def save_settings(settings_xml, xmldoc):
try:
outputfile = open(settings_xml, 'w')
xmlpp.pprint(xmldoc.toxml(), output = outputfile, indent=2)
outputfile.close()
except IOError:
print 'Error saving file:', settings_xml
settings_restore(settings_xml)
def save_settings(settings_xml, xmldoc):
try:
outputfile = open(settings_xml, 'w')
xmlpp.pprint(xmldoc.toxml(), output=outputfile, indent=2, width=500)
outputfile.close()
except IOError:
print 'Error saving file:', settings_xml
settings_restore(settings_xml)
def save_settings(settings_xml, xmldoc):
try:
dbg_log('function::save_settings', 'enter_function', 0)
outputfile = open(settings_xml, 'w')
xmlpp.pprint(xmldoc.toxml(), output=outputfile, indent=2)
outputfile.close()
except Exception, e:
settings_restore(settings_xml)
dbg_log('function::save_settings', 'ERROR: (' + repr(e) + ')')
def save_settings(settings_xml, xmldoc):
try:
dbg_log('function::save_settings', 'enter_function', 0)
outputfile = open(settings_xml, 'w')
xmlpp.pprint(xmldoc.toxml(), output = outputfile, indent=2)
outputfile.close()
except Exception, e:
settings_restore(settings_xml)
dbg_log('function::save_settings', 'ERROR: (' + repr(e) + ')')
def save(self, vxmldoc):
try:
common.dbg_log('settings::save', 'enter_function')
outputfile = open(self.SettingsFile, 'w')
xmlpp.pprint(vxmldoc.toxml('utf-8'), output = outputfile, indent=4)
outputfile.close()
common.dbg_log('settings::save', 'exit_function')
except Exception, e:
common.dbg_log('settings::save', 'ERROR: (' + repr(e) + ')', common.logErorr)
self.restore()
def createXML(file, packages):
root = ET.Element('packages')
date = datetime.now().strftime("%Y-%m-%d %H:%M")
root.set('date', date) # Set File Date
comment = ET.Comment('Generated by python....')
root.append(comment)
for entry in packages:
package = ET.Element('package')
package.set('id', entry[0])
package.set('version', entry[1])
root.append(package)
xml = "<?xml version='1.0' encoding='UTF-8'?>" + ET.tostring(root, encoding='utf-8', method='xml')
outputfile = open(file, 'w')
xmlpp.pprint(xml, output=outputfile)
outputfile.close()
def main () :
# Read file Json and get a python data structure.
data = sys.stdin.read()
jsondata = json.loads(data)
# Root Element my document xml.
root = ET.Element("papeleria")
# Get Elements of XML.
for x in range(len(jsondata)) :
putElement(root , jsondata[x])
# Print XML Format.
xmlData = ET.tostring(root , encoding="utf-8" , method="xml")
xmlpp.pprint(xmlData , sys.stdout , 4 , 80)
def readfile (args) :
listJson = []
data = []
root = ET.Element(u"instants")
for x in sys.stdin.readlines() :
# Read line by line the file and get the conversion of datetimes and
# zones.
if x.strip() != '' :
procline(x.strip() , args , listJson , root)
if args.json :
print json.dumps(listJson , sort_keys = True , indent = 4)
if isXML(args) :
