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alt key codes

Nitin Dhiman 10:14 PM , No comments

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Dummy Credit Card Numbers for Testing

Nitin Dhiman 5:13 AM No comments
Here is a list of dummy credit card number that can be used while testing your applications involving credit card transactions:
Visa: 4111-1111-1111-1111
MasterCard: 5431-1111-1111-1111
Amex: 341-1111-1111-1111
Discover: 6011-6011-6011-6611

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Nitin Dhiman 6:03 AM , , No comments

Custom Numeric Format Strings Output Examples
The following table illustrates the output created by applying some custom numeric format
strings to specific data types and values. The output was generated using the ToString method
and the English-United States (en-US) culture.

Format string
Data type
Value
Output
#####Double123123
00000Double12300123
(###) ### - ####Double1234567890(123) 456 – 7890
#.##Double1.21.2
0.00Double1.21.20
00.00Double1.201.20
#,#Double12345678901,234,567,890
#,,Double12345678901235
#,,,Double12345678901
#,##0,,Double12345678901,235
#0.##%Double0.0868.6%
0.###E+0Double860008.6E+4
0.###E+000Double860008.6E+004
0.###E-000Double860008.6E004
[##-##-##]Double123456[12-34-56]
##;(##)Double12341234
##;(##)Double-1234(1234)

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Section Separators and Conditional Formatting

Nitin Dhiman 5:57 AM , , No comments
Section Separators and Conditional Formatting

Different formatting can be applied to a string based on whether the value is positive,
negative, or zero. To produce this behavior, a custom format string can contain
up to three sections separated by semicolons. These sections are described in the
following table.
No. of Sections
Description

One section
The format string applies to all values.

Two sections
The first section applies to positive values and zeros, and the second section applies
to negative values.
If the number to be formatted is negative, but becomes zero after rounding according
to the format in the second section, then the resulting zero is formatted according
to the first section.

Three sections
The first section applies to positive values, the second section applies to negative
values, and the third section applies to zeros.
The second section can be left empty (by having nothing between the semicolons),
in which case the first section applies to all nonzero values.
If the number to be formatted is nonzero, but becomes zero after rounding according
to the format in the first or second section, then the resulting zero is formatted
according to the third section.

Section separators ignore any preexisting formatting associated with a number when
the final value is formatted. For example, negative values are always displayed
without a minus sign when section separators are used. If you want the final formatted
value to have a minus sign, you should explicitly include the minus sign as part
of the custom format specifier.

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.NET Custom Number Format Strings

Nitin Dhiman 5:49 AM , , No comments

.NET Custom Number Format Strings
Specifier
Name
Description
0Zero placeholderIf the value being formatted has a digit in the position where the '0' appears in the format string, then that digit is copied to the result string. The position of the leftmost '0' before the decimal point and the rightmost '0' after the decimal point determines the range of digits that are always present in the result string. The "00" specifier causes the value to be rounded to the nearest digit preceding the decimal, where rounding away from zero is always used. For example, formatting 34.5 with "00" would result in the value 35.
#Digit placeholderIf the value being formatted has a digit in the position where the '#' appears in the format string, then that digit is copied to the result string. Otherwise, nothing is stored in that position in the result string. This specifier never displays the '0' character if it is not a significant digit, even if '0' is the only digit in the string. It will display the '0' character if it is a significant digit in the number being displayed. The "##" format string causes the value to be rounded to the nearest digit preceding the decimal, where rounding away from zero is always used. For example, formatting 34.5 with "##" would result in the value 35.
.Decimal pointThe first '.' character in the format string determines the location of the decimal separator in the formatted value; any additional '.' characters are ignored. The actual character used as the decimal separator is determined by the NumberDecimalSeparator property of the NumberFormatInfo that controls formatting.
,Thousand separator and number scalingThousand Separator Specifier:If one or more ',' characters is specified between two digit placeholders (0 or #) that format the integral digits of a number, a group separator character is inserted between each number group in the integral part of the output. The NumberGroupSeparator and NumberGroupSizes properties of the current NumberFormatInfo object determine the character used as the number group separator and the size of each number group.
Number Scaling Specifier:If one or more ',' characters is specified immediately to the left of the explicit or implicit decimal point, the number to be formatted is divided by 1000 each time a number scaling specifier occurs. For example, if the string "0,," is used to format the number 100 million, the output is "100". You can use thousand separator and number scaling specifiers in the same format string.
%Percentage placeholderThe presence of a '%' character in a format string causes a number to be multiplied by 100 before it is formatted. The appropriate symbol is inserted in the number itself at the location where the '%' appears in the format string. The percent character used is dependent on the current NumberFormatInfo class.
E0
E+0
E-0
e0
e+0
e-0		Scientific notationIf any of the strings "E", "E+", "E-", "e", "e+", or "e-" are present in the format string and are followed immediately by at least one '0' character, then the number is formatted using scientific notation with an 'E' or 'e' inserted between the number and the exponent. The number of '0' characters following the scientific notation indicator determines the minimum number of digits to output for the exponent. The "E+" and "e+" formats indicate that a sign character (plus or minus) should always precede the exponent. The "E", "E-", "e", or "e-" formats indicate that a sign character should only precede negative exponents.
\Escape characterIn C# and C++, the backslash character causes the next character in the format string to be interpreted as an escape sequence. It is used with traditional formatting sequences like '\n' (new line). In some languages, the escape character itself must be preceded by an escape character when used as a literal. Otherwise, the compiler interprets the character as an escape sequence. Use the string "\\" to display '\'. Note that this escape character is not supported in Visual Basic; however, ControlChars provides the same functionality.
'ABC'
"ABC"		Literal stringCharacters enclosed in single or double quotes are copied to the result string, and do not affect formatting.
;Section separatorThe ';' character is used to separate sections for positive, negative, and zero numbers in the format string.
OtherAll other charactersAny other character is copied to the result string, and does not affect formatting.

