public PropertyValueApplier Apply(OrderedDictionary propertyValues)
{
return Apply(
propertyValues.Cast<DictionaryEntry>()
.ToDictionary(
x => (string)x.Key,
x => x.Value
)
);
}
private static string htmlToPlainText( string html )
{
const string emptyString = "";
const string singleSpace = " ";
// Maintains insert-order. Sadly, is not generic.
var regexToReplacements = new OrderedDictionary
{
{ "(\r\n|\r|\n)+", singleSpace },
{ "\t", emptyString },
{ @"/\*.*\*/", emptyString },
{ @"<!--.*-->", emptyString },
{ @"\s+", singleSpace },
{ @"<\s*head([^>])*>.*(<\s*(/)\s*head\s*>)", emptyString },
{ @"<\s*script([^>])*>.*(<\s*(/)\s*script\s*>)", emptyString },
{ @"<\s*style([^>])*>.*(<\s*(/)\s*style\s*>)", emptyString },
{ @"<\s*td([^>])*>", "\t" },
{ @"<\s*br\s*/?>", Environment.NewLine },
{ @"<\s*li\s*>", Environment.NewLine },
{ @"<\s*div([^>])*>", Environment.NewLine + Environment.NewLine },
{ @"<\s*tr([^>])*>", Environment.NewLine + Environment.NewLine },
{ @"<\s*p([^>])*>", Environment.NewLine + Environment.NewLine },
{ RegularExpressions.HtmlTag, emptyString },
{ @"<![^>]*>", emptyString },
{ @"•", " * " },
{ @"‹", "<" },
{ @"›", ">" },
{ @"™", "(tm)" },
{ @"⁄", "/" },
{ @"<", "<" },
{ @">", ">" },
{ @"©", "(c)" },
{ @"®", "(r)" },
{ @"&(.{2,6});", emptyString },
{ Environment.NewLine + @"\s+" + Environment.NewLine, Environment.NewLine + Environment.NewLine },
{ @"\t\s+\t", "\t\t" },
{ @"\t\s+" + Environment.NewLine, "\t" + Environment.NewLine },
{ Environment.NewLine + @"\s+\t", Environment.NewLine + "\t" },
{ Environment.NewLine + @"\t+" + Environment.NewLine, Environment.NewLine + Environment.NewLine },
{ Environment.NewLine + @"\t+", Environment.NewLine + "\t" }
};
return
regexToReplacements.Cast<DictionaryEntry>()
.Aggregate(
html,
( current, regexToReplacement ) => Regex.Replace( current, (string)regexToReplacement.Key, (string)regexToReplacement.Value, RegexOptions.IgnoreCase ) )
.Trim();
}
private OrderedDictionary CreatePayeTable(string YearSelected, out decimal personalAllowance, out string taxCodeLetter)
{
OrderedDictionary payetable = new OrderedDictionary();
personalAllowance = 0m;
taxCodeLetter = "";
decimal numericAmount = 0m;
List<string> TaxCodes = ReadXML("//YearEnd[@Year='"+YearSelected+"']/PAYE/BandCodes//@letter");
List<string> TaxCodesEndLetters = ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/BandEndLetters/Letter");
List<string> TaxCodesStartLetters = ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/BandStartLetters/Letter");
//If no Tax code was enter, use default and call method again.
if (TaxCode.Text == "") {
TaxCode.Text = ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Default").First();
payetable = CreatePayeTable(YearSelected, out personalAllowance, out taxCodeLetter);
}
else if (TaxCodes.Contains(TaxCode.Text)) //Checks for single rate NT, BR, D0 etc.
{
payetable = ReadRatesXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/BandCodes/code[@letter='" + TaxCode.Text + "']");
}
//The case for the L (and related) codes is complex. We need to take into consideration that the personal Allowance
//reduces by 2 after the salary goes past £100,000 (the adjusted level).
//To do this, the rate will be increased by 1.5 post £100,000 until the personal allowance reaches 0.
//This threshold will be 100,000 + 2 * personal allowance.
else if (TaxCodesEndLetters.Contains(TaxCode.Text.Substring(TaxCode.Text.Length - 1, 1)))
{
if (decimal.TryParse(TaxCode.Text.Substring(0, TaxCode.Text.Length - 1), out numericAmount))
{
personalAllowance = numericAmount * 10 + 9;
OrderedDictionary payetableRate = new OrderedDictionary();
payetableRate = ReadRatesXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Bands", personalAllowance);
decimal Adjusted = 0;
if (ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Adjusted").Count == 1)
{
Adjusted = Convert.ToDecimal(ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Adjusted").First());
}
if (Adjusted != 0)
{
decimal AdjustedUpper = Adjusted + 2 * (personalAllowance-9);
int i = 0;
decimal Bound = 0;
decimal Rate = 0;
decimal RateAdjusted = 0;
int NumberOfEntries = payetableRate.Count;
payetable.Add(Bound, Rate);
//3 stages here
//i. Add thresholds below the Adjusted level
//ii. Add thresholds between Adjusted level and Adjusted level + 2 * personal allowance
//iii. Add thresholds post Adjusted level + 2 * personal allowance
//Stage i
while (true) //infinite loop but breaking when either of two conditions are met
{
Bound = Convert.ToDecimal(payetableRate.Cast<DictionaryEntry>().ElementAt(i).Key);
Rate = Convert.ToDecimal(payetableRate[i]);
if (Bound < Adjusted)
{ payetable.Add(Bound, Rate); }
else //break when Adjusted level is reached
{
RateAdjusted = Convert.ToDecimal(payetableRate[i - 1]) * 1.5m;
payetable.Add(Adjusted, RateAdjusted);
break;
}
if (i < NumberOfEntries - 1)
{ i++; }
else //break also when end of table is reached
{
RateAdjusted = Convert.ToDecimal(payetableRate[i]) * 1.5m;
payetable.Add(Adjusted, RateAdjusted);
break;
}
}
//Stage ii
decimal BoundAdjusted = 0;
while (AdjustedUpper > Bound - personalAllowance)
{
Bound = Convert.ToDecimal(payetableRate.Cast<DictionaryEntry>().ElementAt(i).Key);
if (Bound < Adjusted)
{
Rate = Convert.ToDecimal(payetableRate[i]);
payetable.Add(AdjustedUpper, Rate);
break;
}
if (Bound - personalAllowance < AdjustedUpper)
{
BoundAdjusted = AdjustedUpper / 3 + 2 * (Bound - personalAllowance) / 3;
RateAdjusted = Convert.ToDecimal(payetableRate[i]) * 1.5m;
payetable.Add(BoundAdjusted, RateAdjusted);
}
else
{
Rate = Convert.ToDecimal(payetableRate[i - 1]);
payetable.Add(AdjustedUpper, Rate);
break;
}
if (i < NumberOfEntries - 1)
{ i++; }
else
{
Rate = Convert.ToDecimal(payetableRate[i]);
payetable.Add(AdjustedUpper, Rate);
break;
}
}
//Stage iii
while (true)//infinite loop but breaking when either of two conditions are met
{
Bound = Convert.ToDecimal(payetableRate.Cast<DictionaryEntry>().ElementAt(i).Key);
Rate = Convert.ToDecimal(payetableRate[i]);
if (Bound - personalAllowance > AdjustedUpper)
{
payetable.Add(Bound - personalAllowance, Rate);
}
else { break; } //breaks if this threshold is last in table
if (i < NumberOfEntries - 1)
{ i++; } //breaks when end of table is reached
else { break; }
}
}
else //Case when there is no adjusted level
{
int i = 0;
decimal Bound = 0;
decimal Rate = 0;
int NumberOfEntries = payetableRate.Count;
while (i < NumberOfEntries)
{
payetable.Add(Bound, Rate);
Bound = Convert.ToDecimal(payetableRate.Cast<DictionaryEntry>().ElementAt(i).Key);
Rate = Convert.ToDecimal(payetableRate[i]);
i++;
}
}
taxCodeLetter = TaxCode.Text.Substring(TaxCode.Text.Length - 1, 1);
}
}
else if (TaxCodesStartLetters.Contains(TaxCode.Text.Substring(0, 1))) //Case for K codes
{
if (decimal.TryParse(TaxCode.Text.Substring(1, TaxCode.Text.Length - 1), out numericAmount)){
personalAllowance = -numericAmount * 10;
payetable = ReadRatesXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Bands", personalAllowance);
taxCodeLetter = TaxCode.Text.Substring(0, 1);
}
}
else //Case for invalid tax code enter. Then use default and call method again
{
TaxCode.Text = ReadXML("//YearEnd[@Year='" + YearSelected + "']/PAYE/Default").First();
payetable = CreatePayeTable(YearSelected, out personalAllowance, out taxCodeLetter);
}
return payetable;
}
/// <summary>
/// Generates HTML for the publishing mode
/// </summary>
/// <param name="content">Smart content object</param>
/// <param name="publishingContext">Publishing context</param>
/// <returns>Html</returns>
public override string GeneratePublishHtml(ISmartContent content, IPublishingContext publishingContext)
{
// Get non-default options
EffectiveOption[] options = DC.Crayon.Wlw.Framework.
Options.GetEffectiveOptions(content.Properties, Options)
.Where(p => p.Location != OptionLocation.Default)
.ToArray();
// Html Element
HtmlElement preElement = new HtmlElement() { Tag = "pre" };
OrderedDictionary classAttrParts = new OrderedDictionary(StringComparer.Ordinal);
OrderedDictionary styleAttr = new OrderedDictionary(StringComparer.Ordinal);
// Decode
classAttrParts["decode"] = "true";
// Setting Groups
ApplyContentSettings(false, preElement, classAttrParts, styleAttr, options);
ApplyMetricsSettings(false, preElement, classAttrParts, styleAttr, options);
ApplyToolbarSettings(true, preElement, classAttrParts, styleAttr, options);
ApplyLinesSettings(true, preElement, classAttrParts, styleAttr, options);
ApplyCodeSettings(true, preElement, classAttrParts, styleAttr, options);
// Set Class
if (classAttrParts.Count > 0)
{
preElement.Attributes["class"] = string.Join(" ",
classAttrParts.Cast<DictionaryEntry>()
.Select(kv => string.Format(CultureInfo.InvariantCulture, "{0}:{1}", kv.Key, HtmlElement.EscapeAttributeValue(kv.Value.ToString())))
.ToArray());
}
// Return
return preElement.ToString();
}