#!/usr/bin/env python3 #################################################################################################### # Name: Autodesk Fusion 360 - Setup Wizard (Linux) # # Description: With this file you can install Autodesk Fusion 360 on Linux. # # Author: Steve Zabka # # Author URI: https://cryinkfly.com # # License: MIT # # Copyright (c) 2020-2022 # # Time/Date: xx:xx/xx.xx.2022 # # Version: 1.8.1 > 1.8.2 # #################################################################################################### # Path: /$HOME/.fusion360/bin/setup.py ############################################################################################################################################################### # DESCRIPTION IN DETAIL # ############################################################################################################################################################### # With the help of my setup wizard, you will be given a way to install Autodesk Fusion 360 with some extensions on # # Linux so that you don't have to use Windows or macOS for this program in the future! # # # # Also, my setup wizard will guides you through the installation step by step and will install some required packages. # # # # The next one is you have the option of installing the program directly on your system or you can install it on an external storage medium. # # # # But it's important to know, you must to purchase the licenses directly from the manufacturer of Autodesk Fusion 360, when you will work with them on Linux! # ############################################################################################################################################################### ############################################################################################################################################################### # IMPORT MODULE IN PYTHON FOR THE SETUP WIZARD HERE: # ############################################################################################################################################################### # Import in python is similar to #include header_file in C/C++. # Python modules can get access to code from another module by importing the file/function using import. # The import statement is the most common way of invoking the import machinery, but it is not the only way. # The tkinter package (“Tk interface”) is the standard Python interface to the Tcl/Tk GUI toolkit. import tkinter as tk # The basic idea for tkinter.ttk is to separate, to the extent possible, the code implementing a widget’s behavior from the code implementing its appearance. from tkinter import ttk # The tkinter.messagebox module provides a template base class as well as a variety of convenience methods for commonly used configurations. from tkinter.messagebox import askokcancel, showinfo, WARNING # The ImageTk module contains support to create and modify Tkinter BitmapImage and PhotoImage objects from PIL images. from PIL import Image, ImageTk # The OS module in Python gives you access to some functions of the operating system. import os ############################################################################################################################################################### # SET UP THE COLOR SHEME FOR THE SETUP WIZARD HERE: # ############################################################################################################################################################### # Color Palette by SUSE Linux & openSUSE # Link: https://brand.suse.com/brand-system/color-palette color1 = "#FE7C3F" # Persimmon color2 = "#0C322C" # Pine Green color3 = "#EFEFEF" # Fog color4 = "#30BA78" # Jungle Green ############################################################################################################################################################### # SET UP HEIGHT AND WIDTH OF THE SETUP WIZARD WINDOW HERE: # ############################################################################################################################################################### window_height = 450 window_width = 750 ############################################################################################################################################################### # CREATE A WINDOW FOR THE SETUP WIZARD HERE: # ############################################################################################################################################################### window = tk.Tk() window.title('Setup Wizard - Autodesk Fusion 360 for Linux') window.configure(bg=color1) window.iconphoto(False, tk.PhotoImage(file='./images/fusion360.png')) ############################################################################################################################################################### # CONFIGURE THE WINDOW OF THE SETUP WIZARD HERE: # ############################################################################################################################################################### # Get the screen height and width values: screen_width = window.winfo_screenwidth() screen_height = window.winfo_screenheight() # Write the formula for center this window: x_cordinate = int((screen_width/2) - (window_width/2)) y_cordinate = int((screen_height/2) - (window_height/2)) # Set the geometry of this window: window.geometry("{}x{}+{}+{}".format(window_width, window_height, x_cordinate, y_cordinate)) ############################################################################################################################################################### # CREATE