从BUG工具redmine上获取数据后借助python模块pycha 画出BUG分析类报表

#__author__ = 'xu.duan'
# -*- coding: utf-8 -*-import cairo
import pycha.pie
import pycha.bar
import pycha.scatter
import pycha.stackedbar
import pycha.line
import time
from redmine import Redmine
import xlwt# settings redmine,redmine's url :http://python-redmine.readthedocs.org/
def set_Redmine():
REDMINE_URL = 'http://100.69.177.159:3000' #redmine 的地址
REDMINE_KEY = 'b549cac9132fb3ef8b2d3ed898dfb1f123e641b2f3'#这个是自己redmine的账号
redmine = Redmine(REDMINE_URL,key=REDMINE_KEY)
issues = redmine.issue.all(project_id = 'hybrid-navigation',status_id='*',tracker_id=23)
return issues#获取multimode的数据
def hybrid_API_multimode():
Low = []
Normal = []
High =[]
Urgent =[]
Immediate = []
openlist=[]
colselist =[]
for i in set_Redmine():
try:
if str(i.category) =='hybrid-API-multimode' and str(i.priority) =="Low":
Low.append(i)
elif str(i.category) =='hybrid-API-multimode' and str(i.priority) =="Normal":
Normal.append(i)
elif str(i.category) =='hybrid-API-multimode' and str(i.priority) =="High":
High.append(i)
elif str(i.category) =='hybrid-API-multimode' and str(i.priority) =="Urgent":
Urgent.append(i)
elif str(i.category) =='hybrid-API-multimode' and str(i.priority) =="Immediate":
Immediate.append(i)
if str(i.category) =='hybrid-API-multimode' and str(i.status) == "New":
openlist.append(i)
if str(i.category) =='hybrid-API-multimode' and str(i.status) != "New":
colselist.append(i)
except Exception, e:
print e
return len(Low),len(Normal),len(High),len(Urgent),len(Immediate),len(openlist),len(colselist)
#获取search的数据
def hybrid_API_serach():
Low = []
Normal = []
High =[]
Urgent =[]
Immediate = []
openl=[]
colsel =[]
for i in set_Redmine():
try:
if str(i.category) =='hybrid-API-serach' and str(i.priority) =="Low":
Low.append(i)
elif str(i.category) =='hybrid-API-serach' and str(i.priority) =="Normal":
Normal.append(i)
elif str(i.category) =='hybrid-API-serach' and str(i.priority) =="High":
High.append(i)
elif str(i.category) =='hybrid-API-serach' and str(i.priority) =="Urgent":
Urgent.append(i)
elif str(i.category) =='hybrid-API-serach' and str(i.priority) =="Immediate":
Immediate.append(i)
if str(i.category) =='hybrid-API-serach' and str(i.status) =="New":
openl.append(i)
if str(i.category) =='hybrid-API-serach' and str(i.status) !="New":
colsel.append(i)
except Exception, e:
print e
return len(Low),len(Normal),len(High),len(Urgent),len(Immediate),len(openl),len(colsel)
#获取route&traffic的数据
def hybrid_API_route_traffic():
Low = []
Normal = []
High =[]
Urgent =[]
Immediate = []
openl=[]
colsel =[]
for i in set_Redmine():
try:
if str(i.category) =='hybrid-API-route&traffic' and str(i.priority) =="Low":
Low.append(i)
elif str(i.category) =='hybrid-API-route&traffic' and str(i.priority) =="Normal":
Normal.append(i)
elif str(i.category) =='hybrid-API-route&traffic' and str(i.priority) =="High":
High.append(i)
elif str(i.category) =='hybrid-API-route&traffic' and str(i.priority) =="Urgent":
Urgent.append(i)
elif str(i.category) =='hybrid-API-route&traffic' and str(i.priority) =="Immediate":
Immediate.append(i)
if str(i.category) =='hybrid-API-route&traffic' and str(i.status) =="New":
openl.append(i)
if str(i.category) =='hybrid-API-route&traffic' and str(i.status) !="New":
colsel.append(i)
except Exception, e:
print e
return len(Low),len(Normal),len(High),len(Urgent),len(Immediate),len(openl),len(colsel)#设置画布
def set_charvalue():
width,height=600,600
surface=cairo.ImageSurface(cairo.FORMAT_ARGB32,width,height)
return surface#画饼图
def draw_pie(surface, options, dataSet):
chart=pycha.pie.PieChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('Pie.png')#垂直直方图
def draw_vertical_bar(surface, options, dataSet):
chart=pycha.bar.VerticalBarChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('vertical_bar.png')#垂直水平直方图
