echocfg.c

							char* opt[] = {"Delete after Sent", "Truncate after Sent", NULL };
							switch(uifc.list(WIN_MID|WIN_SAV,0,0,0,&k,0
								,"Outbound Bundles",opt)) {
								case 0:	cfg.trunc_bundles = false;	break;
								case 1:	cfg.trunc_bundles = true;	break;
							}
							break;
						}
						case 12:
							k = !cfg.zone_blind;
							switch(uifc.list(WIN_MID|WIN_SAV,0,0,0,&k,0,"Zone Blind",uifcYesNoOpts)) {
								case 0:
									cfg.zone_blind = true;
									uifc.helpbuf=
									"Zone Blind Threshold";
									sprintf(str,"%u",cfg.zone_blind_threshold);
									if(uifc.input(WIN_MID|WIN_SAV,0,0
										,"Zone Blind Threshold (highest zone in the blind range)"
										, str, 5, K_EDIT|K_NUMBER) >= 0)
										cfg.zone_blind_threshold = (uint16_t)atol(str);
									break;
								case 1:
									cfg.zone_blind = false;
									break;
							}
							break;
						case 13:
							uifc.helpbuf=
							"~ Maximum Age of Imported EchoMail ~\n\n"
							"Maximum age of EchoMail that may be imported. The age is based\n"
							"on the date supplied in the message header and may be incorrect in some\n"
							"conditions (e.g. erroneous software or incorrect system date).\n"
							"Set this value to `0` to disable this feature (no maximum age imposed)."
							;
							if(cfg.max_echomail_age)
								duration_to_vstr(cfg.max_echomail_age, str, sizeof(str));
							else
								SAFECOPY(str, "None");
							if(uifc.input(WIN_MID|WIN_BOT|WIN_SAV,0,0,"Maximum EchoMail Age"
								,str, 10, K_EDIT) >= 0)
								cfg.max_echomail_age = (ulong)parse_duration(str);
							break;

					}
				}
				break;

			case 2:	/* Archive Types */
				i=0;
				while(1) {
					uifc.helpbuf=
	"~ Archive Types ~\n\n"
	"These are the archive file types that have been configured along with\n"
	"their corresponding archive programs and command-lines for the packing\n"
	"and unpacking of EchoMail bundle files.\n"
	"\n"
	"The corresponding archive programs are sometimes referred to as `packers`."
	;
					for(u=0;u<cfg.arcdefs;u++)
						snprintf(opt[u],MAX_OPLN-1,"%-30.30s",cfg.arcdef[u].name);
					opt[u][0]=0;
					int mode = WIN_SAV | WIN_INS | WIN_DEL | WIN_ACT
						| WIN_INSACT | WIN_DELACT | WIN_XTR;
					if(cfg.arcdefs)
						mode |= WIN_COPY | WIN_CUT;
					if(savarcdef.name[0])
						mode |= WIN_PASTE | WIN_PASTEXTR;
					i=uifc.list(mode,0,0,0,&archive_opt,&archive_bar,"Archive Types",opt);
					if(i==-1)
						break;
					int msk = i & MSK_ON;
					i &= MSK_OFF;
					if (msk == MSK_INS) {
						str[0]=0;
	uifc.helpbuf=
	"~ Archive Type ~\n\n"
	"This is the identifying name of the archiving program (packer).\n";
						if(uifc.input(WIN_MID|WIN_SAV,0,0
							,"Archive Type",str,25,K_EDIT|K_UPPER)<1)
							continue;
						if(!new_arcdef(i)) {
							printf("\nMemory Allocation Error\n");
							exit(1);
						}
						SAFECOPY(cfg.arcdef[i].name,str);
						continue;
					}

