def toXMLdoc(self):
# get cues xml
# self.cuelist = ET.parse('/home/mac/Shows/CharTest/CharTest_cuesx.xml')
self.cuelist = ET.parse('/home/mac/Shows/Fiddler/Fiddler_cuesx.xml')
self.cuelist_root = self.cuelist.getroot()
self.cues = self.cuelist_root.findall(".cues/cue")
# get char xml
# self.charlist = ET.parse('/home/mac/Shows/CharTest/CharTest_char.xml')
self.charlist = ET.parse(
'/home/mac/Shows/Fiddler/FiddlerChar_char.xml')
self.charlist_root = self.charlist.getroot()
self.chars = self.charlist_root.findall(".chars/char")
showcontrol = ET.Element('showcontrol')
newcues = ET.SubElement(showcontrol, 'cues')
ET.SubElement(newcues, 'version').text = '1.0'
for cue in self.cues:
cue_uuid = cue.get('uuid')
cue = ET.SubElement(newcues, 'cue', attrib={'uuid': cue_uuid})
for char in self.chars:
char_uuid = char.get('uuid')
newchar = ET.SubElement(cue,
'char',
attrib={'uuid': char_uuid})
ET.SubElement(newchar, 'mute').text = '1'
ET.SubElement(newchar, 'onstage').text = '0'
ET.SubElement(newchar, 'level').text = '0'
ET.SubElement(newchar, 'eq', attrib={'uuid': 'eq uuid'})
ET.SubElement(newchar,
'routing',
attrib={'uuid': 'routing uuid'})
return showcontrol
def __init__(self, cfgdict):
self.logger = logging.getLogger('ShowConf')
self.logger.info('In ShowConf init.')
self.cfgdict = cfgdict
self.settings = {}
self.equipment = {}
showconf_file = self.cfgdict['configuration']['project'][
'folder'] + '/' + self.cfgdict['configuration']['project']['file']
self.logger.debug(showconf_file)
tree = ET.parse(showconf_file)
self.doc = tree.getroot()
# print(doc)
self.projecttodict()
self.logger.info('settings dictionary: {}'.format(self.settings))
self.equiptodict()
self.logger.info('equipment dictionary: {}'.format(self.equipment))
# #Get mixer chan to actor/char map file name
# mxrmap = self.doc.find('mixermap')
# attribs = mxrmap.attrib
# self.settings["mxrmap"] = attribs['file']
#Get mixer chan to actor/char map file name
# cues = self.doc.find('cuefile')
# attribs = cues.attrib
# self.settings["cuefile"] = attribs['file']
# print(self.settings)
# self.name = self.doc.find('title')
# print('ShowConf.__init__ name: ',self.name.text)
# self.settings['title'] = self.name.text
return
def __init__(self, mixerconf_file, mixername, mixermodel):
#
# dictionary of input sliders, index format: [Chnn]
# each entry is a InputControl object
self.inputsliders = {}
# dictionary of output sliders, index format: [Chnn]
# each entry is a OutputControl object
self.outputsliders = {}
# dictionary of mutestyle for the mixer
# mutestyle referes to how the mixer indicates the channel is muted
# for example, the Yamaha 01V indicates a channel is un-muted with an illuminated light
# other mixer indicate a muted channel with an illuminated light
# mutestyle['mutestyle'] will be the string 'illuminated' or 'non-illumnated'
# as read from <mixerdefs>.xml for each particular mixer
# for mutestyle['illuminated'], mutestyle['mute'] will be 0, mutestyle['unmute'] will be 1
# for mutestyle['non-illuminated'], mutestyle['mute'] will be 1, mutestyle['unmute'] will be 0
self.mutestyle = {}
mixerdefs = ET.parse(mixerconf_file)
mixers = mixerdefs.getroot()
#print('mixers: ' + str(mixers))
for mixer in mixers:
#print(mixer.attrib)
mxattribs = mixer.attrib
if 'model' in mxattribs.keys():
if mxattribs['model'] == mixermodel and mxattribs['mfr'] == mixername:
#print('found')
break
self.protocol = mixer.find('protocol').text
#print('protocol: ' + self.protocol)
self.mutestyle['mutestyle'] = mixer.find('mutestyle').text
if self.mutestyle['mutestyle'] == 'illuminated':
self.mutestyle['mute'] = 0
self.mutestyle['unmute'] = 1
else:
self.mutestyle['mute'] = 1
self.mutestyle['unmute'] = 0
ports = mixer.findall('port')
for port in ports:
portattribs = port.attrib
#print(portattribs)
if portattribs['type'] == 'input':
#print(portattribs['cnt'])
self.input_count = int(portattribs['cnt'])
#print(self.input_count)
for x in range(1, self.input_count + 1):
sldr = InputControl(x,'In' + '{0:02}'.format(x))
self.inputsliders['Ch' + '{0:02}'.format(x)] = sldr
elif portattribs['type'] == 'output':
#print(portattribs['cnt'])
self.output_count = int(portattribs['cnt'])
#print(self.output_count)
for x in range(1, self.output_count + 1):
sldr = OutputControl(x,'Out' + '{0:02}'.format(x))
self.outputsliders['Ch' + '{0:02}'.format(x)] = sldr
#print(self.inputsliders)
def __init__(self, cuefilename):
'''
Constructor
cuelist is a tree object with all cues for the show
'''
self.cuelist = ET.parse(cuefilename)
self.currentcueindex = 0
self.previewcueindex = 0
def __init__(self, cuefilename):
'''
Constructor
cuelist is a tree object with all cues for the show
'''
self.cuelist = ET.parse(cuefilename)
self.currentcueindex = 0
self.previewcueindex = 0
def __init__(self, mixerconf_file, mixername, mixermodel):
#
# dictionary of input sliders, index format: [Chnn]
# each entry is a InputControl object
self.inputsliders = {}
# dictionary of output sliders, index format: [Chnn]
# each entry is a OutputControl object
self.outputsliders = {}
# dictionary of mutestyle for the mixer
# mutestyle referes to how the mixer indicates the channel is muted
# for example, the Yamaha 01V indicates a channel is un-muted with an illuminated light
# other mixer indicate a muted channel with an illuminated light
# mutestyle['mutestyle'] will be the string 'illuminated' or 'non-illumnated'
# as read from <mixerdefs>.xml for each particular mixer
# for mutestyle['illuminated'], mutestyle['mute'] will be 0, mutestyle['unmute'] will be 1
# for mutestyle['non-illuminated'], mutestyle['mute'] will be 1, mutestyle['unmute'] will be 0
self.mutestyle = {}
mixerdefs = ET.parse(mixerconf_file)
mixers = mixerdefs.getroot()
#print('mixers: ' + str(mixers))
for mixer in mixers:
#print(mixer.attrib)
mxattribs = mixer.attrib
if 'model' in mxattribs.keys():
if mxattribs['model'] == mixermodel and mxattribs[
'mfr'] == mixername:
#print('found')
break
self.protocol = mixer.find('protocol').text
#print('protocol: ' + self.protocol)
self.mutestyle['mutestyle'] = mixer.find('mutestyle').text
if self.mutestyle['mutestyle'] == 'illuminated':
self.mutestyle['mute'] = 0
self.mutestyle['unmute'] = 1
else:
self.mutestyle['mute'] = 1
self.mutestyle['unmute'] = 0
ports = mixer.findall('port')
for port in ports:
portattribs = port.attrib
#print(portattribs)
if portattribs['type'] == 'input':
#print(portattribs['cnt'])
self.input_count = int(portattribs['cnt'])
#print(self.input_count)
for x in range(1, self.input_count + 1):
sldr = InputControl(x, 'In' + '{0:02}'.format(x))
self.inputsliders['Ch' + '{0:02}'.format(x)] = sldr
elif portattribs['type'] == 'output':
#print(portattribs['cnt'])