def draw_horizontal_bar(surface, options, dataSet):
chart = pycha.bar.HorizontalBarChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('horizontal_bar.png')#线图
def draw_line(surface, options, dataSet):
chart = pycha.line.LineChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('line.png')#点图
def draw_scatterplot(surface, options, dataSet):
chart = pycha.scatter.ScatterplotChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('scatterplotChart.png')#垂直块图
def draw_stackedverticalbarChar(surface, options, dataSet):
chart = pycha.stackedbar.StackedVerticalBarChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('stackedVerticalBarChart.png')#垂直块图2
def draw_stackweekChar(surface, options, dataSet):
chart = pycha.stackedbar.StackedVerticalBarChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('stackweekChar.png')#水平块图
def draw_stackedhorizontalbarChart(surface, options, dataSet):
chart = pycha.stackedbar.StackedHorizontalBarChart(surface,options)
chart.addDataset(dataSet)
chart.render()
surface.write_to_png('stackedhorizontalbarChart.png')def set_style(name,height,bold=False):
style = xlwt.XFStyle() # 初始化样式 font = xlwt.Font() # 为样式创建字体
font.name = name # 'Times New Roman'
font.bold = bold
font.color_index = 4
font.height = height # borders= xlwt.Borders()
# borders.left= 6
# borders.right= 6
# borders.top= 6
# borders.bottom= 6 style.font = font
# style.borders = borders return style
if __name__ == '__main__':
'''
Function:Hybrid-BUG数据分析图
Input：redmin
Output: excel+PNG
'''
#分布图数据数据来源 mLow,mNormal,mHigh,mUrgent,mImmediate,mopen,mcolse= hybrid_API_multimode()
sLow,sNormal,sHigh,sUrgent,sImmediate,sopen,scolse= hybrid_API_serach()
rLow,rNormal,rHigh,rUrgent,rImmediate,ropen,rcolse= hybrid_API_route_traffic()
#Hybrid-bug 整体严重情况分布图数据
totaLow = mLow+sLow+rLow
totalNormal = mNormal+sNormal+rNormal
totalHigh = mHigh+sNormal+rHigh
totalUrgent = mUrgent+sUrgent+rUrgent
totalImmediate= mImmediate+sImmediate+rNormal
#Hybrid bug 模块状态统计数据
mtotal = mopen+mcolse
stotal = sopen+scolse
rtotal = ropen+rcolse
#Hybrid bug weekly状态统计数据
totalopen = mopen+sopen+ropen
totalcolse = mcolse+scolse+rcolse
totalC = totalopen+totalcolse
print sopen,scolse #画条形图
dataSet1=(
('open',((0,int("%d"%mopen)),(1,int("%d"%ropen)),(2,int("%d"%sopen)))),
('close',((0,int("%d"%mcolse)),(1,int("%d"%rcolse)),(2,int("%d"%scolse)))), ) #图像属性定义
options1={
'legend':{'hide':False},
'title':'Hybrid bug 模块状态统计',
'titleColor':'#0000ff',
'titleFont':'字体',
#'background':{'chartColor': '#ffffff'},
'axis':{
'x': {
'ticks': [dict(v=0, label='hybrid-API-multimode'),
dict(v=1, label='hybrid-API-route&traffic'),
dict(v=2, label='hybrid-API-serach'),],
'label': 'Items',
'labelColor':'#0000C6'
},
'y': {
'tickCount':8,
'label': 'status',
'labelColor':'#0000C6'}
},
'background': {
'chartColor': '#ffffff', #图表背景色
'baseColor': '#ffffff', #边框颜色
'lineColor': '#E0E0E0' #横线颜色
},
'colorScheme': {
'name': 'fixed',
'args': {
'colors': ['#A42D00', '#227700'], #图表颜色
},
},
} #画饼图
dataSet2=(
('Low',((0,int("%d"%totaLow)),(1,int("%d"%totaLow)))),
('Normal',((0,int("%d"%totalNormal)),(1,int("%d"%totalNormal)))),
('High',((0,int("%d"%totalHigh)),(1,int("%d"%totalHigh)))),
('Urgent',((0,int("%d"%totalUrgent)),(1,int("%d"%totalUrgent)))),
('Immediate',((0,int("%d"%totalImmediate)),(1,int("%d"%totalImmediate)))), ) #图像属性定义
options2={
'legend':{'hide':False},
'title':'Hybrid bug 模块状态统计',
'titleColor':'#0000ff',
'titleFont':'字体',
#'background':{'chartColor': '#ffffff'},
'axis':{'labelColor':'#FF0088'},
'background': {
'chartColor': '#ffffff', #图表背景色
'baseColor': '#ffffff', #边框颜色
'lineColor': '#E0E0E0' #横线颜色
},
'colorScheme': {
'name': 'fixed',
'args': {
'colors': ['#FF5511', '#A42D00','#227700','#0066FF','#99FF33'], #图表颜色
},
}, }
#画week图
