Linux Subsystem on Windows and FabModules

SUMMARY.md

-# FabAcademy-Tutorials Summary
+# Summary
+
 * [Introduction](README.md)
 * [Tutorials Template](template.md)
 
-### Week 1: Principles & Practices, Project Management
-
+## Week 1: Principles & Practices, Project Management
 * [Git Simple Cheat Sheet](week01_principles_practices_project_management/git_simple.md)
 * [Git Extended Cheat Sheet](week01_principles_practices_project_management/git_cheat_sheet.md)
 * [Migrating Git Repository](week01_principles_practices_project_management/git_migrating_repo.md)
@@ -13,9 +13,10 @@
 * [Git vs. Mercurial](week01_principles_practices_project_management/git_mercurial.md)
 * [Templates/Resources](week01_principles_practices_project_management/templates_resources.md)
 * [Resize Images Gimp](week01_principles_practices_project_management/image_scaling.md)
+* [Linux Subsystem on Windows](week01_principles_practices_project_management/linux_subsystem_and_fabmodules_on_windows.md)
 
-### Week 2: Computer Aided Design
 
+## Week 2: Computer Aided Design
 * [Fab Modules (HTML5) setup_linux](week02_computer_aided_design/fabmodules_html5_linux.md)
 * [2D Modeling Tools and Video Tutorials](week02_computer_aided_design/2d_tools.md)
 * [3D Modeling Tools and Video Tutorials](week02_computer_aided_design/3d_cad_tools.md)
@@ -25,15 +26,13 @@
 * [Parametric Modeling of a Box Beam in Antimony](week02_computer_aided_design/antimony_box.md)
 * [Resources](week02_computer_aided_design/resources.md)
 
-### Week 3: Computer-Controlled Cutting
-
+## Week 3: Computer-Controlled Cutting
 * [Introduction to LaserCutter- Video](week03_computer_controlled_cutting/laser.md)
 * [Press-Fit Construction Tips/Resources](week03_computer_controlled_cutting/press_fit.md)
 * [Press-Fit Inkscape](week03_computer_controlled_cutting/press_fit_inkscape.md)
 * [Vinyl Cutter](week03_computer_controlled_cutting/vinyl.md)
 
-### Week 4: Electronics Production
-
+## Week 4: Electronics Production
 * [FabTinyISP_english](week04_electronic_production/fabtinyisp_english.md)
 * [Fab ISP_english](week04_electronic_production/fabisp.md)
 * [Use an Arduino UNO as an ISP to program your first FabISP](week04_electronic_production/arduino_isp.md)
@@ -42,55 +41,47 @@
 * [Flexible_PCB_windows_english](week04_electronic_production/flexible_pcb_windows_mac.md)
 * [Fab Isp-Other models](week04_electronic_production/fabisp_models.md)
 
-### Week 5: 3D scanning and printing
-
+## Week 5: 3D scanning and printing
 * [Introduction to 3d scanning and printing- Video](week05_3dscanning_and_printing/3d_scanning_printing.md)
 * [3d scanning Tools and Video Tutorials](week05_3dscanning_and_printing/3d_scanning_tools.md)
 * [Point Cloud to Mesh](week05_3dscanning_and_printing/point_cloud_mesh.md)
 
-### Week 6: Electronics Design
-
+## Week 6: Electronics Design
 * [Introduction to EAGLE](week06_electronic_design/eagle_english.md)
 * [Why did we put a 20MHz crystal on the Hello FTDI?](week06_electronic_design/about_clock_speed.md)
 * [Eagle Resources](week06_electronic_design/eagle_resources.md)
 
-### Week 7: Computer-controlled machining
-
+## Week 7: Computer-controlled machining
 * [Introduction to CNC- Video](week07_computer_controlled_machining/cnc.md)
 * [Guido to CNC A-Z](week07_computer_controlled_machining/cnc_tips.md)
 
-### Week 8: Embedded Programming
-
+## Week 8: Embedded Programming
 * [What is Make and Makefiles](week08_embedded_programming/makefile.md)
 * [Timing an AVR microcontroller](week08_embedded_programming/timing.md)
 * [ATtiny44 fuses](week08_embedded_programming/attiny44_fuses.md)
 * [ATtiny Using C](week08_embedded_programming/attiny_c.md)
 * [ATtiny Using Arduino](week08_embedded_programming/attiny_arduino.md)
 
-### Week 9: Machine Building
-
+## Week 9: Machine Building
 * [Getting Started With Gestalt Nodes](week09_machine_building/gestalt_start.md)
 * [Gestalt IDE with Python](week09_machine_building/gestalt_ide.md)
 * [Machine/Gestalt Resources](week09_machine_building/machine_resources.md)
 
-### Week 11: Input Devices
-
-### Week 12: Molding and Casting
+## Week 11: Input Devices
 
+## Week 12: Molding and Casting
 * [Introduction to Molding and Casting- Video](week12_molding_and_casting/molding_casting.md)
 * [Molding and Casting - FabModules](week12_molding_and_casting/molding_fabmodules.md)
 
