import os
import time
import threading
from Base.Class.GUI import *
from Base.Class.Command import *


_cl = (
    '#202020',
    '#e5e5e5',
    '#9c9c9c'
)
_ft = (
    'Microsoft Yahei',
    9,
    'bold'
)
_ct = []
_th = None


class _Thread(threading.Thread):
    def __init__(self, function=None, *args, **kwargs):
        super().__init__(*args, **kwargs)
        if function:
            self.run = function
            self.start()


class _Window(Window):
    @staticmethod
    def open_testcase():
        _ct[1].set(tkinter.filedialog.askopenfilename(
            filetypes=[
                (
                    'Excel 文件',
                    '*.xlsx'
                )
            ]
        ))

    @staticmethod
    def save_report():
        _ct[18].set(tkinter.filedialog.asksaveasfilename(
            filetypes=[
                (
                    '文本文档',
                    '*.html'
                )
            ],
            defaultextension='html',
            initialfile='test'
        ))

    @staticmethod
    def save_log():
        _ct[21].set(tkinter.filedialog.asksaveasfilename(
            filetypes=[
                (
                    '文本文档',
                    '*.log'
                )
            ],
            defaultextension='log',
            initialfile='test'
        ))


if __name__ == '__main__':
    def thread_func_monitor():
        global _th
        global _ct
        try:
            while True:
                _ct[28].dis() if _th and _th.is_alive() else _ct[28].nor()
                time.sleep(0.5)
        except RuntimeError:
            pass

    def thread_func_runtest():
        global _th
        global _ct
        opt_w = _ct[1].get()
        opt_t = _ct[4].get()
        opt_m = _ct[6].get()
        opt_a = _ct[8].get()
        opt_l = _ct[10].get()
        opt_o = {'根据顺序执行': 1, '根据级别分类': 2}[_ct[12].get()]
        opt_r = {'是': 1, '否': 0}[_ct[14].get()]
        opt_v = int(_ct[16].get())
        opt_p = _ct[18].get()
        opt_x = _ct[21].get()
        opt_i = _ct[24].get()
        opt_d = _ct[26].get()
        shell(cmd='%s \"%s\" -w \"%s\" -t \"%s\" -m \"%s\" -a \"%s\" -l \"%s\" -o \"%s\" -r \"%s\" -v \"%s\" -p \"%s\" -x \"%s\" -i \"%s\" -d \"%s\"' % (
            sys.executable,
            os.path.abspath(os.path.join(os.path.dirname(__file__), 'DefaultRunner.py')),
            opt_w,
            opt_t,
            opt_m,
            opt_a,
            opt_l,
            opt_o,
            opt_r,
            opt_v,
            opt_p,
            opt_x,
            opt_i,
            opt_d,
        ), stdout=sys.stdout, stderr=sys.stderr)

    def _run_runtest():
        global _th
        if not _th or not _th.is_alive(): _th = _Thread(thread_func_runtest)

    def _run_monitor():
        _Thread(thread_func_monitor)

    def _run_ui(window):
        window.mainloop()

    _root = _Window('接口自动化测试', w=572, h=450, bg=_cl[0])
    _ct.append(_root.Labels(row=0,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='用例文件'))
    _ct.append(_root.Entrys(row=0,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=54, readonly=True, text=''))
    _ct.append(_root.Button(row=0,  col=2, font=_ft, bg=_cl[0], fg=_cl[1], text='选择文件', function=_root.open_testcase))
    _ct.append(_root.Labels(row=1,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='用例名称'))
    _ct.append(_root.Entrys(row=1,  col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text='测试用例'))
    _ct.append(_root.Labels(row=2,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='模块名称'))
    _ct.append(_root.Entrys(row=2,  col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text=''))
    _ct.append(_root.Labels(row=3,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='用例编号'))
    _ct.append(_root.Entrys(row=3,  col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text=''))
    _ct.append(_root.Labels(row=4,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='用例级别'))
    _ct.append(_root.Entrys(row=4,  col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text='P0,P1,P2,P3'))
    _ct.append(_root.Labels(row=5,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='用例组织模式'))
    _ct.append(_root.Option(row=5,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=24, defaulti=0, data=['根据顺序执行', '根据级别分类']))
    _ct.append(_root.Labels(row=6,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='写入测试结果'))
    _ct.append(_root.Option(row=6,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=24, defaulti=1, data=['是', '否'])) #14
    _ct.append(_root.Labels(row=7,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='日志和报告详细度'))
    _ct.append(_root.Option(row=7,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=24, defaulti=1, data=[1, 2, 3, 4, 5])) # 16
    _ct.append(_root.Labels(row=8,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='报告输出路径'))
    _ct.append(_root.Entrys(row=8,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=54, readonly=True, text=''))
    _ct.append(_root.Button(row=8,  col=2, font=_ft, bg=_cl[0], fg=_cl[1], text='选择目录', function=_root.save_report))
    _ct.append(_root.Labels(row=9,  col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='日志输出路径'))
    _ct.append(_root.Entrys(row=9,  col=1, font=_ft, bg=_cl[1], fg=_cl[2], w=54, readonly=True, text=''))
    _ct.append(_root.Button(row=9,  col=2, font=_ft, bg=_cl[0], fg=_cl[1], text='选择目录', function=_root.save_log))
    _ct.append(_root.Labels(row=10, col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='报告标题'))
    _ct.append(_root.Entrys(row=10, col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text='自动化测试报告'))
    _ct.append(_root.Labels(row=11, col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='报告描述'))
    _ct.append(_root.Entrys(row=11, col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=54, text='暂无描述'))
    _ct.append(_root.Labels(row=12, col=0, font=_ft, bg=_cl[0], fg=_cl[1], text='执行测试'))
    _ct.append(_root.Button(row=12, col=1, font=_ft, bg=_cl[0], fg=_cl[1], w=32, text='立即运行', function=_run_runtest))

    _run_monitor()
    _run_ui(_root)