In [10]:
from simpy import Environment
from simpy import Store
from random import choice
import pandas as pd
from cross.config import Config
class CrossTestConfig(Config):
# RANDOM_SEED = 57
# NUM_PACKAGES = 100
# INTERVAL_TIME = 10
# TYPE_PIP_LINE = Store(env)
# ==========================测试机配置参数===================================
# 产生package机器ID列表，本次杭州仿真模型一般一个机器只有一个入口队列
# ID_LAST_MACHINE = ['last_1']
# 测试机器ID列表
# ID_TEST_MACHINE = ['test_1']
# # 根据测试机器后面可能去的机器ID列表
# ID_NEXT_MACHINE = ['next_1', 'next_2', 'next_3', 'next_4']
# 测试机资源数
CAPACITY_RESOURCE = None # 如果测试机器内部无资源调用，设置为None，否则设置资源数(如人力)
# 测试机单资源处理时延
PROCESS_TIME = None # 如果测试机器没有处理货物延时，设置为None，否则设置为对应延时
class PackageGenerator(object):
def __init__(self, env=Environment, num_package=None, interval_time=None):
""""""
self.env=env
self.num_package = num_package
self.interval_time = interval_time
self.package_cls = None # 为后续采用Package类预留
def config_package(self, id_last_machine, id_next_machine):
""""""
pass
class LogicTest(object):
""""""
def __init__(self, env, test_cls, config):
self.env = env
self.test_cls = test_cls
self.config = config
self.pipline = {}
self.pipline_dic = {}
self.path = []
def _path_gen(self):
""""""
for o in self.config.ID_LAST_MACHINE:
tmp1 = []
for t in self.config.ID_TEST_MACHINE:
tmp1.append(''.join([o,'_', t]))
tmp2 = []
for d in self.config.ID_NEXT_MACHINE:
tmp2.append(''.join([t, '_', d]))
self.path.append([o, t, d])
self.pipline_dic[t] = tmp2
self.pipline_dic[o] = tmp1
def _pipline_generator(self):
for v in self.pipline_dic.values():
self.pipline.update({it: 'store' for it in v })
def generator(self):
""""""
self._path_gen()
self._pipline_generator()
def packages_generator(self):
""""""
pass
if __name__ == '__main__':
env = Environment()
t1 = LogicTest(env, str, CrossTestConfig)
t1.generator()
# tf2 = pd.DataFrame(t1.pipline)
p1 = t1.pipline
p2 = t1.pipline_dic
print(p1)
In [6]:
p1
Out[6]:
In [3]:
p2
Out[3]:
In [4]:
pd.DataFrame(t1.path)
Out[4]:
In [72]:
from tkinter import *
# root = Tk()
master = Tk()
e = Entry(master)
e.pack({'side': 'left'})
e.focus_set()
def callback():
print(e.get())
b = Button(master, text="get", width=10, command=callback)
b.pack()
mainloop()
In [68]:
from tkinter import *
root = Tk()
FRAME_WIDTH = 1350 # 界面的总计宽度
FRAME_WIDTH_LEFT = 800 # 左侧界面的总计宽度
FRAME_WIDTH_RIGHT = 550 # 右侧界面的总计宽度
FRAME_WIDTH_LEFT_HALF = 350 #左侧界面的半宽度
FRAME_HEIGHT = 750 # 界面的总计高度
FRAME_HEIGHT_HEAD = 100 # 标题的高度
FRAME_HEIGHT_CENTER = 500 # 中间界面的总计高度
FRAME_HEIGHT_CENTER_PACKAGE = 50 # 包裹设置界面高度
FRAME_HEIGHT_BOTTOM = 50 # 底部界面的总高度
FRAME_HEIGHT_LEFT_CENTER = 330
class ConfigApp(object):
""""""
RELOAD_FRAME = {
'RIGHT_FRAME': {
'attr': {
'width': FRAME_WIDTH_RIGHT,
'height': FRAME_HEIGHT,
'bd': 2,
'relief': 'raise',
'bg': '#A2B5CD'
},
'pack': {'side': 'right'}
},
'RIGHT_TITLE': {
'attr': {
'width': FRAME_WIDTH_RIGHT,
'height': 50,
'bd': 2,
'relief': 'raise'
},
'pack': {'side': 'top'}
},
'RIGHT_BUTTON': {
'attr': {
'width': FRAME_WIDTH_RIGHT,
'height': FRAME_HEIGHT_BOTTOM,
'bd': 2,
'relief': 'raise'
},
'pack': {'side': 'bottom'}
}
}
class App(Frame):
""""""
def __init__(self, master=None, pack: dict=None, attr: dict=None):
super().__init__(master=master)
self.pack_dic = pack
self.attr = attr
self._init_frame()
def _init_frame(self):
if self.pack_dic:
self.pack(self.pack_dic)
else:
self.pack()
if self.attr:
self.config(self.attr)
def reset_pack(self):
""""""
pass
def init_app(master, wig):
""""""
return App(master=master,
pack=ConfigApp.RELOAD_FRAME[wig]['pack'],
attr=ConfigApp.RELOAD_FRAME[wig]['attr'])
right = init_app(
master=root,
wig='RIGHT_FRAME')
right_output_pad_title = init_app(
master=right,
wig='RIGHT_TITLE'
)
w = Label(
right_output_pad_title,
text="Hello, world!",
anchor=W)
# w.pack({'side': 'top'})
# lblReceipt.pack()
root.mainloop()
In [6]:
from tkinter import *
m = PanedWindow(orient=VERTICAL)
m.pack(fill=BOTH, expand=1)
top = Label(m, text="top pane")
m.add(top)
bottom = Label(m, text="bottom pane")
m.add(bottom)
root.mainloop()
In [71]:
ONLY_LAND = True
DB_PACKAGE = {
'land': {
'parcel': 'i_od_parcel_landside',
'small': 'i_od_small_landside'
},
'air': {
'parcel': 'i_od_parcel_airside',
'small': 'i_od_small_airside'
}
}
truck_uld_data = {}
if ONLY_LAND:
DB_PACKAGE.pop('air')
truck_uld_data.update(DB_PACKAGE)
else:
truck_uld_data.update(DB_PACKAGE)
truck_uld_data
Out[71]:
In [46]:
foo = [2, 18, 9, 22, 17, 24, 8, 12, 27]
print([v for k, _ in DB_PACKAGE.items() if (k == 'air' and ONLY_LAND)])