self.output_count = int(portattribs['cnt'])
#print(self.output_count)
for x in range(1, self.output_count + 1):
sldr = OutputControl(x, 'Out' + '{0:02}'.format(x))
self.outputsliders['Ch' + '{0:02}'.format(x)] = sldr
def setup_cues(self, cuefilename):
logging.info('In CueList setup_cues')
self.cuetree = ET.ElementTree(file=cuefilename)
self.cuelist = ET.parse(cuefilename)
self.cuelist_root = self.cuelist.getroot()
self.currentcueindex = 0
self.previouscueindex = 0
self.previewcueindex = 0
self.selectedcueindex = None
#self.cues_element = self.cuelist_root.find('cues')
#self.cuelist.find(".cues/cue[@num='001']")
cues = self.cuelist.findall('.cues/cue')
self.cuecount = len(cues)
def __init__(self, mixerconf_file):
self.mixerdefsorig = ET.parse(mixerconf_file)
self.mixerdefs = copy.deepcopy(self.mixerdefsorig)
self.mixers = self.mixerdefs.getroot()
self.mixer_count = len(self.mixers)
self.mfr_list = []
self.model_list = []
self.protocol = ''
self.mutestyle = ''
self.s_countbase = ''
self.mixer_list()
self.selected_mixer = None
self.defs_modified = False
def __init__(self):
self.logger = logging.getLogger('Show')
self.logger.info('In configuration.init')
self.logger.info('message from configuration')
self.settings = {}
tree = ET.parse(CFG_PATH)
self.doc = tree.getroot()
self.logger.debug(ET.tostring(self.doc))
#print('Root tag: {0}'.format(self.doc.tag))
#print('{0} attribs: {1}'.format(self.doc.tag, self.doc.attrib))
self.logger.debug('Root tag: {0}'.format(self.doc.tag))
self.logger.debug('{0} attribs: {1}'.format(self.doc.tag,
self.doc.attrib))
self.cfgdict = self.toDict()
return
def getmixermap(mapfile):
global firstuuid
mixermap = ET.parse(mapfile)
mixermap_root = mixermap.getroot()
firstmap = mixermap_root.find('mixermap')
firstuuid = firstmap.get('uuid')
charcount = int(firstmap.get('charcount'))
chars = firstmap.findall('input')
chardict = {}
for char in chars:
cnum = int(char.attrib['chan'])
mxrid = int(char.attrib['mixerid'])
char = char.attrib['char']
chardict[char] = 'M{0:1}ch{1:02}'.format(mxrid, cnum)
return chardict
def __init__(self, cuefilename, chancount):
'''
Constructor
cuelist is a tree object with all cues for the show
mutestate is a dictionary that maintains the current mute state
based on what entrances and exits appear in the cuelist
levelstate is a dictionary that maintains the current level of each slider
currentindex is an integer that indicates the current cue
previewcueindex is an integer that indicates the cue being previewed , if a preview is active
'''
self.cuelist = ET.parse(cuefilename)
self.mutestate = {}
for x in range(1, chancount + 1):
self.mutestate['ch' + '{0}'.format(x)] = 0
self.levelstate = {}
self.currentcueindex = 0
self.previewcueindex = 0
def toXMLdoc(self):
# get cues xml
# self.cuelist = ET.parse('/home/mac/Shows/CharTest/CharTest_cuesx.xml')
self.cuelist = ET.parse('/home/mac/Shows/Fiddler/Fiddler_cuesx.xml')
self.cuelist_root = self.cuelist.getroot()
self.cues = self.cuelist_root.findall(".cues/cue")
for cue in self.cues:
cue_id_element = cue.find('.Id')
cue_id = cue_id_element.text
if '.' in cue_id:
page, line = cue_id.split('.')
else:
page = ''
line = cue_id
print('integer: {}, fraction: {}'.format(page, line))
cue_id_element.text = line
return
def __init__(self, mapfilename):
'''
Constructor
'''
logging.info('In MixerCharMap.')
