private void btn_refreshreg_Click(object sender, EventArgs e)
{
RectButton btn;
SubNode n = null;
if (curr_sel == -1)
{
return;
}
Byte i = Convert.ToByte(curr_sel);
if (i < 17)
{
btn = IdToButton(i.ToString());
}
else
{
btn = IdToButton("36");
}
reg_dt.Rows.Clear();
foreach (string rtkey in SubNode.reg_type_tbl.Keys)
{
NodeMaster.RefreshNodeReg(i, new string[] { rtkey });
DataRow dr = reg_dt.NewRow();
dr[0] = rtkey;
dr[1] = SubNode.reg_type_tbl[rtkey].pos.ToString();
dr[2] = NodeMaster.GetNodeReg(i, rtkey).ToString();
dr[3] = NodeMaster.GetNodeReg(i, rtkey).ToString("X");
reg_dt.Rows.Add(dr);
}
return;
}
public void UpdateUI()
{
byte vn = curr_packer.vib_addr;
if (curr_node_index < 0)
{
return;
}
sub_freq_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "magnet_freq").ToString();
sub_amp_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "magnet_amp").ToString();
sub_time_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "magnet_time").ToString();
sub_filter_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "cs_gain_wordrate").ToString();
wei_otime_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "open_w").ToString();
wei_dtime_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "delay_w").ToString();
col_dtime_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "delay_s").ToString();
col_otime_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "open_s").ToString();
openwei_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "delay_f").ToString();
motor_speed_input.Text = NodeMaster.GetNodeReg((byte)curr_node_index, "motor_speed").ToString();
run_freq.Text = NodeMaster.GetNodeReg(curr_packer.vib_addr, "magnet_freq").ToString();
run_amp.Text = NodeMaster.GetNodeReg(curr_packer.vib_addr, "magnet_amp").ToString();
run_time.Text = NodeMaster.GetNodeReg(curr_packer.vib_addr, "magnet_time").ToString();
btn_prd_no.Text = curr_packer.curr_cfg.product_no.ToString();
btn_prd_desc.Text = curr_packer.curr_cfg.product_desc.ToString();
btn_target.Text = curr_packer.curr_cfg.target.ToString() + StringResource.str("gram");
btn_uvar.Text = curr_packer.curr_cfg.upper_var.ToString() + StringResource.str("gram");
btn_dvar.Text = curr_packer.curr_cfg.lower_var.ToString() + StringResource.str("gram");
cb_autoamp.Checked = (curr_packer.curr_cfg.target_comb > 0);
if (cb_autoamp.Checked)
{
cb_autoamp.Text = StringResource.str("autoamp_on") + curr_packer.curr_cfg.target_comb.ToString();
}
else
{
cb_autoamp.Text = StringResource.str("autoamp_off");
}
lbl_node.Text = StringResource.str("bucketsetting") + "(" + (curr_node_index).ToString() + ")";
//load the corresponding pictiure.
