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Daniela Genius authoredDaniela Genius authored
TGComponentManager.java 124.58 KiB
/* Copyright or (C) or Copr. GET / ENST, Telecom-Paris, Ludovic Apvrille, Andrea Enrici
*
* ludovic.apvrille AT telecom-paristech.fr
* andrea.enrici AT telecom-paristech.fr
*
* This software is a computer program whose purpose is to allow the
* edition of TURTLE analysis, design and deployment diagrams, to
* allow the generation of RT-LOTOS or Java code from this diagram,
* and at last to allow the analysis of formal validation traces
* obtained from external tools, e.g. RTL from LAAS-CNRS and CADP
* from INRIA Rhone-Alpes.
*
* This software is governed by the CeCILL license under French law and
* abiding by the rules of distribution of free software. You can use,
* modify and/ or redistribute the software under the terms of the CeCILL
* license as circulated by CEA, CNRS and INRIA at the following URL
* "http://www.cecill.info".
*
* As a counterpart to the access to the source code and rights to copy,
* modify and redistribute granted by the license, users are provided only
* with a limited warranty and the software's author, the holder of the
* economic rights, and the successive licensors have only limited
* liability.
*
* In this respect, the user's attention is drawn to the risks associated
* with loading, using, modifying and/or developing or reproducing the
* software by the user in light of its specific status of free software,
* that may mean that it is complicated to manipulate, and that also
* therefore means that it is reserved for developers and experienced
* professionals having in-depth computer knowledge. Users are therefore
* encouraged to load and test the software's suitability as regards their
* requirements in conditions enabling the security of their systems and/or
* data to be ensured and, more generally, to use and operate it in the
* same conditions as regards security.
*
* The fact that you are presently reading this means that you have had
* knowledge of the CeCILL license and that you accept its terms.
*/
package ui;
//import java.awt.*;
import ui.ad.*;
import ui.atd.*;
import ui.avatarad.*;
import ui.avatarbd.*;
import ui.avatarcd.*;
import ui.avatardd.*;
import ui.avatarmad.*;
import ui.avatarmethodology.*;
import ui.avatarpd.*;
import ui.avatarrd.*;
import ui.avatarsmd.*;
import ui.cd.*;
import ui.dd.TDDArtifact;
import ui.dd.TDDNode;
import ui.dd.TGConnectorLinkNode;
import ui.diplodocusmethodology.*;
import ui.ebrdd.*;
import ui.ftd.*;
import ui.iod.*;
import ui.ncdd.*;
import ui.osad.*;
import ui.oscd.*;
import ui.procsd.*;
import ui.prosmd.*;
import ui.req.*;
import ui.syscams.*;import ui.sysmlsecmethodology.*;
import ui.tmlad.*;
import ui.tmlcd.*;
import ui.tmlcompd.*;
import ui.tmlcp.*;
import ui.tmldd.*;
import ui.tmlsd.*;
import ui.ucd.*;
import java.awt.*;
import java.util.LinkedList;
import java.util.Vector;
// DIPLODOCUS
/**
* Class TGComponentManager
* Definition and creation of all possible graphical components of TTool
* Creation: 21/12/2003
*
* @author Ludovic APVRILLE, Andrea ENRICI
* @version 1.3 27/01/2016
*/
public class TGComponentManager {
public static final int NONE = -1;
public static final int TAD_DETERMINISTIC_DELAY = 11;
public static final int TAD_PARALLEL = 12;
public static final int TAD_SEQUENCE = 21;
public static final int TAD_PREEMPTION = 22;
public static final int TAD_STOP_STATE = 13;
public static final int TAD_START_STATE = 14;
public static final int TAD_ACTION_STATE = 15;
public static final int TAD_TIME_LIMITED_OFFER = 16;
public static final int TAD_JUNCTION = 17;
public static final int TAD_NON_DETERMINISTIC_DELAY = 18;
public static final int TAD_DELAY_NON_DETERMINISTIC_DELAY = 20;
public static final int TAD_CHOICE = 19;
public static final int TAD_TIME_LIMITED_OFFER_WITH_LATENCY = 10;
public static final int TAD_TIME_CAPTURE = 27;
public static final int TAD_ARRAY_GET = 25;
public static final int TAD_ARRAY_SET = 26;
public static final int CONNECTOR_AD_DIAGRAM = 101;
public static final int CONNECTOR_ASSOCIATION = 102;
public static final int CONNECTOR_ATTRIBUTE = 103;
public static final int CONNECTOR_ASSOCIATION_NAVIGATION = 104;
public static final int CONNECTOR_INTERACTION = 105;
public static final int CONNECTOR_MESSAGE_ASYNC_SD = 106;
public static final int CONNECTOR_MESSAGE_SYNC_SD = 107;
public static final int CONNECTOR_RELATIVE_TIME_SD = 109;
public static final int CONNECTOR_ACTOR_UCD = 110;
public static final int CONNECTOR_INCLUDE_UCD = 111;
public static final int CONNECTOR_SPECIA_UCD = 112;
public static final int CONNECTOR_EXTEND_UCD = 113;
public static final int CONNECTOR_NODE_DD = 114;
public static final int CONNECTOR_TMLAD = 115;
public static final int CONNECTOR_TML_ASSOCIATION_NAV = 116;
public static final int CONNECTOR_TML_COMPOSITION_OPERATOR = 117;
public static final int CONNECTOR_COMMENT = 118;
public static final int CONNECTOR_DERIVE_REQ = 119;
public static final int CONNECTOR_COPY_REQ = 128;
public static final int CONNECTOR_COMPOSITION_REQ = 129;
public static final int CONNECTOR_VERIFY_REQ = 120;
public static final int CONNECTOR_PROSMD = 121; public static final int CONNECTOR_PROCSD = 122;
public static final int CONNECTOR_DELEGATE_PROCSD = 123;
public static final int CONNECTOR_PROCSD_PORT_INTERFACE = 124;
public static final int CONNECTOR_NODE_TMLARCHI = 125;
public static final int CONNECTOR_PORT_TMLC = 126;
public static final int CONNECTOR_NODE_NC = 127;
public static final int CONNECTOR_EBRDD = 130;
public static final int CONNECTOR_EBRDD_ERC = 131;
public static final int ATD_COMPOSITION_CONNECTOR = 132;
public static final int ATD_ATTACK_CONNECTOR = 133;
public static final int ATD_COUNTERMEASURE_CONNECTOR = 137;
public static final int FTD_COMPOSITION_CONNECTOR = 6000;
public static final int FTD_FAULT_CONNECTOR = 6001;
public static final int FTD_COUNTERMEASURE_CONNECTOR = 6002;
public static final int CONNECTOR_MESSAGE_ASYNC_SDZV = 134;
public static final int CONNECTOR_MESSAGE_SYNC_SDZV = 135;
public static final int CONNECTOR_RELATIVE_TIME_SDZV = 136;
public static final int TCD_TCLASS = 201;
public static final int TCD_PARALLEL_OPERATOR = 202;
public static final int TCD_SEQUENCE_OPERATOR = 203;
public static final int TCD_PREEMPTION_OPERATOR = 204;
public static final int TCD_SYNCHRO_OPERATOR = 205;
public static final int TCD_INVOCATION_OPERATOR = 206;
public static final int TCD_TOBJECT = 207;
public static final int TCD_WATCHDOG_OPERATOR = 208;
public static final int TCD_TDATA = 209;
public static final int UML_NOTE = 301;
public static final int PRAGMA = 302;
public static final int SAFETY_PRAGMA = 303;
public static final int INFO_PANEL = 304;
public static final int AVATAR_FIREWALL = 306;
public static final int PERFORMANCE_PRAGMA = 307;
public static final int IOD_CHOICE = 501;
public static final int IOD_START_STATE = 502;
public static final int IOD_STOP_STATE = 503;
public static final int IOD_JUNCTION = 504;
public static final int IOD_PARALLEL = 505;
public static final int IOD_REF_SD = 506;
public static final int IOD_PREEMPTION = 507;
public static final int IOD_SEQUENCE = 509;
public static final int IOD_REF_IOD = 508;
public static final int SD_INSTANCE = 606;
public static final int SD_ABSOLUTE_TIME_CONSTRAINT = 607;