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Examples

Nitin Dhiman 5:35 AM , , No comments

Format String
Data type
Value
Output
CDouble12345.6789$12,345.68
DInt321234512345
D8Int321234500012345
EDouble12345.67891.234568E+004
E10Double12345.67891.2345678900E+004
EDouble12345.67891.2346e+004


Format String
Data type
Value
Output
FDouble12345.678912345.68
F0Double12345.6789123456
F6Double12345.678912345.678900
GDouble12345.678912345.6789
G7Double12345.678912345.68
GDouble0.00000232.3E-6


Format String
Data type
Value
Output
G2Double12341.2E3
GDoubleMath.PI3.14159265358979
NDouble12345.678912,345.68
N4Double123456789123,456,789.0000
PDouble.12612.60 %
rDoubleMath.PI3.141592653589793

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.NET Standard Number Format Strings

Nitin Dhiman 5:24 AM , , No comments


.NET Standard Number Format Strings

Specifier
Name
 Description
C or cCurrencyThe number is converted to a string that represents a currency amount. The conversion is controlled by the currency format information of the current NumberFormatInfo object. Precision specifier (eg. “{0:C5}” allowed.
D or dDecimalThis format is supported only for integral types. The number is converted to a string of decimal digits (0-9), prefixed by a minus sign if the number is negative. Precision specifier (eg. “{0:d3}” allowed.
E or eScientific
(expol)		The number is converted to a string of the form "-d.ddd…E+ddd" or "-d.ddd…e+ddd", where each 'd' indicates a digit (0-9). The string starts with a minus sign if the number is negative. One digit always precedes the decimal point. Precision specifier (eg. “{0:E5}” allowed. The case of the format specifier indicates whether to prefix the exponent with an 'E' or an 'e'. The exponent always consists of a plus or minus sign and a minimum of three digits. The exponent is padded with zeros to meet this minimum, if required.
F or fFixed-pointThe number is converted to a string of the form "-ddd.ddd…" where each 'd' indicates a digit (0-9). The string starts with a minus sign if the number is negative. Precision specifier (eg. “{0:f4}” allowed.
G or gGeneralThe number is converted to the most compact of either fixed-point or scientific notation, depending on the type of the number and whether a precision specifier is present.
N or nNumberThe number is converted to a string of the form "-d,ddd,ddd.ddd…", where '-' indicates a negative number symbol if required, 'd' indicates a digit (0-9), ',' indicates a thousand separator between number groups, and '.' indicates a decimal point symbol. The actual negative number pattern, number group size, thousand separator, and decimal separator are specified by the current NumberFormatInfo object. Precision specifier (eg. “{0:N5}” allowed.
P or pPercentThe number is converted to a string that represents a percent as defined by the NumberFormatInfo.PercentNegativePattern property if the number is negative, or the NumberFormatInfo.PercentPositivePattern property if the number is positive. The converted number is multiplied by 100 in order to be presented as a percentage. Precision specifier (eg. “{0:p6}” allowed.
R or rRound-tripThis format is supported only for the Single and Double types. The round-trip specifier guarantees that a numeric value converted to a string will be parsed back into the same numeric value. When a numeric value is formatted using this specifier, it is first tested using the general format, with 15 spaces of precision for a Double and 7 spaces of precision for a Single. If the value is successfully parsed back to the same numeric value, it is formatted using the general format specifier. However, if the value is not successfully parsed back to the same numeric value, then the value is formatted using 17 digits of precision for a Double and 9 digits of precision for a Single. Precision specifier NOT allowed.
X or xHexa
decimal		This format is supported only for integral types. The number is converted to a string of hexadecimal digits. The case of the format specifier indicates whether to use uppercase or lowercase characters for the hexadecimal digits greater than 9. Precision specifier (eg. "{0:x4}" allowed. If required, the number is padded with zeros to its left to produce the number of digits given by the precision specifier.
Any other single char.(Unknown specifier)An unknown specifier throws a runtime format exception.

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.NET Custom DateTime Format Strings

Nitin Dhiman 12:15 AM , No comments
.NET Custom DateTime Format Strings
SpecifierDescription
dRepresents the day of the month as a number from 1 through 31. A single-digit day is formatted without a leading zero.
ddRepresents the day of the month as a number from 01 through 31. A single-digit day is formatted with a leading zero.
dddRepresents the abbreviated name of the day of the week as defined in the current System.Globalization.DateTimeFormatInfo.AbbreviatedDayNames property.
ddddRepresents the full name of the day of the week as defined in the current System.Globalization.DateTimeFormatInfo.DayNames property.
fRepresents the most significant digit of the seconds fraction. Note that if the "f" format specifier is used alone, without other format specifiers, it is interpreted as the "f" standard DateTime format specifier (full date/time pattern). When you use this format specifier with the ParseExact or TryParseExact method, the number of "f" format specifiers that you use indicates the number of most significant digits of the seconds fraction to parse.
ff…Number of repeated specifiers represents most significant digits of the seconds fraction.
FRepresents the most significant digit of the seconds fraction. Nothing is displayed if the digit is zero. When you use this format specifier with the ParseExact or TryParseExact method, the number of "F" format specifiers that you use indicates the maximum number of most significant digits of the seconds fraction to parse.
FF…Number of repeated specifiers represents most significant digits of the seconds fraction. Trailing zeros, or two zero digits, are not displayed.
g or ggRepresents the period or era (A.D. for example). This specifier is ignored if the date to be formatted does not have an associated period or era string.
hRepresents the hour as a number from 1 through 12, that is, the hour as represented by a 12-hour clock that counts the whole hours since midnight or noon. A single-digit hour is formatted without a leading zero.
hhRepresents the hour as a number from 01 through 12, that is, the hour as represented by a 12-hour clock that counts the whole hours since midnight or noon. A single-digit hour is formatted with a leading zero.
HRepresents the hour as a number from 0 through 23, that is, the hour as represented by a zero-based 24-hour clock that counts the hours since midnight. A single-digit hour is formatted without a leading zero.
HHRepresents the hour as a number from 00 through 23, that is, the hour as represented by a zero-based 24-hour clock that counts the hours since midnight. A single-digit hour is formatted with a leading zero.
KRepresents different values of the DateTime.Kind property, that is, Local, Utc, or Unspecified. This specifier round-trips the kind value in text and preserves the time zone. For the Local kind value, this specifier is equivalent to the "zzz" specifier and displays the local offset, for example, "-07:00". For the Utc kind value, the specifier displays a "Z" character to represent a UTC date. For the Unspecified kind value, the specifier is equivalent to "" (nothing).
mRepresents the minute as a number from 0 through 59. The minute represents whole minutes passed since the last hour. A single-digit minute is formatted without a leading zero.
mmRepresents the minute as a number from 00 through 59. The minute represents whole minutes passed since the last hour. A single-digit minute is formatted with a leading zero.
MRepresents the month as a number from 1 through 12. A single-digit month is formatted without a leading zero.
MMRepresents the month as a number from 01 through 12. A single-digit month is formatted with a leading zero.
MMMRepresents the abbreviated name of the month as defined in the current System.Globalization.DateTimeFormatInfo.AbbreviatedMonthNames property.
MMMMRepresents the full name of the month as defined in the current System.Globalization.DateTimeFormatInfo.MonthNames property.
sRepresents the seconds as a number from 0 through 59. The second represents whole seconds passed since the last minute. A single-digit second is formatted without a leading zero.
ssRepresents the seconds as a number from 00 through 59. The second represents whole seconds passed since the last minute. A single-digit second is formatted with a leading zero.
tRepresents the first character of the A.M./P.M. designator defined in the current System.Globalization.DateTimeFormatInfo.AMDesignator or System.Globalization.DateTimeFormatInfo.PMDesignator property.
