我已经尝试了无数次来调试以下功能，因为执行后，整个程序都会崩溃，
Process finished with exit code 0
从函数中可以看到，它们没有使用明确的“ kill program”命令。我只是不确定函数有什么问题，IDE也不是。
我只是想再看一眼。
def CreateScoutCensus():
#Create Word Document
doc = docx.Document()
run = doc.add_paragraph().add_run()
# Apply Style
Tstyle = doc.styles['Normal']
font = Tstyle.font
font.name = "Nunito Sans"
font.size = Pt(48)
Title = doc.add_paragraph()
TRun = Title.add_run("Scout Census")
TRun.bold = True
doc.add_picture('Scouts_Logo_Stack_Black.png', width=Inches(4.0))
Hstyle = doc.styles['Normal']
Headfont = Hstyle.font
Headfont.name = "Nunito Sans"
Headfont.size = Pt(22)
Heading = doc.add_paragraph("Statistics:")
Heading.bold = True
Stats = doc.add_paragraph()
#Create bullet point list
Stats.style = 'List Bullet'
# Gather Stats
#Obtain the total number of USERS in the system
mycursor.execute("SELECT * FROM usercredentials")
AllUsers = mycursor.fetchall()
NoOfUsers = 0
for i in AllUsers:
NoOfUsers = NoOfUsers + 1
#Obtain the number of SCOUTS in the system
mycursor.execute("SELECT * FROM scoutinfo")
AllScouts = mycursor.fetchall()
NoOfScouts = 0
for j in AllScouts:
NoOfScouts = NoOfScouts + 1
#Obtain the number of PARENTS in the system
mycursor.execute("SELECT * FROM parentinfo")
AllParents = mycursor.fetchall()
NoOfParents = 0
for j in AllParents:
NoOfParents = NoOfParents + 1
#Obtain the number of YOUNG LEADERS in the system
mycursor.execute("SELECT * FROM youngleaderinfo")
AllYoungLeader = mycursor.fetchall()
NoOfYL = 0
for j in AllYoungLeader:
NoOfYL = NoOfYL + 1
#Obtain the number of LEADERS in the system
mycursor.execute("SELECT * FROM leaderinfo")
AllLeaders = mycursor.fetchall()
NoOfLeaders = 0
for j in AllLeaders:
NoOfLeaders = NoOfLeaders + 1
#Obtain all Ethnicitys from scoutinfo in database
mycursor.execute("SELECT Ethnicity FROM scoutinfo")
AllEthnicity = mycursor.fetchall()
NoOfWE = 0
NoOfWW = 0
NoOfWS = 0
NoOfWNI = 0
NoOfWB = 0
NoOfWI = 0
NoOfWG = 0
NoOfWO = 0
NoOfWBC = 0
NoOfWBA = 0
NoOfWA = 0
NoOfI = 0
NoOfP = 0
NoOfB = 0
NoOfC = 0
NoOfA = 0
NoOfCA = 0
NoOfAR = 0
NoOfO = 0
NoOfCAR = 0
#Increment appropriate variable for each instance of ethnicity
for j in AllEthnicity:
if j[0] == ("White: English"):
NoOfWE = NoOfWE + 1
if j[0] == ("White: Welsh"):
NoOfWW = NoOfWW + 1
if j[0] == ("White: Scottish"):
NoOfWS = NoOfWS + 1
if j[0] == ("White: Northern Irish"):
NoOfWNI = NoOfWNI + 1
if j[0] == ("White: British"):
NoOfWB = NoOfWB + 1
if j[0] == ("White: Irish"):
NoOfWI = NoOfWI + 1
if j[0] == ("White: Gypsy"):
NoOfWG = NoOfWG + 1
if j[0] == ("White: Other"):
NoOfWO = NoOfWO + 1
if j[0] == ("White and Black: Caribbean"):
NoOfWBC = NoOfWBC + 1
if j[0] == ("White and Black: African"):
NoOfWBA = NoOfWBA + 1
if j[0] == ("White and Asain"):
NoOfWA = NoOfWA + 1
if j[0] == ("Indian"):
NoOfI = NoOfI + 1
if j[0] == ("Pakistani"):
NoOfP = NoOfP + 1
if j[0] == ("Bangladeshi"):