public static final int SD_RELATIVE_TIME_CONSTRAINT = 601;
public static final int SD_ACTION_STATE = 602;
public static final int SD_GUARD = 609;
public static final int SD_TIMER_SETTING = 603;
public static final int SD_TIMER_CANCELLATION = 604;
public static final int SD_TIMER_EXPIRATION = 605;
public static final int SD_TIME_INTERVAL = 608;
public static final int SD_COREGION = 600;
public static final int SDZV_INSTANCE = 620;
public static final int SDZV_ABSOLUTE_TIME_CONSTRAINT = 621;
public static final int SDZV_RELATIVE_TIME_CONSTRAINT = 622;
public static final int SDZV_ACTION_STATE = 623;
public static final int SDZV_GUARD = 624;
public static final int SDZV_TIMER_SETTING = 625; public static final int SDZV_TIMER_CANCELLATION = 626;
public static final int SDZV_TIMER_EXPIRATION = 627;
public static final int SDZV_TIME_INTERVAL = 628;
public static final int SDZV_COREGION = 629;
public static final int SDZV_PORT_MESSAGE = 630;
public static final int UCD_ACTOR = 700;
public static final int UCD_ACTORBOX = 703;
public static final int UCD_USECASE = 701;
public static final int UCD_BORDER = 702;
public static final int TDD_NODE = 800;
public static final int TDD_ARTIFACT = 801;
public static final int DIPLODODUSMETHODOLOGY_REF_APPLICATION = 6000;
public static final int DIPLODODUSMETHODOLOGY_REF_ARCHITECTURE = 6001;
public static final int DIPLODODUSMETHODOLOGY_REF_MAPPING = 6002;
public static final int DIPLODODUSMETHODOLOGY_REF_REQUIREMENT = 6003;
public static final int DIPLODOCUSMETHODOLOGY_CONNECTOR = 6004;
public static final int DIPLODODUSMETHODOLOGY_DIAGRAM_NAME = 6005;
public static final int DIPLODODUSMETHODOLOGY_REF_CP = 6006;
public static final int TMLAD_START_STATE = 1000;
public static final int TMLAD_STOP_STATE = 1001;
public static final int TMLTD_TASK = 1002;
public static final int TMLTD_CHANNEL_OPERATOR = 1003;
public static final int TMLTD_REQUEST_OPERATOR = 1004;
public static final int TMLTD_EVENT_OPERATOR = 1005;
public static final int TMLAD_WRITE_CHANNEL = 1006;
public static final int TMLAD_SEND_REQUEST = 1007;
public static final int TMLAD_SEND_EVENT = 1008;
public static final int TMLAD_READ_CHANNEL = 1009;
public static final int TMLAD_WAIT_EVENT = 1010;
public static final int TMLAD_NOTIFIED_EVENT = 1017;
public static final int TMLAD_ACTION_STATE = 1011;
public static final int TMLAD_CHOICE = 1012;
public static final int TMLAD_EXECI = 1013;
public static final int TMLAD_FOR_LOOP = 1014;
public static final int TMLAD_EXECI_INTERVAL = 1015;
public static final int TMLAD_SEQUENCE = 1016;
public static final int TMLAD_UNORDERED_SEQUENCE = 1032;
public static final int TMLAD_SELECT_EVT = 1018;
public static final int TMLAD_FOR_STATIC_LOOP = 1020;
public static final int TMLAD_EXECC = 1021;
public static final int TMLAD_EXECC_INTERVAL = 1022;
public static final int TMLAD_RANDOM = 1024;
public static final int TMLAD_DELAY = 1026;
public static final int TMLAD_INTERVAL_DELAY = 1028;
public static final int TMLAD_FOR_EVER_LOOP = 1030;
public static final int TMLAD_READ_REQUEST_ARG = 1034;
public static final int TMLAD_ENCRYPT = 1035;
public static final int TMLAD_DECRYPT = 1036;
public static final int TMLARCHI_CPUNODE = 1100;
public static final int TMLARCHI_ARTIFACT = 1101;
public static final int TMLARCHI_BUSNODE = 1102;
public static final int TMLARCHI_COMMUNICATION_ARTIFACT = 1103;
public static final int TMLARCHI_HWANODE = 1104;
public static final int TMLARCHI_CAMSNODE = 1115;
public static final int TMLARCHI_MEMORYNODE = 1105;
public static final int TMLARCHI_BRIDGENODE = 1106;
public static final int TMLARCHI_DMANODE = 1107;
public static final int TMLARCHI_CPNODE = 1108;
public static final int TMLARCHI_EVENT_ARTIFACT = 1109;
public static final int TMLARCHI_PORT_ARTIFACT = 1110;
public static final int TMLARCHI_KEY = 1111;
public static final int TMLARCHI_VGMNNODE = 1112;
public static final int TMLARCHI_CROSSBARNODE = 1113;
public static final int TMLARCHI_FIREWALL = 1114; public static final int TMLARCHI_FPGANODE = 1116;
public static final int TMLCTD_CCOMPONENT = 1200;
public static final int TMLCTD_CPORT = 1201;
public static final int TMLCTD_PCOMPONENT = 1202;
public static final int TMLCTD_COPORT = 1203;
public static final int TMLCTD_CREMOTECOMPONENT = 1204;
public static final int TMLCTD_RCOMPONENT = 1205;
public static final int TMLCTD_CREMOTEPORTCOMPONENT = 1206;
public static final int TMLCTD_FORK = 1207;
public static final int TMLCTD_JOIN = 1208;
public static final int EBRDD_START_STATE = 1300;
public static final int EBRDD_STOP_STATE = 1301;
public static final int EBRDD_CHOICE = 1302;
public static final int EBRDD_ERC = 1303;
public static final int EBRDD_ACTION = 1304;
public static final int EBRDD_FOR_LOOP = 1305;
public static final int EBRDD_SEQUENCE = 1306;
public static final int EBRDD_ESO = 1307;
public static final int EBRDD_ERB = 1308;
public static final int EBRDD_VARIABLE_DECLARATION = 1309;
public static final int TREQ_REQUIREMENT = 900;
public static final int TREQ_OBSERVER = 901;
public static final int TREQ_EBRDD = 902;
public static final int ATD_BLOCK = 1400;
public static final int ATD_ATTACK = 1401;
public static final int ATD_CONSTRAINT = 1402;
public static final int ATD_COUNTERMEASURE = 1403;
public static final int FTD_BLOCK = 6100;
public static final int FTD_FAULT = 6101;
public static final int FTD_CONSTRAINT = 6102;
public static final int FTD_COUNTERMEASURE = 6103;
// TML Communication patterns and TMLSD
public static final int TMLCP_CHOICE = 1500;
public static final int CONNECTOR_TMLCP = 1501;
public static final int TMLCP_FORK = 1502;
public static final int TMLCP_JOIN = 1503;
public static final int TMLCP_REF_CP = 1504;
public static final int TMLCP_REF_SD = 1505;
public static final int TMLCP_START_STATE = 1506;
public static final int TMLCP_STOP_STATE = 1507;
public static final int TMLCP_JUNCTION = 1508;
public static final int TMLCP_FOR_LOOP = 1510;
public static final int TMLSD_STORAGE_INSTANCE = 1520;
public static final int TMLSD_TRANSFER_INSTANCE = 1521;
public static final int TMLSD_CONTROLLER_INSTANCE = 1522;
public static final int CONNECTOR_MESSAGE_ASYNC_TMLSD = 1523;
public static final int TMLSD_ACTION_STATE = 1524;
// SystemC-AMS
public static final int CAMS_CONNECTOR = 1601;
public static final int CAMS_BLOCK_TDF = 1602;
public static final int CAMS_BLOCK_DE = 1603;
public static final int CAMS_PORT_TDF = 1604;
public static final int CAMS_PORT_DE = 1605;
public static final int CAMS_PORT_CONVERTER = 1606;
public static final int CAMS_CLUSTER = 1607;
// SMD diagram
public static final int PROSMD_START_STATE = 2000;
public static final int PROSMD_STOP_STATE = 2001;
public static final int PROSMD_SENDMSG = 2002;
public static final int PROSMD_GETMSG = 2004;
public static final int PROSMD_CHOICE = 2006; public static final int PROSMD_JUNCTION = 2008;
public static final int PROSMD_SUBMACHINE = 2010;
public static final int PROSMD_ACTION = 2012;
public static final int PROSMD_PARALLEL = 2014;
public static final int PROSMD_STATE = 2016;
// CSD diagram
public static final int PROCSD_COMPONENT = 2100;
//No more delegate ports, by Solange
//public static final int PROCSD_DELEGATE_PORT = 2102;
public static final int PROCSD_INTERFACE = 2104;
public static final int PROCSD_IN_PORT = 2106;
public static final int PROCSD_OUT_PORT = 2108;