# Print XML Format.
xmlData = ET.tostring(root , encoding="utf-8" , method="xml")
xmlpp.pprint(xmlData , sys.stdout , 4 , 80)
def dumpXML(self, fileName, w, h):
#print "Dumping ", fileName
# buld tree structure
exp = ET.Element('Experiment', filename=self.expName)
# print exp.tag, exp.attrib
run = ET.SubElement(exp, 'Run')
run.attrib['subjectName'] = self.run.subjectName
run.attrib['runNumber'] = self.run.runNumber
run.attrib['dateTime'] = self.run.dateTime
# print run.tag, run.attrib
# for pt in self.gazepoints:
# data = ET.SubElement(run,'GazeData')
# data.attrib['Id'] = "1"
# data.attrib['Time'] = "%f" % (pt.gettimestamp())
# data.attrib['Error'] = "%s" % (pt.getStatus())
# data.attrib['X'] = "%f" % (pt.at(0))
# data.attrib['Y'] = "%f" % (pt.at(1))
for fx in self.fixations:
data = ET.SubElement(run, 'FixationData')
data.attrib['Id'] = "1"
data.attrib['Time'] = "%f" % (fx.gettimestamp())
data.attrib['FX'] = "%f" % (fx.at(0) * float(w))
data.attrib['FY'] = "%f" % (fx.at(1) * float(h))
data.attrib['Duration'] = "%f" % (fx.getDuration())
data.attrib['PercentDuration'] = "%f" % (fx.getPercentDuration())
# wrap experiment in ElementTree instance, output
# this is machine-readable output, not very human-readable
# tree = ET.ElementTree(exp)
## tree.write(fileName)
# this is more human-readable but quite slow
outfile = open(fileName, 'w')
# print xmlpp.pprint(tostring(exp))
xmlpp.pprint(tostring(exp), output=outfile)
outfile.close()
def outputZipContent (bytes, printer, width=80):
printer("Zipped content:")
rawFile = StringIO.StringIO(bytes)
zipFile = zipfile.ZipFile(rawFile)
i = 0
# TODO: when 2.6/3.0 is in widespread use, change to infolist
# here, names might be ambiguous
for filename in zipFile.namelist():
if i > 0:
printer('-'*width)
i += 1
printer("")
printer(filename + ":")
printer('-'*width)
contents = zipFile.read(filename)
if filename.endswith(".xml") or contents.startswith("<?xml"):
wrapper = StreamWrap(printer)
xmlpp.pprint(contents,wrapper,1,80)
wrapper.flush()
else:
dumpBytes(contents)
zipFile.close()
def outputZipContent (bytes, printer, width=80):
printer("Zipped content:")
rawFile = StringIO.StringIO(bytes)
zipFile = zipfile.ZipFile(rawFile)
i = 0
# TODO: when 2.6/3.0 is in widespread use, change to infolist
# here, names might be ambiguous
for filename in zipFile.namelist():
if i > 0:
printer('-'*width)
i += 1
printer("")
printer(filename + ":")
printer('-'*width)
contents = zipFile.read(filename)
if filename.endswith(".xml") or contents.startswith("<?xml"):
wrapper = StreamWrap(printer)
xmlpp.pprint(contents,wrapper,1,80)
wrapper.flush()
else:
dumpBytes(contents)
zipFile.close()
category_name = os.path.basename(cat)
category_name = category_name[:-3]
objs = glob.glob(cat + "/*.ply")
for file_in in objs:
# features get written to a .txt file for now -- PCL reader/writter doesn't handle variable length descriptos
obj_name = os.path.basename(file_in)
obj_name = obj_name[: -len(".ply")]
if random.randint(0, 1) == 1:
SubElement(scene_elm_train, "object", {"class_name": category_name, "ply_name": obj_name})
else:
SubElement(scene_elm_test, "object", {"class_name": category_name, "ply_name": obj_name})
train_tree = ElementTree(info_root_train)
test_tree = ElementTree(info_root_test)
outputfile = open(train_file, "w")
# string_train = "<xml>" + + "</xml>"
xmlpp.pprint(tostring(info_root_train, "UTF-8"), outputfile)
outputfile.close()
outputfile = open(test_file, "w")
# string_test = "<xml>" + + "</xml>"
xmlpp.pprint(tostring(info_root_test, "UTF-8"), outputfile)
outputfile.close()
print "Done"
sys.exit(0)
def main(cfgfile, config):
try:
config.read(cfgfile)
except cp.ParsingError:
parser.error("Requires a valid configuration file: %s", cfgfile)
return
try:
cwd = os.getcwd()
#
# Assumption: basedir is one directory up from current directory
basedir = cwd[:cwd.rfind(os.path.sep)]
EADirectory = config.get('location', 'EADirectory')
ReleaseDirectory = config.get('location', 'ReleaseDirectory')
except cp.NoSectionError as err:
print(str(err))
return
EADirFullPath = os.path.join(basedir, EADirectory)
ReleaseFullPath = os.path.join(basedir, ReleaseDirectory)
if ord(os.path.sep) != ord('/'):
EADirFullPath.replace('/', os.path.sep)
ReleaseFullPath.replace('/', os.path.sep)
DefaultNamespace = config.get('schema', 'defaultNamespace')
#
# Initialization
schemaFile = config.get('schema', 'name')
EASchemaFile = os.path.join(EADirFullPath, schemaFile)
if not os.path.isfile(EASchemaFile):
print('Missing schema file in EA directory, %s' % EASchemaFile)
return
#
outputfile = os.path.join(ReleaseFullPath, schemaFile)
