private static void SerialModuleProperty(ParserProperty.property_configuration pc, string fileNameOut)
{
XmlSerializer xml = new XmlSerializer(typeof(ParserProperty.property_configuration));
XmlSerializerNamespaces ns = new XmlSerializerNamespaces();
ns.Add(string.Empty, string.Empty);
ns.Add("pc", "http://www.freescale.com/ProcessorExpert/PropertyConfiguration.xsd");
using (TextWriter writer = new StreamWriter(fileNameOut))
{
xml.Serialize(writer, pc, ns);
}
}
private static ParserProperty.property_configuration DeserialModuleProperty(string file)
{
XmlSerializer de = new XmlSerializer(typeof(ParserProperty.property_configuration));
TextReader reader = new StreamReader(file);
object obj = de.Deserialize(reader);
ParserProperty.property_configuration config = (ParserProperty.property_configuration)obj;
reader.Close();
return(config);
}
private static void ProcessProperty(PinsFile fileIn, PinsFile fileOut)
{
ParserProperty.property_configuration pc = DeserialModuleProperty(fileIn.Property);
List <ParserProperty.propertiesEnum_property> lstProperty = new List <ParserProperty.propertiesEnum_property>();
string pattern = @"(PORT\w)_PCR(\d+)_(\w+)";
string currID = "0";
string preID = "0";
string prePort = "PORTA";
foreach (var item in pc.properties)
{
foreach (Match item2 in Regex.Matches(item.id, pattern))
{
if (item2.Groups[3].Value.Equals("InitValue"))
{
break;
}
currID = item2.Groups[2].Value;
if (preID.CompareTo(currID) != 0)
{
ParserProperty.propertiesEnum_property pt = new ParserProperty.propertiesEnum_property();
pt.caption = "Initial Value";
pt.description = "Initial Value";
pt.@default = "state_0";
List <ParserProperty.propertiesEnum_propertyState> lstEnumState = new List <ParserProperty.propertiesEnum_propertyState>();
ParserProperty.propertiesEnum_propertyStateConfiguration stateConfig0 = new ParserProperty.propertiesEnum_propertyStateConfiguration()
{
const_assign = new ParserProperty.propertiesEnum_propertyStateConfigurationConst_assign()
{
register = string.Format("{0}_PCR{1}", prePort, preID),
check_conflict = true,
bit_field_value = "0",
//configuration_step = string.Format("init_{0}", prePort)
}
};
ParserProperty.propertiesEnum_propertyStateConfiguration stateConfig1 = new ParserProperty.propertiesEnum_propertyStateConfiguration()
{
const_assign = new ParserProperty.propertiesEnum_propertyStateConfigurationConst_assign()
{
register = string.Format("{0}_PCR{1}", prePort, preID),
check_conflict = true,
bit_field_value = "0x1",
//configuration_step = string.Format("init_{0}", prePort)
}
};
lstEnumState.Add(new ParserProperty.propertiesEnum_propertyState()
{
id = "state_0", caption = "Initial Value is configured on the corresponding pin", description = "Initial Value is configured on the corresponding pin", configuration = stateConfig0
});
lstEnumState.Add(new ParserProperty.propertiesEnum_propertyState()
{
id = "state_1", caption = "Initial Value is configured on the corresponding pin", description = "Initial Value is configured on the corresponding pin", configuration = stateConfig1
});
pt.state = lstEnumState.ToArray();
pt.id = string.Format("{0}_PCR{1}_InitValue", prePort, preID);
preID = currID;
prePort = item2.Groups[1].Value;
lstProperty.Add(pt);
}
}
if (!item.id.Contains("InitValue"))
{
lstProperty.Add(item);
}
}
pc.properties = lstProperty.ToArray();
SerialModuleProperty(pc, fileOut.Property);
}