A COLOR SHEME FOR THE ROOT-CONTAINER OF THE NOTEBOOK-TABS HERE: # ############################################################################################################################################################### notebook_style_root = ttk.Style() notebook_style_root.theme_create( "theme_notebook_tabs_root", parent="alt", settings={ "TNotebook": {"configure": {"tabmargins": [2, 5, 2, 0] } }, "TNotebook.Tab": { "configure": {"padding": [5, 1], "background": color3 }, "map": {"background": [("selected", color2)], "foreground": [("selected", color3)], "expand": [("selected", [1, 1, 1, 0])] } } } ) notebook_style_root.theme_use("theme_notebook_tabs_root") notebook_style_root = ttk.Style(window) notebook_style_root.configure('lefttab.TNotebook', background=color1, tabposition='nw') ############################################################################################################################################################### # CREATE A ROOT-CONTAINER FOR THE NOTEBOOK-TABS HERE: # ############################################################################################################################################################### # The purpose of a Notebook widget is to provide an area where the user can select pages of content by clicking on tabs at the top of the area. notebook_root = ttk.Notebook(window, style='lefttab.TNotebook') # Configure the tabs: notebook_root_tab1 = tk.Frame(notebook_root, width=700, height=400, bg=color3) notebook_root_tab2 = tk.Frame(notebook_root, width=700, height=400, bg=color3) notebook_root_tab3 = tk.Frame(notebook_root, width=700, height=400, bg=color3) notebook_root_tab4 = tk.Frame(notebook_root, width=700, height=400, bg=color3) notebook_root_tab5 = tk.Frame(notebook_root, width=700, height=400, bg=color3) notebook_root_tab6 = tk.Frame(notebook_root, width=700, height=400, bg=color3) # Add the tabs to Notebook widget: notebook_root.add(notebook_root_tab1, text='Welcome') notebook_root.add(notebook_root_tab2, text='Installation') notebook_root.add(notebook_root_tab3, text='Plugins') notebook_root.add(notebook_root_tab4, text='System Info') notebook_root.add(notebook_root_tab5, text='About') notebook_root.add(notebook_root_tab6, text='Help') notebook_root.pack(pady=20,padx=20, expand=True) ############################################################################################################################################################### # CREATE ELEMENTS INTO NOTEBOOK_ROOT_TAB1 ARE ARRANGED HERE: # ############################################################################################################################################################### # Frame 1 - Left-Side: notebook_root_tab1_frame_photo = tk.PhotoImage(file='./images/welcome.png') notebook_root_tab1_frame_image_label = ttk.Label(notebook_root_tab1, image=notebook_root_tab1_frame_photo) notebook_root_tab1_frame_image_label.pack(padx=20, pady=20, side='left', fill='both', expand=True) # ----------------------------------------------------------------------------------------------- # # Frame 2 - Right-Side: notebook_root_tab1_frame_text = tk.Frame(notebook_root_tab1, background=color3) notebook_root_tab1_frame_text.pack(padx=40) notebook_root_tab1_frame_title = tk.Label(notebook_root_tab1_frame_text, text="Welcome to the Autodesk Fusion 360 for Linux Setup Wizard", font=(24), background=color3, foreground=color2) notebook_root_tab1_frame_title.pack(pady=20, anchor="w") notebook_root_tab1_frame_label1 = tk.Label(notebook_root_tab1_frame_text, text="Many thanks to you for deciding to use my setup wizard to be able to use Autodesk Fusion 360 on your computer.", wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab1_frame_label1.pack(pady=5, anchor="w") notebook_root_tab1_frame_label2 = tk.Label(notebook_root_tab1_frame_text, text="This quick setup wizard will help you configure the basic settings and install the program. Furthermore, it is possible to install some tested plugins after the installation.", wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab1_frame_label2.pack(pady=5, anchor="w") notebook_root_tab1_frame_label3 = tk.Label(notebook_root_tab1_frame_text, text="Depending on your current environment, setup may involve:", wraplength=430, background=color3, foreground=color2) notebook_root_tab1_frame_label3.pack(pady=5, anchor="w") notebook_root_tab1_frame_label4 = tk.Label(notebook_root_tab1_frame_text, text="- Checking your system for minimum installation requirements.", wraplength=430, background=color3, foreground=color2) notebook_root_tab1_frame_label4.pack(anchor="w") notebook_root_tab1_frame_label5 = tk.Label(notebook_root_tab1_frame_text, text="- It is recommended that you close all other applications before continuing.", wraplength=430, background=color3, foreground=color2) notebook_root_tab1_frame_label5.pack(anchor="w") notebook_root_tab1_frame_label6 = tk.Label(notebook_root_tab1_frame_text, text="Click Next to continue, or Cancel to exit the Setup Wizard.", wraplength=430, background=color3, foreground=color2) notebook_root_tab1_frame_label6.pack(pady=10, anchor="w") notebook_root_tab1_frame_label7 = ttk.Label(notebook_root_tab1_frame_text, text="Select Language:", background=color3, foreground=color2) notebook_root_tab1_frame_label7.pack(side='left', pady=5, padx=(0, 10)) # --------------------------------------------------- # # This function changes