public static string PrintTdfList(Blaze.TdfList list, int tabs) { StringBuilder sb = new StringBuilder(); string tab = ""; for (int i = 0; i < tabs; i++) { tab += "\t"; } List <long> li; List <string> ls; List <Blaze.TdfStruct> lt; int count = 0; switch (list.SubType) { case 0: li = ((List <long>)list.List); foreach (long l in li) { sb.AppendLine(tab + "0x" + l.ToString("X") + "(" + l + "),"); } break; case 1: ls = ((List <string>)list.List); foreach (string s in ls) { sb.AppendLine(tab + "\"" + s + "\","); } break; case 3: lt = ((List <Blaze.TdfStruct>)list.List); foreach (Blaze.TdfStruct tdf in lt) { tdf.Type = 3; tdf.Label = (count++).ToString(); sb.Append(PrintTdf(tdf, tabs)); } break; } return(sb.ToString()); }
private void tv1_AfterSelect(object sender, TreeViewEventArgs e) { TreeNode t = e.Node; if (t != null && t.Name != "") { int n = Convert.ToInt32(t.Name); Blaze.Tdf tdf = inlist[n]; string s; switch (tdf.Type) { case 0: Blaze.TdfInteger ti = (Blaze.TdfInteger)tdf; rtb2.Text = "0x" + ti.Value.ToString("X"); if (ti.Label == "IP ") { rtb2.Text += Environment.NewLine + "(" + Blaze.GetStringFromIP(ti.Value) + ")"; } break; case 1: rtb2.Text = ((Blaze.TdfString)tdf).Value.ToString(); break; case 2: rtb2.Text = "Length: " + ((Blaze.TdfBlob)tdf).Data.Length.ToString(); rtb2.Text += Environment.NewLine + Blaze.HexDump(((Blaze.TdfBlob)tdf).Data); break; case 4: Blaze.TdfList l = (Blaze.TdfList)tdf; s = ""; for (int i = 0; i < l.Count; i++) { switch (l.SubType) { case 0: s += "{" + ((List <long>)l.List)[i] + "} "; break; case 1: s += "{" + ((List <string>)l.List)[i] + "} "; break; case 9: Blaze.TrippleVal t2 = ((List <Blaze.TrippleVal>)l.List)[i]; s += "{" + t2.v1.ToString("X") + "; " + t2.v2.ToString("X") + "; " + t2.v3.ToString("X") + "} "; break; } } rtb2.Text = s; break; case 5: s = ""; Blaze.TdfDoubleList ll = (Blaze.TdfDoubleList)tdf; for (int i = 0; i < ll.Count; i++) { s += "{"; switch (ll.SubType1) { case 0: List <long> l1 = (List <long>)ll.List1; s += l1[i].ToString("X"); break; case 1: List <string> l2 = (List <string>)ll.List1; s += l2[i]; break; case 0xA: List <float> lf1 = (List <float>)ll.List1; s += lf1[i].ToString(); break; default: s += "(see List1[" + i + "])"; break; } s += " ; "; switch (ll.SubType2) { case 0: List <long> l1 = (List <long>)ll.List2; s += l1[i].ToString("X"); break; case 1: List <string> l2 = (List <string>)ll.List2; s += l2[i]; break; case 0xA: List <float> lf1 = (List <float>)ll.List2; s += lf1[i].ToString(); break; default: s += "(see List2[" + i + "])"; break; } s += "}\n"; } rtb2.Text = s; break; case 6: rtb2.Text = "Type: 0x" + ((Blaze.TdfUnion)tdf).UnionType.ToString("X2"); break; case 7: Blaze.TdfIntegerList til = (Blaze.TdfIntegerList)tdf; s = ""; for (int i = 0; i < til.Count; i++) { s += til.List[i].ToString("X"); if (i < til.Count - 1) { s += "; "; } } rtb2.Text = s; break; case 8: Blaze.TdfDoubleVal dval = (Blaze.TdfDoubleVal)tdf; rtb2.Text = "0x" + dval.Value.v1.ToString("X") + " 0x" + dval.Value.v2.ToString("X"); break; case 9: Blaze.TdfTrippleVal tval = (Blaze.TdfTrippleVal)tdf; rtb2.Text = "0x" + tval.Value.v1.ToString("X") + " 0x" + tval.Value.v2.ToString("X") + " 0x" + tval.Value.v3.ToString("X"); break; default: rtb2.Text = ""; break; } } }
private TreeNode TdfToTree(Blaze.Tdf tdf) { TreeNode t, t2, t3; switch (tdf.Type) { case 3: t = tdf.ToTree(); Blaze.TdfStruct str = (Blaze.TdfStruct)tdf; if (str.startswith2) { t.Text += " (Starts with 2)"; } foreach (Blaze.Tdf td in str.Values) { t.Nodes.Add(TdfToTree(td)); } t.Name = (inlistcount++).ToString(); inlist.Add(tdf); return(t); case 4: t = tdf.ToTree(); Blaze.TdfList l = (Blaze.TdfList)tdf; if (l.SubType == 3) { List <Blaze.TdfStruct> l2 = (List <Blaze.TdfStruct>)l.List; for (int i = 0; i < l2.Count; i++) { t2 = new TreeNode("Entry #" + i); if (l2[i].startswith2) { t2.Text += " (Starts with 2)"; } List <Blaze.Tdf> l3 = l2[i].Values; for (int j = 0; j < l3.Count; j++) { t2.Nodes.Add(TdfToTree(l3[j])); } t.Nodes.Add(t2); } } t.Name = (inlistcount++).ToString(); inlist.Add(tdf); return(t); case 5: t = tdf.ToTree(); Blaze.TdfDoubleList ll = (Blaze.TdfDoubleList)tdf; t2 = new TreeNode("List 1"); if (ll.SubType1 == 3) { List <Blaze.TdfStruct> l2 = (List <Blaze.TdfStruct>)ll.List1; for (int i = 0; i < l2.Count; i++) { t3 = new TreeNode("Entry #" + i); if (l2[i].startswith2) { t2.Text += " (Starts with 2)"; } List <Blaze.Tdf> l3 = l2[i].Values; for (int j = 0; j < l3.Count; j++) { t3.Nodes.Add(TdfToTree(l3[j])); } t2.Nodes.Add(t3); } t.Nodes.Add(t2); } t2 = new TreeNode("List 2"); if (ll.SubType2 == 3) { List <Blaze.TdfStruct> l2 = (List <Blaze.TdfStruct>)ll.List2; for (int i = 0; i < l2.Count; i++) { t3 = new TreeNode("Entry #" + i); if (l2[i].startswith2) { t2.Text += " (Starts with 2)"; } List <Blaze.Tdf> l3 = l2[i].Values; for (int j = 0; j < l3.Count; j++) { t3.Nodes.Add(TdfToTree(l3[j])); } t2.Nodes.Add(t3); } t.Nodes.Add(t2); } t.Name = (inlistcount++).ToString(); inlist.Add(tdf); return(t); case 6: t = tdf.ToTree(); Blaze.TdfUnion tu = (Blaze.TdfUnion)tdf; if (tu.UnionType != 0x7F) { t.Nodes.Add(TdfToTree(tu.UnionContent)); } t.Name = (inlistcount++).ToString(); inlist.Add(tdf); return(t); default: t = tdf.ToTree(); t.Name = (inlistcount++).ToString(); inlist.Add(tdf); return(t); } }