mhanlon · TasneemGameel · May 31, 2020 · Jun 9, 2020
diff --git a/...nd/Pages/9. Exercise - Type Inference and Required Values.xcplaygroundpage/Contents.swift b/...nd/Pages/9. Exercise - Type Inference and Required Values.xcplaygroundpage/Contents.swift
diff --git a/...ng Basics.xcplaygroundpage/Contents.swift → ...ring Basics.xcplaygroundpage/Contents.txt b/...ng Basics.xcplaygroundpage/Contents.swift → ...ring Basics.xcplaygroundpage/Contents.txt
@@ -3,24 +3,34 @@
 
  Create a `name` constant and assign it a string literal representing your name.
  */
-
+//let name = "Tasneem"
 
 /*:
  Create a `favoriteQuote` constant and assign it the following string literal:
 
- - "My favorite quote is <INSERT QUOTE HERE>."
+ - 
 
  Write in your own favorite quote where indicated, and be sure to include escaped quotation marks. When finished, print the value of `favoriteQuote`.
 
  - callout(Example): If your favorite quote is "The grass is always greener on the other side" the value of `favoriteQuote` should be such that printing `favoriteQuote` results in the following:
     * `My favorite quote is "The grass is always greener on the other side."`
  */
-
+//let favoriteQuote = "My favorite quote is \" Never Give Up \""
+ //print ( favoriteQuote)
 
 /*:
  Write an if-else statement that prints "There's nothing here" if `emptyString` is empty, and "It's not as empty as I thought" otherwise.
  */
-let emptyString = ""
+/*let emptyString = ""
+if emptyString.isEmpty
+{
+  print (" There's nothing here")
+}
+else 
+{
+print (" It's not as empty as I thought")
+}
+*/
 
 
 //: page 1 of 5  |  [Next: Exercise - Concatenation and Interpolation](@next)
diff --git a/...rpolation.xcplaygroundpage/Contents.swift → ...terpolation.xcplaygroundpage/Contents.txt b/...rpolation.xcplaygroundpage/Contents.swift → ...terpolation.xcplaygroundpage/Contents.txt
@@ -4,20 +4,27 @@
  Create a `city` constant and assign it a string literal representing your home city. Then create a `state` constant and assign it a string literal representing your home state. Finally, create a `home` constant and use string concatenation to assign it a string representing your home city and state (i.e. Portland, Oregon). Print the value of `home`.
  */
 
+/*let city = " Egypt"
+let state = "Cairo"
+let home = city + "," + state 
+print (home)
 
 /*:
  Use the compound assignment operator (`+=`) to add `home` to `introduction` below. Print the value of `introduction`.
  */
 var introduction = "I live in"
+introduction += home
+print ( introduction)
 
-
+*/
 /*:
  Declare a `name` constant and assign it your name as a string literal. Then declare an `age` constant and give it your current age as an `Int`. Then print the following phrase using string interpolation:
-
- - "My name is <INSERT NAME HERE> and after my next birthday I will be <INSERT AGE HERE> years old."
+
 
  Insert `name` where indicated, and insert a mathematical expression that evaluates to your current age plus one where indicated.
  */
-
-
+ /*et name = "Tasneem"
+ let age = 29
+ print ("My name is \(name) and after my next birthday I will be \(age + 1 ) years old.")
+*/
 //: [Previous](@previous)  |  page 2 of 5  |  [Next: App Exercise - Notifications](@next)
diff --git a/...fications.xcplaygroundpage/Contents.swift → ...tifications.xcplaygroundpage/Contents.txt b/...fications.xcplaygroundpage/Contents.swift → ...tifications.xcplaygroundpage/Contents.txt
@@ -7,17 +7,22 @@
 
  Create `firstName` and `lastName` constants and assign them string literals representing a user's first name and last name, respectively. Create a `fullName` constant that uses string concatenation to combine `firstName` and `lastName`. Print the value of `fullName`.
  */
-
+let firstName = "Tasneem"
+let lastName = " Gameel"
+let fullName = firstName + lastName
+print ( fullName )
 
 /*:
  Occasionally users of your fitness tracking app will beat previous goals or records. You may want to notify them when this happens for encouragement purposes. Create a new constant `congratulations` and assign it a string literal that uses string interpolation to create the following string:
 
- - "Congratulations, <INSERT USER'S FULL NAME HERE>! You beat your previous daily high score of <INSERT PREVIOUS HIGHEST STEPS HERE> steps by walking <INSERT NEW HIGHEST STEPS HERE> steps yesterday!"
+
 
  Insert `fullName`, `previousBest` and `newBest` where indicated. Print the value of `congratulations`.
  */
-let previousBest = 14392
+ let previousBest = 14392
 let newBest = 15125
+ let congratulations =  "Congratulations, \(fullName) You beat your previous daily high score of \(previousBest) steps by walking \(newBest) steps yesterday!"
+ print (congratulations)
 
 
 //: [Previous](@previous)  |  page 3 of 5  |  [Next: Exercise - String Equality and Comparison](@next)
diff --git a/...omparison.xcplaygroundpage/Contents.swift → ... Comparison.xcplaygroundpage/Contents.txt b/...omparison.xcplaygroundpage/Contents.swift → ... Comparison.xcplaygroundpage/Contents.txt
@@ -3,6 +3,17 @@
 
  Create two constants, `nameInCaps` and `name`. Assign `nameInCaps` your name as a string literal with proper capitalization. Assign `name` your name as a string literal in all lowercase. Write an if-else statement that checks to see if `nameInCaps` and `name` are the same. If they are, print "The two strings are equal", otherwise print "The two strings are not equal."
  */
+ let nameInCaps = "Tasneem Gameel"
+ let name = "tasneem gameel"
+
+ if nameInCaps == name
+ {
+   print ("The two strings are equal")
+ }
+ else
+ {
+   print ( "The two strings are not equal.")
+ }
 
 
 /*:
@@ -14,12 +25,23 @@
 
  - "<INSERT LOWERCASED VERSION OF `nameInCaps` HERE> and <INSERT LOWERCASED VERSION OF `name` HERE> are not the same."
  */
-
+if nameInCaps.lowercased() == name.lowercased()
+{
+  print ("\(nameInCaps.lowercased()) and \(name.lowercased()) are the same.")
+}
+else
+{
+ print ("\(nameInCaps.lowercased()) and \(name.lowercased())are not the same.")
+}
 
 /*:
  Imagine you are looking through a list of names to find any that end in "Jr." Write an if statement below that will check if `junior` has the suffix "Jr.". If it does, print "We found a second generation name!"
  */
 let junior = "Cal Ripken Jr."
+if junior.hasSuffix("Jr.")
+{
+  print ( "We found a second generation name!")
+}
 
 
 /*:
@@ -28,11 +50,18 @@ let junior = "Cal Ripken Jr."
 import Foundation
 let textToSearchThrough = "To be, or not to be--that is the question"
 let textToSearchFor = "to be, or not to be"
-
+if textToSearchThrough.lowercased().contains(textToSearchFor.lowercased())
+{
+  print("I found it!")
+}
+else{
+  print ("search for another word")
+}
 
 /*:
  Print to the console the number of characters in your name by using the `count` property on `name`.
  */
 
+print (name.count)
 
 //: [Previous](@previous)  |  page 4 of 5  |  [Next: App Exercise - Password Entry and User Search](@next)
diff --git a/...er Search.xcplaygroundpage/Contents.swift → ...User Search.xcplaygroundpage/Contents.txt b/...er Search.xcplaygroundpage/Contents.swift → ...User Search.xcplaygroundpage/Contents.txt
@@ -1,4 +1,4 @@
-/*:
+/*:
  ## App Exercise - Password Entry and User Search
 
  >These exercises reinforce Swift concepts in the context of a fitness tracking app.
@@ -9,6 +9,14 @@ let storedUserName = "TheFittest11"
 let storedPassword = "a8H1LuK91"
 let enteredUserName = "thefittest11"
 let enteredPassword: String = "a8H1Luk9"
+if storedUserName.lowercased() == enteredUserName.lowercased() && storedPassword == enteredPassword 
+{
+  print ("You are now logged in!")
+}
+else
+{
+  print ( "Please check your user name and password and try again.")
+}
 
 
 /*:
@@ -19,6 +27,14 @@ let enteredPassword: String = "a8H1Luk9"
 import Foundation
 let userName = "StepChallenger"
 let searchName = "step"
+if userName.lowercased().contains(searchName.lowercased())
+{
+  print ("yes, contains")
+}
+else 
+{
+  print ("No, doesn't contain")
+}
 
 
 /*:

diff --git a/...Functions.xcplaygroundpage/Contents.swift → ...e Functions.xcplaygroundpage/Contents.txt b/...Functions.xcplaygroundpage/Contents.swift → ...e Functions.xcplaygroundpage/Contents.txt
@@ -3,11 +3,37 @@
 
  Write a function called `introduceMyself` that prints a brief introduction of yourself. Call the function and observe the printout.
  */
+func introduceMyself()
+{
+print("I'm tasneem gameel, teaching assistant at faculty of computer and information sciences")
+
+}
+introduceMyself()
 
 
 /*:
  Write a function called `magicEightBall` that generates a random number and then uses either a switch statement or if-else-if statements to print different responses based on the random number generated. `let randomNum = Int.random(in: 0...4)` will generate a random number from 0 to 4, after which you can print different phrases corresponding to the number generated. Call the function multiple times and observe the different printouts.
  */
+func magicEightBall()
+{
+let randomNum = Int.random(in: 0...4)
+switch (randomNum)
+{
+case 0:
+  print ("0")
+  case 1:
+  print ("1")
+  case 2:
+  print ("2")
+  case 3:
+  print ("3")
+  case 4:
+  print ("4")
+default:
+  print("Not 0..4 number")
+}
+}
 
+magicEightBall()
 
 //: page 1 of 6  |  [Next: App Exercise - A Functioning App](@next)
diff --git a/...oning App.xcplaygroundpage/Contents.swift → ...tioning App.xcplaygroundpage/Contents.doc b/...oning App.xcplaygroundpage/Contents.swift → ...tioning App.xcplaygroundpage/Contents.doc
@@ -8,12 +8,57 @@
  A reoccurring process like this is a perfect candidate for a function. Write a function called `incrementSteps` after the declaration of `steps` below that will increment `steps` by one and then print its value. Call the function multiple times and observe the printouts.
  */
 var steps = 0
+func incrementSteps (_ steps: Int)
+{
+let steps = steps+1
+print (steps)
+}
+incrementSteps(steps)
+incrementSteps(steps)
+incrementSteps(steps)
 
 
 /*:
  Similarly, if you want to regularly provide progress updates to your user, you can put your control flow statements that check on progress into a function. Write a function called `progressUpdate` after the declaration of `goal` below. The function should print "You're off to a good start." if `steps` is less than 10% of `goal`, "You're almost halfway there!" if `steps` is less than half of `goal`, "You're over halfway there!" if `steps` is less than 90% of `goal`, "You're almost there!" if `steps` is less than `goal`, and "You beat your goal!" otherwise. Call the function and observe the printout. Remember, you can convert numbers using the appropriate Int or Double initializer.
  */
 let goal = 10000
 
+//i can't call the othercalls with the updated value everytime steps returns to 0
+var steps = 0
+func incrementSteps (_ steps: Int)-> Int
+{
+ let steps = steps+1
+print (steps)
+return steps
+}
+let no1=incrementSteps(steps)
+let no2=incrementSteps(no1)
+let no3=incrementSteps(no2)
+
+let goal = 10000.0
+func progressUpdate()
+{
+  print (" You're off to a good start.")
+  let tenth = goal * 0.1
+  if (Double)no3 < tenth
+  {
+    print (" You're almost halfway there!")
+  }
+  let half = goal * 0.5
+  else if (Double)no3 < half
+  {
+    print (" You're over halfway there!")
+  }
+  let ninth = goal * 0.9
+  else if  (Double)no3 < ninth
+  {
+    print(" You're almost there!")
+  }
+  else if  (Double) no3 > goal 
+  {
+    print (" You beat your goal!")
+  }
+}
+
 
 //: [Previous](@previous)  |  page 2 of 6  |  [Next: Exercise - Parameters and Argument Labels](@next)
diff --git a/...ctions.playground/Pages/2. App Exercise - A Functioning App.xcplaygroundpage/~$ntents.doc b/...ctions.playground/Pages/2. App Exercise - A Functioning App.xcplaygroundpage/~$ntents.doc
diff --git a/...nt Labels.xcplaygroundpage/Contents.swift → ...ment Labels.xcplaygroundpage/Contents.txt b/...nt Labels.xcplaygroundpage/Contents.swift → ...ment Labels.xcplaygroundpage/Contents.txt
@@ -2,17 +2,38 @@
  ## Exercise - Parameters and Argument Labels
 
  Write a new introduction function called `introduction`. It should take two `String` parameters, `name` and `home`, and one `Int` parameter, `age`. The function should print a brief introduction. I.e. if "Mary," "California," and 32 were passed into the function, it might print "Mary, 32, is from California." Call the function and observe the printout.
- */
+ */ func introduction (_ name: String, _ home: String, _ age: Int)
+{
+
+print ("Hello \(name), \(age), is from \(home)")
+}
+
+print ("Tasneem","Egypt", 29)
 
 
 /*:
  Write a function called `almostAddition` that takes two `Int` arguments. The first argument should not require an argument label. The function should add the two arguments together, subtract 2, then print the result. Call the function and observe the printout.
  */
+func almostAddition(_ firstNum: Int, _ secondNum: Int)
+{
+let result = (firstNum + secondNum)-2;
+print("\(firstNum) + \(secondNum) is almost \(result)")
+}
+
+almostAddition(10 , 5)
 
 
 /*:
  Write a function called `multiply` that takes two `Double` arguments. The function should multiply the two arguments and print the result. The first argument should not require a label, and the second argument should have an external label, "by", that differs from the internal label. Call the function and observe the printout.
  */
+func multiply(_ firstNum: Int, by secondNum: Int)
+{
+let result = firstNum * secondNum
+print ( result )
+
+}
+multiply(3, by: 2)
+
 
 
 //: [Previous](@previous)  |  page 3 of 6  |  [Next: App Exercise - Progress Updates](@next)
diff --git a/...s Updates.xcplaygroundpage/Contents.swift → ...ess Updates.xcplaygroundpage/Contents.txt b/...s Updates.xcplaygroundpage/Contents.swift → ...ess Updates.xcplaygroundpage/Contents.txt
@@ -9,7 +9,37 @@
 
  Call the function a number of times, passing in different values of `steps` and `goal`. Observe the printouts and make sure what is printed to the console is what you would expect for the parameters passsed in.
  */
+func progressUpdate(_ steps: Int, _ goal: Int)
+{
+   print (" You're off to a good start.")
+  let tenth = Double (goal) * 0.1
+  let half = Double (goal) * 0.5
+  let ninth = Double (goal) * 0.9
+  if Double (steps) <= tenth
+  {
+    print (" You're almost halfway there!")
+  }
+
+  else if Double (steps) <= half
+  {
+    print (" You're over halfway there!")
+  }
+
+  else if  Double (steps) <= ninth
+  {
+    print(" You're almost there!")
+  }
+  else if  steps > goal 
+  {
+    print (" You beat your goal!")
+  }
 
+}
+
+ progressUpdate(900, 1000)
+  progressUpdate(1900, 1000)
+
+}
 
 /*:
  Your fitness tracking app is going to help runners stay on pace to reach their goals. Write a function called pacing that takes four `Double` parameters called `currentDistance`, `totalDistance`, `currentTime`, and `goalTime`. Your function should calculate whether or not the user is on pace to hit or beat `goalTime`. If yes, print "Keep it up!", otherwise print "You've got to push it just a bit harder!"