the language settings: def change_language(event): if selected_language.get() == 'Čeština': print("Čeština selected!") elif selected_language.get() == 'English': print("English selected!") elif selected_language.get() == 'Deutsch': print("Deutsch selected!") elif selected_language.get() == 'Español': print("Español selected!") elif selected_language.get() == 'Français': print("Français selected!") elif selected_language.get() == 'Italiano': print("Italiano selected!") elif selected_language.get() == '日本': print("日本 selected!") elif selected_language.get() == '한국인': print("한국인 selected!") elif selected_language.get() == '中国人': print("中国人 selected!") # --------------------------------------------------- # # Show a list of supported languages: selected_language = tk.StringVar() languages = ['Čeština', 'English', 'Deutsch', 'Español', 'Français', 'Italiano', '日本', '한국인', '中国人'] # --------------------------------------------------- # combobox = ttk.Style() combobox.configure("custom.TCombobox", fieldbackground=color3, background=color3, foreground=color2, selectforeground=color2, selectbackground=color3) # --------------------------------------------------- # notebook_root_tab1_frame_combobox1 = ttk.Combobox(notebook_root_tab1_frame_text, values=languages, textvariable=selected_language, width=8, justify='center', style="custom.TCombobox") notebook_root_tab1_frame_combobox1.pack(side='left', fill='x') notebook_root_tab1_frame_combobox1.set('English') # default selected option notebook_root_tab1_frame_combobox1['state'] = 'readonly' notebook_root_tab1_frame_combobox1.bind("<>", change_language) # ----------------------------------------------------------------------------------------------- # # Frame 3 - Right-Side: notebook_root_tab1_frame_button_area = tk.Frame(notebook_root_tab1, background=color3) notebook_root_tab1_frame_button_area.pack(padx=15, pady=15, side='bottom', anchor="e") notebook_root_tab1_frame_button_back = tk.Button(notebook_root_tab1_frame_button_area,text='< Back',width=6,height=1, underline=2, state=tk.DISABLED, background=color2, foreground=color3) notebook_root_tab1_frame_button_back.grid(row=0, column=0, padx=5, pady=5) notebook_root_tab1_frame_button_back.grid_rowconfigure(0, weight=1) notebook_root_tab1_frame_button_cancel = tk.Button(notebook_root_tab1_frame_button_area,text='Cancel',width=6,height=1, underline=0, command=lambda:window.quit(), background=color2, foreground=color3) notebook_root_tab1_frame_button_cancel.grid(row=0, column=1, padx=5, pady=5) notebook_root_tab1_frame_button_next = tk.Button(notebook_root_tab1_frame_button_area,text='Next >',width=6,height=1, underline=0, command=lambda:notebook_root.select(notebook_root_tab2), background=color2, foreground=color3) notebook_root_tab1_frame_button_next.grid(row=0, column=2, padx=5, pady=5) notebook_root_tab1_frame_button_help = tk.Button(notebook_root_tab1_frame_button_area,text='Help',width=6,height=1, underline=0, command=lambda:notebook_root.select(notebook_root_tab6), background=color2, foreground=color3) notebook_root_tab1_frame_button_help.grid(row=0, column=3, padx=5, pady=5) ############################################################################################################################################################### # CREATE ELEMENTS INTO NOTEBOOK_ROOT_TAB2 ARE ARRANGED HERE: # ############################################################################################################################################################### # Frame 1 - Left-Side: notebook_root_tab2_frame_photo = tk.PhotoImage(file='./images/welcome.png') notebook_root_tab2_frame_image_label = ttk.Label(notebook_root_tab2, image=notebook_root_tab2_frame_photo) notebook_root_tab2_frame_image_label.pack(padx=20, pady=20, side='left', fill='both', expand=True) # ----------------------------------------------------------------------------------------------- # # Frame 2 - Right-Side: notebook_root_tab2_frame_text = tk.Frame(notebook_root_tab2, background=color3) notebook_root_tab2_frame_text.pack(padx=40, anchor="w") notebook_root_tab2_frame_title = tk.Label(notebook_root_tab2_frame_text, text="Configure the Autodesk Fusion 360 for Linux Setup Wizard", font=(24), background=color3, foreground=color2) notebook_root_tab2_frame_title.pack(pady=20, anchor="w") notebook_root_tab2_frame_label1 = tk.Label(notebook_root_tab2_frame_text, text="In this step you can change some settings to apply your desired configuration of Autodesk Fusion 360 on your computer.", wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab2_frame_label1.pack(pady=5, anchor="w") ############################################################################################################################################################### # CREATE ELEMENTS INTO NOTEBOOK_ROOT_TAB3 ARE ARRANGED HERE: # ############################################################################################################################################################### # Frame 1 - Left-Side: notebook_root_tab3_frame_photo = tk.PhotoImage(file='./images/welcome.png') notebook_root_tab3_frame_image_label = ttk.Label(notebook_root_tab3, image=notebook_root_tab3_frame_photo) notebook_root_tab3_frame_image_label.pack(padx=20, pady=20, side='left', fill='both', expand=True) # ----------------------------------------------------------------------------------------------- # # Frame 2 - Right-Side: notebook_root_tab3_frame_text = tk.Frame(notebook_root_tab3, background=color3) notebook_root_tab3_frame_text.pack(padx=40, anchor="w") notebook_root_tab3_frame_title = tk.Label(notebook_root_tab3_frame_text, text="Configure the plugins", font=(24), background=color3, foreground=color2) notebook_root_tab3_frame_title.pack(pady=20, anchor="w") notebook_root_tab3_frame_label1 = tk.Label(notebook_root_tab3_frame_text, text="In this step you can see a list of available and tested plugins for Autodesk Fusion 360. It is recommended if you want to add additional functionality to your workflow.", wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab3_frame_label1.pack(pady=5, anchor="w") ############################################################################################################################################################### # CREATE ELEMENTS INTO NOTEBOOK_ROOT_TAB4 ARE ARRANGED HERE: # ############################################################################################################################################################### # Frame 1 - Left-Side: notebook_root_tab4_frame_photo = tk.PhotoImage(file='./images/welcome.png') notebook_root_tab4_frame_image_label = ttk.Label(notebook_root_tab4, image=notebook_root_tab4_frame_photo) notebook_root_tab4_frame_image_label.pack(padx=20, pady=20, side='left', fill='both', expand=True) # ----------------------------------------------------------------------------------------------- # # Frame 2 - Right-Side: notebook_root_tab4_frame_text = tk.Frame(notebook_root_tab4, background=color3) notebook_root_tab4_frame_text.pack(padx=40, anchor="w") notebook_root_tab4_frame_title = tk.Label(notebook_root_tab4_frame_text, text="System Information", font=(24), background=color3, foreground=color2) notebook_root_tab4_frame_title.pack(pady=20, anchor="w") notebook_root_tab4_frame_label1 = tk.Label(notebook_root_tab4_frame_text, text="In this step you can see a list of available and tested plugins for Autodesk Fusion 360. It is recommended if you want to add additional functionality to your workflow.", wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label1.pack(pady=5, anchor="w") # ----------------------------------------------------------------------------------------------- # system_hostname = os.uname()[1] system_os = os.system("lsb_release -d") system_kernel = os.uname()[2] system_cpu = "" system_gpu = "" system_shell = "" system_resolution = "" system_de = "" system_wm = "" system_wm_theme = "" system_theme = "" system_icons = "" # ----------------------------------------------------------------------------------------------- # notebook_root_tab4_frame_label2 = tk.Label(notebook_root_tab4_frame_text, text="Hostname: " + system_hostname, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label2.pack(anchor="w") notebook_root_tab4_frame_label3 = tk.Label(notebook_root_tab4_frame_text, text="OS: " + system_os, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label3.pack(anchor="w") notebook_root_tab4_frame_label4 = tk.Label(notebook_root_tab4_frame_text, text="Kernel: " + system_kernel, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label4.pack(anchor="w") notebook_root_tab4_frame_label5 = tk.Label(notebook_root_tab4_frame_text, text="CPU: " + system_cpu, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label5.pack(anchor="w") notebook_root_tab4_frame_label6 = tk.Label(notebook_root_tab4_frame_text, text="GPU: " + system_gpu, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label6.pack(anchor="w") notebook_root_tab4_frame_label7 = tk.Label(notebook_root_tab4_frame_text, text="Shell: " + system_shell, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label7.pack(anchor="w") notebook_root_tab4_frame_label8 = tk.Label(notebook_root_tab4_frame_text, text="Resolution: " + system_resolution, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label8.pack(anchor="w") notebook_root_tab4_frame_label9 = tk.Label(notebook_root_tab4_frame_text, text="DE: " + system_de, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label9.pack(anchor="w") notebook_root_tab4_frame_label10 = tk.Label(notebook_root_tab4_frame_text, text="WM: " + system_wm, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label10.pack(anchor="w") notebook_root_tab4_frame_label11 = tk.Label(notebook_root_tab4_frame_text, text="WM-Theme: " + system_wm_theme, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label11.pack(anchor="w") notebook_root_tab4_frame_label12 = tk.Label(notebook_root_tab4_frame_text, text="Theme: " + system_theme, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label12.pack(anchor="w") notebook_root_tab4_frame_label13 = tk.Label(notebook_root_tab4_frame_text, text="Icons: " + system_icons, wraplength=430, justify="left", background=color3, foreground=color2) notebook_root_tab4_frame_label13.pack(anchor="w") ############################################################################################################################################################### # CREATE A TKINTER MAINLOOP FOR THE SETUP WIZARD HERE: # ############################################################################################################################################################### # The method "mainloop" plays a vital role in Tkinter as it is a core application that waits for events and helps in updating the GUI or in simple terms, we can say it is event-driven programming. # If no mainloop() is used then nothing will appear on the window Screen. # This method takes all the objects that were created and have interactions response. window.mainloop()