ttRepresents the A.M./P.M. designator as defined in the current System.Globalization.DateTimeFormatInfo.AMDesignator or System.Globalization.DateTimeFormatInfo.PMDesignator property.
yRepresents the year as at most a two-digit number. If the year has more than two digits, only the two low-order digits appear in the result. If the year has fewer than two digits, the number is formatted without a leading zero.
yyRepresents the year as a two-digit number. If the year has more than two digits, only the two low-order digits appear in the result. If the year has fewer than two digits, the number is padded with leading zeroes to achieve two digits.
yyyRepresents the year as a three-digit number. If the year has more than three digits, only the three low-order digits appear in the result. If the year has fewer than three digits, the number is padded with leading zeroes to achieve three digits. Note that for the Thai Buddhist calendar, which can have five-digit years, this format specifier displays all five digits.
yyyyRepresents the year as a four-digit number. If the year has more than four digits, only the four low-order digits appear in the result. If the year has fewer than four digits, the number is padded with leading zeroes to achieve four digits. Note that for the Thai Buddhist calendar, which can have five-digit years, this format specifier renders all five digits.
yyyyyRepresents the year as a five-digit number. If the year has more than five digits, only the five low-order digits appear in the result. If the year has fewer than five digits, the number is padded with leading zeroes to achieve five digits. If there are additional "y" specifiers, the number is padded with as many leading zeroes as necessary to achieve the number of "y" specifiers.
zRepresents the signed time zone offset of your system from Greenwich Mean Time (GMT) measured in hours. For example, the offset for a computer in the Pacific Standard Time zone is "-8". The offset is always displayed with a leading sign. A plus sign (+) indicates hours ahead of GMT and a minus sign (-) indicates hours behind GMT. The offset ranges from –12 through +13. A single-digit offset is formatted without a leading zero. The offset is affected by daylight savings time.
zzRepresents the signed time zone offset of your system from Greenwich Mean Time (GMT) measured in hours. For example, the offset for a computer in the Pacific Standard Time zone is "-08". The offset is always displayed with a leading sign. A plus sign (+) indicates hours ahead of GMT and a minus sign (-) indicates hours behind GMT. The offset ranges from –12 through +13. A single-digit offset is formatted with a leading zero. The offset is affected by daylight savings time.
zzzRepresents the signed time zone offset of your system from Greenwich Mean Time (GMT) measured in hours and minutes. For example, the offset for a computer in the Pacific Standard Time zone is "-08:00". The offset is always displayed with a leading sign. A plus sign (+) indicates hours ahead of GMT and a minus sign (-) indicates hours behind GMT. The offset ranges from –12 through +13. A single-digit offset is formatted with a leading zero. The offset is affected by daylight savings time.
:The time separator defined in the current System.Globalization.DateTimeFormatInfo.TimeSeparator property that is used to differentiate hours, minutes, and seconds.
/The date separator defined in the current System.Globalization.DateTimeFormatInfo.DateSeparator property that is used to differentiate years, months, and days.
"Quoted string (quotation mark). Displays the literal value of any string between two quotation marks ("). Precede each quotation mark with an escape character (\).
'Quoted string (apostrophe). Displays the literal value of any string between two apostrophe (') characters.
%cRepresents the result associated with a custom format specifier "c", when the custom DateTime format string consists solely of that custom format specifier. That is, to use the "d", "f", "F", "h", "m", "s", "t", "y", "z", "H", or "M" custom format specifier by itself, specify "%d", "%f", "%F", "%h", "%m", "%s", "%t", "%y", "%z", "%H", or "%M".
\cThe escape character. Displays the character "c" as a literal when that character is preceded by the escape character (\). To insert the backslash character itself in the result string, use two escape characters ("\\").
Any other char.Any other character is copied to the result string, and does not affect formatting.

