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Jun 1, 2019
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Use Unix EOL in all files #553

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148 changes: 74 additions & 74 deletions Language/Functions/Characters/isUpperCase.adoc
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Original file line number Diff line number Diff line change
@@ -1,74 +1,74 @@
---
title: "isUpperCase()"
categories: [ "Functions" ]
subCategories: [ "Characters" ]
---
= isUpperCase(thisChar)
// OVERVIEW SECTION STARTS
[#overview]
--
[float]
=== Description
Analyse if a char is upper case (that is, a letter in upper case). Returns true if thisChar is upper case.
[%hardbreaks]
[float]
=== Syntax
`isUpperCase(thisChar)`
[float]
=== Parameters
`thisChar`: variable. Allowed data types: `char`.
[float]
=== Returns
`true`: if thisChar is upper case.
--
// OVERVIEW SECTION ENDS
// HOW TO USE SECTION STARTS
[#howtouse]
--
[float]
=== Example Code
[source,arduino]
----
if (isUpperCase(myChar)) { // tests if myChar is an upper case letter
Serial.println("The character is upper case");
}
else {
Serial.println("The character is not upper case");
}
----
--
// HOW TO USE SECTION ENDS
// SEE ALSO SECTION
[#see_also]
--
[float]
=== See also
[role="language"]
* #LANGUAGE# link:../../../variables/data-types/char[char]
* #LANGUAGE# link:../../../structure/control-structure/if[if (conditional operators)]
* #LANGUAGE# link:../../../structure/control-structure/while[while (conditional operators)]
* #LANGUAGE# link:../../communication/serial/read[read()]
--
// SEE ALSO SECTION ENDS
---
title: "isUpperCase()"
categories: [ "Functions" ]
subCategories: [ "Characters" ]
---

= isUpperCase(thisChar)


// OVERVIEW SECTION STARTS
[#overview]
--

[float]
=== Description
Analyse if a char is upper case (that is, a letter in upper case). Returns true if thisChar is upper case.
[%hardbreaks]


[float]
=== Syntax
`isUpperCase(thisChar)`


[float]
=== Parameters
`thisChar`: variable. Allowed data types: `char`.


[float]
=== Returns
`true`: if thisChar is upper case.

--
// OVERVIEW SECTION ENDS



// HOW TO USE SECTION STARTS
[#howtouse]
--

[float]
=== Example Code

[source,arduino]
----
if (isUpperCase(myChar)) { // tests if myChar is an upper case letter
Serial.println("The character is upper case");
}
else {
Serial.println("The character is not upper case");
}
----

--
// HOW TO USE SECTION ENDS


// SEE ALSO SECTION
[#see_also]
--

[float]
=== See also

[role="language"]
* #LANGUAGE# link:../../../variables/data-types/char[char]
* #LANGUAGE# link:../../../structure/control-structure/if[if (conditional operators)]
* #LANGUAGE# link:../../../structure/control-structure/while[while (conditional operators)]
* #LANGUAGE# link:../../communication/serial/read[read()]

--
// SEE ALSO SECTION ENDS
178 changes: 89 additions & 89 deletions Language/Structure/Arithmetic Operators/addition.adoc
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Original file line number Diff line number Diff line change
@@ -1,89 +1,89 @@
---
title: "+"
title_expanded: "addition"
categories: [ "Structure" ]
subCategories: [ "Arithmetic Operators" ]
---
= + Addition
// OVERVIEW SECTION STARTS
[#overview]
--
[float]
=== Description
*Addition* is one of the four primary arithmetic operations. The operator `+` (plus) operates on two operands to produce the sum.
[%hardbreaks]
[float]
=== Syntax
`sum = operand1 + operand2;`
[float]
=== Parameters
`sum`: variable. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`. +
`operand1`: variable or constant. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`. +
`operand2`: variable or constant. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`.
--
// OVERVIEW SECTION ENDS
// HOW TO USE SECTION STARTS
[#howtouse]
--
[float]
=== Example Code
[source,arduino]
----
int a = 5;
int b = 10;
int c = 0;
c = a + b; // the variable 'c' gets a value of 15 after this statement is executed
----
[%hardbreaks]
[float]
=== Notes and Warnings
1. The addition operation can overflow if the result is larger than that which can be stored in the data type (e.g. adding 1 to an integer with the value 32,767 gives -32,768).
2. If one of the numbers (operands) are of the type float or of type double, floating point math will be used for the calculation.
3. If the operands are of float / double data type and the variable that stores the sum is an integer, then only the integral part is stored and the fractional part of the number is lost.
[source,arduino]
----
float a = 5.5;
float b = 6.6;
int c = 0;
c = a + b; // the variable 'c' stores a value of 12 only as opposed to the expected sum of 12.1
----
[%hardbreaks]
--
// HOW TO USE SECTION ENDS
// SEE ALSO SECTION
[#see_also]
--
[float]
=== See also
[role="language"]
--
// SEE ALSO SECTION ENDS
---
title: "+"
title_expanded: "addition"
categories: [ "Structure" ]
subCategories: [ "Arithmetic Operators" ]
---





= + Addition


// OVERVIEW SECTION STARTS
[#overview]
--

[float]
=== Description
*Addition* is one of the four primary arithmetic operations. The operator `+` (plus) operates on two operands to produce the sum.
[%hardbreaks]


[float]
=== Syntax
`sum = operand1 + operand2;`

[float]
=== Parameters
`sum`: variable. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`. +
`operand1`: variable or constant. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`. +
`operand2`: variable or constant. Allowed data types: `int`, `float`, `double`, `byte`, `short`, `long`.

--
// OVERVIEW SECTION ENDS




// HOW TO USE SECTION STARTS
[#howtouse]
--

[float]
=== Example Code

[source,arduino]
----
int a = 5;
int b = 10;
int c = 0;
c = a + b; // the variable 'c' gets a value of 15 after this statement is executed
----
[%hardbreaks]

[float]
=== Notes and Warnings
1. The addition operation can overflow if the result is larger than that which can be stored in the data type (e.g. adding 1 to an integer with the value 32,767 gives -32,768).

2. If one of the numbers (operands) are of the type float or of type double, floating point math will be used for the calculation.

3. If the operands are of float / double data type and the variable that stores the sum is an integer, then only the integral part is stored and the fractional part of the number is lost.

[source,arduino]
----
float a = 5.5;
float b = 6.6;
int c = 0;
c = a + b; // the variable 'c' stores a value of 12 only as opposed to the expected sum of 12.1
----
[%hardbreaks]
--
// HOW TO USE SECTION ENDS




// SEE ALSO SECTION
[#see_also]
--

[float]
=== See also

[role="language"]

--
// SEE ALSO SECTION ENDS
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