def _Database_ReadFile(self):
'''
Read data from file
:return:
'''
status = True
msg =''
data = []
# Read all lines into the database
with open(self._database_path, 'r') as f:
line = f.readline()
data.append(line)
while line:
line = f.readline()
data.append(line)
pass
pass
AIRAC_CYCLE = data[1][8:-1]
Date = data[2][10:-1]
logger.info(r'Navigation IDENT database version: {0}'.format(AIRAC_CYCLE))
ret_data = {'AIRAC':AIRAC_CYCLE, 'Date': Date}
return status, msg, ret_data
def _Database_Path_Existing(self, createFile):
'''
检查数据库文件是否存在
:return:
'''
# 检查数据库的路径是否存在
if not os.path.exists(self._database_path):
logger.info(r"{0} 不存在，开始创建".format(self._name))
# Whether need to create file
if not createFile:
return False
else:
self._Database_CreateFile()
pass
else:
pass
return True
def _Database_ReadFile(self):
'''
Read data from file
:return:
'''
status = True
msg = ''
data = []
# Read all lines into the database
with open(self._database_path, 'r') as f:
line = f.readline()
data.append(line)
while line:
line = f.readline()
data.append(line)
pass
pass
AIRAC_CYCLE = data[14][1:-1]
logger.info(
r'Navigation AIRPORTS database version: {0}'.format(AIRAC_CYCLE))
data = data[16:]
mData = {}
for i in range(len(data) - 1):
mData[data[i][0:4]] = {
"Longitude": float(data[i][14:]),
"Latitude": float(data[i][4:14])
}
ret_data = {'AIRAC': AIRAC_CYCLE, 'AIRPORTS': mData}
return status, msg, ret_data
def __init__(self, *args, **kwargs):
'''
Initialize the database and read in configs
:param args:
:param kwargs:
'''
super().__init__()
logger.info('开始加载配置文件')
# Configuration Instance
self.configuration = Configuration()
# Config Data Structure
self.config = self.configuration.Configuration_Interface_Get_Config()
logger.info('开始加载数据库')
# Datafile
self.dataFile = DataFile()
logger.info('启动FYCYC-CDU')
self.title = ss.CDU_WINDOW_TITLE
self.imagePath = ss.CDU_WINDOW_BACKGROUND
self.window_width = int(self.config['App']['Window_Width'])
self.window_height = int(self.config['App']['Window_Height'])
self.window_x = int(self.config['App']['Position_X'])
self.window_y = int(self.config['App']['Position_Y'])
self.window_background_pxmap = QPixmap(self.imagePath)
self.currentPage = variable.page_index.INDEX
self.currentPageIndex = 1
self.key = ""
self.inputLine = ["", "", ""]
self.msgFlag = False # True代表消息被清除了，但是不是CLR方式清除的，还需要再CLR一下
# 0-INPUT, 1-DELETE, 2-MSG
self.inputDisplayMode = variable.input_line_display_mode.SELFINPUT
self.lineDisplay = self.ResetLineDisplay()
# 启动更新线程
self.gridData = GridData()
self.update_data_thread = UpdateData()
self.update_data_thread.setCDU(self)
self.update_data_thread.update_date.connect(
self.gridData.update_item_data)
self.update_data_thread.start()
# 右键菜单
self.setContextMenuPolicy(Qt.CustomContextMenu)
self.customContextMenuRequested.connect(self.rightMenuShow)
# Initialize the UI
self.initUI()
pass
# -*- coding: utf-8 -*-
# @File : run.py
# @Author : Yuchen Chai
# @Date : 2019/12/26 18:20
# @Description: Start File
from PyQt5.QtWidgets import *
import sys
import settings as ss
if ss.APPLICATION_MODE == "DEVELOPMENT":
from Version_1.logger import logger
from Version_1.CDU import CDU
else:
from logger import logger
from CDU import CDU
logger.info('启动 FYCYC-737NG-CDU程序')
logger.info('检测用户注册状态')
if __name__ == '__main__':
app = QApplication([])
app.setApplicationName("FYCYC-CDU-737NG")
cdu = CDU()
cdu.show()
sys.exit(app.exec_())
def _Database_ReadFile(self):
'''
Read data from file
:return:
'''
status = True
msg = ''
data = []
# Read all lines into the database
with open(self._database_path, 'r') as f:
line = f.readline()
data.append(line)
while line:
line = f.readline()
data.append(line)
pass
pass
AIRAC_CYCLE = data[14][1:-2]
logger.info(
r'Navigation RTE database version: {0}'.format(AIRAC_CYCLE))
# Get data from the file
data = data[16:]
split_data = []
route_data = {}
fix_data = {}