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.NET Standard DateTime Format Strings

Nitin Dhiman 11:43 PM , No comments

.NET Standard DateTime Format Strings

Specifier
Name
Description

d
Short date pattern
Represents a custom DateTime format string defined by the current ShortDatePattern
property.

D
Long date pattern
Represents a custom DateTime format string defined by the current LongDatePattern
property.

f
Full date/time pattern (short time)
Represents a combination of the long date (D) and short time (t) patterns, separated
by a space.

F
Full date/time pattern (long time)
Represents a custom DateTime format string defined by the current FullDateTimePattern
property.

g
General date/time pattern (short time)
Represents a combination of the short date (d) and short time (t) patterns, separated
by a space.

G
General date/time pattern (long time)
Represents a combination of the short date (d) and long time (T) patterns, separated
by a space.

M or m
Month day pattern
Represents a custom DateTime format string defined by the current MonthDayPattern
property.

o
Round-trip date/time pattern
Represents a custom DateTime format string using a pattern that preserves time zone
information. The pattern is designed to round-trip DateTime formats, including the
Kind property, in text. Then the formatted string can be parsed back using Parse
or ParseExact with the correct Kind property value. Equivalent custom format string
is "yyyy'-'MM'-'dd'T'HH':'mm':'ss.fffffffK".

R or r
RFC1123 pattern
Represents a custom DateTime format string defined by the current RFC1123Pattern
property. The pattern is a defined standard and the property is readonly. Equivalent
custom format string is "ddd, dd MMM yyyy HH':'mm':'ss 'GMT'". Does not convert
DateTimes to UTC.

s
Sortable date/time pattern; ISO 8601
Represents a custom DateTime format string defined by the current SortableDateTimePattern
property. This pattern is a defined standard and the property is read-only. Equivalent
custom format string is "yyyy'-'MM'-'dd'T'HH':'mm':'ss".

t
Short time pattern
Represents a custom DateTime format string defined by the current ShortTimePattern
property. For example, the custom format string for the invariant culture is "HH:mm".

T
Long time pattern
Represents a custom DateTime format string defined by the current LongTimePattern
property. For example, the custom format string for the invariant culture is "HH:mm:ss".

u
Universal sortable date/time pattern
Represents a custom DateTime format string defined by the current UniversalSortableDateTimePattern
property. Equivalent custom format string is "yyyy'-'MM'-'dd HH':'mm':'ss'Z'". Does
not convert DateTimes to UTC.

U
Universal sortable date/time pattern
Represents a custom DateTime format string defined by the current FullDateTimePattern
property. This pattern is the same as the full date/long time (F) pattern. However,
formatting operates on the Coordinated Universal Time (UTC) that is equivalent to
the DateTime object being formatted.

Y or y
Year month pattern
Represents a custom DateTime format string defined by the current YearMonthPattern
property. For example, the custom format string for the invariant culture is "yyyy
MMMM".

Any other single character
(Unknown specifier)
An unknown specifier throws a runtime format exception.

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Casecading dropdown using JQuery.

Nitin Dhiman 4:13 AM , , , , No comments
1) Put the following JavaScript function on the page:

function BindDropDown(dropdown_parent,dropdown_child,selectedVal)
{
if(document.getElementById(dropdown_parent).selectedIndex>0)
{
$.ajax
({
url: "/GetAjaxData.aspx",
data: "type=products&value="+document.getElementById(dropdown_parent).options[document.getElementById(dropdown_parent).selectedIndex].value,
success: function(message1)
{
var selectedindex=0;
var rows1 = message1.split("\n");
var iCount = 0;
document.getElementById(dropdown_child).options.length = 0;
for (iCount = 0; iCount < rows1.length; iCount++)
{
var valu=rows1[iCount].split("|");
if(valu[1].replace(/^\s*/, "").replace(/\s*$/, "")==selectedVal)
selectedindex=iCount;
var oOption = new Option(valu[0],valu[1].replace(/^\s*/, "").replace(/\s*$/, ""));
document.getElementById(dropdown_child).options.add(oOption);
}
document.getElementById(dropdown_child).options[selectedindex].selected=true;
return false;
}
});
}
else
{
document.getElementById(dropdown_child).options.length = 0;
document.getElementById(dropdown_child).options.add(new Option("--Select--", "0"));
}
}

2) Call The Following function on dropdown's selected index change:


 BindProducts('<%=ddlParent.ClientID%>', '<%=ddlChild.ClientID%>', '<%=Id%>')


3) Put the following code on the GetAjaxData.aspx page:

protected void Page_Load(object sender, EventArgs e)
{
ReturnDDLData(Convert.ToInt32(Request.QueryString["value"]));
}
private void ReturnDDLData(Int32 selectedId)
{
Response.Clear();
StringBuilder sbResponse = new StringBuilder();
Collection m_oCollection = new Collection();
m_oCollection.GetCollection(selectedId);
sbResponse.Append(string.Concat("--Select--", "|0", Environment.NewLine));
foreach (Product m_oItem in m_oCollection)
{
sbResponse.Append(string.Concat(m_oItem.Name, "|", m_oItem.ID.Value.ToString().Trim()) + Environment.NewLine);
}
Response.Output.Write(sbResponse.ToString().Substring(0, sbResponse.ToString().LastIndexOf(Environment.NewLine)));
Response.End();
}

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Create a Windows Service in .net

Nitin Dhiman 5:54 AM , No comments
Hi,
Following are the steps to create a basic windows service to write a file in .net:
include following namespaces:
using System.Text;
using System.IO;
using System.Timers;
Create a class level timer:
    private Timer timer = new Timer();
On Start Event:
    protected override void OnStart(string[] args)
    {
        timer.Elapsed += new ElapsedEventHandler(TimerElapsed);
        timer.Interval = 10000;
        timer.Enabled = true;
    }
Create Event handler:
    private void TimerElapsed(object source, ElapsedEventArgs e)
    {
        Logger();
    }
Create function:
    public void Logger()
    {
        string mydocument =
      Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments);
        string[] txtList = Directory.GetFiles(mydocument, "*.txt");
        StringBuilder sb = new StringBuilder();
        string FileName = @"\log.txt";
        using (StreamReader sr = new StreamReader(mydocument + FileName))
        {
            sb.AppendLine(DateTime.Now.ToString());
            sb.AppendLine("---------------------------------------------");
            sb.Append(sr.ReadToEnd());
            sb.AppendLine();
        }
        using (StreamWriter outfile =
            new StreamWriter(mydocument + FileName))
        {
            outfile.Write(sb.ToString());
        }
    }


InstallUtil command to install the service:
    installutil ServicePath/Servicename.exe


To uninstall the service:
    installutil /u ServicePath/Servicename.exe

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Custom Validator in JQuery.Validate

Nitin Dhiman 3:57 AM , , , , No comments
$.validator.addMethod(
"regexName",
function(value, element) {
var check = false;
var re = new RegExp('^[a-zA-Z _0-9.]+$');
return this.optional(element) || re.test(value);
},
"No special characters allowed!"
);


rules: {
LoginName: {
required: true,
regexName:true
},

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Open fancybox on Input Click

Nitin Dhiman 3:56 AM , , No comments
1)
$(document).ready(function()
{
$("#BTN").click(function()
{
$('test desc').fancybox().click();
});
});

2)

$("#buttontoclick").click(function() {
$('Friendly description').fancybox({
overlayShow: true
}).click();
});

3)

        function OpenPage(id) {
            $('dummy_anchor').fancybox({
                'frameWidth': 420, 'frameHeight': 413 // 'frameHeight': 232
            }).click();
        }

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JS file with Server Side Variable

Nitin Dhiman 3:54 AM , No comments
Javascript object and class concept

<_script_start>
var path = {
currentUrl: "",
getPath: function() {
return this.currentUrl;
},
TEST: function() {
alert(this.currentUrl);
}
}

script type="text/javascript">
path.currentUrl = '';
path.TEST();

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authorized.net complete

Nitin Dhiman 3:52 AM , , No comments
after including previous four classes call this function on button click




private void DoPayment()
{
AuthorizeNetRequest objAuthorizeNetRequest = new AuthorizeNetRequest();

// This is the account information for merchant account given by Authorize.Net people in email
// I can see transaction history here.

objAuthorizeNetRequest.Login = LOGINID;
objAuthorizeNetRequest.Amount = Convert.ToDouble(txtAmount.Text);
objAuthorizeNetRequest.CardNumber = txtCreditCardNo.Text;
objAuthorizeNetRequest.CardExpirationDate = drpExpirationDate.SelectedValue + drpYear.SelectedValue.Substring(2);

objAuthorizeNetRequest.TransactionType = AuthorizeNet.TransactionType.AUTH_CAPTURE;

///transaction types
///default is auth capture


//objAuthorizeNetRequest.TransactionType = AuthorizeNet.TransactionType.AUTH_ONLY;
//objAuthorizeNetRequest.TransactionType = AuthorizeNet.TransactionType.CREDIT;
//objAuthorizeNetRequest.TransactionType = AuthorizeNet.TransactionType.VOID;

///we can use other types but will have to provide transaction id if we are going to
///PRIOR_AUTH_CAPTURE type as this will capture prior authorized transaction.

