def initConfigFile(self):
"""
初始化配置文件
:return:
"""
config = ConfigFile()
self.configParams = config.readConfigParams()
def __init__(self, tipi_io):
self.tipi_io = tipi_io
self.specreg = {
ClockFile.filename(): ClockFile(self.tipi_io),
ConfigFile.filename(): ConfigFile(self.tipi_io),
CurlFile.filename(): CurlFile(self.tipi_io),
PioFile.filename(): PioFile(self.tipi_io),
RebootFile.filename(): RebootFile(self.tipi_io),
ShutdownFile.filename(): ShutdownFile(self.tipi_io),
StatusFile.filename(): StatusFile(self.tipi_io),
TcpFile.filename(): TcpFile(self.tipi_io),
UpgradeFile.filename(): UpgradeFile(self.tipi_io),
VariablesFile.filename(): VariablesFile(self.tipi_io)
}
def ReadConfig(self):
self.configFile = ConfigFile()
configItems=self.configFile.ReadConfig()
for item in configItems:
part=item.strip('\n').split('&&')
if len(part)!=1:
if part[0]=='attrFilePath':
self.attrFilePath=part[1]
self.LoadJson()
elif part[0]=='plugeDictionaryFilePath':
self.plugeDictionaryFilePath=part[1]
self.PlugeDict()
elif part[0]=='saveCorpusFilePath':
self.saveCorpusFilePath=part[1]
self.SaveCorpus()
elif part[0]=='readCorpusFilePath':
self.readCorpusFilePath=part[1]
self.LoadCorpus()
elif part[0]=='historyInputList':
self.historyInputList=part[1].split('||')
from ConfigFile import ConfigFile
from ConfigFile import LogFile
# variables used for debugging the code
DEBUG = False
WIN_DEBUG = False
# specifies the root directory for the program to be run in.
ROOT_DIR = '/users/groups/cs235ta/submission_driver/'
# if running on a windows machine, adjust accordingly.
if WIN_DEBUG:
ROOT_DIR = 'path'
# create the config file object from the file.
config_file_object = ConfigFile(ROOT_DIR + 'compiler_global.cfg')
#=====================================================#
# store_grade #
# ammends the given file, updating the #
# net_id's score, or inserting it if the first #
# submission. #
# #
# the file that this function will update is #
# "LabXXgrades.csv". This file is located in #
# the "/public_html/XX20XX_submissions" folder #
# #
# Parameters: #
# file_name (str): e.g. "Lab01grades.csv"
# net_id (): The student's net ID
from LogFile import LogFile #my logging mechs
from LogFile import ErrorMsg #the error struct
from datetime import date
from LogFile import SeverityLevel
import datetime
import os
import re
import pandas as pn
import xlrd
import shutil
##### methods ######
#entry point
#load up our config. only place with out a log
Cfg = ConfigFile("File2JsonConfig.xml")
Log = LogFile(Cfg.logpath)
TotalFilesProcessed = 0
TotalRecordsProcessed = 0
TotalErrors = 0
try:
xlspattern = re.compile(r"\w+\.xl(s|sm|sx)")
#we'll loop through the files, and process them indvidually.