					if (msk == MSK_DEL || msk == MSK_CUT) {
						if (msk == MSK_CUT)
							memcpy(&savarcdef, &cfg.arcdef[i], sizeof(arcdef_t));
						cfg.arcdefs--;
						if(cfg.arcdefs<=0) {
							cfg.arcdefs=0;
							continue;
						}
						for(u=i;u<cfg.arcdefs;u++)
							memcpy(&cfg.arcdef[u],&cfg.arcdef[u+1]
								,sizeof(arcdef_t));
						continue;
					}
					if (msk == MSK_COPY) {
						memcpy(&savarcdef,&cfg.arcdef[i],sizeof(arcdef_t));
						continue;
					}
					if (msk == MSK_PASTE) {
						if(!new_arcdef(i))
							continue;
						memcpy(&cfg.arcdef[i],&savarcdef,sizeof(arcdef_t));
						continue;
					}
					if (msk != 0)
						continue;
					while(1) {
						uifc.helpbuf=
	"Archive Type and Program configuration";
						j=0;
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Archive Type"
							,cfg.arcdef[i].name);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Signature"
							,cfg.arcdef[i].hexid);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %u","Signature Offset"
							,cfg.arcdef[i].byteloc);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Pack Command Line"
							,cfg.arcdef[i].pack);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Unpack Command Line"
							,cfg.arcdef[i].unpack);
						opt[j][0]=0;
						SAFEPRINTF(str,"Archive Type - %s", cfg.arcdef[i].name);
						k=uifc.list(WIN_ACT|WIN_SAV|WIN_RHT|WIN_BOT,0,0,0,&packop,0,str,opt);
						if(k==-1)
							break;
						switch(k) {
							case 0:
								uifc.helpbuf=
								"~ Archive Type ~\n\n"
								"This is the identifying name of the archive file type. Usually this name\n"
								"corresponds with the common file extension or suffix denoting this type\n"
								"of archive file (e.g. `zip`, `arc`, etc.)."
								;
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Archive Type"
									,cfg.arcdef[i].name,sizeof(cfg.arcdef[i].name)-1
									,K_EDIT|K_UPPER);
								break;
							case 1:
								uifc.helpbuf=
								"~ Archive Signature ~\n\n"
								"This is the identifying signature of the archive file format (in\n"
								"hexadecimal notation).  This signature is used in combination with the\n"
								"Archive `Signature Offset` for the automatic detection of proper archive\n"
								"program to extract (unarchive) inbound EchoMail bundle files."
								;
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Archive Signature"
									,cfg.arcdef[i].hexid,sizeof(cfg.arcdef[i].hexid)-1
									,K_EDIT|K_UPPER);
								break;
							case 2:
								uifc.helpbuf=
								"~ Archive Signature Offset ~\n\n"
								"This is the byte-offset of the identifying signature of the archive file\n"
								"format.  This offset is used in combination with the Archive `Signature`\n"
								"for the automatic detection of proper archive program to extract\n"
								"(unarchive) inbound EchoMail bundle files."
								;
								sprintf(str,"%u",cfg.arcdef[i].byteloc);
								if(uifc.input(WIN_MID|WIN_SAV,0,0
									,"Archive Signature Offset",str,5
									,K_NUMBER|K_EDIT) > 0)
									cfg.arcdef[i].byteloc=atoi(str);
								break;
							case 3:
								uifc.helpbuf=
								"~ Pack Command Line ~\n\n"
								"This is the command-line to execute to create an archive file of the\n"
								"selected type.  The following command-line specifiers may be used for\n"
								"dynamic variable replacement:\n"
								"\n"
								"  `%f`  The path/filename of the archive file to be created\n"
								"  `%s`  The path/filename of the file(s) to be added to the archive\n"
								"  `%!`  The Synchronet `exec` directory\n"
								"  `%@`  The Synchronet `exec` directory only for non-Unix systems\n"
								"  `%.`  Blank for Unix systems, '`.exe`' otherwise\n"
								"  `%?`  The current platform description (e.g. 'linux', 'win32')\n"
								"  `%j`  The Synchronet `data` directory\n"
								"  `%k`  The Synchronet `ctrl` directory\n"
								"  `%o`  The configured system operator name\n"
								"  `%q`  The configured system QWK-ID\n"
								"  `%g`  The configured temporary file directory\n"
								;
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Pack Command Line"
									,cfg.arcdef[i].pack,sizeof(cfg.arcdef[i].pack)-1
									,K_EDIT);
								break;
							case 4:
								uifc.helpbuf=
								"~ Unpack Command Line ~\n\n"
								"This is the command-line to execute to extract an archive file of the\n"
								"selected type.  The following command-line specifiers may be used for\n"
								"dynamic variable replacement:\n"
								"\n"
								"  `%f`  The path/filename of the archive file to be extracted\n"
								"  `%s`  The destination directory for files extracted from the archive\n"
								"  `%!`  The Synchronet `exec` directory\n"
								"  `%@`  The Synchronet `exec` directory only for non-Unix systems\n"
								"  `%.`  Blank for Unix systems, '`.exe`' otherwise\n"
								"  `%?`  The current platform description (e.g. 'linux', 'win32')\n"
								"  `%j`  The Synchronet `data` directory\n"
								"  `%k`  The Synchronet `ctrl` directory\n"
								"  `%o`  The configured system operator name\n"
								"  `%q`  The configured system QWK-ID\n"
								"  `%g`  The configured temporary file directory\n"
								;
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Unpack Command Line"
									,cfg.arcdef[i].unpack,sizeof(cfg.arcdef[i].unpack)-1
									,K_EDIT);
								break;
						}
					}
				}
				break;
			case 6:
				uifc.helpbuf=
					"~ Robots ~\n\n"
					"The `Robots` sub-menu is where NetMail Robots are configured.\n"
					"\n"
					"When a NetMail message is received addressed to one of the configured\n"
					"Robot `Names`, it will be stored in the `mail` message base and the\n"
					"associated `Semaphore File` (if non-blank) will be touched.\n"
					"\n"
					"If the NetMail message has the `In-Transit` attribute flag set, it\n"
					"will not be exported by SBBSecho back into a stored message (*.msg)\n"
					"file. Therefore, it is recommended to include the In-Transit attribute\n"
					"flag (0x20) in the Robot's `Attributes` value if the Robot (e.g. script)\n"
					"is going to expect the message to be in the mail base.\n"
				;
				i=0;
				while(1) {
					for(u=0; u < cfg.robot_count; u++)
						snprintf(opt[u], MAX_OPLN-1, "%-*s  %s"
							,FIDO_DOMAIN_LEN, cfg.robot_list[u].name, cfg.robot_list[u].semfile);
					opt[u][0]=0;
					int mode = WIN_SAV | WIN_INS | WIN_DEL | WIN_ACT
						| WIN_INSACT | WIN_DELACT | WIN_XTR;
					if(cfg.robot_count)
						mode |= WIN_COPY | WIN_CUT;
					if(saverobot.name[0])
						mode |= WIN_PASTE | WIN_PASTEXTR;
					i=uifc.list(mode,0,0,0,&robot_opt,&robot_bar,"Robots",opt);
					if(i==-1)
						break;
					int msk = i&MSK_ON;
					i &= MSK_OFF;
					if (msk == MSK_INS) {
						str[0]=0;
						if(uifc.input(WIN_MID|WIN_SAV,0,0
							,"NetMail Robot Name", str, FIDO_DOMAIN_LEN, K_EDIT)<1)
							continue;
						if(!new_robot(i)) {
							printf("\nMemory Allocation Error\n");
							exit(1);
						}
						SAFECOPY(cfg.robot_list[i].name, str);
						continue;
					}