// TURTLE-OS
public static final int TOSCD_TCLASS = 3000;
public static final int TOS_CONNECTOR_ATTRIBUTE = 3001;
public static final int TOS_CONNECTOR_ASSOCIATION_NAVIGATION = 3002;
public static final int TOS_CONNECTOR_ASSOCIATION = 3003;
public static final int TOSCD_CALL_OPERATOR = 3004;
public static final int TOSCD_EVT_OPERATOR = 3013;
public static final int TOSAD_ACTION_STATE = 3005;
public static final int TOSAD_CONNECTOR = 3006;
public static final int TOSAD_CHOICE = 3007;
public static final int TOSAD_START_STATE = 3008;
public static final int TOSAD_STOP_STATE = 3009;
public static final int TOSAD_JUNCTION = 3010;
public static final int TOSAD_TIME_INTERVAL = 3011;
public static final int TOSAD_INT_TIME_INTERVAL = 3012;
// NC
public static final int NCDD_EQNODE = 4000;
public static final int NCDD_SWITCHNODE = 4001;
public static final int NCDD_TRAFFIC_ARTIFACT = 4002;
public static final int NCDD_ROUTE_ARTIFACT = 4003;
// AVATAR BD -> starts at 5000
public static final int AVATARBD_BLOCK = 5000;
public static final int AVATARBD_COMPOSITION_CONNECTOR = 5001;
public static final int AVATARBD_PORT_CONNECTOR = 5002;
public static final int AVATARBD_DATATYPE = 5003;
public static final int AVATARBD_CRYPTOBLOCK = 5004;
public static final int AVATARBD_LIBRARYFUNCTION = 5005;
public static final int AVATARBD_CRYPTOLIBRARYFUNCTION = 5006;
// AVATAR SMD -> starts at 5100
public static final int AVATARSMD_START_STATE = 5100;
public static final int AVATARSMD_STOP_STATE = 5101;
public static final int AVATARSMD_CONNECTOR = 5102;
public static final int AVATARSMD_SEND_SIGNAL = 5103;
public static final int AVATARSMD_RECEIVE_SIGNAL = 5104;
public static final int AVATARSMD_PARALLEL = 5105;
public static final int AVATARSMD_STATE = 5106;
public static final int AVATARSMD_CHOICE = 5107;
public static final int AVATARSMD_RANDOM = 5108;
public static final int AVATARSMD_SET_TIMER = 5109;
public static final int AVATARSMD_RESET_TIMER = 5110;
public static final int AVATARSMD_EXPIRE_TIMER = 5111;
public static final int AVATARSMD_LIBRARY_FUNCTION_CALL = 5112;
// AVATAR RD -> starts at 5200
public static final int AVATARRD_REQUIREMENT = 5200;
public static final int AVATARRD_PROPERTY = 5201;
public static final int AVATARRD_ELEMENT_REFERENCE = 5207;
public static final int AVATARRD_DERIVE_CONNECTOR = 5202;
public static final int AVATARRD_SATISFY_CONNECTOR = 5208;
public static final int AVATARRD_REFINE_CONNECTOR = 5206;
public static final int AVATARRD_VERIFY_CONNECTOR = 5203;
public static final int AVATARRD_COPY_CONNECTOR = 5204;
public static final int AVATARRD_COMPOSITION_CONNECTOR = 5205;
// AVATAR AMD -> starts at 5250
public static final int AVATARMAD_ASSUMPTION = 5250;
public static final int AVATARMAD_DIAGRAM_REFERENCE = 5251;
public static final int AVATARMAD_ELEMENT_REFERENCE = 5252;
public static final int AVATARMAD_COMPOSITION_CONNECTOR = 5253;
public static final int AVATARMAD_VERSIONING_CONNECTOR = 5254;
public static final int AVATARMAD_IMPACT_CONNECTOR = 5255;
public static final int AVATARMAD_MEET_CONNECTOR = 5256;
public static final int AVATARMAD_BELONGSTOCOMPOSITION_CONNECTOR = 5257;
// AVATAR PD -> starts at 5300
public static final int APD_BLOCK = 5300;
public static final int APD_LOGICAL_CONSTRAINT = 5301;
public static final int APD_TEMPORAL_CONSTRAINT = 5302;
public static final int APD_ATTRIBUTE = 5303;
public static final int APD_SIGNAL = 5304;
public static final int APD_ALIAS = 5305;
public static final int APD_BOOLEQ = 5306;
public static final int APD_ATTRIBUTE_SETTING = 5307;
public static final int APD_PROPERTY = 5308;
public static final int APD_PROPERTY_RELATION = 5309;
public static final int APD_ATTRIBUTE_CONNECTOR = 5310;
public static final int APD_SIGNAL_CONNECTOR = 5311;
public static final int APD_PROPERTY_CONNECTOR = 5312;
public static final int APD_COMPOSITION_CONNECTOR = 5313;
// Avatar Deployment Diagrams at 5350
public static final int ADD_CONNECTOR = 5350;
public static final int ADD_CPUNODE = 5351;
public static final int ADD_ARTIFACT = 5352;
public static final int ADD_BUSNODE = 5353;
public static final int ADD_TTYNODE = 5354;
public static final int ADD_RAMNODE = 5355;
public static final int ADD_ROMNODE = 5356;
public static final int ADD_BRIDGENODE = 5357;
public static final int ADD_DMANODE = 5358;
public static final int ADD_ICUNODE = 5359;
public static final int ADD_COPROMWMRNODE = 5360;
public static final int ADD_TIMERNODE = 5361;
public static final int ADD_CHANNELARTIFACT = 5362;
public static final int ADD_VGMNNODE = 5363;
public static final int ADD_CROSSBARNODE = 5364;
// AVATAR CD -> starts at 5400
public static final int ACD_BLOCK = 5400;
public static final int ACD_ACTOR_STICKMAN = 5401;
public static final int ACD_ACTOR_BOX = 5402;
public static final int ACD_COMPOSITION_CONNECTOR = 5403;
public static final int ACD_ASSOCIATION_CONNECTOR = 5404;
// AVATAR AD -> starts at 5500
public static final int AAD_ASSOCIATION_CONNECTOR = 5500;
public static final int AAD_START_STATE = 5501;
public static final int AAD_STOP_STATE = 5502;
public static final int AAD_CHOICE = 5503;
public static final int AAD_JUNCTION = 5504;
public static final int AAD_PARALLEL = 5505;
public static final int AAD_ACTION = 5506;
public static final int AAD_ACTIVITY = 5507;
public static final int AAD_STOP_FLOW = 5508;
public static final int AAD_SEND_SIGNAL_ACTION = 5509;
public static final int AAD_ACCEPT_EVENT_ACTION = 5510;
public static final int AAD_PARTITION = 5511;
// Avatar Methodology Diagrams at 5600
public static final int AVATARMETHODOLOGY_REF_ASSUMPTIONS = 5601;
public static final int AVATARMETHODOLOGY_REF_REQUIREMENT = 5602;
public static final int AVATARMETHODOLOGY_REF_ANALYSIS = 5603; public static final int AVATARMETHODOLOGY_REF_DESIGN = 5604;
public static final int AVATARMETHODOLOGY_REF_PROPERTIES = 5605;
public static final int AVATARMETHODOLOGY_REF_PROTOTYPE = 5606;
public static final int AVATARMETHODOLOGY_DIAGRAM_NAME = 5607;
public static final int AVATARMETHODOLOGY_CONNECTOR = 5608;
// SysML-Sec Methodology Diagrams at 5700
public static final int SYSMLSEC_METHODOLOGY_REF_ASSUMPTIONS = 5701;
public static final int SYSMLSEC_METHODOLOGY_REF_REQUIREMENT = 5702;
public static final int SYSMLSEC_METHODOLOGY_REF_ANALYSIS = 5703;
public static final int SYSMLSEC_METHODOLOGY_REF_DESIGN = 5704;
public static final int SYSMLSEC_METHODOLOGY_REF_PROPERTIES = 5705;
public static final int SYSMLSEC_METHODOLOGY_REF_PROTOTYPE = 5706;
public static final int SYSMLSEC_METHODOLOGY_DIAGRAM_NAME = 5707;
public static final int SYSMLSEC_METHODOLOGY_REF_FUNCTIONAL_VIEW = 5713;
public static final int SYSMLSEC_METHODOLOGY_REF_ARCHITECTURE_VIEW = 5709;
public static final int SYSMLSEC_METHODOLOGY_REF_MAPPING_VIEW = 5710;
public static final int SYSMLSEC_METHODOLOGY_REF_CP_VIEW = 5711;
public static final int SYSMLSEC_METHODOLOGY_REF_ATTACK = 5712;
public static final int SYSMLSEC_METHODOLOGY_CONNECTOR = 5718;
// PLUGIN
public static final int COMPONENT_PLUGIN = 10000;
public static final int EDIT = -1;
public static final int COMPONENT = 0;
public static final int CONNECTOR = 1;
public static LinkedList<ADDConnector> addconnectors = new LinkedList<ADDConnector>(); //DG 21.02.
public static LinkedList<ADDConnector> getAllADDConnectors() {
return addconnectors;
}//DG 21.02.
