使用xlwt写excel文件例子--杂七杂八记一下
使用xlwt写excel文件例子
#!/usr/bin/python
# this script can create a excel for the given data
# create date: 2011-5-27
# Modify date: 2011-6-14
import xlwt
#file_name is the excel file name which will store the data,
def write_xls(file_name, suite):
suite_name = suite.getSuiteName()
case_dict = suite.get_case_dic()
book = xlwt.Workbook()
sheet = book.add_sheet("sheet 1")
#heading style
style_heading = xlwt.easyxf("""
font:
name Arial,
colour_index white,
bold on,
height 0xA0;
align:
wrap on,
vert center,
horiz left;
pattern:
pattern solid,
fore-colour 0x19;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN
""")
#title, how many cell will use
headings = [['Test Suite', 0, 0], \
['Test Case', 1, 2], \
['Test Case Parameters', 3, 3], \
['Results', 4, 4], \
['Comment', 5, 5]]
#write head
row_start = 0
row_end = 0
index = 0
for index, item in enumerate(headings):
sheet.write_merge(row_start, row_end, item[1], item[2], item[0], style_heading)
#style_suite for test suite, size 0xF0 mean 12
style_suite = xlwt.easyxf("""
font:
name Arial,
colour_index black,
bold on,
height 0xF0;
pattern:
pattern solid,
fore-colour 0x32;
align:
wrap on,
vert center,
horiz center;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN ;
""")
#style_case for test case and test parameters
style_case = xlwt.easyxf("""
font:
name Arial,
colour_index blue,
height 0xA0;
align:
wrap on,
vert top,
horiz left;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN;
""")
#style_result_pass for test pass result
style_result_pass = xlwt.easyxf("""
font:
name Arial,
colour_index black,
height 0xA0;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN;
""")
#style_result_fail for test fail result
style_result_fail = xlwt.easyxf("""
font:
name Arial,
colour_index red,
height 0xA0;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN;
""")
#style_result_na for test not available result, whitch will mark as N/A
style_result_na = xlwt.easyxf("""
font:
name Arial,
colour_index 0x30,
height 0xA0;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN;
""")
#style_result_ready for test with doesn't run
style_result_ready = xlwt.easyxf("""
font:
name Arial,
colour_index 0x30,
height 0xA0;
borders:
left THIN,
right THIN,
top THIN,
bottom THIN;
""")
suite_count = 0
case_start = 0
suite_name = suite.getSuiteName()
case_dic = suite.get_case_dic()
case_order=suite.get_case_order()
for case_name in case_order:
# for case_name, case_items in case_dic.items():
case_items=case_dic[case_name]
para_dic = case_items.get_para_dic()
case_count = 0
case_start = suite_count #which line to record the case
for para_name, para_result in para_dic.items():
suite_count = suite_count + 1
case_count = case_count + 1
current_style = style_result_na
current_result = ''
test_result = para_result.getParaStatus()
if test_result.upper()== 'PASS':
current_style = style_result_pass
current_result = 'Pass'
elif test_result.upper() == 'FAIL':
current_style = style_result_fail
current_result = 'Fail'
elif test_result.upper() == 'READY':
current_style = style_result_ready
current_result = 'Ready'
else:
current_style = style_result_na
#the case have how many lines (one line one para
#print suite_name, case_name, para_name, \
#para_result.getParaName(), para_result.getParaStatus()
#write parameter to excel
sheet.write_merge(suite_count, suite_count, 3, 3, para_name, style_case)
#write result to excel
sheet.write_merge(suite_count, suite_count, 4, 4, current_result, current_style)
#write comments to excel
sheet.write_merge(suite_count, suite_count, 5, 5, '', style_result_pass)
#write test case to excel
#print case_start + 1, case_start + case_count + 1
#print "%d,%d, %s" % (case_start + 1, case_start + case_count, case_name)
if case_count == 0: #if no para in the testcase, set 1 for default count
case_count = 1
suite_count = suite_count + 1
sheet.write_merge(suite_count, suite_count, 3, 3, '', style_case)
#write result to excel
sheet.write_merge(suite_count, suite_count, 4, 4, '', style_result_pass)
#write comments to excel
sheet.write_merge(suite_count, suite_count, 5, 5, '', style_result_pass)
print "%s, case_count %d,case_start %d, suite_count %d" % (case_name, case_count, case_start, suite_count)
sheet.write_merge(case_start + 1, case_start + case_count, 1, 2, case_name, style_case)
#print suite_count
sheet.write_merge(1, suite_count, 0, 0, suite_name, style_suite)
book.save(file_name)
=========================================
test suite 类
class CTestsuite:
"""a BTA testsuilt which contains tset cases """
def __init__(self):
self.SuiteName = None;
self.SuiteStatus = None;
self.case_dic={}
self.case_order=[]
self.sDuration=0
self.sHours=0
self.sMinutes=0
self.sSeconds=0
#print 'testcase init %s %s %s' %(name,command,comment);
def order_add(self,cname):
self.case_order.append(cname)
def get_case_order(self):
return self.case_order
def getSDuration(self):
return self.sDuration
def setSuiteName(self,name):
self.SuiteName=name
def getSuiteName(self):
return self.SuiteName
#status = '';
def setSuiteStatus(self,status):
self.SuiteStatus=status
def getSuiteStatus(self):
return self.SuiteStatus
def setSuiteDuration(self,duration):
self.SuiteDuration=duration
def get_case_byname(self,name):
return self.case_dic[name]
def add(self,name_key,case):
"""Add one test case into testsuilt
test case will record in dictionary
"""
self.case_dic[name_key]=case
self.sHours+=case.cHours
self.sMinutes+=case.cMinutes
self.sSeconds+=case.cSeconds
if self.sSeconds > 59:
self.sMinutes=self.sMinutes+self.sSeconds//59
self.sSeconds=self.sSeconds%59
if self.sMinutes > 59:
print 'minute >59,minute:%s' % self.sMinutes
self.sHours=self.sHours+self.sMinutes//59
self.sMinutes=self.sMinutes%59
self.sDuration="H:%d M:%d S:%d " % (self.sHours,self.sMinutes,self.sSeconds)
#print self.sDuration
def get_case_dic(self):
return self.case_dic
def printer(self):
print "X"*30
print 'Testsuilt name:',self.SuiteName,'\t','Status:',self.SuiteStatus,'\t','Duration:',self.getSDuration()
print "X"*30
#for case in self.case_list:
# case.print_allpara()
for key,value in self.case_dic.items():
print "Case Name:%s\tDuration:%s" % (key,value.getCDuration())
for p_key,parameter in value.para_dic.items():
print "Case:",key,"\t Parameter:",parameter.getParaName(),"\t Status:",parameter.getParaStatus(),"\t Duration:",parameter.getParaDuration()
print "---"*4
print "*"*30