self.maptree = ET.parse(mapfilename)
self.maproot = self.maptree.getroot()
self.current_map_index = 0
self.previous_map_index = 0
maps = self.maproot.findall("./mixermap")
self.map_list = []
for key in range(len(maps)):
print(key)
map = self.maproot.find("./mixermap[@count='" + str(key) + "']")
self.map_list.append(map.get('uuid'))
print(self.map_list)
self.mapcount = len(self.map_list) # this is not the count= in the mixermap element,
# but the count of mixermaps in the xml file
maps = None
def __init__(self, showconf_file):
self.settings = {}
tree = ET.parse(showconf_file)
doc = tree.getroot()
print(doc)
#Get mixer info
mixer = doc.find('mixer')
print('ShowConf::', mixer.attrib)
mxattribs = mixer.attrib
try:
print(mxattribs['model'])
self.settings['mxrmodel'] = mxattribs['model']
except:
self.settings['mxrmodel'] = ''
print('No Mixer model defined')
if self.settings['mxrmodel'] == '':
self.settings['mxrmodel'] = ''
try:
print(mxattribs['mfr'])
self.settings['mxrmfr'] = mxattribs['mfr']
except:
self.settings['mxrmfr'] = 'Default'
print('No Mixer manufacturer defined')
if self.settings['mxrmfr'] == '':
self.settings['mxrmfr'] = 'Default'
#Get mixer chan to actor/char map file name
mxrmap = doc.find('mixermap')
attribs = mxrmap.attrib
self.settings["mxrmap"] = attribs['file']
#Get mixer chan to actor/char map file name
mxrcues = doc.find('mixercues')
attribs = mxrcues.attrib
self.settings["mxrcue"] = attribs['file']
print(self.settings)
self.name = doc.find('name')
print('ShowConf.__init__ name: ',self.name.text)
self.settings['name'] = self.name.text
def setup_cast(self, charfilename):
"""Load the specified xml file """
logging.info('In Chars setup_cast')
if not path.isfile(charfilename):
of = open(charfilename, mode='w')
of.write('<?xml version="1.0" encoding="UTF-8"?>\n')
of.write('<show_control>\n')
of.write(' <version>1.0</version >\n')
of.write(' <chars>\n')
of.write(' <char uuid="{}">\n'.format(uuid.uuid4()))
of.write(' <name>""</name>\n')
of.write(' <actor>""</actor>\n')
of.write(' </char>\n')
of.write(' </chars>\n')
of.write('</show_control>\n')
of.close()
self.char_element_tree = ET.parse(charfilename)
self.charlist_root = self.char_element_tree.getroot()
self.chars_element = self.charlist_root.find('chars')
self.char_element_list = self.chars_element.findall('char')
self.charcount = len(self.char_element_list)
return
def build_char_file(self):
self.maptree = ET.parse('/home/mac/SharedData/ShowSetups/Shows/Fiddler/MixerMap.xml')
self.maproot = self.maptree.getroot()
maps = self.maproot.findall("./mixermap")
self.map_list = []
map = self.maproot.find("./mixermap[@count='0']")
inputs = map.findall('input')
# build file name
name = 'FiddlerChar'
cf = os.path.join('/home/mac/SharedData/ShowSetups/Shows/Fiddler/', '{}_char.xml'.format(name))
of = open(cf,mode='w')
of.write('<?xml version="1.0" encoding="UTF-8"?>\n')
of.write('<show_control>\n')
of.write(' <version>1.0</version >\n')
of.write(' <chars>\n')
for mxrin in inputs:
actor = mxrin.get('actor')
char = mxrin.get('char')
print(actor,char)
of.write(' <char uuid="{}">\n'.format(uuid.uuid4()))
of.write(' <name>"{}"</name>\n'.format(char))
of.write(' <actor>"{}"</actor>\n'.format(actor))
of.write(' </char>\n')
of.write(' </chars>\n')
of.write('</show_control>\n')
of.close()
# self.mm_element_list = ET.parse('/home/mac/SharedData/ShowSetups/Shows/CharTest/MixerMap.xml')
# self.mm_list_root = self.char_element_list.getroot()
# self.mm__element = self.charlist_root.find('showcontrol')
# self.char_element_list = self.chars_element.findall('char')
# tf = os.path.join(SHOWS, 'CharTest', '{}_char.xml'.format('FromMixerMap'))
#
# for char in self.char_element_list:
# print()
return
def reload(self):
tree = ET.parse(CFG_PATH)
self.doc = tree.getroot()