public final static TGComponent addComponent(int x, int y, int id, TDiagramPanel tdp) {
TGComponent tgc = null;
switch (id) {
// PLUGIN
case COMPONENT_PLUGIN:
tgc = new TGComponentPlugin(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// AVATAR
case AVATARBD_BLOCK:
tgc = new AvatarBDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARBD_CRYPTOBLOCK:
tgc = new AvatarBDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
((AvatarBDBlock) tgc).addCryptoElements();
break;
case AVATARBD_DATATYPE:
tgc = new AvatarBDDataType(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARBD_LIBRARYFUNCTION:
tgc = new AvatarBDLibraryFunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARBD_CRYPTOLIBRARYFUNCTION:
tgc = new AvatarBDLibraryFunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
((AvatarBDLibraryFunction) tgc).addCryptoElements();
break;
case AVATARSMD_START_STATE:
tgc = new AvatarSMDStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_STOP_STATE:
tgc = new AvatarSMDStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_SEND_SIGNAL:
tgc = new AvatarSMDSendSignal(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case AVATARSMD_LIBRARY_FUNCTION_CALL:
tgc = new AvatarSMDLibraryFunctionCall(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_RECEIVE_SIGNAL:
tgc = new AvatarSMDReceiveSignal(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_PARALLEL:
tgc = new AvatarSMDParallel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_STATE:
tgc = new AvatarSMDState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_CHOICE:
tgc = new AvatarSMDChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_RANDOM:
tgc = new AvatarSMDRandom(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_SET_TIMER:
tgc = new AvatarSMDSetTimer(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_RESET_TIMER:
tgc = new AvatarSMDResetTimer(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARSMD_EXPIRE_TIMER:
tgc = new AvatarSMDExpireTimer(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARRD_REQUIREMENT:
tgc = new AvatarRDRequirement(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARRD_PROPERTY:
tgc = new AvatarRDProperty(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARRD_ELEMENT_REFERENCE:
tgc = new AvatarRDElementReference(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMAD_ASSUMPTION:
tgc = new AvatarMADAssumption(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMAD_DIAGRAM_REFERENCE:
tgc = new AvatarMADDiagramReference(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMAD_ELEMENT_REFERENCE:
tgc = new AvatarMADElementReference(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// AVATAR PD
case APD_BLOCK:
tgc = new AvatarPDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_LOGICAL_CONSTRAINT:
tgc = new AvatarPDLogicalConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_TEMPORAL_CONSTRAINT:
tgc = new AvatarPDTemporalConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_ATTRIBUTE:
tgc = new AvatarPDAttribute(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_SIGNAL:
tgc = new AvatarPDSignal(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_ALIAS:
tgc = new AvatarPDAlias(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_BOOLEQ:
tgc = new AvatarPDBoolEq(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case APD_ATTRIBUTE_SETTING:
tgc = new AvatarPDAttributeSetting(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_PROPERTY:
tgc = new AvatarPDProperty(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case APD_PROPERTY_RELATION:
tgc = new AvatarPDPropertyRelation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// AVATAR CD
case ACD_BLOCK:
tgc = new AvatarCDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ACD_ACTOR_STICKMAN:
tgc = new AvatarCDActorStickman(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ACD_ACTOR_BOX:
tgc = new AvatarCDActorBox(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// AVATAR AD
case AAD_START_STATE:
tgc = new AvatarADStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_STOP_STATE:
tgc = new AvatarADStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_CHOICE:
tgc = new AvatarADChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_JUNCTION:
tgc = new AvatarADJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_PARALLEL:
tgc = new AvatarADParallel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_ACTION:
tgc = new AvatarADAction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_ACTIVITY:
tgc = new AvatarADActivity(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_STOP_FLOW:
tgc = new AvatarADStopFlow(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_SEND_SIGNAL_ACTION:
tgc = new AvatarADSendSignalAction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_ACCEPT_EVENT_ACTION:
tgc = new AvatarADAcceptEventAction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AAD_PARTITION:
tgc = new AvatarADPartition(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
//AVATAR DD
case ADD_CPUNODE:
tgc = new ADDCPUNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_BUSNODE:
tgc = new ADDBusNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_VGMNNODE:
tgc = new ADDVgmnNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_CROSSBARNODE:
tgc = new ADDCrossbarNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_TTYNODE: tgc = new ADDTTYNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_BRIDGENODE:
tgc = new ADDBridgeNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_RAMNODE:
tgc = new ADDRAMNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_ROMNODE:
tgc = new ADDROMNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_DMANODE:
tgc = new ADDDMANode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_ICUNODE:
tgc = new ADDICUNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_COPROMWMRNODE:
tgc = new ADDCoproMWMRNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_TIMERNODE:
tgc = new ADDTimerNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_ARTIFACT:
tgc = new ADDBlockArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ADD_CHANNELARTIFACT:
tgc = new ADDChannelArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
//AVATAR Methodology
case AVATARMETHODOLOGY_REF_ASSUMPTIONS:
tgc = new AvatarMethodologyReferenceToAssumptions(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_REF_REQUIREMENT:
tgc = new AvatarMethodologyReferenceToRequirement(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_REF_ANALYSIS:
tgc = new AvatarMethodologyReferenceToAnalysis(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_REF_DESIGN:
tgc = new AvatarMethodologyReferenceToDesign(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_REF_PROPERTIES:
tgc = new AvatarMethodologyReferenceToProperties(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_REF_PROTOTYPE:
tgc = new AvatarMethodologyReferenceToPrototype(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATARMETHODOLOGY_DIAGRAM_NAME:
tgc = new AvatarMethodologyDiagramName(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
//SysML-Sec Methodology
case SYSMLSEC_METHODOLOGY_REF_ASSUMPTIONS:
tgc = new SysmlsecMethodologyReferenceToAssumptions(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_REQUIREMENT:
tgc = new SysmlsecMethodologyReferenceToRequirement(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_ANALYSIS:
tgc = new SysmlsecMethodologyReferenceToAnalysis(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_DESIGN:
tgc = new SysmlsecMethodologyReferenceToDesign(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_PROPERTIES:
tgc = new SysmlsecMethodologyReferenceToProperties(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_PROTOTYPE: tgc = new SysmlsecMethodologyReferenceToPrototype(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_FUNCTIONAL_VIEW:
tgc = new SysmlsecMethodologyReferenceToApplication(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_ARCHITECTURE_VIEW:
tgc = new SysmlsecMethodologyReferenceToArchitecture(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_MAPPING_VIEW:
tgc = new SysmlsecMethodologyReferenceToMapping(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_CP_VIEW:
tgc = new SysmlsecMethodologyReferenceToCP(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_REF_ATTACK:
tgc = new SysmlsecMethodologyReferenceToAttack(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SYSMLSEC_METHODOLOGY_DIAGRAM_NAME:
tgc = new SysmlsecMethodologyDiagramName(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// Others
case TAD_DETERMINISTIC_DELAY:
tgc = new TADDeterministicDelay(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_PARALLEL:
tgc = new TADParallel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_SEQUENCE:
tgc = new TADSequence(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_PREEMPTION:
tgc = new TADPreemption(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_STOP_STATE:
tgc = new TADStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_START_STATE:
tgc = new TADStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_ACTION_STATE:
tgc = new TADActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_ARRAY_GET:
tgc = new TADArrayGetState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_ARRAY_SET:
tgc = new TADArraySetState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_TIME_LIMITED_OFFER:
tgc = new TADTimeLimitedOffer(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_JUNCTION:
tgc = new TADJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_NON_DETERMINISTIC_DELAY:
tgc = new TADNonDeterministicDelay(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_DELAY_NON_DETERMINISTIC_DELAY:
tgc = new TADTimeInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_TIME_LIMITED_OFFER_WITH_LATENCY:
tgc = new TADTimeLimitedOfferWithLatency(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_TIME_CAPTURE:
tgc = new TADTimeCapture(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TAD_CHOICE:
tgc = new TADChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp); break;
case TCD_TCLASS:
tgc = new TCDTClass(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_TOBJECT:
tgc = new TCDTObject(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_TDATA:
tgc = new TCDTData(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_PARALLEL_OPERATOR:
tgc = new TCDParallelOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_SEQUENCE_OPERATOR:
tgc = new TCDSequenceOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_PREEMPTION_OPERATOR:
tgc = new TCDPreemptionOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_SYNCHRO_OPERATOR:
tgc = new TCDSynchroOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_INVOCATION_OPERATOR:
tgc = new TCDInvocationOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TCD_WATCHDOG_OPERATOR:
tgc = new TCDWatchdogOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case UML_NOTE:
tgc = new TGCNote(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case INFO_PANEL:
tgc = new TGCPanelInfo(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PRAGMA:
tgc = new AvatarBDPragma(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SAFETY_PRAGMA:
tgc = new AvatarBDSafetyPragma(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PERFORMANCE_PRAGMA:
tgc = new AvatarBDPerformancePragma(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case AVATAR_FIREWALL:
tgc = new AvatarBDFirewall(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_CHOICE:
tgc = new IODChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_START_STATE:
tgc = new IODStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_STOP_STATE:
tgc = new IODStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_JUNCTION:
tgc = new IODJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_PARALLEL:
tgc = new IODParallel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_REF_SD:
tgc = new IODRefSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_REF_IOD:
tgc = new IODRefIOD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case IOD_PREEMPTION:
tgc = new IODPreemption(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case IOD_SEQUENCE:
tgc = new IODSequence(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_INSTANCE:
tgc = new ui.sd.SDInstance(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_ABSOLUTE_TIME_CONSTRAINT:
tgc = new ui.sd.SDAbsoluteTimeConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_RELATIVE_TIME_CONSTRAINT:
tgc = new ui.sd.SDRelativeTimeConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_ACTION_STATE:
tgc = new ui.sd.SDActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_GUARD:
tgc = new ui.sd.SDGuard(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_TIME_INTERVAL:
tgc = new ui.sd.SDTimeInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_TIMER_SETTING:
tgc = new ui.sd.SDTimerSetting(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_TIMER_EXPIRATION:
tgc = new ui.sd.SDTimerExpiration(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_TIMER_CANCELLATION:
tgc = new ui.sd.SDTimerCancellation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SD_COREGION:
tgc = new ui.sd.SDCoregion(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_INSTANCE:
tgc = new ui.sd2.SDInstance(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_PORT_MESSAGE:
tgc = new ui.sd2.SDPortForMessage(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_ABSOLUTE_TIME_CONSTRAINT:
tgc = new ui.sd2.SDAbsoluteTimeConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_RELATIVE_TIME_CONSTRAINT:
tgc = new ui.sd2.SDRelativeTimeConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_ACTION_STATE:
tgc = new ui.sd2.SDActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_GUARD:
tgc = new ui.sd2.SDGuard(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_TIME_INTERVAL:
tgc = new ui.sd2.SDTimeInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_TIMER_SETTING:
tgc = new ui.sd2.SDTimerSetting(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_TIMER_EXPIRATION:
tgc = new ui.sd2.SDTimerExpiration(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_TIMER_CANCELLATION:
tgc = new ui.sd2.SDTimerCancellation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case SDZV_COREGION:
tgc = new ui.sd2.SDCoregion(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case UCD_ACTOR:
tgc = new UCDActor(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp); break;
case UCD_ACTORBOX:
tgc = new UCDActorBox(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case UCD_USECASE:
tgc = new UCDUseCase(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case UCD_BORDER:
tgc = new UCDBorder(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TDD_NODE:
tgc = new TDDNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TDD_ARTIFACT:
tgc = new TDDArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_START_STATE:
tgc = new EBRDDStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_STOP_STATE:
tgc = new EBRDDStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_CHOICE:
tgc = new EBRDDChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_ERC:
tgc = new EBRDDERC(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_ACTION:
tgc = new EBRDDActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_FOR_LOOP:
tgc = new EBRDDForLoop(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_VARIABLE_DECLARATION:
tgc = new EBRDDAttributeBox(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_SEQUENCE:
tgc = new EBRDDSequence(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_ESO:
tgc = new EBRDDESO(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case EBRDD_ERB:
tgc = new EBRDDERB(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ATD_BLOCK:
tgc = new ATDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ATD_ATTACK:
tgc = new ATDAttack(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ATD_CONSTRAINT:
tgc = new ATDConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case ATD_COUNTERMEASURE:
tgc = new ATDCountermeasure(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case FTD_BLOCK:
tgc = new FTDBlock(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case FTD_FAULT:
tgc = new FTDFault(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case FTD_CONSTRAINT:
tgc = new FTDConstraint(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case FTD_COUNTERMEASURE:
tgc = new FTDCountermeasure(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case DIPLODODUSMETHODOLOGY_REF_APPLICATION:
tgc = new DiplodocusMethodologyDiagramReferenceToApplication(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case DIPLODODUSMETHODOLOGY_REF_CP:
tgc = new DiplodocusMethodologyDiagramReferenceToCP(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case DIPLODODUSMETHODOLOGY_REF_ARCHITECTURE:
tgc = new DiplodocusMethodologyDiagramReferenceToArchitecture(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case DIPLODODUSMETHODOLOGY_REF_MAPPING:
tgc = new DiplodocusMethodologyDiagramReferenceToMapping(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case DIPLODODUSMETHODOLOGY_REF_REQUIREMENT:
tgc = new DiplodocusMethodologyDiagramReferenceToRequirement(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case DIPLODODUSMETHODOLOGY_DIAGRAM_NAME:
tgc = new DiplodocusMethodologyDiagramName(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_START_STATE:
tgc = new TMLADStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_STOP_STATE:
tgc = new TMLADStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_WRITE_CHANNEL:
tgc = new TMLADWriteChannel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_READ_CHANNEL:
tgc = new TMLADReadChannel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_SEND_REQUEST:
tgc = new TMLADSendRequest(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_SEND_EVENT:
tgc = new TMLADSendEvent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_WAIT_EVENT:
tgc = new TMLADWaitEvent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_NOTIFIED_EVENT:
tgc = new TMLADNotifiedEvent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLTD_TASK:
tgc = new TMLTaskOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLTD_CHANNEL_OPERATOR:
tgc = new TMLChannelOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLTD_EVENT_OPERATOR:
tgc = new TMLEventOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLTD_REQUEST_OPERATOR:
tgc = new TMLRequestOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_ACTION_STATE:
tgc = new TMLADActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_CHOICE:
tgc = new TMLADChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_EXECI:
tgc = new TMLADExecI(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_EXECI_INTERVAL:
tgc = new TMLADExecIInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_EXECC:
tgc = new TMLADExecC(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case TMLAD_EXECC_INTERVAL:
tgc = new TMLADExecCInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_DELAY:
tgc = new TMLADDelay(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_INTERVAL_DELAY:
tgc = new TMLADDelayInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_FOR_LOOP:
tgc = new TMLADForLoop(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_FOR_STATIC_LOOP:
tgc = new TMLADForStaticLoop(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_FOR_EVER_LOOP:
tgc = new TMLADForEverLoop(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_READ_REQUEST_ARG:
tgc = new TMLADReadRequestArg(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_SEQUENCE:
tgc = new TMLADSequence(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_UNORDERED_SEQUENCE:
tgc = new TMLADUnorderedSequence(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_SELECT_EVT:
tgc = new TMLADSelectEvt(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_RANDOM:
tgc = new TMLADRandom(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_ENCRYPT:
tgc = new TMLADEncrypt(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLAD_DECRYPT:
tgc = new TMLADDecrypt(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_CCOMPONENT:
tgc = new TMLCCompositeComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_CREMOTECOMPONENT:
tgc = new TMLCRemoteCompositeComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_CREMOTEPORTCOMPONENT:
tgc = new TMLCRemotePortCompositeComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_CPORT:
tgc = new TMLCCompositePort(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_JOIN:
tgc = new TMLCJoin(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_FORK:
tgc = new TMLCFork(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_PCOMPONENT:
tgc = new TMLCPrimitiveComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_RCOMPONENT:
tgc = new TMLCRecordComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCTD_COPORT:
tgc = new TMLCChannelOutPort(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_CPUNODE:
tgc = new TMLArchiCPUNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_FPGANODE: tgc = new TMLArchiFPGANode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_BUSNODE:
tgc = new TMLArchiBUSNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_VGMNNODE:
tgc = new TMLArchiVGMNNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_CROSSBARNODE:
tgc = new TMLArchiCrossbarNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_CPNODE:
tgc = new TMLArchiCPNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_BRIDGENODE:
tgc = new TMLArchiBridgeNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_FIREWALL:
tgc = new TMLArchiFirewallNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_HWANODE:
tgc = new TMLArchiHWANode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_MEMORYNODE:
tgc = new TMLArchiMemoryNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_DMANODE:
tgc = new TMLArchiDMANode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_ARTIFACT:
tgc = new TMLArchiArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_COMMUNICATION_ARTIFACT:
tgc = new TMLArchiCommunicationArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_PORT_ARTIFACT:
tgc = new TMLArchiPortArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_EVENT_ARTIFACT:
tgc = new TMLArchiEventArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLARCHI_KEY:
tgc = new TMLArchiKey(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// SystemC-AMS
case CAMS_BLOCK_TDF:
tgc = new SysCAMSBlockTDF(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case CAMS_BLOCK_DE:
tgc = new SysCAMSBlockDE(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case CAMS_PORT_TDF:
tgc = new SysCAMSPortTDF(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case CAMS_PORT_DE:
tgc = new SysCAMSPortDE(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case CAMS_PORT_CONVERTER:
tgc = new SysCAMSPortConverter(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case CAMS_CLUSTER:
tgc = new SysCAMSCompositeComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// Communication patterns + SD
case TMLCP_CHOICE:
tgc = new TMLCPChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_FORK:
tgc = new TMLCPFork(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; case TMLCP_JOIN:
tgc = new TMLCPJoin(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_REF_CP:
tgc = new TMLCPRefAD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_REF_SD:
tgc = new TMLCPRefSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_START_STATE:
tgc = new TMLCPStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_STOP_STATE:
tgc = new TMLCPStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_JUNCTION:
tgc = new TMLCPJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLCP_FOR_LOOP:
tgc = new TMLCPForLoop(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLSD_ACTION_STATE:
tgc = new TMLSDActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLSD_STORAGE_INSTANCE:
tgc = new TMLSDStorageInstance(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLSD_CONTROLLER_INSTANCE:
tgc = new TMLSDControllerInstance(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TMLSD_TRANSFER_INSTANCE:
tgc = new TMLSDTransferInstance(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
// Requirements
case TREQ_REQUIREMENT:
tgc = new Requirement(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TREQ_OBSERVER:
tgc = new RequirementObserver(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TREQ_EBRDD:
tgc = new EBRDDObserver(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case NCDD_EQNODE:
tgc = new NCEqNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case NCDD_SWITCHNODE:
tgc = new NCSwitchNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case NCDD_TRAFFIC_ARTIFACT:
tgc = new NCTrafficArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case NCDD_ROUTE_ARTIFACT:
tgc = new NCRouteArtifact(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_START_STATE:
tgc = new ProSMDStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_STOP_STATE:
tgc = new ProSMDStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_SENDMSG:
tgc = new ProSMDSendMsg(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_GETMSG:
tgc = new ProSMDGetMsg(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_CHOICE:
tgc = new ProSMDChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp); break;
case PROSMD_JUNCTION:
tgc = new ProSMDJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_SUBMACHINE:
tgc = new ProSMDSubmachine(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_ACTION:
tgc = new ProSMDAction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_PARALLEL:
tgc = new ProSMDParallel(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROSMD_STATE:
tgc = new ProSMDState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROCSD_COMPONENT:
tgc = new ProCSDComponent(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
/* No more delegate ports, by Solange
case PROCSD_DELEGATE_PORT:
tgc = new ProCSDDelegatePort(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break; */
case PROCSD_IN_PORT:
tgc = new ProCSDInPort(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROCSD_OUT_PORT:
tgc = new ProCSDOutPort(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case PROCSD_INTERFACE:
tgc = new ProCSDInterface(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSCD_TCLASS:
tgc = new TOSClass(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSCD_CALL_OPERATOR:
tgc = new TOSCallOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSCD_EVT_OPERATOR:
tgc = new TOSEvtOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_ACTION_STATE:
tgc = new TOSADActionState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_CHOICE:
tgc = new TOSADChoice(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_START_STATE:
tgc = new TOSADStartState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_STOP_STATE:
tgc = new TOSADStopState(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_JUNCTION:
tgc = new TOSADJunction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_TIME_INTERVAL:
tgc = new TOSADTimeInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
case TOSAD_INT_TIME_INTERVAL:
tgc = new TOSADIntTimeInterval(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp);
break;
default:
break;
}
return tgc;
}
public final static int getType(TGComponent tgc) { // PLUGIN
if (tgc instanceof TGComponentPlugin) {
return COMPONENT_PLUGIN;
// AVATAR BD
} else if (tgc instanceof AvatarBDBlock) {
return AVATARBD_BLOCK;
} else if (tgc instanceof AvatarBDDataType) {
return AVATARBD_DATATYPE;
} else if (tgc instanceof AvatarBDCompositionConnector) {
return AVATARBD_COMPOSITION_CONNECTOR;
} else if (tgc instanceof AvatarBDPortConnector) {
return AVATARBD_PORT_CONNECTOR;
} else if (tgc instanceof AvatarBDLibraryFunction) {
return AVATARBD_LIBRARYFUNCTION;
// AVATAR SMD
} else if (tgc instanceof AvatarSMDStartState) {
return AVATARSMD_START_STATE;
} else if (tgc instanceof AvatarSMDStopState) {
return AVATARSMD_STOP_STATE;
} else if (tgc instanceof AvatarSMDConnector) {
return AVATARSMD_CONNECTOR;
} else if (tgc instanceof AvatarSMDSendSignal) {
return AVATARSMD_SEND_SIGNAL;
} else if (tgc instanceof AvatarSMDReceiveSignal) {
return AVATARSMD_RECEIVE_SIGNAL;
} else if (tgc instanceof AvatarSMDLibraryFunctionCall) {
return AVATARSMD_LIBRARY_FUNCTION_CALL;
} else if (tgc instanceof AvatarSMDParallel) {
return AVATARSMD_PARALLEL;
} else if (tgc instanceof AvatarSMDState) {
return AVATARSMD_STATE;
} else if (tgc instanceof AvatarSMDChoice) {
return AVATARSMD_CHOICE;
} else if (tgc instanceof AvatarSMDRandom) {
return AVATARSMD_RANDOM;
} else if (tgc instanceof AvatarSMDSetTimer) {
return AVATARSMD_SET_TIMER;
} else if (tgc instanceof AvatarSMDResetTimer) {
return AVATARSMD_RESET_TIMER;
} else if (tgc instanceof AvatarSMDExpireTimer) {
return AVATARSMD_EXPIRE_TIMER;
//AVATAR DD
} else if (tgc instanceof ADDConnector) {
return ADD_CONNECTOR;
} else if (tgc instanceof ADDCPUNode) {
return ADD_CPUNODE;
} else if (tgc instanceof ADDBlockArtifact) {
return ADD_ARTIFACT;
} else if (tgc instanceof ADDChannelArtifact) {
return ADD_CHANNELARTIFACT;
} else if (tgc instanceof ADDBusNode) {
return ADD_BUSNODE;
} else if (tgc instanceof ADDVgmnNode) {
return ADD_VGMNNODE;
} else if (tgc instanceof ADDCrossbarNode) {
return ADD_CROSSBARNODE;
} else if (tgc instanceof ADDTTYNode) {
return ADD_TTYNODE;
} else if (tgc instanceof ADDRAMNode) {
return ADD_RAMNODE;
} else if (tgc instanceof ADDROMNode) {
return ADD_ROMNODE;
} else if (tgc instanceof ADDBridgeNode) {
return ADD_BRIDGENODE;
} else if (tgc instanceof ADDDMANode) { return ADD_DMANODE;
} else if (tgc instanceof ADDICUNode) {
return ADD_ICUNODE;
} else if (tgc instanceof ADDTimerNode) {
return ADD_TIMERNODE;
} else if (tgc instanceof ADDCoproMWMRNode) {
return ADD_COPROMWMRNODE;
// AVATAR Methodology
} else if (tgc instanceof AvatarMethodologyReferenceToAssumptions) {
return AVATARMETHODOLOGY_REF_ASSUMPTIONS;
} else if (tgc instanceof AvatarMethodologyReferenceToRequirement) {
return AVATARMETHODOLOGY_REF_REQUIREMENT;
} else if (tgc instanceof AvatarMethodologyReferenceToAnalysis) {
return AVATARMETHODOLOGY_REF_ANALYSIS;
} else if (tgc instanceof AvatarMethodologyReferenceToDesign) {
return AVATARMETHODOLOGY_REF_DESIGN;
} else if (tgc instanceof AvatarMethodologyReferenceToProperties) {
return AVATARMETHODOLOGY_REF_PROPERTIES;
} else if (tgc instanceof AvatarMethodologyReferenceToPrototype) {
return AVATARMETHODOLOGY_REF_PROTOTYPE;
} else if (tgc instanceof AvatarMethodologyDiagramName) {
return AVATARMETHODOLOGY_DIAGRAM_NAME;
} else if (tgc instanceof AvatarMethodologyConnector) {
return AVATARMETHODOLOGY_CONNECTOR;
// SysML-Sec Methodology
} else if (tgc instanceof SysmlsecMethodologyReferenceToAssumptions) {
return SYSMLSEC_METHODOLOGY_REF_ASSUMPTIONS;
} else if (tgc instanceof SysmlsecMethodologyReferenceToRequirement) {
return SYSMLSEC_METHODOLOGY_REF_REQUIREMENT;
} else if (tgc instanceof SysmlsecMethodologyReferenceToAnalysis) {
return SYSMLSEC_METHODOLOGY_REF_ANALYSIS;
} else if (tgc instanceof SysmlsecMethodologyReferenceToDesign) {
return SYSMLSEC_METHODOLOGY_REF_DESIGN;
} else if (tgc instanceof SysmlsecMethodologyReferenceToProperties) {
return SYSMLSEC_METHODOLOGY_REF_PROPERTIES;
} else if (tgc instanceof SysmlsecMethodologyReferenceToPrototype) {
return SYSMLSEC_METHODOLOGY_REF_PROTOTYPE;
} else if (tgc instanceof SysmlsecMethodologyDiagramName) {
return SYSMLSEC_METHODOLOGY_DIAGRAM_NAME;
} else if (tgc instanceof SysmlsecMethodologyConnector) {
return SYSMLSEC_METHODOLOGY_CONNECTOR;
} else if (tgc instanceof SysmlsecMethodologyReferenceToApplication) {
return SYSMLSEC_METHODOLOGY_REF_FUNCTIONAL_VIEW;
} else if (tgc instanceof SysmlsecMethodologyReferenceToArchitecture) {
return SYSMLSEC_METHODOLOGY_REF_ARCHITECTURE_VIEW;
} else if (tgc instanceof SysmlsecMethodologyReferenceToCP) {
return SYSMLSEC_METHODOLOGY_REF_CP_VIEW;
} else if (tgc instanceof SysmlsecMethodologyReferenceToMapping) {
return SYSMLSEC_METHODOLOGY_REF_MAPPING_VIEW;
} else if (tgc instanceof SysmlsecMethodologyReferenceToAttack) {
return SYSMLSEC_METHODOLOGY_REF_ATTACK;
// AVATAR MAD
} else if (tgc instanceof AvatarMADAssumption) {
return AVATARMAD_ASSUMPTION;
} else if (tgc instanceof AvatarMADDiagramReference) {
return AVATARMAD_DIAGRAM_REFERENCE;
} else if (tgc instanceof AvatarMADElementReference) {
return AVATARMAD_ELEMENT_REFERENCE;
} else if (tgc instanceof AvatarMADCompositionConnector) {
return AVATARMAD_COMPOSITION_CONNECTOR;
} else if (tgc instanceof AvatarMADVersioningConnector) {
return AVATARMAD_VERSIONING_CONNECTOR;
} else if (tgc instanceof AvatarMADImpactConnector) {
return AVATARMAD_IMPACT_CONNECTOR;
} else if (tgc instanceof AvatarMADMeetConnector) { return AVATARMAD_MEET_CONNECTOR;
} else if (tgc instanceof AvatarMADBelongsToCompositionConnector) {
return AVATARMAD_BELONGSTOCOMPOSITION_CONNECTOR;
// AVATAR RD
} else if (tgc instanceof AvatarRDRequirement) {
return AVATARRD_REQUIREMENT;
} else if (tgc instanceof AvatarRDProperty) {
return AVATARRD_PROPERTY;
} else if (tgc instanceof AvatarRDElementReference) {
return AVATARRD_ELEMENT_REFERENCE;
} else if (tgc instanceof AvatarRDDeriveConnector) {
return AVATARRD_DERIVE_CONNECTOR;
} else if (tgc instanceof AvatarRDSatisfyConnector) {
return AVATARRD_SATISFY_CONNECTOR;
} else if (tgc instanceof AvatarRDRefineConnector) {
return AVATARRD_REFINE_CONNECTOR;
} else if (tgc instanceof AvatarRDVerifyConnector) {
return AVATARRD_VERIFY_CONNECTOR;
} else if (tgc instanceof AvatarRDCopyConnector) {
return AVATARRD_COPY_CONNECTOR;
} else if (tgc instanceof AvatarRDCompositionConnector) {
return AVATARRD_COMPOSITION_CONNECTOR;
// AVATAR PD
} else if (tgc instanceof AvatarPDBlock) {
return APD_BLOCK;
} else if (tgc instanceof AvatarPDLogicalConstraint) {
return APD_LOGICAL_CONSTRAINT;
} else if (tgc instanceof AvatarPDTemporalConstraint) {
return APD_TEMPORAL_CONSTRAINT;
} else if (tgc instanceof AvatarPDAttribute) {
return APD_ATTRIBUTE;
} else if (tgc instanceof AvatarPDSignal) {
return APD_SIGNAL;
} else if (tgc instanceof AvatarPDAlias) {
return APD_ALIAS;
} else if (tgc instanceof AvatarPDBoolEq) {
return APD_BOOLEQ;
} else if (tgc instanceof AvatarPDAttributeSetting) {
return APD_ATTRIBUTE_SETTING;
} else if (tgc instanceof AvatarPDProperty) {
return APD_PROPERTY;
} else if (tgc instanceof AvatarPDPropertyRelation) {
return APD_PROPERTY_RELATION;
} else if (tgc instanceof AvatarPDAttributeConnector) {
return APD_ATTRIBUTE_CONNECTOR;
} else if (tgc instanceof AvatarPDSignalConnector) {
return APD_SIGNAL_CONNECTOR;
} else if (tgc instanceof AvatarPDPropertyConnector) {
return APD_PROPERTY_CONNECTOR;
} else if (tgc instanceof AvatarPDCompositionConnector) {
return APD_COMPOSITION_CONNECTOR;
// AVATAR CD
} else if (tgc instanceof AvatarCDBlock) {
return ACD_BLOCK;
} else if (tgc instanceof AvatarCDActorStickman) {
return ACD_ACTOR_STICKMAN;
} else if (tgc instanceof AvatarCDActorBox) {
return ACD_ACTOR_BOX;
} else if (tgc instanceof AvatarCDCompositionConnector) {
return ACD_COMPOSITION_CONNECTOR;
} else if (tgc instanceof AvatarCDAssociationConnector) {
return ACD_ASSOCIATION_CONNECTOR;
// AVATAR CD
} else if (tgc instanceof AvatarADStartState) {
return AAD_START_STATE;
} else if (tgc instanceof AvatarADStopState) { return AAD_STOP_STATE;
} else if (tgc instanceof AvatarADChoice) {
return AAD_CHOICE;
} else if (tgc instanceof AvatarADJunction) {
return AAD_JUNCTION;
} else if (tgc instanceof AvatarADParallel) {
return AAD_PARALLEL;
} else if (tgc instanceof AvatarADAction) {
return AAD_ACTION;
} else if (tgc instanceof AvatarADActivity) {
return AAD_ACTIVITY;
} else if (tgc instanceof AvatarADStopFlow) {
return AAD_STOP_FLOW;
} else if (tgc instanceof AvatarADSendSignalAction) {
return AAD_SEND_SIGNAL_ACTION;
} else if (tgc instanceof AvatarADAcceptEventAction) {
return AAD_ACCEPT_EVENT_ACTION;
} else if (tgc instanceof AvatarADPartition) {
return AAD_PARTITION;
} else if (tgc instanceof AvatarADAssociationConnector) {
return AAD_ASSOCIATION_CONNECTOR;
// SystemC-AMS
} else if (tgc instanceof SysCAMSPortConnector) {
return CAMS_CONNECTOR;
} else if (tgc instanceof SysCAMSBlockTDF) {
return CAMS_BLOCK_TDF;
} else if (tgc instanceof SysCAMSBlockDE) {
return CAMS_BLOCK_DE;
} else if (tgc instanceof SysCAMSPortTDF) {
return CAMS_PORT_TDF;
} else if (tgc instanceof SysCAMSPortDE) {
return CAMS_PORT_DE;
} else if (tgc instanceof SysCAMSPortConverter) {
return CAMS_PORT_CONVERTER;
} else if (tgc instanceof SysCAMSCompositeComponent) {
return CAMS_CLUSTER;
// Others
} else if (tgc instanceof TADDeterministicDelay) {
return TAD_DETERMINISTIC_DELAY;
} else if (tgc instanceof TADParallel) {
return TAD_PARALLEL;
} else if (tgc instanceof TADStopState) {
return TAD_STOP_STATE;
} else if (tgc instanceof TADStartState) {
return TAD_START_STATE;
} else if (tgc instanceof TADActionState) {
return TAD_ACTION_STATE;
} else if (tgc instanceof TADArrayGetState) {
return TAD_ARRAY_GET;
} else if (tgc instanceof TADArraySetState) {
return TAD_ARRAY_SET;
} else if (tgc instanceof TADTimeLimitedOffer) {
return TAD_TIME_LIMITED_OFFER;
} else if (tgc instanceof TADJunction) {
return TAD_JUNCTION;
} else if (tgc instanceof TADNonDeterministicDelay) {
return TAD_NON_DETERMINISTIC_DELAY;
} else if (tgc instanceof TADTimeInterval) {
return TAD_DELAY_NON_DETERMINISTIC_DELAY;
} else if (tgc instanceof TADTimeLimitedOfferWithLatency) {
return TAD_TIME_LIMITED_OFFER_WITH_LATENCY;
} else if (tgc instanceof TADTimeCapture) {
return TAD_TIME_CAPTURE;
} else if (tgc instanceof TADChoice) {
return TAD_CHOICE;
} else if (tgc instanceof TCDTClass) {
return TCD_TCLASS;
} else if (tgc instanceof TCDTObject) { return TCD_TOBJECT;
} else if (tgc instanceof TCDTData) {
return TCD_TDATA;
} else if (tgc instanceof TCDParallelOperator) {
return TCD_PARALLEL_OPERATOR;
} else if (tgc instanceof TCDSequenceOperator) {
return TCD_SEQUENCE_OPERATOR;
} else if (tgc instanceof TCDPreemptionOperator) {
return TCD_PREEMPTION_OPERATOR;
} else if (tgc instanceof TCDSynchroOperator) {
return TCD_SYNCHRO_OPERATOR;
} else if (tgc instanceof TCDInvocationOperator) {
return TCD_INVOCATION_OPERATOR;
} else if (tgc instanceof TCDWatchdogOperator) {
