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Author: SheezaShabbir

Date_module.py

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+#Python Dates
+#A date in Python is not a data type of its own, but we can import a module named datetime to work with dates as date objects.
+
+#Example
+#Import the datetime module and display the current date:
+
+import datetime
+
+x = datetime.datetime.now()
+print(x.year)
+print(x.strftime("%A"))
+print(x)
+x = datetime.datetime(2020, 5, 17)
+#The datetime() class also takes parameters for time and timezone (hour, minute, second, microsecond, tzone)
+#but they are optional, and has a default value of 0, (None for timezone).
+print(x)

Finaltest.py

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+def adding_report(type="T"):
+    value=""
+    total=0
+    count=0
+    j=0
+    items=""
+    if(type=='T'):
+       print("Input an integer to add to the total or 'Q' to quit:")
+       while True:
+             value=input("Enter an integer or 'Q':")
+             if(value=='Q'):
+                break
+             elif(value=='q'):
+                  break
+             elif(value=='Quit'):
+                  break
+             if(value.isdigit()):
+                total=total+int(value)
+             elif(value.isalpha()):
+                 print(value," is inavlid input")
+       print("Total")
+       print(total)      
+         
+    elif(type=='A'):
+        print("Input an integer to add to the total or 'Q' to quit:")
+        while True:
+              value=input("Enter an integer or 'Q':")
+              if(value=='Q'):
+                break
+              elif(value=='q'):
+                  break
+              elif(value=='Quit'):
+                  break
+              if(value.isdigit()):
+                 count=count+1
+                 items=items+value+"\n"
+                 total=total+int(value)
+              elif(value.isalpha):
+                   print(value," is inavlid input")   
+        print("items:")
+        print("\n",items)
+        print("Total:")
+        print(total) 
+        
+
+while True:
+    print("Report type includes All items report (A) or Total sum (T):")
+    type=input("Choose report type 'A' or 'T':")
+    adding_report(type)
+    break
+

Json.py

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+#python has a built in module for json
+#converting from json to python
+import json
+# some JSON:
+x =  '{ "name":"John", "age":30, "city":"New York"}'
+y=json.loads(x)
+#python word
+print(y["age"])
+#converting from python to json
+x={"name":"John", "age":30, "city":"New York"}
+y=json.dumps(x)
+#json string
+print(y)

LISTwork.py

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+letters=['A','B','C','D']
+print(letters,type(letters))
+
+numbers=[1,2,3,4,5,6]
+print(numbers,type(numbers))
+
+
+Mixedlist=["Sheeza","Kinza",12345,numbers,letters]
+print(Mixedlist,type(Mixedlist))
+
+
+print(numbers[0]+numbers[1]+numbers[2])
+print(numbers[-3]+numbers[-1]+numbers[-2])
+Mixedlist.append("Tayyab")
+print(Mixedlist)
+#using indexing you can replace items in alist but can not add a value at a new index.
+# for the purpose of new index one can use insert method in list
+numbers.insert(6,7)
+print(numbers)
+numbers.insert(7,"Sheeza")
+print(numbers)
+numbers.insert(2,"Aliza")
+print(numbers)
+del numbers[2]
+print(numbers)
+del numbers[-1]
+print(numbers)
+# poping items from the list without argument pop() method,,,It pop from right to left
+print(letters)
+print(letters.pop())
+print(letters)
+#can also pop specific item using pop(index)
+
+print(letters)
+print(letters.pop(1))
+print(letters)
+while Mixedlist:
+      print(Mixedlist.pop(),"Just check list",Mixedlist)
+# nOw the remove method where we give item as a parameter to remove but in previous work we were giving index:
+words=["ok","hell","dream","wow"]
+while "hell" in words:
+      words.remove("hell")
+      print(words)
+
+

Teststrings.py

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+quote=input("enter a 1 sentence quote, non-alpha separate words:").lower()
+word=""
+for check in quote:
+    if(check.isalpha()):
+       word+=check
+    else:
+        if(word and word[0]
+           > "g" ):
+            print(word.upper())
+            word = ""
+        else:
+            word = ""
+print(word.upper())

check.py

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+def adding_report(report="T"):
+  total = 0
+  items = ""
+  while True:
+    int_input = input("Input an integer to add to the total or Q to quit: ")
+    if int_input.isdigit() == True:
+      total = int(total) + int(int_input)
+      if report.upper() == "A":
+        items = items + int_input + "\n"
+    elif int_input.upper().startswith("Q") == True:
+      if report.upper() == "A":
+        print("\n" + "Items: " +  "\n" + str(items))
+        print("Total: " + str(total))
+        break
+      elif report.upper() == "T":
+        print("\n" + "Total: " + str(total))
+        break
+    else:
+      print("Invalid input.")
+      
+adding_report()
+x = ["this", "is", "a" True "list"]
+print(x)

checking.py

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+def self():
+      """Function for self introduction."""
+      print("My name is Sheeza.")
+print(self.__doc__)

class.py

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+class Person:
+  def __init__(self, name, age):
+    self.name = name
+    self.age = age
+
+p1 = Person("John", 36)
+
+print(p1.name)
+print(p1.age)

conditions.py

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+def test():
+    x=9+4
+    print("if answer is true it is ",x==13)
+    print("check whether it is true : its",3+3<2+4)
+test()
+
+def test2(x,y):
+    if(y>=x+x):
+      print(y, "greater than or equal", x + x ,"is true.")  
+    else:
+      x = 3
+      y = x + 8
+ 
+x=input("Enter x:")
+y=input("Enter y:")
+test2(x,y)
+if("Hello">"hello"):
+   print("True")
+else:
+   print("False")
+name = "Tobias"
+
+print(name == "Alton")
+#check casting
+str_integer='700'
+int_number=200
+number_total=int_number+int(str_integer)
+print(number_total)
+a=int(input("enter digits:"))
+b=int(input("enter digits:"))
+output=a+b
+print(a,"+",b,"=",output)            
+
+size_num = "8 9 10"
+
+size = "8" # user input
+
+if size.isdigit() == False:
+    print("Invalid: size should only use digits")
+elif int(size) < 8:
+    print("size is too low")
+elif size in size_num:
+    print("size is recorded")
+else:
+    print("size is too high")
+
+
+num="20"
+if(num.isdigit()):
+   print("ok",num.isdigit())
+else:
+   print("NO",num.isdigit())
+operator=input("Select operator(*,/):")
+a=int(input("enter digits:"))
+b=int(input("enter digits:"))
+def multiply(a,b,ope):
+    if(ope=="/"):
+       c=a/b
+       equa=str(a)+"/"+str(b)+"="+str(c)
+       return equa
+    elif(ope=="*"):
+        c=a*b
+        equa=str(a)+"*"+str(b)+"="+str(c)
+        return equa
+    else:
+        print("Invalid operator")
+print(multiply(a,b,operator))
+calculation = 5 + 3 + 3 * 2 - 1
+print(calculation)
+
+maximum=100
+minimum=50
+price=144
+value=float(input("Enter cheese order weight (numeric value):"))
+def cheese_order(val,max,min,p):
+    if val>max:
+       print(val,"is more than currently available stock.")
+    elif val<min:
+       print(val,"is below minimum order amount.")
+    else:
+       print(val,"costs","$"+str(p),".")
+cheese_order(value,maximum,minimum,price)
+

docstring.py

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+def self():
+      """Function for self introduction."""
+      print("My name is Sheeza.")
+print(self.__doc__)

finaltestithink.py

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+def str_analysis(pass_argument):
+    if(pass_argument.isdigit()):
+       int_conversion=int(pass_argument)
+       if(int_conversion>90):
+         printvalue=str(int_conversion)+" "+"is pretty big number."
+         return printvalue
+       elif(int_conversion<90):
+         printvalue=str(int_conversion)+" "+"is pretty small number than expected."
+         return printvalue
+       else:
+         printvalue=str(int_conversion)+" "+"is number between expected."
+         return printvalue  
+    elif(pass_argument.isalpha()):
+         printvalue=pass_argument+" "+"is all alphabetical characters!"
+         return printvalue
+    else:
+        printvalue=pass_argument+" "+"neither all alpha nor all digit."
+        return printvalue
+
+
+while True:
+    stro=input("enter a word or a digit:")
+    if(stro!=""):
+      print(str_analysis(stro))
+      break
+    
+    

function.py

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+def first_code():
+    print("My name is Sheeza.")
+    print("This is my first function.")
+first_code()
+def yel_it(phrase):
+    print(phrase.upper()+"!")
+yel_it("This is all jokes.")    
+    
+#for default values:
+def yel_it(phrase="This is me."):
+    print(phrase.upper()+"!")
+#Passing value
+yel_it("This is all jokes.")
+#for default value
+yel_it()
+#Another task
+phrase=input()
+yel_it(phrase)
+def add_num(num_1 = 10):
+    print(num_1 + num_1)
+add_num()
+#Another task with return
+def make_doctor(name):
+    return name
+full_name=input()
+print(make_doctor(full_name))
+#Another task
+def make_schedule(period1, period2 ,peroid3):
+    schedule = ("\n[1st] " + period1.title() + "\n[2nd] " + period2.title()+"\n[3nd] " + peroid3.title())
+    return schedule
+
+student_schedule = make_schedule("mathematics", "history","Science")
+print("SCHEDULE:", student_schedule)
+
+def add_numbers(num_1, num_2 = 10):
+    return num_1 + num_2
+print(add_num(100))
+def bird_available(bird):
+    bird_types = 'crow robin parrot eagle sandpiper hawk pigeon'
+    if(bird in bird_types):
+       return True
+    else:
+       return False
+bird=input()
+value=bird_available(bird)
+if(value==True):
+   print("The",bird,"available is true.")
+else:
+   print("The",bird,"available is false.")
+   #task
+def how_many():
+    requested = input("enter how many you want: ")
+    return requested
+
+# get the number_needed
+number_needed = how_many()
+print(number_needed, "will be ordered")
+
+def fishstore(fish,price):
+    sentence="Fishtype:"+" "+fish+" "+"costs"+" "+"$"+price
+    return sentence
+fish=input("enter the fish name:")
+price=input("enter the fish price(no symbols):")
+print(fishstore(fish,price))
+year = "2001" 
+
+if year.isdigit():
+    print(year, "is all digits")  
+else:
+   pass
+       
+        
+