for thefiles in os.listdir(Cfg.source_directory):
sumJson = "["
try:
print("Processing File " + str(TotalFilesProcessed))
TotalFilesProcessed = TotalFilesProcessed + 1
main()
my_generator = (letter for letter in 'abcdefg')
#import tempfile
#[fh,filename]=tempfile.mkstemp(prefix="tmp.");
#print(filename,fh)
#os.close(fh)
import TempFilename
filename=TempFilename.generate()
fh=open(filename,'w')
print(fh)
x=0
while(x<10): fh.write(str(x)); x+=3
fh.close()
os.remove(filename)
config=ConfigFile("test/data/ice.0-43.config")
print(config.lookup("donor-consensus"))
a=[1.1, 6.4, 9.3, 3.4, 9.2, 4.6, 1.6, 0.3]
b=list(map(lambda x:x+random.uniform(-10,10),a))
[mean,SD,min,max]=SummaryStats.summaryStats(a)
print(mean,"+/-",SD)
print("sum=",SummaryStats.sum(a))
print("r=",SummaryStats.correlation(a,b))
def main(activation_path,logFile):
startTime = datetime.now()
conf_file = ConfigFile("config.json")
attri = conf_file.readJson()
path = activation_path
logs_text = attri['logsText']["main"]
if os.path.isdir(path):
activation_code = os.path.basename(path)
try:
dirct_arr = []
#save the retunr of each function valid to storage the shapefile array that after is insert in geopdf
#hacer que guarde todas dentro del diccionario ver como lo actualiza para luego cuando valla ala otra carpeta tire de estas
values={}
for dirs in os.listdir(path):
#walk inside each main folder "VECTOR, RASTER and RTP"
gdb = attri["FoldersToCheck"][0]
lyr = attri["FoldersToCheck"][1]
report = attri["FoldersToCheck"][2]
has_gdb = False
if path.find("AEM") != -1:
pass
else:
#check the different folders inside the product_version folder.
#1.Check the VECTOR folder
if gdb in dirs:
root2 = os.path.join(path, gdb)
for root3, dirs_gdb, files in os.walk(root2):
#get the different vector layer names
if len(dirs_gdb) > 0:
for dir in dirs_gdb:
if attri["VectorFormats"]["GDB"]["types"][0] in dir:
path = os.path.join(root3, dir)
VectorLayer = globals()[attri["VectorFormats"]["GDB"]["className"]]
vectortype = VectorLayer(root3,attri,activation_code)
vectortype.checkextension(path)
has_gdb= True
elif len(dirs_gdb) == 0 and len(files) > 0 and has_gdb== False:
err = logs_text["no_gdb"].copy()
initial_err = activation_code + "|" + splitroot(root3,activation_code) + "|" + gdb + "|" + logFile.getCatValue( attri['VectorFormats']['GDB']['not_correct_file']) + "|" + logFile.getIssueValue(attri['VectorFormats']['GDB']['not_correct_file']) +"|"
err.insert(0,initial_err)
logFile.writelogs(err)
for file in files:
err2 = logs_text["extension"].copy()
initial_err = activation_code + "|" + splitroot(root3,activation_code) + "|" + gdb + "|" + logFile.getCatValue( attri['VectorFormats']['GDB']['not_correct_file']) + "|" + logFile.getIssueValue(attri['VectorFormats']['GDB']['not_correct_file']) +"|"
err2.insert(0,initial_err)
err2.insert(2,file)
logFile.writelogs(err2)
#validate each vector layer
elif lyr in dirs:
root2 = os.path.join(path, lyr)
for root3, dirs_lyr, files in os.walk(root2):
VectorLayer = globals()[attri["VectorFormats"]["symbology"]["className"]]
vectortype = VectorLayer(root3,attri,activation_code)
vectortype.checkextension(files)
elif report in dirs:
root2 = os.path.join(path, report)
for root3, dirs_lyr, files in os.walk(root2):
VectorLayer = globals()[attri["VectorFormats"]["report"]["className"]]
vectortype = VectorLayer(root3,attri,activation_code)
vectortype.checkextension(files)
time = logs_text["time"]
#shutil.rmtree(attri["Temp_root"])
time.append(str(datetime.now() - startTime))
#logFile.writelogs(time)
#print("FINISH")
except Exception as ex:
e = logs_text["e"]
e.append(str(ex))
logFile.writelogs(e)
time = logs_text["time"]
time.append(str(datetime.now() - startTime))
logFile.writelogs(time)
import sys
from ConfigFile import ConfigFile
cd = ConfigFile('config_file.txt')
if len(sys.argv) == 3:
key = sys.argv[1]
value = sys.argv[2]
print('writing data: {0}, {1}'.format(key, value))
cd[key] = value
else:
print('reading data')
for key in cd.keys():
print(' {0} = {1}'.format(key, cd[key]))
def __init__(self):
cfg = ConfigFile(FILE_COPY_CONFIG_PATH)
self.copier = FileCopier(cfg.file_copier_spec())