NoOfB = NoOfB + 1
if j[0] == ("Chinese"):
NoOfC = NoOfC + 1
if j[0] == ("African"):
NoOfA = NoOfA + 1
if j[0] == ("Arab"):
NoOfAR = NoOfAR + 1
if j[0] == ("Caribbean"):
NoOfCAR = NoOfCAR + 1
if j[0] == ("Other"):
NoOfO = NoOfO + 1
# Defining Labels For Pie Chart
Labels = ["White: English", "White: Welsh", "White: Scottish", "White: Northern Irish", "White: British",
"White: Irish", "White: Gypsy", "White: Other", "White and Black: Caribbean", "White and Black: African",
"White and Asain", "Indian", "Pakistani", "Bangladeshi", "Chinese", "African", "Caribbean", "Arab",
"Other"]
# Defining Data Variables For Each Slice Of The Pie Chart
Slices = [NoOfWE, NoOfWW, NoOfWS, NoOfWNI, NoOfWB, NoOfWI, NoOfWG, NoOfWO, NoOfWBC, NoOfWBA, NoOfWA, NoOfI, NoOfP,
NoOfB, NoOfC, NoOfA, NoOfCA, NoOfCAR, NoOfAR, NoOfO]
#Removal of any Labels and Slices of Ethnicities not present
if NoOfWE == 0:
Labels.remove("White: English")
Slices.remove(NoOfWE)
if NoOfWW == 0:
Labels.remove("White: Welsh")
Slices.remove(NoOfWW)
if NoOfWS == 0:
Labels.remove("White: Scottish")
Slices.remove(NoOfWS)
if NoOfWNI == 0:
Labels.remove("White: Northern Irish")
Slices.remove(NoOfWNI)
if NoOfWB == 0:
Labels.remove("White: British")
Slices.remove(NoOfWB)
if NoOfWI == 0:
Labels.remove("White: Irish")
Slices.remove(NoOfWI)
if NoOfWG == 0:
Labels.remove("White: Gypsy")
Slices.remove(NoOfWG)
if NoOfWO == 0:
Labels.remove("White: Other")
Slices.remove(NoOfWO)
if NoOfWBC == 0:
Labels.remove("White and Black: Caribbean")
Slices.remove(NoOfWBC)
if NoOfWBA == 0:
Labels.remove("White and Black: African")
Slices.remove(NoOfWBA)
if NoOfWA == 0:
Labels.remove("White and Asain")
Slices.remove(NoOfWA)
if NoOfI == 0:
Labels.remove("Indian")
Slices.remove(NoOfI)
if NoOfP == 0:
Labels.remove("Pakistani")
Slices.remove(NoOfP)
if NoOfB == 0:
Labels.remove("Bangladeshi")
Slices.remove(NoOfB)
if NoOfC == 0:
Labels.remove("Chinese")
Slices.remove(NoOfC)
if NoOfA == 0:
Labels.remove("African")
Slices.remove(NoOfA)
if NoOfCAR == 0:
Labels.remove("Caribbean")
Slices.remove(NoOfCAR)
if NoOfAR == 0:
Labels.remove("Arab")
Slices.remove(NoOfAR)
if NoOfO == 0:
Labels.remove("Other")
Slices.remove(NoOfO)
Slices.remove(0)
# Create Pie Chart Of Ethnicitys
Cols = ['g', 'y', 'c', 'm', 'r', 'b']
# Plot
plt.pie(Slices, labels=Labels, colors=Cols,
autopct='%1.1f%%', shadow=True, startangle=140)
plt.axis('equal')
plt.title("Ethnicity Scouts")
EPieChart = plt.gcf()
#Save pie chart
pylab.savefig("EthnicityPieChart.png", bbox_inches='tight')
EPieChart.savefig("EthnicityPieChart.png", bbox_inches='tight')
#Write data to Scout Census doc
StatOne = Stats.add_run("No Of Users: " + str((NoOfUsers)))
StatTwo = Stats.add_run("\nNo Of Scouts: " + str((NoOfScouts)))
StatThree = Stats.add_run("\nNo Of Parents: " + str((NoOfParents)))
StatFour = Stats.add_run("\nNo Of Young Leaders: " + str((NoOfYL)))