dataSet3=(
('open',((0,int("%d"%totalopen)),(1,int("%d"%totalopen)),(2,0))),
('close',((0,int("%d"%totalcolse)),(1,int("%d"%totalcolse)),(2,0))), ) #图像属性定义
LastWeek = float(time.strftime("%W"+'.5'))-1
ThisWeek = float(time.strftime("%W"+'.5'))
NextWeek = float(time.strftime("%W"+'.5'))+1 options3={
'legend':{'hide':False},
'title':'Hybrid weekly状态统计',
'titleColor':'#0000ff',
'titleFont':'字体',
#'background':{'chartColor': '#ffffff'},
'axis':{
'x': {
'ticks': [dict(v=0, label='%s'%LastWeek),
dict(v=1, label='%s'%ThisWeek),
dict(v=2, label='%s'%NextWeek),],
'label': 'Items',
'labelColor':'#0000C6'
},
'y': {
'tickCount':8,
'label': 'status',
'labelColor':'#0000C6'}
},
'background': {
'chartColor': '#ffffff', #图表背景色
'baseColor': '#ffffff', #边框颜色
'lineColor': '#E0E0E0' #横线颜色
},
'colorScheme': {
'name': 'fixed',
'args': {
'colors': ['#A42D00', '#227700'], #图表颜色
},
}, }
surface = set_charvalue() #根据需要调用不同函数画不同形状的图
draw_pie(surface, options2, dataSet2)
#draw_vertical_bar(surface, options, dataSet)
#draw_horizontal_bar(surface, options, dataSet)
#draw_scatterplot(surface, options, dataSet)
draw_stackedverticalbarChar(surface, options1, dataSet1)
#draw_stackweekChar(surface, options3, dataSet3)
draw_stackedhorizontalbarChart(surface, options3, dataSet3)
#draw_pie(surface, options, dataSet)
f = xlwt.Workbook() #创建工作簿
#创建sheet1
sheet1 = f.add_sheet(u'整体严重情况分布图',cell_overwrite_ok=True) #创建sheet2
row0 = [u'优先级&模块','hybrid-API-multimode','hybrid-API-route&traffic',u'hybrid-API-serach',u'总计']
column0 = ['Low','Normal','High','Urgent','Immediate',]
#生成第一行
for i in range(0,len(row0)):
sheet1.write(0,i,row0[i],set_style('Times New Roman',220,True))
#生成第一列
for i in range(0,len(column0)):
sheet1.write(i+1,0,column0[i],set_style('Times New Roman',220)) sheet1.write(1,1,mLow),sheet1.write(1,2,rLow),sheet1.write(1,3,sLow),sheet1.write(1,4,totaLow)
sheet1.write(2,1,mNormal),sheet1.write(2,2,rNormal),sheet1.write(2,3,sNormal),sheet1.write(2,4,totalNormal)
sheet1.write(3,1,mHigh),sheet1.write(3,2,rHigh),sheet1.write(3,3,sHigh),sheet1.write(3,4,totalHigh)
sheet1.write(4,1,mUrgent),sheet1.write(4,2,rUrgent),sheet1.write(4,3,sUrgent),sheet1.write(4,4,totalUrgent)
sheet1.write(5,1,mImmediate),sheet1.write(5,2,rImmediate),sheet1.write(5,3,sImmediate),sheet1.write(5,4,totalImmediate) sheet2 = f.add_sheet(u'bug模块状态统计',cell_overwrite_ok=True) #创建sheet2
row0 = [u'模块&状态','OPEN','CLOSE',u'总计']
column0 = ['hybrid-API-multimode','hybrid-API-route&traffic','hybrid-API-serach']
#生成第一行
for i in range(0,len(row0)):
sheet2.write(0,i,row0[i],set_style('Times New Roman',220,True))
#生成第一列
for i in range(0,len(column0)):
sheet2.write(i+1,0,column0[i],set_style('Times New Roman',220))
sheet2.write(1,1,mopen),sheet2.write(1,2,mcolse),sheet2.write(1,3,mtotal)
sheet2.write(2,1,ropen),sheet2.write(2,2,rcolse),sheet2.write(2,3,rtotal)
sheet2.write(3,1,sopen),sheet2.write(3,2,scolse),sheet2.write(3,3,stotal) sheet3 = f.add_sheet(u'weekly状态统计',cell_overwrite_ok=True) #创建sheet2
row0 = [u'总量\周','CW%s'%LastWeek,'CW%s'%ThisWeek,'CW%s'%NextWeek]
column0 = ['OPEN','CLOSE',u'BUG总量']
#生成第一行
for i in range(0,len(row0)):
sheet3.write(0,i,row0[i],set_style('Times New Roman',220,True))
#生成第一列
for i in range(0,len(column0)):
sheet3.write(i+1,0,column0[i],set_style('Times New Roman',220,True))
sheet3.write(1,1,totalopen),sheet3.write(1,2,totalopen),sheet3.write(1,3,'')
sheet3.write(2,1,totalcolse),sheet3.write(2,2,totalcolse),sheet3.write(2,3,'')
sheet3.write(3,1,totalC),sheet3.write(3,2,totalC),sheet3.write(3,3,'') #sheet1.write_merge(7,7,2,4,) #合并列单元格
#sheet1.write_merge(1,2,4,4,) #合并行单元格
_data =time.strftime("%Y_%m_%d", time.localtime())
LastWeek1 = float(time.strftime("%W"+'.5'))
f.save(r'Ninja Project Bug Statistical Analysis Report_CW%s_%s.xls'%(LastWeek,_data))