					if (msk == MSK_DEL || msk == MSK_CUT) {
						if(msk == MSK_CUT)
							memcpy(&saverobot, &cfg.robot_list[i], sizeof(saverobot));
						cfg.robot_count--;
						if(cfg.robot_count <= 0) {
							cfg.robot_count = 0;
							continue;
						}
						for(u=i; u < cfg.robot_count; u++)
							memcpy(&cfg.robot_list[u], &cfg.robot_list[u+1], sizeof(struct robot));
						continue;
					}
					if (msk == MSK_COPY) {
						memcpy(&saverobot, &cfg.robot_list[i], sizeof(saverobot));
						continue;
					}
					if (msk == MSK_PASTE) {
						if(!new_robot(i))
							continue;
						memcpy(&cfg.robot_list[i], &saverobot, sizeof(saverobot));
						continue;
					}
					if (msk != 0)
						continue;
					while(1) {
						j=0;
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Name"
							,cfg.robot_list[i].name);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Semaphore File"
							,cfg.robot_list[i].semfile);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s 0x%04hX","Attributes"
							,cfg.robot_list[i].attr);
						opt[j][0]=0;
						SAFEPRINTF(str, "Robot - %s", cfg.robot_list[i].name);
						k=uifc.list(WIN_ACT|WIN_SAV|WIN_RHT|WIN_BOT,0,0,0,&listop,0,str,opt);
						if(k==-1)
							break;
						switch(k) {
							case 0:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Robot Name"
									,cfg.robot_list[i].name,sizeof(cfg.robot_list[i].name)-1
									,K_EDIT);
								break;
							case 1:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Semaphore Path/Filename"
									,cfg.robot_list[i].semfile,sizeof(cfg.robot_list[i].semfile)-1
									,K_EDIT);
								break;
							case 2:
								sprintf(str, "%04hX", cfg.robot_list[i].attr);
								if(uifc.input(WIN_MID|WIN_SAV,0,0
									,"NetMail Attributes (in hexadecimal)"
									,str, sizeof(str), K_EDIT) > 0)
									cfg.robot_list[i].attr = (uint16_t)strtoul(str, NULL, 16);
								break;
						}
					}
				}
				break;