chan_name_list = list(a['name'].lower() for a in mixers[0].mxrconsole)
level_list = []
for count, chan in enumerate(chan_name_list):
level_list.append('M{0}{1}:0'.format(0,chan))
level_val = ','.join(level_list)
mixermapdict = getmixermap('/home/mac/Shows/Fiddler/MixerMap_full.xml')
mutes = {}
for chan in chan_name_list:
print('Chan Name: {}'.format(chan))
mxrchnnam = 'M{0}{1}'.format(0,chan)
mutes[mxrchnnam] = 0
# for chan in mixermapdict:
# print('Char: {0} Chan: {1}'.format(chan, mixermapdict[chan]))
# mutes[mixermapdict[chan]] = 0
# newdoc = ET.Element('show_control')
templatedoc = ET.parse('/home/mac/Shows/Fiddler/Template_cues.xml')
newdoc = templatedoc.getroot()
templatecues = newdoc.findall('./Cue')
cue_num_offset = len(templatecues)
with open('/home/mac/Shows/Fiddler/Fiddler_katie_txt-1.csv', newline='') as f:
cuereader = csv.DictReader(f)
for cue_num, row in enumerate(cuereader):
print('{0},{1},{2},{3}'.format(row['A'],row['S'],row['Page'],row['Id']))
newcue = {}
#newcue['cue'] = {'uuid' : '{0}'.format(uuid.uuid4()), 'num' : '{0:003}'.format(cue_num)}
newcueelements = {}
newcueelements['Id'] = row['Id']
newcueelements['Act'] = row['A']
newcueelements['Scene'] = row['S']
newcueelements['Page'] = row['Page']
newcueelements['Title'] = row['Title']
def equiptodict(self):
equip_files_dict = self.settings['equipment']
key_list = list(equip_files_dict.keys())
key_list.sort()
key_count = len(key_list)
mixer_dict = {}
program_dict = {}
for key in key_list:
print(equip_files_dict[key])
equipment_file = self.cfgdict['configuration']['project'][
'folder'] + '/' + equip_files_dict[key]
tree = ET.parse(equipment_file)
equipdoc = tree.getroot()
# print(doc)
version_element = equipdoc.find('./equipment/version')
version = version_element.text
self.equipment['version'] = version
# handle mixers
mixers_dict = equipdoc.findall('./equipment/mixers/mixer')
for mixer in mixers_dict:
# if there is one or more mixer elements
# the following elements are required to be there
id = int(mixer.get('id'))
mfr = mixer.find('./mfr').text
model = mixer.find('./model').text
# check for IP_address
try:
IP_address = mixer.find('./IP_address').text
except AttributeError:
# if there is none and the mixer was previously found use that value
if id in mixer_dict:
IP_address = mixer_dict[id]['IP_address']
else:
IP_address = None
try:
port = mixer.find('./port').text
except AttributeError:
# if there is none and the mixer was previously found use that value
if id in mixer_dict:
port = mixer_dict[id]['port']
else:
port = None
# check this element for a MIDI address
try:
midi_address = mixer.find('./MIDI_address').text
except AttributeError:
# if there is none and the mixer was previously found use that value
if id in mixer_dict:
midi_address = mixer_dict[id]['MIDI_address']
else:
# else just set it to None
midi_address = None
mixer_dict[id] = {
'mfr': mfr,
'model': model,
'IP_address': IP_address,
'port': port,
'MIDI_address': midi_address
}
pass
self.equipment['mixers'] = mixer_dict
# handle programs
programs_dict = equipdoc.findall('./equipment/program')
for program in programs_dict:
id = program.get('id')
if id not in self.equipment:
try:
app = program.find('./app').get('href')
except:
app = None
try:
args = program.find('./args').text
except:
args = None
try:
setup = program.find('./setup').text
except:
setup = None
portnum = program.find('./port').text
IP_address = program.find('./IP_address').text
midi_address = program.find('./MIDI_address').text
program_dict[id] = {
'port': portnum,
'IP_address': IP_address,
'MIDI_address': midi_address,
'app': app,
'args': args,
'setup': setup
}
pass
else:
# todo - mac throw warning second find ignored
pass
self.equipment['program'] = program_dict
return
#for child in root:
# print (child.tag, child.attrib)
outFilename = "./output.xml"
html = ET.Element("html")
body = ET.SubElement(html, "body")
ET.ElementTree(root).write(outFilename)
#ET.ElementTree(root).prettyprint(outFilename)
print(ET.tostring(root, pretty_print=True))
filename = "./TeamA.xml"
tree = ET.parse(filename)
elem = tree.getroot()
print ("------- child level by child level ------")
print("elem.tag=",elem.tag, " elem.attrib=", elem.attrib)
for child in elem:
if child.tag == "players" :
print ("child.tag=", child.tag,
" | child.attrib=",child.attrib,
" | child.text=", child.text)
for subchild in child:
print ("subchild.tag=", subchild.tag,
" | subchild.attrib=",subchild.attrib,
" | subchild.text=", subchild.text)
else:
print ("child.tag=", child.tag,
def get_xml_for_file(cls, f):
""" Returns a tuple containing the XML tree and root objects """
tree = ET.parse(f)
return tree, tree.getroot()
######################################
lumi = 0 # integrated luminosity, in fb^-1
signalregions = {}
analysisinfo_path = analysis_path + "/Build/SampleAnalyzer/User/Analyzer/" + \
analysis_name + ".info"
try:
info_input = open(analysisinfo_path)
except IOError as e:
print 'I/O error({0}): {1}'.format(e.errno, e.strerror)
print 'Cannot open the XML info file "' + analysisinfo_path + '".'
sys.exit()
info_tree = ET.parse(info_input)
info_input.close()
info_root = info_tree.getroot()
if info_root.tag != "analysis":
print 'Invalid XML info file "' + analysisinfo_path + '".'
print 'Root tag should be <analysis>, not <' + info_root.tag + '>.'
sys.exit()
if info_root.attrib["id"] != analysis_name:
print 'Invalid XML info file "' + analysisinfo_path + '".'
print 'Analysis id in root tag <analysis> should be "' + analysis_name + \
'", not "' + info_root.attrib["id"] + '".'
sys.exit()
for child in info_root:
# for <lumi> tag
def __init__(self, mapfilename):
'''
Constructor
'''
self.maplist = ET.parse(mapfilename)
def setup_cuechar(self, filename):
logging.info('In CueList setup_cues')
self.cuecharlist = ET.parse(filename)
self.cuecharlist_root = self.cuecharlist.getroot()
cues = self.cuecharlist.findall('.cues/cue')
self.cuecharcount = len(cues)
#level1_dict[child_attribs['id']] = ''
else: # this element has no children
# check for text and attributes
level1_attribs = level1_element.attrib
print('tag: {0} text: {1}'.format(level1_element.tag,
level1_element.text.strip()))
gen_dict[level1_element.tag] = level1_element.text.strip()
for item in t_iter:
itmtag = item.tag
itmtxt = item.text.strip()
itmatrb = item.attrib
itmchildrn = list(item)
print(itmtag, itmtxt, itmatrb)
return 10
def todict(item):
cdict = {}
for v, k in item:
cdict[v] = k
print(cdict)
return cdict
if __name__ == "__main__":
tree = ET.parse(CFG_PATH)
d = etree_to_dict2(tree)
tree = ET.parse('/home/mac/Shows (copy 1)/Pauline/MixerMap.xml')
d = etree_to_dict2(tree)
pass
def __init__(self, mixerconf_file, mixername, mixermodel, mixeraddress):
logging.info('MixerConf __init__')
self.mutestyle = {}
''' dictionary of mutestyle and values that activate a mute or unmute for the mixer
mutestyle referes to how the mixer indicates the channel is muted
for example, the Yamaha 01V indicates a channel is un-muted with an illuminated light
other mixer indicate a muted channel with an illuminated light
mutestyle['mutestyle'] will be the string 'illuminated' or 'dark'
as read from <mixerdefs>.xml for each particular mixer
for mutestyle['mute'] will be the value to send to mute the mixer
for mutestyle['unmute'] will be the value to send to unmute the mixer'''
'''mxrstrips is a dictionary of controls for a type of strip.
mxrstrips will have a key for each strip type (input, output, auuxin, etc.)
each strip type will have a dictionary of it's associated control objects.
