# # Type conversion

## # Converting Text of The Textbox to an Integer

Use the CInt function to provide conversions from any other data type to an Integer subtype. For example, CInt forces integer arithmetic when currency, single-precision, or double-precision arithmetic would normally occur.

Assuming that you have 1 button and 2 textbox. If you type on textbox1.text `5.5` and on textbox2.text `10`.

If you have this code:

``````Dim result = textbox1.text + textbox2.text
MsgBox("Result: " & result)
'It will output
5.510

``````

In order to add the values of the 2 textboxes you need to convert their values to `Int` by using the `CInt(expression)`.

``````Dim result = CInt(textbox1.text) + CInt(textbox2.text)
MsgBox("Result: " & result)
'It will output
16

``````

Note: When the fractional part of a value is exactly 0.5, the CInt function rounds to the closest even number. For example, 0.5 rounds to 0, while **1.5 rounds to 2, and 3.5 rounds to 4**. The purpose of rounding to the closest even number is to compensate for a bias that could accumulate when many numbers are added together.

#### # Syntax

• CBool(expression)
• CByte(expression)
• CChar(expression)
• CDate(expression)
• CDbl(expression)
• CDec(expression)
• CInt(expression)
• CLng(expression)
• CObj(expression)
• CSByte(expression)
• CShort(expression)
• CSng(expression)
• CStr(expression)
• CUInt(expression)
• CULng(expression)
• CUShort(expression)

#### # Parameters

Function name Range for Expression argument
CBool Any valid Char or String or numeric expression
CByte 0 through 255 (unsigned); fractional parts are rounded.
CChar Any valid Char or String expression; only first character of a String is converted; value can be 0 through 65535 (unsigned).