string path_to_jpg;
path_to_jpg = ProdNum.baseDir + "\\prodpic\\" + StringResource.language + "\\" + this.curr_packer.curr_cfg.product_desc.ToString() + ".jpg";
if (!File.Exists(path_to_jpg))
{
path_to_jpg = ProdNum.baseDir + "\\prodpic\\default.jpg";
}
prdBmp = new Bitmap(path_to_jpg);
ellipseWithImageBrush.Image = (Image)prdBmp;
}
private void UpdateData()
{
vib_intf.buf = Convert.ToUInt16(NodeMaster.GetNodeReg(curr_packer.bot_addr, "target_weight"));
intf_ckb_mem.Checked = vib_intf.b_Hasmem;
intf_handshake.Checked = vib_intf.b_Handshake;
intf_ckb_delay.Text = vib_intf.delay_length.ToString();
intf_lb_feed_times.Text = (vib_intf.feed_times + 1).ToString();
intf_input_trigger.SelectedIndex = vib_intf.fmt_input;
intf_output_trigger.SelectedIndex = vib_intf.fmt_output;
intf_pulse_width.Text = NodeMaster.GetNodeReg(curr_packer.bot_addr, "cs_filter").ToString();
}
private byte poll(string reg, byte quitval)
{
byte uc = quitval;
byte timeout;
do
{
NodeMaster.RefreshNodeReg(node, new string[] { reg });
uc = Convert.ToByte(NodeMaster.GetNodeReg(node, reg));
} while (uc == quitval);
return(uc);
}
private void sub_applyall()
{
UIPacker pack = curr_packer;
byte cn = (byte)curr_node_index;
bool star = true;
foreach (byte n in curr_packer.weight_nodes)
{
foreach (string reg in apply_regs.Distinct())
{
if (NodeMaster.GetStatus(n) == NodeStatus.ST_LOST)
{
continue;
}
if (NodeMaster.GetStatus(n) == NodeStatus.ST_DISABLED)
{
continue;
}
if (n == cn)
{
continue;
}
UInt32 val = NodeMaster.GetNodeReg(cn, reg);
NodeMaster.SetNodeReg(n, new string[] { reg }, new UInt32[] { val });
if (star)
{
txt_oper.Text = StringResource.str("modifying") + " " + n.ToString() + "*";
}
else
{
txt_oper.Text = StringResource.str("modifying") + " " + n.ToString();
}
star = !star;
}
}
apply_regs.Clear();
}
public void Step()
{
//phase 0_start, 1_collect weight, 2_comb_release, 3 packer,
if (phase == 0)
{
NodeMaster.ClearWeights(packer.wn_addrs);
NodeMaster.Action(packer.wn_addrs, "query");
phase = 10;
return;
}
//collect weight
if (phase == 10)
{
int cnt = packer.wn_addrs.Length;
foreach (byte addr in packer.wn_addrs)
{
double wt = NodeMaster.GetWeight(addr);
if (NodeMaster.GetStatus(addr) != NodeStatus.ST_IDLE)
{
cnt--;
continue;
}
if (wt > -1000 && wt <= WeighNode.MAX_VALID_WEIGHT)
{
cnt--;
}
}
if (cnt <= NodeAgent.LASTCOMB_NUM)
{
phase = 20;
return;
}
//prepare for next round query
if (cnt > 0)
{
byte[] addrs = new byte[cnt];
//
int idx = 0;
foreach (byte addr in packer.wn_addrs)
{
if (NodeMaster.GetStatus(addr) != NodeStatus.ST_IDLE)
{
continue;
}
double wt = NodeMaster.GetWeight(addr);
if (wt > -1000 && wt <= WeighNode.MAX_VALID_WEIGHT)
{
continue;
}
addrs[idx++] = addr;
}
}
NodeMaster.Action(packer.wn_addrs, "query");
return;
}
if (phase == 20)
{
if (packer.status != PackerStatus.RUNNING)
{
phase = 0;
return;
}
//do simulated combination
bSimCombine = true;
foreach (byte b in packer.weight_nodes)
{
bSimNodeValid[b] = true;
}
while (CheckCombination())
{
;
}
bSimCombine = false;
foreach (byte b in packer.weight_nodes)
{
if (!bSimNodeValid[b]) //has a combination
{
phase = 30;
}
}
if (phase == 30)
{
ProcessGoonNodes();
}
else //no combination at all
{
while (ProcessGoonNodes())
{
;
}
CheckNodeStatus();
phase = 0;
return;
}
}
if (phase == 30)
