the latest source and start the building process: <code>craft extragear/kdeconnect-kde</code>


# Open a normal Powershell window and call these commands to fire up the <code>Craft</code> environment : <code>C:\CraftRoot\craft\craftenv.ps1</code>
# To get the latest source and start the building process: <code>craft extragear/kdeconnect-kde</code>


== Building an installer ==
== Building an installer ==

Revision as of 14:44, 30 August 2019

NOTE: This tutorial assumes Craft is being installed in C:/ [default]

SETTING UP ENVIRONMENT

1. Install Visual Studio 2019 (Community) from here and select "Desktop development with C++".
2. Install these packages.

    • Just-in-Time debugger
    • VC++ 2019 version
    • C++ profiling tools
    • Windows 10 SDK
    • Visual C++ tools for CMake
    • Visual C++ ATL for x86 and x64
    • Test Adapter for Boost.Test
    • Test Adapter for Google Test


Select these components


3. Call the following commands in a Powershell window with Administrator Privileges

Set-ExecutionPolicy -Scope CurrentUser RemoteSigned
iex ((new-object net.webclient).DownloadString('https://raw.githubusercontent.com/KDE/craft/master/setup/install_craft.


4. During command 2, select the default (Visual Studio 17) as your compiler!

INSTALLATION 1

Select compiler
[0] Mingw-w64, [1] Microsoft Visual Studio 2017, [2] Microsoft Visual Studio 2019 (default is Microsoft Visual Studio 2015): 1
Select architecture
[0] x86 [1] x64 (Default is x64): 1


6. When installation is done, note the Environment variables to match the ones in top of this image:-

env vars

[Environment]
PATH=

Craft                             : C:\CraftRoot
Version                         : master
ABI                                : windows-msvc2017_64-c1
Download directory   : C:\CraftRoot\download


Getting the source code and building

  1. Open Craft CraftRoot from search (in taskbar)
  2. To get the latest source and start the building process: craft extragear/kdeconnect-kde


Building an installer

  1. To create an installable setup, you need NSIS- a open source system to create Windows installers. Install it by this command: craft nsis


install NSIS


  1. Now you can use the --package flag to build an installable .EXE out of latest source code available here. The command should look like this: craft --package extragear/kdeconnect-kde

Note the output file here:

Output: "C:\CraftRoot\tmp\kdeconnect-kde-master-86e5cd48-windows-msvc2017_64-cl.exe"

Great thanks to <TheOneRing_m> (Hannah) on IRC Freenode! She is the maintainer of KDE Craft, and a magician! 😄

SETTING UP ENVIRONMENT of MinGW environment (Experimental, Option)

  1. Call the following commands in a Powershell window with Administrator Privileges :-


Set-ExecutionPolicy -Scope CurrentUser RemoteSigned
iex ((new-object net.webclient).DownloadString('https://raw.githubusercontent.com/KDE/craft/master/setup/install_craft.ps1'))


  1. During command 2, feel free to select Mingw-w64 as your compiler!
  2. Select compiler
    [0] Mingw-w64, [1] Microsoft Visual Studio 2015, [2] Microsoft Visual Studio 2017 (default is Microsoft Visual Studio 2015): 0
    Select architecture
    [0] x86 [1] x64 (Default is x64): 1
    


    Then there is no difference between this way and the one above. Note that due to the lacking of some definitions in MinGW provided header file, system volume plugin could not be compiled with all functions on Windows using MinGW. This feature is still an experimental feature.