			case 7:
				uifc.helpbuf=
					"~ Domains ~\n\n"
					"The `Domains` sub-menu is where FidoNet-style domains (the '@domain'\n"
					"of 5D FTN address) are mapped to zone numbers, DNS suffixes, NodeLists\n"
					"and BSO root directories for use by the BinkIT mailer.\n"
				;
				i=0;
				while(1) {
					for(u=0; u < cfg.domain_count; u++)
						snprintf(opt[u], MAX_OPLN-1, "%-*s  %s"
							,FIDO_DOMAIN_LEN, cfg.domain_list[u].name, cfg.domain_list[u].dns_suffix);
					opt[u][0]=0;
					int mode = WIN_SAV | WIN_INS | WIN_DEL | WIN_ACT
						| WIN_INSACT | WIN_DELACT | WIN_XTR;
					if(cfg.domain_count)
						mode |= WIN_COPY | WIN_CUT;
					if(savedomain.name[0])
						mode |= WIN_PASTE | WIN_PASTEXTR;
					i=uifc.list(mode,0,0,0,&domain_opt,&domain_bar,"Domains",opt);
					if(i==-1)
						break;
					int msk = i&MSK_ON;
					i &= MSK_OFF;
					if (msk == MSK_INS) {
						str[0]=0;
						if(uifc.input(WIN_MID|WIN_SAV,0,0
							,"FTN Domain Name", str, FIDO_DOMAIN_LEN, K_EDIT)<1)
							continue;
						if(!new_domain(i)) {
							printf("\nMemory Allocation Error\n");
							exit(1);
						}
						SAFECOPY(cfg.domain_list[i].name, str);
						continue;
					}

					if (msk == MSK_DEL || msk == MSK_CUT) {
						if(msk == MSK_CUT)
							memcpy(&savedomain, &cfg.domain_list[i], sizeof(savedomain));
						cfg.domain_count--;
						if(cfg.domain_count <= 0) {
							cfg.domain_count = 0;
							continue;
						}
						for(u=i; u < cfg.domain_count; u++)
							memcpy(&cfg.domain_list[u], &cfg.domain_list[u+1], sizeof(struct fido_domain));
						continue;
					}
					if (msk == MSK_COPY) {
						memcpy(&savedomain, &cfg.domain_list[i], sizeof(savedomain));
						continue;
					}
					if (msk == MSK_PASTE) {
						if(!new_domain(i))
							continue;
						memcpy(&cfg.domain_list[i], &savedomain, sizeof(savedomain));
						continue;
					}
					if (msk != 0)
						continue;
					while(1) {
						j=0;
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Name"
							,cfg.domain_list[i].name);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Zones"
							,int_list(cfg.domain_list[i].zone_list, cfg.domain_list[i].zone_count));
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","DNS Suffix"
							,cfg.domain_list[i].dns_suffix);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Outbound Root"
							,cfg.domain_list[i].root);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","NodeList"
							,cfg.domain_list[i].nodelist);
						opt[j][0]=0;
						SAFEPRINTF(str, "Domain - %s", cfg.domain_list[i].name);
						k=uifc.list(WIN_ACT|WIN_SAV|WIN_RHT|WIN_BOT,0,0,0,&listop,0,str,opt);
						if(k==-1)
							break;
						switch(k) {
							case 0:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Domain Name"
									,cfg.domain_list[i].name,sizeof(cfg.domain_list[i].name)-1
									,K_EDIT);
								break;
							case 1:
								SAFECOPY(str, int_list(cfg.domain_list[i].zone_list, cfg.domain_list[i].zone_count));
								if(uifc.input(WIN_MID|WIN_SAV, 0, 0
									,"Zone List (comma-separated)"
									,str, 40, K_EDIT) >= 0) {
									FREE_AND_NULL(cfg.domain_list[i].zone_list);
									cfg.domain_list[i].zone_list = parseIntList(str, ",", &cfg.domain_list[i].zone_count);
									uifc.changes = TRUE;
								}
								break;
							case 2:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"DNS Suffix"
									,cfg.domain_list[i].dns_suffix,sizeof(cfg.domain_list[i].dns_suffix)-1
									,K_EDIT);
								break;
							case 3:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Outbound Root Directory"
									,cfg.domain_list[i].root,sizeof(cfg.domain_list[i].root)-1
									,K_EDIT);
								break;
							case 4:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"NodeList"
									,cfg.domain_list[i].nodelist,sizeof(cfg.domain_list[i].nodelist)-1
									,K_EDIT);
								break;
						}
					}
				}
				break;

			case 8:
				i=0;
				while(1) {
					uifc.helpbuf=
					"~ EchoLists ~\n\n"
					"This feature allows you to specify lists of echoes, in `BACKBONE.NA`\n"
					"format, which are utilized in `addition` to your Area File (e.g. \n"
					"`areas.bbs`) for advanced AreaFix (Area Management) operations.\n";
					for(u=0;u<cfg.listcfgs;u++)
						snprintf(opt[u],MAX_OPLN-1,"%s",cfg.listcfg[u].listpath);
					opt[u][0]=0;
					int mode = WIN_SAV | WIN_INS | WIN_DEL | WIN_ACT
						| WIN_INSACT | WIN_DELACT | WIN_XTR;
					if(cfg.listcfgs)
						mode |= WIN_COPY | WIN_CUT;
					if(savlistcfg.listpath[0])
						mode |= WIN_PASTE | WIN_PASTEXTR;
					i=uifc.list(mode,0,0,0,&echolist_opt,&echolist_bar,"EchoLists",opt);
					if(i==-1)
						break;
					int msk = i&MSK_ON;
					i &= MSK_OFF;
					if (msk == MSK_INS) {
						str[0]=0;
	uifc.helpbuf=
	"~ EchoList ~\n\n"
	"This is the path and filename of the echolist file you wish\n"
	"to add.\n";
						if(uifc.input(WIN_MID|WIN_SAV,0,0
							,"EchoList Path/Name",str,50,K_EDIT)<1)
							continue;
						if(!new_list(i)) {
							printf("\nMemory Allocation Error\n");
							exit(1);
						}
						SAFECOPY(cfg.listcfg[i].listpath,str);
						continue;
					}

					if (msk == MSK_DEL || msk == MSK_CUT) {
						if(msk == MSK_CUT)
							memcpy(&savlistcfg, &cfg.listcfg[i], sizeof(echolist_t));
						cfg.listcfgs--;
						if(cfg.listcfgs<=0) {
							cfg.listcfgs=0;
							continue;
						}
						for(u=i;u<cfg.listcfgs;u++)
							memcpy(&cfg.listcfg[u],&cfg.listcfg[u+1]
								,sizeof(echolist_t));
						continue;
					}
					if (msk == MSK_COPY) {
						memcpy(&savlistcfg,&cfg.listcfg[i],sizeof(echolist_t));
						continue;
					}
					if (msk == MSK_PASTE) {
						if(!new_list(i))
							continue;
						memcpy(&cfg.listcfg[i],&savlistcfg,sizeof(echolist_t));
						continue;
					}
					if (msk != 0)
						continue;
					while(1) {
						j=0;
						uifc.helpbuf=
						"~ Configuring an EchoList ~\n\n"
						"The `EchoList Path/Name`, `Required Key` and `Hub Address` must be configured\n"
						"correctly and any one of the Required Keys added to the `EchoList Keys`\n"
						"of the `Linked Nodes` of interest.\n"
						"\n"
						"The other settings are only for forwarding received Area Manager\n"
						"requests 'upstream' (to your hub) when needed.\n"
						;
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","EchoList Path/Name"
							,cfg.listcfg[i].listpath);
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Required Key"
							,strListCombine(cfg.listcfg[i].keys, str, sizeof(str), ","));
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Hub Address"
							,(cfg.listcfg[i].hub.zone) ?
							 faddrtoa(&cfg.listcfg[i].hub) : "None");
						snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","Forward AreaMgr Requests"
							,cfg.listcfg[i].forward ? "Yes" : "No");
						if(cfg.listcfg[i].forward) {
							snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","AreaMgr Name"
								,cfg.listcfg[i].areamgr);
							snprintf(opt[j++],MAX_OPLN-1,"%-30.30s %s","AreaMgr Password"
								,cfg.listcfg[i].password);
						}
						opt[j][0]=0;
						SAFEPRINTF(str, "EchoList - %s", getfname(cfg.listcfg[i].listpath));
						k=uifc.list(WIN_ACT|WIN_SAV|WIN_RHT|WIN_BOT,0,0,0,&listop,0,str,opt);
						if(k==-1)
							break;
						switch(k) {
							case 0:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"EchoList Path/Name"
									,cfg.listcfg[i].listpath,sizeof(cfg.listcfg[i].listpath)-1
									,K_EDIT);
								break;
							case 1:
								uifc.helpbuf=
								"~ Required Key ~\n\n"
								"These keys determine which linked nodes have access to the selected\n"
								"echolist file via AreaFix requests (e.g. query, add, remove).\n"
								"\n"
								"A linked node need only have one of the required keys to have access\n"
								"the echolist."
								;
								x=0;
								while(1) {
									for(u=0; cfg.listcfg[i].keys!=NULL && cfg.listcfg[i].keys[u] != NULL;u++)
										strcpy(opt[u],cfg.listcfg[i].keys[u]);
									opt[u][0]=0;
									x=uifc.list(WIN_SAV|WIN_INS|WIN_DEL|WIN_ACT|
										WIN_XTR|WIN_INSACT|WIN_DELACT|WIN_RHT
										,0,0,0,&x,0,"Required Key (any one of)",opt);
									if(x==-1)
										break;
									if((x&MSK_ON)==MSK_INS) {
										x&=MSK_OFF;
										str[0]=0;
										if(uifc.input(WIN_MID|WIN_SAV,0,0
											,"EchoList Key",str,SBBSECHO_MAX_KEY_LEN
											,K_EDIT|K_UPPER)<1)
											continue;
										strListInsert(&cfg.listcfg[i].keys,str,x);
										continue;
									}

