diff --git a/SimplySerial/SimplySerial.cs b/SimplySerial/SimplySerial.cs index f1bd85e..64c7e86 100644 --- a/SimplySerial/SimplySerial.cs +++ b/SimplySerial/SimplySerial.cs @@ -177,7 +177,12 @@ namespace SimplySerial Console.WriteLine("------------------------------------------------------------"); foreach (ComPort p in availablePorts) { - Console.WriteLine("{0}\t{1}\t{2}\t{3}", p.name, p.vid, p.pid, p.description); + Console.WriteLine("{0}\t{1}\t{2}\t{3}", + p.name, + p.vid, + p.pid, + (p.board.isCircuitPython) ? (p.board.make + " " + p.board.model) : p.description + ); } Console.WriteLine(""); } @@ -282,7 +287,10 @@ namespace SimplySerial { if (availablePorts.Count() >= 1) { + // first, try to default to something that we assume is running CircuitPython SimplySerial.port = availablePorts.Find(p => p.board.isCircuitPython == true); + + // if that doesn't work out, just default to the first available COM port if (SimplySerial.port.name == null) SimplySerial.port = availablePorts[0]; } @@ -373,7 +381,6 @@ namespace SimplySerial Environment.Exit(exitCode); } - /// /// Custom structure containing the name, VID, PID and description of a serial (COM) port @@ -391,6 +398,7 @@ namespace SimplySerial public Board board; } + /// /// Returns a list of available serial ports with their associated PID, VID and descriptions /// Modified from the example written by Kamil Górski (freakone) available at @@ -444,6 +452,10 @@ namespace SimplySerial } } + + /// + /// Custom structure containing information about supported CircuitPython boards + /// struct Board { public string pid; @@ -452,6 +464,10 @@ namespace SimplySerial public bool isCircuitPython; } + + /// + /// Custom structure containing information about CircuitPython board vendors + /// struct Vendor { public string vid; @@ -460,8 +476,64 @@ namespace SimplySerial public List boards; } - static List vendors = new List() + /// + /// Master list of all of the CircuitPython boards we know about + /// + static readonly List vendors = new List() { + new Vendor() + { + vid = "04D8", + vendor = "Various", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "ED5F" , make = "Itaca Innovation", model = "uChip M0", isCircuitPython = true }, + new Board() { pid = "ED94" , make = "Max Holliday", model = "KickSat Sprite", isCircuitPython = true }, + new Board() { pid = "EDB3" , make = "Capable Robot Components", model = "Programable USB Hub", isCircuitPython = true }, + new Board() { pid = "EDBE" , make = "Max Holliday", model = "SAM32", isCircuitPython = true } + } + }, + new Vendor() + { + vid = "1209", + vendor = "Various", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "2017" , make = "Benjamin Shockley", model = "Mini SAM M4", isCircuitPython = true }, + new Board() { pid = "4D43" , make = "Robotics Masters", model = "Robo HAT MM1", isCircuitPython = true }, + new Board() { pid = "BAB1" , make = "Electronic Cats", model = "Meow Meow", isCircuitPython = true }, + new Board() { pid = "BAB2" , make = "Electronic Cats", model = "CatWAN USB Stick", isCircuitPython = true }, + new Board() { pid = "BAB3" , make = "Electronic Cats", model = "Bast Pro Mini M0", isCircuitPython = true }, + new Board() { pid = "BAB6" , make = "Electronic Cats", model = "Escornabot Makech", isCircuitPython = true } + } + }, + new Vendor() + { + vid = "1B4F", + vendor = "Sparkfun", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "0015" , make = "", model = "RedBoard Turbo", isCircuitPython = true }, + new Board() { pid = "0017" , make = "", model = "LumiDrive", isCircuitPython = true }, + new Board() { pid = "5289" , make = "", model = "NRF52840 Mini", isCircuitPython = true }, + new Board() { pid = "8D22" , make = "", model = "SAMD21 Mini", isCircuitPython = true }, + new Board() { pid = "8D23" , make = "", model = "SAMD21 Dev", isCircuitPython = true }, + } + }, + new Vendor() + { + vid = "2341", + vendor = "Arduino", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "8053" , make = "", model = "MKR WAN 1300", isCircuitPython = true }, + new Board() { pid = "824D" , make = "", model = "Zero", isCircuitPython = true }, + } + }, new Vendor() { vid = "239A", @@ -469,23 +541,78 @@ namespace SimplySerial isCircuitPython = true, boards = new List() { - new Board() { pid = "8021", make = "", model = "Metro M4 Express", isCircuitPython = true }, - new Board() { pid = "802A", make = "Nordic Semiconductor", model = "PCA10059", isCircuitPython = true } + new Board() { pid = "8012" , make = "", model = "ItsyBitsy M0 Express", isCircuitPython = true }, + new Board() { pid = "8014" , make = "", model = "Metro M0 Express", isCircuitPython = true }, + new Board() { pid = "8015" , make = "", model = "Feather M0 Family", isCircuitPython = true }, + new Board() { pid = "8019" , make = "", model = "Circuit Playground Express", isCircuitPython = true }, + new Board() { pid = "801D" , make = "", model = "Gemma M0", isCircuitPython = true }, + new Board() { pid = "801F" , make = "", model = "Trinket M0", isCircuitPython = true }, + new Board() { pid = "8021" , make = "", model = "Metro M4 Express", isCircuitPython = true }, + new Board() { pid = "8023" , make = "", model = "Feather M0 Express Family", isCircuitPython = true }, + new Board() { pid = "8026" , make = "", model = "Feather M4 Express", isCircuitPython = true }, + new Board() { pid = "8028" , make = "", model = "pIRkey", isCircuitPython = true }, + new Board() { pid = "802A" , make = "Nordic Semiconductor", model = "NRF52840 Family", isCircuitPython = true }, + new Board() { pid = "802C" , make = "", model = "ItsyBitsy M4 Express", isCircuitPython = true }, + new Board() { pid = "8030" , make = "", model = "NeoTrellis M4", isCircuitPython = true }, + new Board() { pid = "8032" , make = "", model = "Grand Central M4 Express", isCircuitPython = true }, + new Board() { pid = "8034" , make = "", model = "PyBadge", isCircuitPython = true }, + new Board() { pid = "8036" , make = "", model = "PyPortal", isCircuitPython = true }, + new Board() { pid = "8038" , make = "", model = "Metro M4 AirLift Lite", isCircuitPython = true }, + new Board() { pid = "803C" , make = "Electronut Labs", model = "Papyr", isCircuitPython = true }, + new Board() { pid = "803E" , make = "", model = "PyGamer", isCircuitPython = true }, + new Board() { pid = "8050" , make = "Arduino", model = "MKR Zero", isCircuitPython = true }, + new Board() { pid = "D1ED" , make = "", model = "HalloWing M0 Express", isCircuitPython = true }, + } + }, + new Vendor() + { + vid = "2B04", + vendor = "Particle", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "c00c" , make = "", model = "Argon", isCircuitPython = true }, + new Board() { pid = "c00d" , make = "", model = "Boron", isCircuitPython = true }, + new Board() { pid = "c00e" , make = "", model = "Xenon", isCircuitPython = true }, + } + }, + new Vendor() + { + vid = "4097", + vendor = "Datalore", + isCircuitPython = true, + boards = new List() + { + new Board() { pid = "0001" , make = "", model = "IP M4", isCircuitPython = true }, } } }; + + /// + /// Searches for a CircuitPython Vendor/Board match based on VID and PID + /// + /// VID of board + /// PID of board + /// Board structure containing information about the matched board, if any static Board MatchBoard(string vid, string pid) { Board mBoard = new Board(); + + // search for matching vendor Vendor mVendor = vendors.Find(v => v.vid == vid); + + // if a matching vendor is found, look for a matching board if (mVendor.vid != null) { mBoard = mVendor.boards.Find(b => b.pid == pid); + // if the board's 'make' field is blank, use the vendor name instead if (mBoard.make == "") mBoard.make = mVendor.vendor; } + + // if no matching vendor is found we will return generic information and assume CircuitPython is not running else { mBoard.pid = pid; @@ -494,6 +621,7 @@ namespace SimplySerial mBoard.isCircuitPython = false; } + // if a vendor was matched but not the board, fill in gaps with generic/assumed information based on vendor if (mBoard.pid == null) { mBoard.pid = pid;