StatFive = Stats.add_run("\nNo Of Leaders: " + str((NoOfLeaders)))
#Add piechart to doc
doc.add_picture('EthnicityPieChart.png', width=Inches(4.0))
#Save document
doc.save("ScoutCensus.docx")
plt.clf()
#Gender Pie Chart
# Defining Labels For Pie Chart
LabelsG = ["Male","Female","Other"]
# Defining Data Variables For Each Slice Of The Pie Chart
NoOfMale=0
NoOfFemale=0
NoOfOther=0
Male=("Male")
Female=("Female")
Other=("Other")
#Count Number Of Males
GetMalesSQL="SELECT COUNT(*) FROM scoutinfo WHERE gender=%s"
mycursor.execute(GetMalesSQL,(Male,))
myresults=mycursor.fetchone()
NoOfMale=myresults[0]
#Count Number Of Females
GetFemaleSQL="SELECT COUNT(*) FROM scoutinfo WHERE gender=%s"
mycursor.execute(GetMalesSQL,(Female,))
myresults=mycursor.fetchone()
NoOfFemale=myresults[0]
#Count Number Of Others
GetOtherSQL="SELECT COUNT(*) FROM scoutinfo WHERE gender=%s"
mycursor.execute(GetMalesSQL,(Other,))
myresults=mycursor.fetchone()
NoOfOther=myresults[0]
SlicesG = []
SlicesG = [NoOfMale,NoOfFemale,NoOfOther]
#Remove any slices with no data
if NoOfMale==0:
SlicesG.remove(0)
LabelsG.remove("Male")
if NoOfFemale==0:
SlicesG.remove(0)
LabelsG.remove("Female")
if NoOfOther==0:
SlicesG.remove(0)
LabelsG.remove("Other")
# Create Pie Chart Of Gender
Cols = ['b','r','g']
# Plot
plt.pie(SlicesG, labels=LabelsG, colors=Cols,
autopct='%1.1f%%', shadow=True, startangle=140)
plt.axis('equal')
plt.title("Gender Diversity Of Scouts")
GPieChart = plt.gcf()
pylab.savefig("GenderPieChart.png", bbox_inches='tight')
GPieChart.savefig("GenderPieChart.png", bbox_inches='tight')
doc.add_picture('GenderPieChart.png', width=Inches(4.0))
doc.save("ScoutCensus.docx")
plt.close(GPieChart)
#Age BarChart
#Range of appropriate age values for SCOUTS
AgeDef=[9,10,11,12,13,14,15,16]
Values=[]
Ages=[]
y_pos= np.arange(len(AgeDef))
#Count number of Scouts of certain age
mycursor.execute("SELECT age FROM scoutinfo")
myresults=mycursor.fetchall()
for i in myresults:
Ages.append(int(i[0]))
NoOf9=Ages.count(9)
NoOf10 = Ages.count(10)
NoOf11 = Ages.count(11)
NoOf12 = Ages.count(12)
NoOf13 = Ages.count(13)
NoOf14 = Ages.count(14)
NoOf15 = Ages.count(15)
NoOf16 = Ages.count(16)
Values=[NoOf9,NoOf10,NoOf11,NoOf12,NoOf13,NoOf14,NoOf15,NoOf16]
yint = range(min(Values), math.ceil(max(Values)) + 1)
#Plot graph
plt.bar(y_pos, Values, align="center", alpha=0.5)
plt.yticks(yint)
plt.xticks(y_pos,AgeDef)
plt.ylabel("No Of Scouts Of Age")
plt.xlabel("Age")
plt.title("Number Of Scouts By Age")
ScoutAgeBarChart = plt.gcf()
pylab.savefig("ScoutAgeBarChart.png", bbox_inches='tight')
ScoutAgeBarChart.savefig("ScoutAgeBarChart.png", bbox_inches='tight')
#Save image to document
doc.add_picture('ScoutAgeBarChart.png', width=Inches(4.0))
doc.save("ScoutCensus.docx")
tk.messagebox.showinfo("Success!","Scout Census Created!")
os.system("start ScoutCensus.docx")
return