nameSpaces = root = None
#
# Make required changes to EA schema files to be fully compliant.
# Extract namespace prefixes and URIs in the EA output and check to make sure
# the mandatory ones are included in the altered, changed schema
#
try:
schemaNamespaces = dict(config.items('imports'))
root, nameSpaces = parseAndGetNameSpaces(EASchemaFile,
schemaNamespaces)
fixImports(root, schemaNamespaces, nameSpaces)
except cp.NoSectionError:
root, nameSpaces = parseAndGetNameSpaces(EASchemaFile)
#
# If a default namespace is present, then don't process further.
if "" in nameSpaces:
return
try:
includeEntries = [x[1] for x in config.items('includes')]
fixIncludes(root, includeEntries, nameSpaces)
except cp.NoSectionError:
pass
try:
ignoreElementNames = config.get('allowedGMLAbstractFeatures', 'names')
except cp.NoSectionError:
ignoreElementNames = []
#
# Important dictionary for traversing the EA schema document
parentChildMap = dict((c, p) for p in root.getiterator() for c in p)
#
# With instance or object diagrams in the Model, lots of cruft is generated as
# well. Perhaps there's a way to turn this off in EA. The rest of the 'fix' routines
# are cleaning up residual issues.
cleanUpTree(root, nameSpaces, parentChildMap, ignoreElementNames)
#
# Fix elements' types as needed/configured
try:
dataTypesDic = dict(
[tuple(x[1].split()) for x in config.items('dataTypes')])
changeElements(root, nameSpaces, dataTypesDic, 'type')
except cp.NoSectionError:
pass
#
# Fix elements that refer to code lists
try:
codeListsDic = dict(config.items('codeLists'))
fixCodeLists(root, nameSpaces, codeListsDic)
except cp.NoSectionError:
pass
#
# Fix substitution groups
try:
subGroupsDic = dict(config.items('substitutionGroups'))
changeElements(root, nameSpaces, subGroupsDic, 'substitutionGroup')
except cp.NoSectionError:
pass
#
# Fix objects that inherit/extend existing GML types
try:
baseExtensionsDic = dict(config.items('baseExtensions'))
fixBaseExtensions(root, baseExtensionsDic, nameSpaces)
except cp.NoSectionError:
pass
#
# Bug in EA: Does not insert nillable attribute when nillable='true' in EA UML model.
try:
nilledElements = config.get('setNilAttribute', 'names').split(',')
setNilElements(root, nilledElements, nameSpaces)
except cp.NoSectionError:
pass
#
# Bug in EA: Attributes' documentation strings are not inserted into schema.
try:
attributeDocStringsDic = dict(config.items('attributeDocStrings'))
setCommentsForAttributes(root, attributeDocStringsDic, nameSpaces)
except cp.NoSectionError:
pass
#
# One-off for issues than cannot be represented in the UML->XML realization
try:
adjustmentDic = [
dict(config.items('adjustment%d' % num))
for num in range(int(config.get('adjustments', 'number')))
]
applyAdjustments(root, adjustmentDic, nameSpaces)
except cp.NoSectionError:
pass
#
# One-off python code instructions for UML->XML realization
try:
for cmd in [
config.get('addendum%d' % num, 'code')
for num in range(int(config.get('addendums', 'number')))
]:
exec(cmd)
except cp.NoSectionError:
pass
#
# For some reason EA does not implement tag "attributeFormDefault" as a attribute
# to the root element, need to add it here.
#
if root.get('attributeFormDefault') == None:
root.set('attributeFormDefault', 'unqualified')
#
# Write out the modified EA schema
doc = ET.ElementTree(root)
doc.write(outputfile, xml_declaration=True, encoding="UTF-8", method="xml")
del doc
#
# EA does not output the default namespace at the moment. Will set it here.
ET.register_namespace("", DefaultNamespace)
#
# Rewrite to set default namespace
root, nameSpaces = parseAndGetNameSpaces(outputfile)
doc = ET.ElementTree(root)
doc.write(outputfile, xml_declaration=True, encoding="UTF-8", method="xml")
del doc
#
# Now prettify the schema file
xmltext = open(outputfile, 'r').read()
xmlpp.pprint(xmltext.replace('" />', '"/>'),
open(outputfile, 'w'),
indent=4)
xmltext = open(outputfile, 'r').read()
#
# From stackoverflow 'nbolton'
textnode_re = re.compile('>\n\s+([^<>\s].*?)\n\s+</', re.DOTALL)
prettyXml = textnode_re.sub('>\g<1></', xmltext)
open(outputfile, 'w').write(prettyXml)
import xmlpp
TAB = 8
def openFile (fileName , mode) :
try :
fich = open(fileName , mode)
return fich
except :
sys.stderr.write("Error open file " + fileName + " mode : " + mode.upper())
raise SystemExit
filename = "coches.xml"
fileR = openFile(filename , "r")
dataFile = fileR.read()
fileR.close()
fileW = openFile("/tmp/a" , "w")
xmlpp.pprint(dataFile , fileW , TAB , 80)
fileW.close()
fileW = openFile("/tmp/a" , "r")
print "!" , dataFile
print "!" , fileW.read()
fileW.close()
shutil.move("/tmp/a" , filename)
node2.setAttribute("id", 'ATTACHED_TUNER_' + tuner_name_var + '_FULLNAME')
node2.setAttribute("label", '9020')
node2.setAttribute("type", 'bool')
node2.setAttribute("default", 'false')
node_cat.appendChild(node2)
node3 = xmldoc.createElement("setting")
node3.setAttribute("id", 'ATTACHED_TUNER_' + tuner_name_var + '_DISABLE')
node3.setAttribute("label", '9030')
node3.setAttribute("type", 'bool')
node3.setAttribute("default", 'false')
node_cat.appendChild(node3)
# for tuner
break
######################################################################################################
# save file back
try:
outputfile=open(__settings_xml__, 'w')
xmlpp.pprint(xmldoc.toxml(), output=outputfile, indent=2)
outputfile.close()
except IOError:
print 'Error writing file ', __settings_xml__
######################################################################################################
# dialog is closed already so just open settings again
xbmcaddon.Addon(id='driver.dvb.hdhomerun').openSettings()
node2.setAttribute("type", 'labelenum')
node2.setAttribute("default", 'auto')
node2.setAttribute("values", 'auto|RC5|NEC|RC6')
node_cat.appendChild(node2)
node3 = xmldoc.createElement("setting")
node3.setAttribute(
"id", 'ATTACHED_TUNER_' + tuner_serial + '_KEYMAP')
node3.setAttribute("label", '9030')
node3.setAttribute("type", 'text')
node3.setAttribute("default", 'rc_key_ok')
node_cat.appendChild(node3)
# for tuner
break
######################################################################################################
# save file back
try:
outputfile = open(__settings_xml__, 'w')
xmlpp.pprint(xmldoc.toxml(), output=outputfile, indent=2)
outputfile.close()
except IOError:
print 'Error writing file ', __settings_xml__
######################################################################################################
# dialog is closed already so just open settings again
xbmcaddon.Addon(id='driver.dvb.sundtek-mediatv').openSettings()
def save(xmlDoc, path):
encoding = "Windows-1252"
xmlData = xmlDoc.toprettyxml(indent=" ")
xmlData = xmlData.replace('<?xml version="1.0" ?>', '<?xml version="1.0" encoding="utf-16"?>')
xmlFile = open(path, "w", encoding=encoding)
xmlpp.pprint(xmlData, xmlFile, indent=2)
