python Tkinter界面并且调用bash命令

使用场景

        使用python里面打算使用bash命令可以参考下。

代码

#!/usr/bin/python2.7
#! -*- coding: utf-8 -*-
from Tkinter import *
import os
import threading

pathDir = os.environ['HOME']
#print pathDir+'/hqzy/Demo/OCR_demo/'

root = Tk()
root.title("hello")
root.geometry('1000x480')

lock_my = 0

def printhello():
    print "hello"

def ocr_demo():
    global lock_my
    if(lock_my == 0):
        lock_my = 1
        os.chdir(pathDir+'/hqzy/Demo/OCR_demo/')
        status = os.system('python ocr_demo.py')
        lock_my = 0
    #print "hello"

def ocr_demo_process():
    th=threading.Thread(target=ocr_demo)
    th.setDaemon(True)
    th.start()
    #print "hello11111"
    
def lightweight_demo():
    global lock_my
    if(lock_my == 0):
        lock_my = 1
        os.chdir(pathDir+'/hqzy/Demo/lightweight_model/')
        status = os.system('python lightweight_demo.py')
        lock_my = 0
    #print "hello"

def lightweight_demo_process():
    th=threading.Thread(target=lightweight_demo)
    th.setDaemon(True)
    th.start()

def super_resolution():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/super_resolution/')
    	status = os.system('sh run.sh')
	lock_my = 0

def super_resolution_process():
    th=threading.Thread(target=super_resolution)
    th.setDaemon(True)
    th.start()

def style_transfer():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/style_transfer/')
    	status = os.system('sh run.sh')
	lock_my = 0

def style_transfer_process():
    th=threading.Thread(target=style_transfer)
    th.setDaemon(True)
    th.start()

def voice_demo():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/voice_demo/')
    	status = os.system('python voice_demo.py')
	lock_my = 0

def voice_demo_process():
    th=threading.Thread(target=voice_demo)
    th.setDaemon(True)
    th.start()

def voice_demo_with_spectrum():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/voice_demo/')
    	status = os.system('python voice_demo_with_spectrum.py')
	lock_my = 0

def voice_demo_with_spectrum_process():
    th=threading.Thread(target=voice_demo_with_spectrum)
    th.setDaemon(True)
    th.start()

def voiceDemos_new():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/VoiceDemos_new/src/')
    	status = os.system('python EchoMain.py')
	lock_my = 0

def voiceDemos_new_process():
    th=threading.Thread(target=voiceDemos_new)
    th.setDaemon(True)
    th.start()

def face_demo():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/face_demo/code/')
    	status = os.system('python run_demo.py')
	lock_my = 0

def face_demo_process():
    th=threading.Thread(target=face_demo)
    th.setDaemon(True)
    th.start()

def cnnDemo():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/v2.6/')
    	status = os.system('./cnnDemo')
	lock_my = 0

def cnnDemo_process():
    th=threading.Thread(target=cnnDemo)
    th.setDaemon(True)
    th.start()

def Video_Hierarchy():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Video_Hierarchy')
	lock_my = 0

def Video_Hierarchy_process():
    th=threading.Thread(target=Video_Hierarchy)
    th.setDaemon(True)
    th.start()

def Test_CNN_speed():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Test_CNN_speed')
	lock_my = 0

def Test_CNN_speed_process():
    th=threading.Thread(target=Test_CNN_speed)
    th.setDaemon(True)
    th.start()

def Multi_Chips():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Multi_Chips')
	lock_my = 0

def Multi_Chips_process():
    th=threading.Thread(target=Multi_Chips)
    th.setDaemon(True)
    th.start()

def Web_camera():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Web_camera')
	lock_my = 0

def Web_camera_process():
    th=threading.Thread(target=Web_camera)
    th.setDaemon(True)
    th.start()

def Single_picture_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Web_camera')
	lock_my = 0

def Single_picture_input_process():
    th=threading.Thread(target=Single_picture_input)
    th.setDaemon(True)
    th.start()

def Single_video_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Single_video_input')
	lock_my = 0

def Single_video_input_process():
    th=threading.Thread(target=Single_video_input)
    th.setDaemon(True)
    th.start()

def Web_camera_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Web_camera_input')
	lock_my = 0

def Web_camera_input_process():
    th=threading.Thread(target=Web_camera_input)
    th.setDaemon(True)
    th.start()

def Picture_slide_show_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Web_camera_input')
	lock_my = 0

def Picture_slide_show_input_process():
    th=threading.Thread(target=Picture_slide_show_input)
    th.setDaemon(True)
    th.start()

def Multiple_chips_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Multiple_chips_input')
	lock_my = 0

def Multiple_chips_input_process():
    th=threading.Thread(target=Multiple_chips_input)
    th.setDaemon(True)
    th.start()

def Test_CNN_speed_input():
    global lock_my
    if(lock_my == 0):
	lock_my = 1
    	os.chdir(pathDir+'/hqzy/Demo/')
    	status = os.system('./Test_CNN_speed_input')
	lock_my = 0

def Test_CNN_speed_input_process():
    th=threading.Thread(target=Test_CNN_speed_input)
    th.setDaemon(True)
    th.start()

label = Label(root,text = 'sdkdemo',width=20, height=2,font=18).grid(padx=20,pady=10,row=0,column=0)
Button(root, text="分类测速", command = Video_Hierarchy_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=1,column=0)
Button(root, text="卷积测速", command = Test_CNN_speed_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=2,column=0)
Button(root, text="多块芯片应用", command = Multi_Chips_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=3,column=0)
Button(root, text="摄像头分类识别", command = Web_camera_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=4,column=0)

label = Label(root,text = '交互式sdkdemo',width=20, height=2,font=18).grid(padx=20,pady=10,row=0,column=1)
Button(root, text="图片分类识别（input）", command = Single_picture_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=1,column=1)
Button(root, text="视频分类识别（input）", command = Single_video_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=2,column=1)
Button(root, text="摄像头分类识别（input）", command = Web_camera_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=3,column=1)
Button(root, text="图片幻灯片放映", command = Picture_slide_show_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=4,column=1)
Button(root, text="多块芯片应用（input）", command = Multiple_chips_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=5,column=1)
Button(root, text="分类测速（input）", command = Test_CNN_speed_input_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=6,column=1)

label = Label(root,text = '图像处理',width=20, height=2,font=18).grid(padx=20,pady=10,row=0,column=2)
Button(root, text="手写字识别", command = ocr_demo_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=1,column=2)
Button(root, text="图像增强", command = super_resolution_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=2,column=2)
Button(root, text="风格转换", command = style_transfer_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=3,column=2)
Button(root, text="人脸识别", command = face_demo_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=4,column=2)

label = Label(root,text = '语音处理',width=20, height=2,font=18).grid(padx=20,pady=10,row=0,column=3)
Button(root, text="语音识别", command = voice_demo_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=1,column=3)
Button(root, text="语音识别（频谱图）", command = voice_demo_with_spectrum_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=2,column=3)
Button(root, text="声纹识别", command = voiceDemos_new_process,width=20, height=2,font=18).grid(padx=20,pady=0,row=3,column=3)

root.mainloop()