def try_parsing_annotations(ann_data, graph_list):
for graph in graph_list:
try:
annotate.get(ann_data, graph, '', parse_date('2001-01-01'), parse_date('2100-12-31'), '')
except:
print('Error parsing annotations for "{0}"\n'.format(graph))
traceback.print_exc()
exit(-1)
def try_parsing_annotations(ann_data, graph_list):
for graph in graph_list:
try:
annotate.get(ann_data, graph, '', parse_date('2001-01-01'),
parse_date('2100-12-31'), '')
except:
print('Error parsing annotations for "{0}"\n'.format(graph))
traceback.print_exc()
exit(-1)
def try_parsing_annotations(ann_data, graph_list):
"""Parse annotations for every possible graph for all valid date ranges"""
for graph in graph_list:
try:
start_date = parse_date('2001-01-01')
end_date = parse_date('2100-12-31')
annotate.get(ann_data, graph, '', start_date, end_date, '')
except Exception as e:
print('Error parsing annotations for "{0}"\n'.format(graph))
raise e
def try_parsing_annotations(ann_data, graph_list):
"""Parse annotations for every possible graph for all valid date ranges"""
for graph in graph_list:
try:
start_date = parse_date('2001-01-01')
end_date = parse_date('2100-12-31')
annotate.get(ann_data, graph, '', start_date, end_date, '')
except Exception as e:
print('Error parsing annotations for "{0}"\n'.format(graph))
raise e
def genGraphInfo(self, ginfo):
if not self.firstGraph:
self.gfile.write(',\n')
else:
self.firstGraph = False
series = ginfo.annotationSeries
# generate the annotations for this graph
if series and annotate and self.all_annotations and not numericX:
ginfo.annotations = annotate.get(
self.all_annotations, ginfo.name, series,
parse_date(ginfo.startdate, '%Y-%m-%d'),
parse_date(ginfo.enddate,'%Y-%m-%d'), self.config_name)
self.gfile.write('{\n')
if ginfo.title != '':
self.gfile.write(' "title" : "%s",\n'%(ginfo.title))
elif ginfo.graphname != '':
sys.stdout.write('WARNING: \'graphname\' is deprecated. Use \'graphtitle\' instead.\n')
self.gfile.write(' "title" : "%s",\n'%(ginfo.graphname))
else:
sys.stdout.write('WARNING: No graph title found.\n')
self.gfile.write(' "title" : "%s",\n'%(ginfo.name))
suites = (', '.join('"' + s + '"' for s in ginfo.suites if s))
self.gfile.write(' "suites" : [%s],\n'%(suites))
self.gfile.write(' "datfname" : "%s",\n'%(ginfo.datfname))
self.gfile.write(' "ylabel" : "%s",\n'%(ginfo.ylabel))
self.gfile.write(' "startdate" : "%s",\n'%(ginfo.startdate))
self.gfile.write(' "enddate" : "%s",\n'%(ginfo.enddate))
self.gfile.write(' "displayrange" : %s,\n'%(str(ginfo.displayrange).lower()))
self.gfile.write(' "defaultexpand" : %s,\n'%(str(ginfo.expand).lower()))
self.gfile.write(' "annotations" : [')
if ginfo.annotations:
self.gfile.write('\n ')
self.gfile.write(',\n '.join(ginfo.annotations))
self.gfile.write('\n ')
self.gfile.write(']\n')
self.gfile.write('}')