def test_pdf():
graph_data = { "graph_data" : {
"label" : [("1","2","3","4","5")],
"data" : [(1,2,3,4,5)],
"legend" : [("1","2","3","4","5")]
}
}
bar_data = { "bar_data" : {
"label" : [("1","2","3","4","5")],
"data" : [(1,2,3,4,5)],
"legend" : [("1","2","3","4","5")]
}
}
table_data = { "table_data" : {
"header" : ['Scenario','Test-Setup', 'Config Name','VCPUs','RAM', 'Call Rate','KPI'],
"data" : [['SINGLE_NODE','IMS', ['vHS','vBono','vEllis','vHomer','vSprout'],'1',4096, 24.6069,0],
['SINGLE_NODE','Setup-1', [''],'3',1024, 25,1],
['MULTI_NODE','Setup-2', ['vHS','vBono','vEllis','vHomer'],'2',2048, 26,2]
]
}
}
#usage_data = [['MULTI_NODE','Setup-2', ['vHS','vBono','vEllis','vHomer'],'2','2048', '26','2']]
#usage_data = [['MULTI_NODE','Setup-2', ['vHS','vBono'],'2',2048, 26,2]]
#usage_data = [['SINGLE_NODE','IMS', ['vHS','vBono','vEllis','vHomer','vSprout'],'1',4096, 24.6069,0],
# ['SINGLE_NODE','Setup-1', ['vHS'],'3',1024, 25,1],
# ['MULTI_NODE','Setup-2', ['vHS','vBono','vEllis','vHomer'],'2',2048, 26,2]
# ]
#usage_data = [['SINGLE_NODE','IMS', ['vHS','vBono','vEllis','vHomer','vSprout'],'1',4096, 24.6069,0],
# ['SINGLE_NODE','Setup-1', '','3',1024, 25,1]
# ]
pie_data = { "pie_data" : {
"label" : ["1","2","3","4","5"],
"data" : [1,2,3,4,5],
"legend" : ["1","2","3","4","5"]
}
}
elements = []
#elements.append(create_graph({}))
#elements.append(barChart(bar_data))
#elements.append(table(table_data))
#elements.append(pie(pie_data))
elements.append(create_ptext("hi hello","9"))
pdf.genpdf(elements)
pass
def create_pdf(self, title_string, report_dir, result_dir):
if self.serial_id > 0:
self.table({'report':{'table':{'table_data': self.table_data}}})
pdf.genpdf(self.obj_list, title_string, report_dir, result_dir)
