.setup.aex

# This is the setup file.

import sys
import os
#from necta.globalv import *
from necta.animations import *
from time import sleep


# These variables will be used regularly,
# So I decide to put them in the var.py
__TOOL__= "NECTA-TOOL"
__VERSION__= "1.0.0"
__YEAR__="©2022"
__DEVELOPER__= "Isack Nkolima"
__TWITTER__ = "https://twitter.com/isack_nkolima"
__GITHUB__= "https://github.com/MrNkolima"

__AVAILABLE__="Due to api dependance:: 2015 to 2022 ACSEE & CSEE results are available for this version"

#The colors used
__TOOL__= "NECTA-TOOL"
__BOLDRED__= "\033[01;31m"
__BOLDGREEN__= "\033[01;32m"
__BOLDBLUE__= "\033[01;34m"
__BOLDYELLOW__="\033[01;33m"
__BOLDCYAN__= "\033[01;36m"
__BOLDPURPLE__= "\033[01;35m"
__BACKBLUE__= "\033[44m"
__BACKPURPLE__= "\033[45m"
__BACKCYAN__= "\033[46m"
__RED__= "\033[0;31m"
__GREEN__= "\033[0;32m"
__BLUE__= "\033[0;34m"
__CYAN__= "\033[0;36m"
__YELLOW__= "\033[0;33m"
__PURPLE__= "\033[0;33m"
__RESET__="\033[00m"

# I love this piece of code very much!!,
# This helps me to diagnostically detect,
# And to assign the OS to variables so,
# That I can distinguish them in some,
# Critical situations.

if os.path.exists("/data/data/com.termux/files/usr/bin/pkg"):
  #This deals with TERMUX Environment.
  home=os.getenv("HOME")+"/"
  pkg="pkg"
  bd="/data/data/com.termux/files/usr/bin/"
  # bd=> bin directory.
  sd="/data/data/com.termux/files/usr/share/"
  # sd=> share directory.
  system="termux"
  # System is Termux Environment.

# This deals with non Termux Environments,
# Like Linux and Ubuntu (Desktops)
elif os.path.exists("/usr/bin/apt") or os.path.exists("/usr/bin/apt-get") or os.path.exists("/bin/apt") or os.path.exists("/bin/apt"):
  if os.path.exists("/usr/lib/sudo") or os.path.exists("/usr/bin/sudo") or os.path.exists("/usr/sbin/sudo"):
      home=os.getenv("HOME")+"/"
      pkg="sudo apt-get"
      bd="/usr/bin/"
      sd="/usr/share/"
      system="ubuntu"
  else:
      home=os.getenv("HOME")+"/"
      pkg="apt-get"
      bd="/usr/bin/"
      sd="/usr/share/"
      system="debian"

class necta(object):
 #while True:
   def first(self):
   # If the NECTA-TOOL files were present,
   # removing them with an update.
    if os.path.exists(bd+"necta") or os.path.exists(sd+"NECTA"):
      if system=="ubuntu":
        os.system("sudo rm -rf "+sd+"NECTA && rm -rf "+bd+"necta")
        os.system("cd "+sd+" && sudo rm -rf NECTA")
      else:
        os.system("rm -rf "+sd+"NECTA && rm -rf "+bd+"necta")
        os.system("cd "+sd+" && rm -rf NECTA")

   def setup(self):
    if system=="ubuntu":
      #Install NECTA-TOOL in UBUNTU
      
      # Creating NECTA directory in sd.
      os.system("sudo mkdir "+sd+"NECTA")
      
      # Moving necta/necta (bash file) to bd,
      # Which enable client to use tool from any directory.
      os.system("sudo mv necta/necta "+bd)
      
      #Moving the NECTA-TOOL files to sd.
      os.system("sudo mv necta necta-tool.py attach.py results.py README.md LICENSE "+sd+"NECTA-TOOL")
      
      #Making the files executable
      os.system("sudo chmod +x "+bd+"necta")
      os.system("sudo chmod +x "+sd+"NECTA/necta/* ")
      os.system("sudo chmod +x "+sd+"NECTA/* ")
      
      # Removing the files after installation,
      # From the home directory so as,
      # To save space.
      os.system("cd .. && sudo rm -rf NECTA-TOOL && "+pkg+" install bs4"+" && "+pkg+" install tabulate"+" && pip install nectaapi")
      
      #A
      #N
      #I
      #M
      #A
      #T
      install()
      #I
      #O
      #N
    
    
    #If the system is not using Sudo.
    else:
      # Making NECTA directory in sd.
      os.system("mkdir "+sd+"NECTA")
      
      # Moving the necta (bash) to bd.
      os.system("mv  necta/necta "+bd)
      
      # Moving the files to sd.
      os.system("mv  necta results.py attach.py necta-tool.py README.md LICENSE "+sd+"NECTA")
      
      # Making files e x e c u t a b l e.
      os.system("chmod +x "+bd+"necta")
      os.system("chmod +x "+sd+"NECTA/*")
      os.system("chmod +x "+sd+"NECTA/necta/*")
      
      # Removing the NECTA-TOOL files,
      # So as to save storage,
      # Of the system.
      os.system("cd .. && rm -rf NECTA-TOOL && "+pkg+" install bs4"+" && "+pkg+" install tabulate"+" && pip install nectaapi")
      
            
    #A
    #N
    #I
    #M
    #A
    #T
      install()
    #I
    #O
    #N
    
    
# The function for easily install
# I love this format.
def installing():
  try:
   necta().first()
   necta().setup()
  except KeyboardInterrupt:
    sys.exit()
  
installing()

# necta().first() ==> Checks if the system has either of the names that can are used in this tool. By means of the client has once installed it wrongly. And delete them.
# necta().setup() ==> This settup the Tool.

#Oct 25, 2022.