def qualityAssuranceTest2(self, parent):
"""
Test the top level config file for valid and invalid inputs
"""
# from QALib.QAUtil import QAUtil
# util = QAUtil()
# Create a top level config file
import tempfile
from ConfigParser import SafeConfigParser as parser
# Create the module file
modParser = parser()
testDict = {"GUI":[("widget", "ctkCollapsibleButton"),
("name", "test1"),
("text", "Test1"),
("layout", "vertical"),
("children", "child1, child2, child3")],
"child1":[("widget", "QFrame"),
("layout", "horizontal"),
("children", "child11, child12")],
"child2":[("widget", "QFrame"),
("layout", "vertical"),
("children", "child21, child21, child12")],
"child3":[("widget", "QPushButton"),
("text", "child3"),
("name", "child3"),
("clicked", "printButton('%(name)s')")],
"child11":[("widget", "QPushButton"),
("text", "child11"),
("name", "child11"),
("clicked", "printButton('%(name)s')")],
"child12":[("widget", "QFrame"),
("layout", "vertical"),
("children", "child3, child3, child3")],
"child21":[("widget", "QFrame"),
("layout", "form"),
("children", "child3, child3, child3, child3")]}
for section, options in testDict.items():
modParser.add_section(section)
for option, value in options:
modParser.set(section, option, value)
with tempfile.NamedTemporaryFile(delete=False) as modTemp:
modParser.write(modTemp)
modFile = modTemp.name
print modFile
# Create top file
topParser = parser()
section = "Module1"
topParser.add_section(section)
topParser.set(section, "Name", "Supercalafragalisticexpialidoshous")
topParser.set(section, "Module", modFile)
topParser.set(section, "Database", "test1_schema.ini")
topParser.set(section, "Logic", "test1.py")
with tempfile.NamedTemporaryFile(delete=False) as topTemp:
topParser.write(topTemp)
topFile = topTemp.name
print topFile
# Create the widget
widget = QualityAssuranceWidget(parent, topFile)
#!/usr/bin/env python
#encoding=utf-8
'''
Author: osa开源团队
Description: osa_alert.ini文件解析模块
Create Date: 2011-07-20
'''
from __future__ import with_statement
from ConfigParser import SafeConfigParser as parser
_parser = parser()
class osaParser(object):
'''
@ osa .ini文件解析类
'''
def __init__(self, ini, oparser=_parser):
with open(ini) as fobj:
oparser.readfp(fobj)
self._ini = ini
self._oparser = oparser
def getValue(self, sec='global', key=None):
if self._oparser.has_option(sec, key):
return self._oparser.get(sec, key)
return self._oparser.get('global', key)
#!/usr/bin/env python """Demonstrate 'import as'""" import re as regex from ConfigParser import SafeConfigParser as parser print "regex:", regex.__file__ print "parser:", parser()
#!/usr/bin/env python #encoding=utf-8 ''' Author: osa开源团队 Description: osa_alert.ini文件解析模块 Create Date: 2011-07-20 ''' from __future__ import with_statement from ConfigParser import SafeConfigParser as parser _parser = parser() class osaParser(object): ''' @ osa .ini文件解析类 ''' def __init__(self, ini, oparser = _parser): with open(ini) as fobj: oparser.readfp(fobj) self._ini = ini self._oparser = oparser def getValue(self, sec='global', key=None): if self._oparser.has_option(sec, key): return self._oparser.get(sec, key)
def parse_ini(inpt = "./settings/main.ini" ):
"""
:param inpt:
:return:
"""
out = {}
p = parser()
p.read(inpt)
#print(parser.sections())
indata = p['indata']
out["working_directory"] = indata.get("working_directory",".")
field_name = indata.get("field_name","")
if not field_name: raise ValueError("input field_name is mandatory")
else: out["field_name"]=field_name
data_extraction = p['data_extraction']
out["mean"] = data_extraction.getboolean("mean", False)
#the band combinations to use in format [(1,2),(1,3),....]; use * for all combinations; [] for no combinations
out["band_combinations"] = data_extraction.get("band_combinations","[]")
# a percentage of pixels to consider during polygons to raster intersection (>0); use 100 if no subset
pixel_subset = data_extraction.getint("pixel_subset", 100)
if pixel_subset == 100:
pixel_subset = None
else: out["pixel_subset"] = pixel_subset
# the single band combination to use for charting the NDI in format [(1,2)]; only one combination is now possible
out["NDI_chart_combinations"] = data_extraction.get("NDI_chart_combinations" , "[(7,5)]")
#the nodatavalue to assign when polygons falls outside the raster (this works when mean == True)
out["nodatavalue"] = data_extraction.get("nodatavalue", None)
#this is not necessary anymore because now the heralick paths are in thejson file
#haralick = p['haralick']
#folder tha will contain the input image for heralick
#out["hara_dir"] = haralick.get("hara_dir","." )
# heralick image suffix format (comma separated list)
#out["haralick_format"] = haralick.get("haralick_format","tif")
#simple, advanced, higher?
#out["haralick_image_type"] = haralick.get("haralick_image_type","simple")
#folder tha will contain the input ndi images for heralick
#out["hara_ndi_dir"] = haralick.get("hara_ndi_dir" ,"." )
# heralick ndi image suffix format (comma separated list)
#out["haralick_ndi_format"] =haralick.get("haralick_ndi_format" , "tif")
#simple, advanced, higher?
#out["haralick_ndi_type"] = haralick.get("haralick_ndi_type","simple")
skll = p['skll']
out["skll_dir"] = skll.get("skll_dir","." )
boruta = p['boruta']
out["boruta_dir"] = boruta.get("boruta_dir","." )
classification = p['classification']
#percentage of validation data
out["validation_data"] = classification.getint("validation_data", 25)
# classified raster name prefix
out["out_name"] = classification.get("out_name", "classify.tif")
#tile size used during classification
out["tile_size"] = classification.getint("tile_size", 1024)
ipyparallel = p['ipyparallel']
out["parallelize"] = ipyparallel.getboolean('parallelize', False)
out["engine_messages"] = ipyparallel.getboolean('engine_messages', False)
out["max_processes"] = ipyparallel.getint("max_processes", 4)
return out