//objAuthorizeNetRequest.TransactionId = "";
//objAuthorizeNetRequest.TransactionType = AuthorizeNet.TransactionType.PRIOR_AUTH_CAPTURE;

objAuthorizeNetRequest.CcvNumber = txtCCV.Text;

// Below is the API created by me by registering for test account.
objAuthorizeNetRequest.TransactionKey = TRANSACTION_KEY;
AuthorizeNetFields allFields = new AuthorizeNetFields();

allFields.x_First_Name = txtCardName.Text;
allFields.x_Address = "";
allFields.x_City = "";
allFields.x_State = "";
allFields.x_Country = "U.S.A";
allFields.x_Phone = "";
allFields.x_Zip = "";
allFields.x_Tax = "";
allFields.x_Email = "";
allFields.x_Description = "";

allFields.x_Ship_to_first_name = txtCardName.Text;
allFields.x_Ship_to_address = "";
allFields.x_Ship_to_city = "";
allFields.x_Ship_to_state = "";
allFields.x_Ship_to_country = "U.S.A";
allFields.x_Ship_to_phone = "";
allFields.x_Ship_to_zip = "";

AuthorizeNetResponse objAuthorizeNetResponse = AuthorizeNet.CallAuthorizeNetMethod(objAuthorizeNetRequest, allFields);
if (objAuthorizeNetResponse.IsSuccess)
{
Response.Write(objAuthorizeNetResponse.SuccessMessage +" ID:"+ objAuthorizeNetResponse.TransactionId);
}
else
{
Response.Write("Error : " + objAuthorizeNetResponse.Errors);
}
}

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part-3 AuthorizeNetRequest.cs

Nitin Dhiman 3:51 AM , , No comments
AuthorizeNet.cs
AuthorizeNetFields.cs
AuthorizeNetRequest.cs
AuthorizeNetResponse.cs





using System;
using System.Data;
using System.Configuration;
using System.Web;
using System.Web.Security;
using System.Web.UI;
using System.Web.UI.WebControls;
using System.Web.UI.WebControls.WebParts;
using System.Web.UI.HtmlControls;
/// 
/// Summary description for AuthorizeNetRequest
/// 

public class AuthorizeNetRequest
{
public AuthorizeNetRequest()
{
//
// TODO: Add constructor logic here
//
}

#region Private Member(s)
private string mstrLogin;
private double mdblAmount;
private string mstrTransactionKey;
private string mstrCardNumber;
private string mstrCcvNumber;
private string mstrCardExpirationDate;

private AuthorizeNet.TransactionType enmTransactionType;
private string mstrTransactionId;
#endregion

#region Public Propertie(s)
public string TransactionId
{
get { return mstrTransactionId; }
set { mstrTransactionId = value; }
}
public string CardNumber
{
get { return mstrCardNumber; }
set { mstrCardNumber = value; }
}

public string CcvNumber
{
get { return mstrCcvNumber; }
set { mstrCcvNumber = value; }
}
public double Amount
{
get { return mdblAmount; }
set { mdblAmount = value; }
}
public string Login
{
get { return mstrLogin; }
set { mstrLogin = value; }
}
public string CardExpirationDate
{
get { return mstrCardExpirationDate; }
set { mstrCardExpirationDate = value; }
}
public string TransactionKey
{
get { return mstrTransactionKey; }
set { mstrTransactionKey = value; }
}
public AuthorizeNet.TransactionType TransactionType
{
get { return enmTransactionType; }
set { enmTransactionType = value; }
}
#endregion
}

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part-4 AuthorizeNetResponse.cs