Controls objects are based on the protocol of the mixer. (See MixerControl.py)'''
self.mxrstrips = {}
'''mxrconsole is a list of all the strips on the mixer.
This is used for the layout on the GUI and to work on a sigle strip
or interate through all strips on the mixer.
Each element of the list will have a dictionary with the strip name and strip type'''
self.mxrconsole = []
mixerdefs = ET.parse(mixerconf_file)
mixers = mixerdefs.getroot()
#print('mixers: ' + str(mixers))
for mixer in mixers:
print(mixer.attrib)
mxattribs = mixer.attrib
if 'model' in mxattribs.keys():
if mxattribs['model'] == mixermodel and mxattribs[
'mfr'] == mixername:
#print('found')
break
self.protocol = mixer.find('protocol').text
#print('protocol: ' + self.protocol)
self.IP = ''
self.PORT = 0
self.MIDICHAN = 0
if self.protocol == 'osc':
self.IP, port = mixeraddress.split(',')
self.PORT = int(port)
elif self.protocol == 'midi':
self.MIDICHAN = int(mixeraddress)
mutestyleattribs = mixer.find('mutestyle').attrib
if 'illuminated' in mutestyleattribs:
self.mutestyle['mutestyle'] = 'illuminated'
else:
self.mutestyle['mutestyle'] = 'dark'
self.mutestyle['mute'] = int(mutestyleattribs['mute'])
self.mutestyle['unmute'] = int(mutestyleattribs['unmute'])
s_countbase = mixer.find('countbase').text
i_countbase = int(s_countbase.replace('\"', ''))
firstchan = 1 # wonky way to fix issue with X32: CH1 >> 01, yamaha: CH1 is 0 offset from a midi value
if i_countbase == 1:
firstchan = 0
strips = mixer.findall('strip')
for strip in strips:
stripattribs = strip.attrib
self.mxrstrips[stripattribs['type']] = {}
for cntrltype in supported_controls:
try:
cntrl = strip.find(cntrltype)
cntrlattribs = cntrl.attrib
cntrlcls = ControlFactory.create_control(
cntrltype, self.protocol)
commandstring = cntrlattribs['cmd']
if self.protocol == 'midi' and cntrlattribs['cmd'] != '':
controlchange, changenumbase, val = cntrlattribs[
'cmd'].split(',')
commandstring = '{0},{1},{2}'.\
format(controlchange.replace('#', '{:1x}'.format(self.MIDICHAN)),\
changenumbase, val)
cntrlcls.fill(cntrlattribs['cmdtyp'], commandstring,
cntrlattribs['range'], cntrlattribs['anoms'])
self.mxrstrips[stripattribs['type']].update(
{cntrltype: cntrlcls})
except:
pass
self.cntrlcount = int(stripattribs['cnt'])
for x in range(i_countbase, self.cntrlcount + i_countbase):
self.mxrconsole.append({
'name':
stripattribs['name'] + '{0:02}'.format(x + firstchan),
'type':
stripattribs['type'],
'channum':
x
})
def __init__(self, mapfilename):
'''
Constructor
'''
self.maplist = ET.parse(mapfilename)
result = { "$" : parseChildren(x.getchildren()) }
else:
result = dict(prepend.items() + { "$" : parseChildren(x.getchildren()) }.items())
if tag in final:
if type(final[tag]) is not types.ListType:
final[tag] = [final[tag]]
final[tag].append(result)
else:
final[tag] = result
return final
#print parseChildren([ET.XML('<tag>txt-value</tag>')])
#print parseChildren([ET.XML('<tag><tag2>txt-value</tag2></tag>')])
#print parseChildren([ET.XML('<tag><tag2>txt-value1</tag2><tag2>txt-value2</tag2></tag>')])
#print parseChildren([ET.XML('<tag ns="ns-value" />')])
#print parseChildren([ET.XML('<tag xmlns:ns="ns-value" />')])
#print parseChildren([ET.XML('<tag xmlns="root-value" xmlns:ns="ns-value" />')])
#print parseChildren([ET.XML('<ns:tag attr="attr-value" />')])
#print parseChildren([ET.XML('<tag attr="attr-value">txt-value</tag>')])
#print parseChildren([ET.XML('<ns:tag attr="attr-value">txt-value</tag>')])
import sys
x = ET.parse(sys.argv[1]).getroot()
print parseChildren([x])
print ET.tostring(x)
def GetCLs(self, PADdir, dirname, analysislist, name, xsection, setname):
self.logger.info(' Calculation of the exclusion CLs')
if xsection <= 0:
self.logger.info(
' Signal xsection not defined. The 95% excluded xsection will be calculated.'