# Split route, fix
for i in range(len(data) - 1):
item = data[i]
item = item.replace('\n', '').split(' ')
split_data.append(item)
# Organize the data according to route:
if item[0] not in route_data:
route_data[item[0]] = []
route_data[item[0]].append(item[2])
pass
else:
route_data[item[0]].append(item[2])
pass
# Organize the data according to Fixes:
if item[2] not in fix_data:
fix_data[item[2]] = []
fix_data[item[2]].append(item[0])
pass
else:
fix_data[item[2]].append(item[0])
pass
pass
ret_data = {
'AIRAC': AIRAC_CYCLE,
'Raw': split_data,
'Fix': fix_data,
'Route': route_data
}
return status, msg, ret_data
def _Database_ReadFile(self):
'''
Read data from file
:return:
'''
status = True
msg = ''
data = []
# Read all lines into the database
with open(self._database_path, 'r') as f:
line = f.readline()
data.append(line)
while line:
line = f.readline()
data.append(line)
pass
pass
AIRAC_CYCLE = data[15][2:-1]
logger.info(r'AIRPORTS {0} database version: {1}'.format(
self._name, AIRAC_CYCLE))
data = data[17:-1]
state = 0
index = -1
FIXES = {}
RNWS = {}
SIDS = {}
STARS = {}
APPROACHES = {}
GATES = {}
LATLON = {"N": 1, "S": -1, "E": 1, "W": -1}
SIDContent = []
STARContent = []
APPROACHESContent = []
while index < len(data) - 1:
index = index + 1
content = data[index].replace("\n", "")
# 状态机转换
if content == "FIXES":
state = 0
continue
elif content == "RNWS":
state = 1
continue
elif content == "SIDS":
state = 2
continue
elif content == "STARS":
state = 3
continue
elif content == "APPROACHES":
state = 4
continue
elif content == "GATES":
state = 5
continue
elif content == "" or content == "ENDFIXES" or content == "ENDRNWS" or content == "ENDGATES":
continue
# FIXES
if state == 0:
content = content.split(" ")
LAT = round(
LATLON[content[3]] *
(int(content[4]) + float(content[5]) / 60), 6)
LON = round(
LATLON[content[6]] *
(int(content[7]) + float(content[8]) / 60), 6)
FIXES[content[1]] = {"Latitude": LAT, "Longitude": LON}
pass
# RNWS
elif state == 1:
content = content.split(" ")
RNWS[content[1]] = {"RUNWAY": content[1], "SIDS": []}
pass
# SIDS
elif state == 2:
if content[0] == "S" or content == "ENDSIDS":
# 暂存位置为空，则放进去
if len(SIDContent) == 0:
SIDContent.append(content)
pass
else:
# 处理，然后加进去
SIDName, mData = self._Database_ProcessSID(SIDContent)
SIDS[SIDName] = mData
# 清空暂存盘
SIDContent = []
SIDContent.append(content)
pass
pass
else:
SIDContent.append(content)
pass
# STARS
elif state == 3:
if content[0] == "S" or content == "ENDSTARS":
# 暂存位置为空，则放进去
if len(STARContent) == 0:
STARContent.append(content)
pass
else:
# 处理，然后加进去
STARName, mStarData = self._Database_ProcessSTAR(
STARContent)
STARS[STARName] = mStarData
# 清空暂存盘
STARContent = []
STARContent.append(content)
pass
pass
else:
STARContent.append(content)
pass
# APPROACHES
elif state == 4:
if content[0] == "A" or content == "ENDAPPROACHES":
# 暂存位置为空，则放进去
if len(APPROACHESContent) == 0:
APPROACHESContent.append(content)
pass
else:
# 处理，然后加进去
APPROACHESName, mAPPROACHESData = self._Database_ProcessAPPROACH(
APPROACHESContent)
APPROACHES[APPROACHESName] = mAPPROACHESData
# 清空暂存盘
APPROACHESContent = []
APPROACHESContent.append(content)
pass
pass
else:
APPROACHESContent.append(content)
pass
# GATES
elif state == 5:
content = content.split(" ")
Latitude = int(content[3]) + float(content[4]) / 60
Longitude = int(content[6]) + float(content[7]) / 60
if content[2] == "S":
Latitude = -Latitude
pass
if content[5] == "W":
Longitude = -Longitude
GATES[content[1]] = {
"Gate": content[1],
"Latitude": Latitude,
"Longitude": Longitude
}
pass
pass
# 扫描一遍SIDS，为RNWS产生内容
for item in SIDS:
item = SIDS[item]
for i in range(len(item["Runways"])):
RNWS[item["Runways"][i]]["SIDS"].append(item["SID"])
pass
pass
ret_data = {
"ICAO": self._name,
'AIRAC': AIRAC_CYCLE,
'FIXES': FIXES,
'RNWS': RNWS,
"SIDS": SIDS,
"STARS": STARS,
"APPROACHES": APPROACHES,
"GATES": GATES
}
return status, msg, ret_data