private void readBoardInfos()
{
this.micros_list = new List <Microcontroller>();
XmlDocument xml_doc = new XmlDocument();
try
{
xml_doc.Load(µC_file_settings_name);
}
catch (Exception e) {
MessageBox.Show("XML Error: " + e.Message);
}
XmlNodeList xml_boards = xml_doc.GetElementsByTagName("microcontroller");
int boards_size = xml_boards.Count;
Microcontroller micro;
foreach (XmlNode a_xml_board in xml_boards)
{
micro = new Microcontroller(a_xml_board.Attributes[0].Value);
micro.setFamily(a_xml_board.Attributes[1].Value);
micro.setManufacturer(a_xml_board.Attributes[2].Value);
//Architecture
string size_archi_str = a_xml_board.ChildNodes[0].Attributes[0].Value;
string unit_archi_str = a_xml_board.ChildNodes[0].Attributes[1].Value;
micro.setArchitecture(Int32.Parse(size_archi_str), unit_archi_str);
//Processor
string speed_proc_str = a_xml_board.ChildNodes[1].Attributes[0].Value;
string unit_proc_str = a_xml_board.ChildNodes[1].Attributes[1].Value;
micro.setProcessor(Int32.Parse(speed_proc_str), unit_proc_str);
//Ram Memory
string ram_type = a_xml_board.ChildNodes[2].Attributes[0].Value;
string ram_size = a_xml_board.ChildNodes[2].Attributes[1].Value;
string ram_unit = a_xml_board.ChildNodes[2].Attributes[2].Value;
micro.setRamMemory(ram_type, Int32.Parse(ram_size), ram_unit);
//Program Memory
string prog_type = a_xml_board.ChildNodes[3].Attributes[0].Value;
string prog_size = a_xml_board.ChildNodes[3].Attributes[1].Value;
string prog_unit = a_xml_board.ChildNodes[3].Attributes[2].Value;
micro.setProgramMemory(prog_type, Int32.Parse(prog_size), prog_unit);
//Data Memory
string data_type = a_xml_board.ChildNodes[4].Attributes[0].Value;
string data_size = a_xml_board.ChildNodes[4].Attributes[1].Value;
string data_unit = a_xml_board.ChildNodes[4].Attributes[2].Value;
micro.setDataMemory(data_type, Int32.Parse(data_size), data_unit);
//Read Digital pins and save
micro.max_digital_pin = Int32.Parse(a_xml_board.ChildNodes[5].Attributes[0].Value);
int N_Digit_Pins = a_xml_board.ChildNodes[5].ChildNodes.Count;
for (int i = 0; i < N_Digit_Pins; i++)
{
string pin_address = a_xml_board.ChildNodes[5].ChildNodes[i].Attributes[0].Value;
string pin_type = a_xml_board.ChildNodes[5].ChildNodes[i].Attributes[1].Value;
micro.pins_list_digital.Add(new IOPin(pin_address, pin_type));
}
//Read Analog pins and save
micro.max_analog_pin = Int32.Parse(a_xml_board.ChildNodes[6].Attributes[0].Value);
int N_Analog_Pins = a_xml_board.ChildNodes[6].ChildNodes.Count;
for (int i = 0; i < N_Analog_Pins; i++)
{
string pin_address = a_xml_board.ChildNodes[6].ChildNodes[i].Attributes[0].Value;
string pin_type = a_xml_board.ChildNodes[6].ChildNodes[i].Attributes[1].Value;
micro.pins_list_analog.Add(new IOPin(pin_address, pin_type));
}
micro.set_SC_header_path(a_xml_board.ChildNodes[7].ChildNodes[0].Attributes[0].Value);
micro.set_SC_read_pins_path(a_xml_board.ChildNodes[7].ChildNodes[1].Attributes[0].Value);
micro.set_SC_write_pins_path(a_xml_board.ChildNodes[7].ChildNodes[2].Attributes[0].Value);
micro.set_SC_pinMode_config_path(a_xml_board.ChildNodes[7].ChildNodes[3].Attributes[0].Value);
micro.set_SC_timer_definition_path(a_xml_board.ChildNodes[7].ChildNodes[4].Attributes[0].Value);
micro.set_SC_readInMemory_path(a_xml_board.ChildNodes[7].ChildNodes[5].Attributes[0].Value);
micro.set_SC_writeInMemory_path(a_xml_board.ChildNodes[7].ChildNodes[6].Attributes[0].Value);
this.micros_list.Add(micro);
}
}