Nitin Dhiman 3:51 AM , , No comments
AuthorizeNet.cs
AuthorizeNetFields.cs
AuthorizeNetRequest.cs
AuthorizeNetResponse.cs




using System;
using System.Data;
using System.Configuration;
using System.Web;
using System.Web.Security;
using System.Web.UI;
using System.Web.UI.WebControls;
using System.Web.UI.WebControls.WebParts;
using System.Web.UI.HtmlControls;
using System.Collections.Generic;
/// 
/// Summary description for AuthorizeNetResponse
/// 
public class AuthorizeNetResponse
{
public AuthorizeNetResponse()
{
//
// TODO: Add constructor logic here
//
}
private string mstrTransactionId;
private string mlstErrors;
private string mlstSuccessMessage;

public string SuccessMessage
{
get { return mlstSuccessMessage; }
set { mlstSuccessMessage = value; }
}
private bool mblnIsSuccess;
public bool IsSuccess
{
get { return mblnIsSuccess; }
set { mblnIsSuccess = value; }
}
public string Errors
{
get { return mlstErrors; }
set { mlstErrors = value; }
}
public string TransactionId
{
get { return mstrTransactionId; }
set { mstrTransactionId = value; }
}
}

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part-2 AuthorizeNetFields.cs

Nitin Dhiman 3:50 AM , , No comments
AuthorizeNet.cs
AuthorizeNetFields.cs
AuthorizeNetRequest.cs
AuthorizeNetResponse.cs





using System;
using System.Collections.Generic;
using System.Linq;
using System.Web;

/// 
/// Summary description for AuthorizeNetFields
/// 
public class AuthorizeNetFields
{
public AuthorizeNetFields()
{
//
// TODO: Add constructor logic here
//
}
private string x_description = string.Empty;
public string x_Description
{
get { return x_description; }
set { x_description = value; }
}


private string x_first_name = string.Empty;
public string x_First_Name
{
get { return x_first_name; }
set { x_first_name = value; }
}
private string x_last_name = string.Empty;
public string x_Last_Name
{
get { return x_last_name; }
set { x_last_name = value; }
}


private string x_address = string.Empty;
public string x_Address
{
get { return x_address; }
set { x_address = value; }
}

private string x_city = string.Empty;
public string x_City
{
get { return x_city; }
set { x_city = value; }
}

private string x_state = string.Empty;

public string x_State
{
get { return x_state; }
set { x_state = value; }
}
private string x_zip = string.Empty;
public string x_Zip
{
get { return x_zip; }
set { x_zip = value; }
}

private string x_country = string.Empty;
public string x_Country
{
get { return x_country; }
set { x_country = value; }
}

private string x_phone = string.Empty;
public string x_Phone
{
get { return x_phone; }
set { x_phone = value; }
}

private string x_fax = string.Empty;
public string x_Fax
{
get { return x_fax; }
set { x_fax = value; }
}

private string x_email = string.Empty;
public string x_Email
{
get { return x_email; }
set { x_email = value; }
}



private string x_ship_to_first_name = string.Empty;
public string x_Ship_to_first_name
{
get { return x_ship_to_first_name; }
set { x_ship_to_first_name = value; }
}

private string x_ship_to_last_name = string.Empty;
public string x_Ship_to_last_name
{
get { return x_ship_to_last_name; }
set { x_ship_to_last_name = value; }
}

private string x_ship_to_company = string.Empty;
public string x_Ship_to_company
{
get { return x_ship_to_company; }
set { x_ship_to_company = value; }
}

private string x_ship_to_address = string.Empty;
public string x_Ship_to_address
{
get { return x_ship_to_address; }
set { x_ship_to_address = value; }
}

private string x_ship_to_city = string.Empty;
public string x_Ship_to_city
{
get { return x_ship_to_city; }
set { x_ship_to_city = value; }
}

private string x_ship_to_state = string.Empty;
public string x_Ship_to_state
{
get { return x_ship_to_state; }
set { x_ship_to_state = value; }
}

private string x_ship_to_zip = string.Empty;
public string x_Ship_to_zip
{
get { return x_ship_to_zip; }
set { x_ship_to_zip = value; }
}

private string x_ship_to_phone = string.Empty;
public string x_Ship_to_phone
{
get { return x_ship_to_phone; }
set { x_ship_to_phone = value; }
}
private string x_ship_to_country = string.Empty;
public string x_Ship_to_country
{
get { return x_ship_to_country; }
set { x_ship_to_country = value; }
}

private string x_tax = string.Empty;
public string x_Tax
{
get { return x_tax; }
set { x_tax = value; }
}
}

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