									if((x&MSK_ON)==MSK_DEL) {
										x&=MSK_OFF;
										strListRemove(&cfg.listcfg[i].keys,x);
										uifc.changes = TRUE;
										continue;
									}
									SAFECOPY(str,cfg.listcfg[i].keys[x]);
										uifc.input(WIN_MID|WIN_SAV,0,0,"EchoList Keys"
											,str,SBBSECHO_MAX_KEY_LEN,K_EDIT|K_UPPER);
										strListReplace(cfg.listcfg[i].keys,x,str);
										continue;
								}
								break;
							case 2:
								if(cfg.listcfg[i].hub.zone)
									SAFECOPY(str,faddrtoa(&cfg.listcfg[i].hub));
								else
									str[0]=0;
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Hub Address",str
									,25,K_EDIT);
								if(str[0])
									cfg.listcfg[i].hub=atofaddr(str);
								else
									memset(&cfg.listcfg[i].hub,0
										,sizeof(faddr_t));
								break;
							case 3:
								cfg.listcfg[i].forward = !cfg.listcfg[i].forward;
								break;
							case 4:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Name to use when forwarding AreaMgr requests"
									,cfg.listcfg[i].areamgr,sizeof(cfg.listcfg[i].areamgr)-1
									,K_EDIT);
								break;
							case 5:
								uifc.input(WIN_MID|WIN_SAV,0,0
									,"Password to use when forwarding AreaMgr requests"
									,cfg.listcfg[i].password,sizeof(cfg.listcfg[i].password)-1
									,K_EDIT|K_UPPER);
								break;
						}
					}
				}
				break;

			case 9:
				uifc.pop("Writing config ...");
				bool success = sbbsecho_write_ini(&cfg);
				uifc.pop(NULL);
				if(!success)
					uifc.msg("Error saving configuration file");
				else {
					orig_cfg = cfg;
					uifc.changes = FALSE;
				}
				break;
			case -1:
				if(uifc.changes) {
					if(cfg.used_include) {
						if(uifc.msg("Changes made will not be saved"))
							break;
					} else {
						uifc.helpbuf=
							"~ Save Configuration File ~\n\n"
							"Select `Yes` to save the config file, `No` to quit without saving,\n"
							"or hit ~ ESC ~ to go back to the menu.\n\n";
						i=0;
						i=uifc.list(WIN_MID|WIN_SAV,0,0,0,&i,0,"Save Config File",uifcYesNoOpts);
						if(i==-1) break;
						if(i == 0) {
							uifc.pop("Writing config ...");
							bool success = sbbsecho_write_ini(&cfg);
							uifc.pop(NULL);
							if(!success)
								uifc.msg("Error saving configuration file");
						}
					}
				}
				uifc.pop("Exiting");
				uifc.bail();
				exit(0);
				break;
		}
	}
}