{
if (!CheckCombination())
{
phase = 50;
return;
}
ProcessGoonNodes();
ReleaseAction(release_addrs, release_weight);
q_hits.Enqueue(new CombineEventArgs((byte)packer._pack_id, release_addrs, release_wts, release_weight));
Intf intf_reg = new Intf(Convert.ToUInt16(NodeMaster.GetNodeReg(packer.vib_addr, "target_weight")));
//if (pack_cnt % (intf_reg.feed_times + 1) != 0)
//{
// phase = 30;
// return;
//}
{
pack_cnt = 0;
NodeMaster.Action(new byte[] { packer.vib_addr }, "trigger");
ProcessGoonNodes();
phase = 40;
}
}
if (phase == 40)
{
NodeMaster.RefreshNodeReg(packer.vib_addr, new string[] { "pack_rel_cnt" });
UInt32 lw_ub = NodeMaster.GetNodeReg(packer.vib_addr, "pack_rel_cnt");
if (lw_ub != release_cnt)
{
release_cnt = lw_ub;
release_timeout = 0;
phase = 30;
}
else
{
if (release_timeout++ > 4)
{
release_timeout = 0;
NodeMaster.Action(new byte[] { packer.vib_addr }, "trigger");
}
ProcessGoonNodes();
return;
}
}
if (phase == 50)
{
NodeMaster.Action(new byte[] { packer.vib_addr }, "fill");
while (ProcessGoonNodes())
{
;
}
CheckNodeStatus();
phase = 0;
return;
}
//do combination
//release action
}
private void calibrate(string calreg)
{
if (curr_sel == -1)
{
return;
}
Byte i = Convert.ToByte(curr_sel);
if (calreg == "cali0")
{
if (curr_sel >= 0 && NodeMaster.GetStatus(i) != NodeStatus.ST_LOST)
{
Program.MsgShow(StringResource.str("put_empty"));
NodeMaster.RefreshNodeReg(i, new string[] { "cs_mtrl" });
UInt32 val = NodeMaster.GetNodeReg(i, "cs_mtrl");
if ((val <= WeighNode.MAX_VALID_WEIGHT) && (val > 0))
{
NodeMaster.SetNodeReg(i, new string[] { "cs_zero" }, new UInt32[] { val });
NodeMaster.Action(new byte[] { i }, "flash");
Program.MsgShow(StringResource.str("calidone"));
label3_MouseLeftButtonUp(null, null);
}
else
{
Program.MsgShow(StringResource.str("tryagain"));
}
}
}
if (calreg == "empty")
{
if (curr_sel >= 0)
{
NodeMaster.Action(new byte[] { i }, "empty");
}
return;
}
if (calreg == "cali1")
{
KbdData(calreg, "20");
}
if (calreg == "cali2")
{
KbdData(calreg, "50");
}
if (calreg == "cali3")
{
KbdData(calreg, "100");
}
if (calreg == "cali4")
{
KbdData(calreg, "200");
}
if (calreg == "cali5")
{
KbdData(calreg, "300");
}
if (calreg == "cali6")
{
KbdData(calreg, "400");
}
if (calreg == "cali7")
{
KbdData(calreg, "500");
}
if (calreg == "cali8")
{
KbdData(calreg, "700");
}
if (calreg == "cali9")
{
KbdData(calreg, "900");
}
if (calreg == "cali10")
{
KbdData(calreg, "1000");
}
}
public void KbdData(string param, string data)
{
XElement cfg = Program.curr_cfg;
if (param == "entersys")
{
if (Password.compare_pwd("admin", data))
{
Process app = new Process();
app.StartInfo.FileName = "Explorer.exe";
app.StartInfo.Arguments = "";
app.Start();
Thread.Sleep(2000);
Program.kbdwnd.Hide();
// Type shellType = Type.GetTypeFromProgID("Shell.Application");
// object shellObject = System.Activator.CreateInstance(shellType);
// shellType.InvokeMember("ToggleDesktop", System.Reflection.BindingFlags.InvokeMethod, null, shellObject, null);
}
return;
}
if (param == "quitlock")
{
if (Password.compare_pwd("lock", data))
{
b_lockon = false;
Password.set_pwd("lock", "0");
b_lockon = false;
Program.runwnd.Disable(true);
Program.singlewnd.Disable(true);
UpdateDisplay(true);
}
}
if (param == "enterlock")
{
//App should expire after desired packer number reached , data is the actual packer count
Password.set_pwd("lock_on", data);
DeleteRegist("lock_on");
WTRegedit("lock_on", data);
Password.set_pwd("lock", data);
Program.SaveAppConfig();
b_lockon = true;
UpdateDisplay(false);
}
if (param.IndexOf("reg_") == 0)
{
SubNode n = null;
if (curr_sel == -1)
{
return;
}
Byte i = Convert.ToByte(curr_sel);
NodeMaster.SetNodeReg(i, new string[] { param.Remove(0, 4) }, new UInt32[] { UInt32.Parse(data) });
btn_refreshreg_Click(null, null);
}
if (param.IndexOf("chgnd_") == 0)
{
Byte oldaddr = Byte.Parse(param.Remove(0, 6));
Byte newaddr = Byte.Parse(data);
NodeMaster.ChangeAddress(oldaddr, newaddr);
}
if (param != "cali0" && (param.IndexOf("cali") == 0)) //cali1 to cali10
{
string msg = StringResource.str("put_poise") + "(" + data + StringResource.str("gram") + ")";
Program.MsgShow(msg);
int i = RunModeWnd.StringToId(param) - 1;
if (curr_sel >= 0)
{
NodeMaster.RefreshNodeReg((byte)curr_sel, new string[] { "cs_mtrl" });
UInt32 cs_mtrl_val = NodeMaster.GetNodeReg((byte)curr_sel, "cs_mtrl");
if (cs_mtrl_val <= WeighNode.MAX_VALID_WEIGHT)
{
if (i < 5)
{
NodeMaster.SetNodeReg((byte)curr_sel, new string[] { "poise_weight_gram" + i.ToString() }, new UInt32[] { cs_mtrl_val });
}
else
{
NodeMaster.SetNodeReg((byte)curr_sel, new string[] { "cs_poise" + (i - 5).ToString() }, new UInt32[] { cs_mtrl_val });
}
NodeMaster.Action(new byte[] { (byte)curr_sel }, "flash");
Program.MsgShow(StringResource.str("calidone"));
label3_MouseLeftButtonUp(null, null);
return;
}
Program.MsgShow(StringResource.str("tryagain"));
}
return;
}
}
public void PackerBoot()
{
try
{
UpdateMessage("App Version: " + System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString() + "\r\n");
//search for nodes
//UpdateMessage(StringResource.str("search_newnode"));
// NodeMaster.SearchNode(byte.Parse(Program.curr_cfg.Element("def_addr").Value));
boot_ok = 0;
int tryfound;
//check the availability of each board
foreach (UIPacker pk in Program.packers)
{
foreach (byte n in pk.weight_nodes)
{
if ((n % 4) == 3)
{
UpdateMessage("\r\n");
}
tryfound = 3;
while (!NodeMaster.SearchNode(n) && (tryfound > 0))
{
Thread.Sleep(500);
tryfound--;
}
if (tryfound <= 0)
{
UpdateMessage(StringResource.str("search_node") + n + StringResource.str("fail") + "\t\t");
Program.engwnd.btn_updatefw_Click(null, null);
}
else
{
boot_ok++;
UpdateMessage(n + ": ver " + NodeMaster.GetNodeReg(n, "fw_rev_uw").ToString() + "\t\t");
}
}
byte nvib = pk.vib_addr;
tryfound = 3;
while ((!NodeMaster.SearchNode(nvib)) && (tryfound > 0))
{
Thread.Sleep(500);
tryfound--;
}
if (tryfound <= 0)
{
UpdateMessage(StringResource.str("search_node") + nvib + StringResource.str("fail") + "\t\t");
}
else
{
boot_ok++;
UpdateMessage(nvib + ": ver " + NodeMaster.GetNodeReg(nvib, "fw_rev_uw").ToString() + "\t\t");
}
Thread.Sleep(2000);
if (boot_ok > 0)
{
//load config for node
UpdateMessage("\r\n" + StringResource.str("init_nodereg"));
//todo
pk.LoadPackConfig(pk.pkg_confs.cfg_name, true);
NodeMaster.Action(new byte[] { pk.vib_addr }, "intf");
NodeMaster.Action(pk.wn_addrs, "stop");
NodeMaster.Action(new byte[] { pk.vib_addr }, "stop");
}
}
}
catch (Exception ex)
{
UpdateMessage(ex.Message);
boot_ok = 0;
Thread.Sleep(3000);
}
}