From ecc99de63c7b2d233589404650fe33a3a59527ff Mon Sep 17 00:00:00 2001
From: Vanya Voykova <72099128+VanyaVoykova@users.noreply.github.com>
Date: Tue, 31 Aug 2021 19:12:19 +0300
Subject: [PATCH] Update stupid-password-generator.md
---
.../stupid-password-generator.md | 46 +++++++++----------
1 file changed, 23 insertions(+), 23 deletions(-)
diff --git a/Content/Chapter-7-2-complex-loops-exam-problems/stupid-password-generator/stupid-password-generator.md b/Content/Chapter-7-2-complex-loops-exam-problems/stupid-password-generator/stupid-password-generator.md
index 4f2bb3f2e..ecb202021 100644
--- a/Content/Chapter-7-2-complex-loops-exam-problems/stupid-password-generator/stupid-password-generator.md
+++ b/Content/Chapter-7-2-complex-loops-exam-problems/stupid-password-generator/stupid-password-generator.md
@@ -1,19 +1,19 @@
-# Problem: Dumb Passwords Generator
+# Problem: Stupid Passwords Generator
-Write a program that enters two integers **n** and **l** and generates in alphabetical order all possible **"dumb" passwords** that consist of the following **5 characters**:
-- Character 1: digit from **1** to **n**.
-- Character 2: digit from **1** to **n**.
-- Character 3: small letter among the first **l** letters of the Latin alphabet.
-- Character 4: small letter among the first **l** letters of the Latin alphabet.
-- Character 5: digit from **1** to **n, bigger than first 2 digits**.
+Write a program that enters two integers **n** and **l** and generates in alphabetical order all possible **"stupid" passwords** that consist of the following **5 characters**:
+- Character 1: a digit from **1** to **n**.
+- Character 2: a digit from **1** to **n**.
+- Character 3: a small letter among the first **l** letters of the Latin alphabet.
+- Character 4: a small letter among the first **l** letters of the Latin alphabet.
+- Character 5: a digit from **1** to **n, greater than first 2 digits**.
-## Input Data
+## Input
The input is read from the console and consists of **two integers: n** and **l** within the range [**1 … 9**], each on a single line.
-## Output Data
+## Output
-Print on the console **all "dumb" passwords in alphabetical order**, separated by **space**.
+Print on the console **all "stupid" passwords in alphabetical order**, separated by **space**.
## Sample Input and Output
@@ -29,42 +29,42 @@ Print on the console **all "dumb" passwords in alphabetical order**, separated b
We can split the solution of the problem into 3 parts:
-* **Reading the input** – in the current problem this includes reading two numbers **`n`** and **`l`**, each on a single line.
-* **Processing the input data** – using of nested loops to iterate through every possible symbol for each of the five password symbols.
-* **Printing the output** – printing every "dumb" password that meets the requirements.
+* **Read the input** – for the current problem this consists of reading two numbers **`n`** and **`l`**, each on a single line.
+* **Process the input** – use nested loops to iterate through every possible symbol for each of the five password symbols.
+* **Print the result** – print every "stupid" password that meets the requirements.
-### Reading the Input Data
+### Read the Input
-For **reading** of **input** data we will declare two integer variables **`int`**: **`n`** and **`l`**.
+To **read** the **input** we will declare two integer variables **`int`**: **`n`** and **`l`**.
-Let's declare and initialize the **variables** that will store the **characters** of the password: for the characters of **digit** type – **`int`** – **`d1`**, **`d2`**, **`d3`**, and for the **letters** – of **`char`** type – **`l1`**, **`l2`**. To make it easier we will skip explicit specification of the type by replacing it with the keyword **`var`**.
+Let's declare and initialize the **variables** that will store the **characters** of the password: type **`int`** for the **numeric** characters – **`d1`**, **`d2`**, **`d3`**, and type **`char`** for the **letters** – **`l1`**, **`l2`**. To make it easier, we will skip explicit specification of the type by replacing it with the keyword **`var`**.
-### Processing the Input Data and Printing Output
+### Process the Input and Print the Output
-We need to create **five** **`for`** nested loops, one for each variable. To ensure that the last digit **d3** is **greater** than the first two, we will use the built-in function **`Math.Max (...)`**.
+We have to create **five** nested **`for`** loops, one for each variable. To ensure that the last digit **d3** is **greater** than the first two, we will use the built-in function **`Math.Max (...)`**.
-## Testing in the Judge System
+## Test the code in the Judge System
Test your solution here: [https://judge.softuni.org/Contests/Practice/Index/515#0](https://judge.softuni.org/Contests/Practice/Index/515#0).
## Did you Know That…?
-* In C# we can **define a `for`** loop with variable of **`char`** type:
+* In C# we can **define a `for`** loop with a variable of **`char`** type:
-* We can **read** variable of **`char`** type from the console with the following structure:
+* We can **read** a variable of type **`char`** from the console by using the following structure:
-* We can convert a **Capital** char **into small** one, using a built-in C# function:
+* We can convert a **Capital** char **into a small** one, using a built-in C# function:
-* By reading the chars from the console, we can directly convert upper to lowercase letters, **by combining the above two lines**:
+* When reading the chars from the console, we can directly convert uppercase letters to lowercase letters **by combining the two lines above**:
