StringBuilder processViews(List <FieldDefinition> groupFields)
{
var builder = new StringBuilder();
//we add the horizontal linear layout
//we get all fields and use their labels as headers
//we get the first row defined as textview, label Type and get its choices
//we'll use these to repeat the fields
//for each choice in type, rename fields a bit and add all
//repeat
//we write the label
var addColumnHeaders = false;
var firstField = groupFields.FirstOrDefault(t => t.ViewType == "Unique Dataset" || t.ViewType == "Simple Table");
for (var i = 0; i < firstField.FieldOptions.Values.Count; i++)
{
var cleanItemName = firstField.FieldOptions.CleanValues[i];
var itemName = firstField.FieldOptions.Values[i];
var definitionBuilder = new MinimalViewDefinitionBuilder()
{
ItemName = itemName,
FieldNameSuffix = cleanItemName,
metaDataProvider = this.metaDataProvider,
ViewPageName = this.ViewPageName
};
if (addColumnHeaders)
{
addColumnHeaders = false;
var labels = (from field in groupFields
where field != firstField && field.DisplayLabel.ToLowerInvariant() != "index"
select field.DisplayLabel).ToList();
var headerText = definitionBuilder.getTableHeaderText(labels, firstField);
builder.Append(headerText);
}
foreach (var field in groupFields)
{
if (field.DisplayLabel.ToLowerInvariant() == "index")
{
continue;
}
var fieldXml = getViewDefinitions(definitionBuilder, field);
builder.Append(fieldXml);
}
}
//var asString = builder.ToString();
//System.IO.File.WriteAllText("tables.axml", asString);
//System.IO.File.WriteAllText("meta.txt", this.metaDataProvider.StringResourcesItems.ToString());
//Environment.Exit(0);
return(builder);
}
string getViewDefinitions(MinimalViewDefinitionBuilder definitionBuilder, FieldDefinition field)
{
var fieldXml = string.Empty;
switch (field.ViewType.ToLowerInvariant())
{
case "simple table":
case "unique dataset":
{
//we treat these as labels
fieldXml = definitionBuilder.getXamlDefinitionForGrandLabel(field);
break;
}
case "int":
case "integer":
case "cell":
case "cellnumber":
case "number":
{
fieldXml = definitionBuilder.getXamlDefinitionForTextField(field, true);
break;
}
case "time":
{
//fieldXml = definitionBuilder.getXamlDefinitionForDate(field, "TimePicker");
break;
}
case "today":
case "date":
case "datepicker":
{
//fieldXml = definitionBuilder.getXamlDefinitionForDate(field, "DatePicker");
break;
}
case "username":
case "text":
case "edittext":
{
fieldXml = definitionBuilder.getXamlDefinitionForTextField(field, false);
break;
}
case "label":
case "image":
case "start group":
case "block label":
case "labelbig":
case "textview":
{
fieldXml = definitionBuilder.getXamlDefinitionForLabel(field, true);
break;
}
case "multiselect":
case "single multiple":
case "checkbox":
{
fieldXml = (
definitionBuilder.getXamlLabelDefForEnumeratedFields(field) +
string.Join(Environment.NewLine, definitionBuilder.getXamlLabelDefForCheckBox(field)) + @"");
break;
}
case "singleselect":
case "single select":
case "radiogroup":
{
if (field.GridColumn == 5)
{
fieldXml = (definitionBuilder.getXamlLabelDefForRadioGroup(field, false) +
definitionBuilder.getXamlLabelDefForEnumeratedFields(field) +
string.Join(Environment.NewLine, definitionBuilder.getXamlLabelDefForRadioButton(field))
+ "</RadioGroup >");
}
else
{
//we look at the length of the enums and
//we change orientation if too long
var changeOrientation = false;
var lengths = (field.FieldOptions.Values.Select(t => t.Length)).Sum();
if (lengths > 50)
{
changeOrientation = true;
}
fieldXml = (definitionBuilder.getXamlLabelDefForEnumeratedFields(field) +
definitionBuilder.getXamlLabelDefForRadioGroup(field, changeOrientation) +
string.Join(Environment.NewLine, definitionBuilder.getXamlLabelDefForRadioButton(field))
+ "</RadioGroup >");
}
break;
}
default:
{
var fieldype = field.ViewType;
throw new ArgumentNullException("Please addlogic for " + field.ViewType);
}
}
return(fieldXml);
}