-### Week 13: Output Devices
+## Week 13: Output Devices
 
-### Week 14 : Composites
-
-### Week 15: Networking and communications
+## Week 14 : Composites
 
+## Week 15: Networking and communications
 * [ESP8266 Introduction](week15_networking_and_communications/esp8266.md)
 * [Hello Serial Bus C](week15_networking_and_communications/helloserialbus-c.md)
 
-### Week 16: Interface and application Programming
-
+## Week 16: Interface and application Programming
 * [Resources for Processing](week16_interface_and_application_programming/processing_resources.md)
 * [Python](week16_interface_and_application_programming/python.md)
 * [Reading serial data with Python](week16_interface_and_application_programming/python_serial.md)
@@ -99,8 +90,7 @@
 * [Intro to wxPython](week16_interface_and_application_programming/python_wx.md)
 * [Read Serial with Kivy(Python)](week16_interface_and_application_programming/python_kivy.md)
 
-### Bonus:
-
+## Bonus:
 * [Fabbercise](bonus/fabbercise.md)
 * [Tips and Tricks to Passing Fab Academy](bonus/tips_tricks.md)
 * [Repository Visualisation](bonus/repo_visualisation.md)

SUMMARY3333.md

+# Summary
+
+* [Introduction](README.md)
+

week01_principles_practices_project_management/linux_subsystem_and_fabmodules_on_windows.md

+# Linux subsystem: Fabmodules and Antimony on Windows
+
+**Original tutorial by:**
+* Antonio Grillo - [ntngrillo@gmail.com](mailto:ntngrillo@gmail.com) - Last updated 2017-07-24
+* FabLab Napoli - Naples, IT
+* License: MIT
+
+## Step_1
+Navigate to ````Settings````. You can get there by clicking on the gear icon in the Start menu.
+
+Click ````Update & security```` and go to ````Select For Developers```` in the left column.
+
+Select ````Developer Mode```` under ````Use developer features```` if it's not already enabled.
+
+![Image of DEVMODE](linux_subsystem_and_fabmodules_on_windows/devmode-pc-options.png)
+
+## Step_2
+Navigate to the ````Control Panel```` (the old Windows control panel). You can get there by hitting ````Windows Key + X```` and selecting Control panel from the pop-up menu that appears.
+
+Select ````Programs and Features````. If it's not visible, make sure you select "Large icons" from the "View by" menu.
+
+
+Click ````Turn Windows features on or off.````
+
+Toggle ````Windows Subsystem for Linux (Beta)```` to on and click Ok and reboot your computer.
+
+![](linux_subsystem_and_fabmodules_on_windows/turn-features-on.png)
+
+## Step_3
+Search for Command Prompt (cmd.exe) in the Cortana / Search box and click its icon.
+Type ````bash```` and hit ````Enter````
+Type ````y```` and hit ````Enter```` when promoted to install Ubuntu. The system will then take a few minutes to install Ubuntu in the command prompt window.
+
+## Step_4
+At this point you can follow the guide @ http://kokompe.cba.mit.edu/downloads.html
+
+    Dependencies: Ubuntu 12.04
+
+    - Python
+    - wxPython
+    - NumPy
+    - GCC and G++
+    - libpng
+    - GIFLIB
+    - Make
+    - BASH
+    - Okular
+    - Boost (headers, thread, and system library)
+    - cmake
+
+You can install all of the dependencies with the command:
+
+    sudo apt-get install python python-wxgtk2.8 python-dev python-pip gcc g++ libpng12-dev libgif-dev make bash okular libboost-thread-dev libboost-system-dev cmake    
+
+[DOWNLOAD](http://kokompe.cba.mit.edu/fab_src.zip) All Modules
+
+After downloading the source above, unzip ````fab_src.zip```` and cd to the folder it's in.
+
+Type ````make fab````, which should compile all executables and copy scripts into bin.
+
+At this point, ````make install```` will copy all executables and scripts to ````/usr/local/bin````
+
+## Step_5
+You need to install an **"X server"** to provide that graphical interface which is yet not there on a typical Ubuntu subsystem on windows 10.
+
+If you install an X server application on your Windows desktop and change a setting in the Bash shell, applications will send their graphical output to the X server application and they’ll appear on your Windows desktop.
+
+You can install [Xming](https://sourceforge.net/projects/xming/) a good X server for Windows. Just accept the default settings. It will then automatically launch and run in your system tray, waiting for you to run graphical programs.
+
+----
+After installation you’ll need to set the **DISPLAY** environment variable to point at the X server already running on your system.
+
+First run the following command in the Bash environment to set the DISPLAY variable:
+
+    export DISPLAY=:0
+
+And then ***run the application:***
+
+    fab
+
+
+
+[![FABModulesonWindows10](linux_subsystem_and_fabmodules_on_windows/capture.JPG)](https://youtu.be/hwmLH4IqZVI)
+
+:tada: Enjoy your **Fabmodules for Windows**!! :tada: