def test_attributes_with_numbers_and_bool(self):
json_data = {
"root": {
"@int": 1,
"@float": 1.2,
"@bool": True,
}
}
xml2json.json2xml(json_data)
def test_elements_with_numbers_and_bool(self):
json_data = {
"root": {
"int": 1,
"float": 1.2,
"bool": True,
}
}
xml2json.json2xml(json_data)
def print_xml(self, data):
jsonstring = json.dumps(data)
decodedstring = json.loads(jsonstring)
#print(decodedstring)
jsondata = {data['name']: jsonstring}
#print(jsondata)
#d ={'r':{'@p': 'p1','#text': 't1', 'c': 't2'}}
print(json2xml(jsondata))
def print_xml(self, data):
jsonstring = json.dumps(data)
decodedstring=json.loads(jsonstring)
#print(decodedstring)
jsondata = {data['name']:jsonstring}
#print(jsondata)
#d ={'r':{'@p': 'p1','#text': 't1', 'c': 't2'}}
print(json2xml(jsondata))
def emit(self, ctx, modules, fd):
me = ModuleCatalogEmitter()
result = me.emit(ctx, modules)
if ctx.opts.outputFormat == 'json':
self.print_json(result)
else:
#self.print_xml(result)
jsonstring = json.dumps(result)
decodedstring = json.loads(jsonstring)
jsondata = {result['name']: decodedstring}
print(json2xml(jsondata))
#pyOutput = json2xml(jsondata)
#splitStr = ""
#if ("\n" in pyOutput):
# splitStr = "}\n<"
#else:
# splitStr = "}<"
#outputList = pyOutput.split(splitStr)
# jsonOutputTmp = outputList[0] + "}"
# outputJson = json.loads(jsonOutputTmp)
# jsonOutputTmp = json.dumps(outputJson, indent=2)
#xmlOutputTmp = "<" + outputList[0]
#xmlOutputTmp = xmlOutputTmp.replace("<", "<")
#xmlOutputTmp = xmlOutputTmp.replace(">", ">")
#outputXmlET_tmp = ET.fromstring(xmlOutputTmp)
#outputXmlET = xml_indent(outputXmlET_tmp, 0)
#xmlOutputTmp = ET.tostring(outputXmlET)
#xmlOutputTmp = xmlOutputTmp.replace("<", "<")
#xmlOutputTmp = xmlOutputTmp.replace(">", ">")
#print(xmlOutputTmp)
#if fd.name == '<stdout>':
# fn= ""
# print(fn)
#else:
# fn=fd.name
# print(fn)
#print(fd.name[1:])
#if fn != "":
#fqfd = os.getcwd() + '/' + fn
#print(fqfd)
#if os.path.isfile(fqfd):
# print("File '%s' exists" % fqfd)
# return
#else:
# fd.write("%s" % result)
# fd.close()
#else:
# print("output file name can not be determined")
# #else:
# # fd.write("%s" % result)
if fd:
# fd.write("%s" % result)
### print json
fd.write("%s" % json.dumps(result))
fd.write("\r\n")
### print xml
jsonstring = json.dumps(result)
decodedstring = json.loads(jsonstring)
jsondata = {result['name']: decodedstring}
print(json2xml(jsondata))
fd.write("%s" % json2xml(jsondata))
fd.close()
def to_xml(self):
"""
Provides a json representation of the invoice.
"""
return xml2json.json2xml(simplejson.dumps({"Invoice": self}))
def to_xml(self):
"""
Provides a json representation of the contact.
"""
return xml2json.json2xml(simplejson.dumps({"Contact": self}))
def emit(self, ctx, modules, fd):
me = ModuleCatalogEmitter()
result = me.emit(ctx, modules)
if ctx.opts.outputFormat == 'json':
self.print_json(result)
else:
#self.print_xml(result)
jsonstring = json.dumps(result)
decodedstring=json.loads(jsonstring)
jsondata = {result['name']:decodedstring}
print(json2xml(jsondata))
#pyOutput = json2xml(jsondata)
#splitStr = ""
#if ("\n" in pyOutput):
# splitStr = "}\n<"
#else:
# splitStr = "}<"
#outputList = pyOutput.split(splitStr)
# jsonOutputTmp = outputList[0] + "}"
# outputJson = json.loads(jsonOutputTmp)
# jsonOutputTmp = json.dumps(outputJson, indent=2)
#xmlOutputTmp = "<" + outputList[0]
#xmlOutputTmp = xmlOutputTmp.replace("<", "<")
#xmlOutputTmp = xmlOutputTmp.replace(">", ">")
#outputXmlET_tmp = ET.fromstring(xmlOutputTmp)
#outputXmlET = xml_indent(outputXmlET_tmp, 0)
#xmlOutputTmp = ET.tostring(outputXmlET)
#xmlOutputTmp = xmlOutputTmp.replace("<", "<")
#xmlOutputTmp = xmlOutputTmp.replace(">", ">")
#print(xmlOutputTmp)
#if fd.name == '<stdout>':
# fn= ""
# print(fn)
#else:
# fn=fd.name
# print(fn)
#print(fd.name[1:])
#if fn != "":
#fqfd = os.getcwd() + '/' + fn
#print(fqfd)
#if os.path.isfile(fqfd):
# print("File '%s' exists" % fqfd)
# return
#else:
# fd.write("%s" % result)
# fd.close()
#else:
# print("output file name can not be determined")
# #else:
# # fd.write("%s" % result)
if fd:
# fd.write("%s" % result)
### print json
fd.write("%s" % json.dumps(result))
fd.write("\r\n")
### print xml
jsonstring = json.dumps(result)
decodedstring=json.loads(jsonstring)
jsondata = {result['name']:decodedstring}
print(json2xml(jsondata))
fd.write("%s" % json2xml(jsondata))
fd.close()
import json
import os
import re
from xml2json import json2xml
def env_replace(json_data):
for k in json_data:
v = json_data[k]
if isinstance(v, (dict,)):
json_data[k] = env_replace(v)
if isinstance(v, (unicode,)):
for ev in icecast_env:
json_data[k] = re.sub(ev, os.environ.get(ev, ev), json_data[k])
return json_data
icecast_env = [k for k in os.environ if re.match('^ICECAST_', k)]
for service in ("ez", "icecast"):
json_data = json.load(open(service + ".json"))
out_file = file(service + ".xml", "w")
if len(icecast_env):
json_data = env_replace(json_data)
out_file.write(json2xml(json_data))
out_file.close()