)
try:
from lxml import ET
except:
try:
import xml.etree.ElementTree as ET
except:
self.logger.warning(
'lxml or xml not available... the CLs module cannot be used'
)
return False
## preparing the output file
if os.path.isfile(dirname + '/Output/' + setname + '/CLs_output.dat'):
mysummary = open(
dirname + '/Output/' + setname + '/CLs_output.dat', 'a')
else:
mysummary = open(
dirname + '/Output/' + setname + '/CLs_output.dat', 'w')
if xsection <= 0:
mysummary.write("# analysis name".ljust(30, ' ') + "signal region".ljust(50,' ') + \
'sig95(exp)'.ljust(15, ' ') + 'sig95(obs)'.ljust(15, ' ') +' || ' + 'efficiency'.ljust(15,' ') +\
"stat. unc.".ljust(15,' ') + "syst. unc.".ljust(15," ") + "tot. unc.".ljust(15," ") + '\n')
else:
mysummary.write("# analysis name".ljust(30, ' ') + "signal region".ljust(50,' ') + \
"best?".ljust(10,' ') + 'sig95(exp)'.ljust(15,' ') + 'sig95(obs)'.ljust(15, ' ') +\
'CLs'.ljust(10,' ') + ' || ' + 'efficiency'.ljust(15,' ') +\
"stat. unc.".ljust(15,' ') + "syst. unc.".ljust(15," ") + "tot. unc.".ljust(15," ") + '\n')
## running over all analysis
for analysis in analysislist:
## Reading the info file
if not os.path.isfile(PADdir +
'/Build/SampleAnalyzer/User/Analyzer/' +
analysis + '.info'):
self.logger.warning('Info file missing for the ' + analysis +
' analysis. Skipping the CLs calculation')
return False
info_input = open(PADdir + '/Build/SampleAnalyzer/User/Analyzer/' +
analysis + '.info')
try:
info_tree = ET.parse(info_input)
except:
self.logger.warning(
'Info file for ' + analysis +
' corrupted. Skipping the CLs calculation.')
return False
info_input.close()
lumi, regions, regiondata = self.ReadInfoFile(info_tree, analysis)
if lumi == -1 or regions == -1 or regiondata == -1:
self.logger.warning(
'Info file for ' + analysis +
' corrupted. Skipping the CLs calculation.')
return False
## reading the cutflow information
regiondata = self.ReadCutflow(
dirname + '/Output/' + name + '/' + analysis + '/Cutflows',
regions, regiondata)
if regiondata == -1:
self.logger.warning(
'Info file for ' + analysis +
' corrupted. Skipping the CLs calculation.')
return False
## performing the calculation
regiondata = self.ComputesigCLs(regiondata, regions, lumi, "exp")
regiondata = self.ComputesigCLs(regiondata, regions, lumi, "obs")
xsflag = True
if xsection > 0:
xsflag = False
regiondata = self.ComputeCLs(regiondata, regions, xsection,
lumi)
## writing the output file
self.WriteCLs(dirname, analysis, regions, regiondata, mysummary,
xsflag)
mysummary.write('\n')
## closing the output file
mysummary.close()
return True