return TCD_WATCHDOG_OPERATOR;
} else if (tgc instanceof TGConnectorFullArrow) {
return CONNECTOR_AD_DIAGRAM;
} else if (tgc instanceof TGConnectorAssociation) {
return CONNECTOR_ASSOCIATION;
} else if (tgc instanceof TGConnectorAssociationWithNavigation) {
return CONNECTOR_ASSOCIATION_NAVIGATION;
} else if (tgc instanceof TGConnectorAttribute) {
return CONNECTOR_ATTRIBUTE;
} else if (tgc instanceof TGConnectorInteraction) {
return CONNECTOR_INTERACTION;
} else if (tgc instanceof TGCNote) {
return UML_NOTE;
} else if (tgc instanceof TGCPanelInfo) {
return INFO_PANEL;
} else if (tgc instanceof IODChoice) {
return IOD_CHOICE;
} else if (tgc instanceof IODStartState) {
return IOD_START_STATE;
} else if (tgc instanceof IODStopState) {
return IOD_STOP_STATE;
} else if (tgc instanceof IODJunction) {
return IOD_JUNCTION;
} else if (tgc instanceof IODParallel) {
return IOD_PARALLEL;
} else if (tgc instanceof IODRefSD) {
return IOD_REF_SD;
} else if (tgc instanceof IODRefIOD) {
return IOD_REF_IOD;
} else if (tgc instanceof IODPreemption) {
return IOD_PREEMPTION;
} else if (tgc instanceof IODSequence) {
return IOD_SEQUENCE;
} else if (tgc instanceof ui.sd.TGConnectorMessageAsyncSD) {
return CONNECTOR_MESSAGE_ASYNC_SD;
} else if (tgc instanceof ui.sd.TGConnectorMessageSyncSD) {
return CONNECTOR_MESSAGE_SYNC_SD;
} else if (tgc instanceof ui.sd.TGConnectorRelativeTimeSD) {
return CONNECTOR_RELATIVE_TIME_SD;
} else if (tgc instanceof ui.sd.SDInstance) {
return SD_INSTANCE;
} else if (tgc instanceof ui.sd.SDAbsoluteTimeConstraint) {
return SD_ABSOLUTE_TIME_CONSTRAINT;
} else if (tgc instanceof ui.sd.SDRelativeTimeConstraint) {
return SD_RELATIVE_TIME_CONSTRAINT;
} else if (tgc instanceof ui.sd.SDActionState) {
return SD_ACTION_STATE;
} else if (tgc instanceof ui.sd.SDGuard) {
return SD_GUARD;
} else if (tgc instanceof ui.sd.SDTimeInterval) {
return SD_TIME_INTERVAL;
} else if (tgc instanceof ui.sd.SDTimerSetting) {
return SD_TIMER_SETTING;
} else if (tgc instanceof ui.sd.SDTimerExpiration) {
return SD_TIMER_EXPIRATION;
} else if (tgc instanceof ui.sd.SDTimerCancellation) { return SD_TIMER_CANCELLATION;
} else if (tgc instanceof ui.sd.SDCoregion) {
return SD_COREGION;
} else if (tgc instanceof ui.sd2.TGConnectorMessageAsyncSD) {
return CONNECTOR_MESSAGE_ASYNC_SDZV;
} else if (tgc instanceof ui.sd2.TGConnectorMessageSyncSD) {
return CONNECTOR_MESSAGE_SYNC_SDZV;
} else if (tgc instanceof ui.sd2.TGConnectorRelativeTimeSD) {
return CONNECTOR_RELATIVE_TIME_SDZV;
} else if (tgc instanceof ui.sd2.SDInstance) {
return SDZV_INSTANCE;
} else if (tgc instanceof ui.sd2.SDPortForMessage) {
return SDZV_PORT_MESSAGE;
} else if (tgc instanceof ui.sd2.SDAbsoluteTimeConstraint) {
return SDZV_ABSOLUTE_TIME_CONSTRAINT;
} else if (tgc instanceof ui.sd2.SDRelativeTimeConstraint) {
return SDZV_RELATIVE_TIME_CONSTRAINT;
} else if (tgc instanceof ui.sd2.SDActionState) {
return SDZV_ACTION_STATE;
} else if (tgc instanceof ui.sd2.SDGuard) {
return SDZV_GUARD;
} else if (tgc instanceof ui.sd2.SDTimeInterval) {
return SDZV_TIME_INTERVAL;
} else if (tgc instanceof ui.sd2.SDTimerSetting) {
return SDZV_TIMER_SETTING;
} else if (tgc instanceof ui.sd2.SDTimerExpiration) {
return SDZV_TIMER_EXPIRATION;
} else if (tgc instanceof ui.sd2.SDTimerCancellation) {
return SDZV_TIMER_CANCELLATION;
} else if (tgc instanceof ui.sd2.SDCoregion) {
return SDZV_COREGION;
} else if (tgc instanceof UCDActor) {
return UCD_ACTOR;
} else if (tgc instanceof UCDActorBox) {
return UCD_ACTORBOX;
} else if (tgc instanceof UCDUseCase) {
return UCD_USECASE;
} else if (tgc instanceof UCDBorder) {
return UCD_BORDER;
} else if (tgc instanceof TGConnectorUseCase) {
return CONNECTOR_ACTOR_UCD;
} else if (tgc instanceof TGConnectorInclude) {
return CONNECTOR_INCLUDE_UCD;
} else if (tgc instanceof TGConnectorExtend) {
return CONNECTOR_EXTEND_UCD;
} else if (tgc instanceof TGConnectorSpecialization) {
return CONNECTOR_SPECIA_UCD;
} else if (tgc instanceof TGConnectorLinkNode) {
return CONNECTOR_NODE_DD;
} else if (tgc instanceof TDDNode) {
return TDD_NODE;
} else if (tgc instanceof TDDArtifact) {
return TDD_ARTIFACT;
} else if (tgc instanceof NCEqNode) {
return NCDD_EQNODE;
} else if (tgc instanceof NCTrafficArtifact) {
return NCDD_TRAFFIC_ARTIFACT;
} else if (tgc instanceof NCRouteArtifact) {
return NCDD_ROUTE_ARTIFACT;
} else if (tgc instanceof EBRDDStartState) {
return EBRDD_START_STATE;
} else if (tgc instanceof EBRDDStopState) {
return EBRDD_STOP_STATE;
} else if (tgc instanceof EBRDDChoice) {
return EBRDD_CHOICE;
} else if (tgc instanceof EBRDDERC) {
return EBRDD_ERC;
} else if (tgc instanceof EBRDDActionState) { return EBRDD_ACTION;
} else if (tgc instanceof EBRDDForLoop) {
return EBRDD_FOR_LOOP;
} else if (tgc instanceof EBRDDAttributeBox) {
return EBRDD_VARIABLE_DECLARATION;
} else if (tgc instanceof EBRDDSequence) {
return EBRDD_SEQUENCE;
} else if (tgc instanceof EBRDDESO) {
return EBRDD_ESO;
} else if (tgc instanceof EBRDDERB) {
return EBRDD_ERB;
} else if (tgc instanceof ATDBlock) {
return ATD_BLOCK;
} else if (tgc instanceof ATDAttack) {
return ATD_ATTACK;
} else if (tgc instanceof ATDCountermeasure) {
return ATD_COUNTERMEASURE;
} else if (tgc instanceof ATDConstraint) {
return ATD_CONSTRAINT;
} else if (tgc instanceof ATDCompositionConnector) {
return ATD_COMPOSITION_CONNECTOR;
} else if (tgc instanceof ATDAttackConnector) {
return ATD_ATTACK_CONNECTOR;
} else if (tgc instanceof ATDCountermeasureConnector) {
return ATD_COUNTERMEASURE_CONNECTOR;
} else if (tgc instanceof FTDBlock) {
return FTD_BLOCK;
} else if (tgc instanceof FTDFault) {
return FTD_FAULT;
} else if (tgc instanceof FTDCountermeasure) {
return FTD_COUNTERMEASURE;
} else if (tgc instanceof FTDConstraint) {
return FTD_CONSTRAINT;
} else if (tgc instanceof FTDCompositionConnector) {
return FTD_COMPOSITION_CONNECTOR;
} else if (tgc instanceof FTDFaultConnector) {
return FTD_FAULT_CONNECTOR;
} else if (tgc instanceof FTDCountermeasureConnector) {
return FTD_COUNTERMEASURE_CONNECTOR;
} else if (tgc instanceof DiplodocusMethodologyDiagramReferenceToApplication) {
return DIPLODODUSMETHODOLOGY_REF_APPLICATION;
} else if (tgc instanceof DiplodocusMethodologyDiagramReferenceToCP) {
return DIPLODODUSMETHODOLOGY_REF_CP;
} else if (tgc instanceof DiplodocusMethodologyDiagramReferenceToArchitecture) {
return DIPLODODUSMETHODOLOGY_REF_ARCHITECTURE;
} else if (tgc instanceof DiplodocusMethodologyDiagramReferenceToMapping) {
return DIPLODODUSMETHODOLOGY_REF_MAPPING;
} else if (tgc instanceof DiplodocusMethodologyDiagramReferenceToRequirement) {
return DIPLODODUSMETHODOLOGY_REF_REQUIREMENT;
} else if (tgc instanceof DiplodocusMethodologyDiagramName) {
return DIPLODODUSMETHODOLOGY_DIAGRAM_NAME;
} else if (tgc instanceof DiplodocusMethodologyConnector) {
return DIPLODOCUSMETHODOLOGY_CONNECTOR;
} else if (tgc instanceof TMLADStartState) {
return TMLAD_START_STATE;
} else if (tgc instanceof TMLADStopState) {
return TMLAD_STOP_STATE;
} else if (tgc instanceof TMLADWriteChannel) {
return TMLAD_WRITE_CHANNEL;
} else if (tgc instanceof TMLADReadChannel) {
return TMLAD_READ_CHANNEL;
} else if (tgc instanceof TMLADSendRequest) {
return TMLAD_SEND_REQUEST;
} else if (tgc instanceof TMLADSendEvent) {
return TMLAD_SEND_EVENT;
} else if (tgc instanceof TMLADWaitEvent) {
return TMLAD_WAIT_EVENT; } else if (tgc instanceof TMLADNotifiedEvent) {
return TMLAD_NOTIFIED_EVENT;
} else if (tgc instanceof TMLTaskOperator) {
return TMLTD_TASK;
} else if (tgc instanceof TMLADActionState) {
return TMLAD_ACTION_STATE;
} else if (tgc instanceof TMLADChoice) {
return TMLAD_CHOICE;
} else if (tgc instanceof TMLADExecI) {
return TMLAD_EXECI;
} else if (tgc instanceof TMLADExecIInterval) {
return TMLAD_EXECI_INTERVAL;
} else if (tgc instanceof TMLADExecC) {
return TMLAD_EXECC;
} else if (tgc instanceof TMLADExecCInterval) {
return TMLAD_EXECC_INTERVAL;
} else if (tgc instanceof TMLADDelay) {
return TMLAD_DELAY;
} else if (tgc instanceof TMLADDelayInterval) {
return TMLAD_INTERVAL_DELAY;
} else if (tgc instanceof TMLADForLoop) {
return TMLAD_FOR_LOOP;
} else if (tgc instanceof TMLADForStaticLoop) {
return TMLAD_FOR_STATIC_LOOP;
} else if (tgc instanceof TMLADForEverLoop) {
return TMLAD_FOR_EVER_LOOP;
} else if (tgc instanceof TMLADReadRequestArg) {
return TMLAD_READ_REQUEST_ARG;
} else if (tgc instanceof TMLADSequence) {
return TMLAD_SEQUENCE;
} else if (tgc instanceof TMLADUnorderedSequence) {
return TMLAD_UNORDERED_SEQUENCE;
} else if (tgc instanceof TMLADSelectEvt) {
return TMLAD_SELECT_EVT;
} else if (tgc instanceof TMLADEncrypt) {
return TMLAD_ENCRYPT;
} else if (tgc instanceof TMLADDecrypt) {
return TMLAD_DECRYPT;
} else if (tgc instanceof TMLADRandom) {
return TMLAD_RANDOM;
} else if (tgc instanceof TMLCCompositeComponent) {
return TMLCTD_CCOMPONENT;
} else if (tgc instanceof TMLCPrimitiveComponent) {
return TMLCTD_PCOMPONENT;
} else if (tgc instanceof TMLCRecordComponent) {
return TMLCTD_RCOMPONENT;
} else if (tgc instanceof TMLCRemoteCompositeComponent) {
return TMLCTD_CREMOTECOMPONENT;
} else if (tgc instanceof TMLCRemotePortCompositeComponent) {
return TMLCTD_CREMOTEPORTCOMPONENT;
} else if (tgc instanceof TMLCCompositePort) {
return TMLCTD_CPORT;
} else if (tgc instanceof TMLCJoin) {
return TMLCTD_JOIN;
} else if (tgc instanceof TMLCFork) {
return TMLCTD_FORK;
} else if (tgc instanceof TMLCPrimitivePort) {
return TMLCTD_COPORT;
} else if (tgc instanceof TMLCPortConnector) {
return CONNECTOR_PORT_TMLC;
} else if (tgc instanceof TGConnectorTMLAD) {
return CONNECTOR_TMLAD;
} else if (tgc instanceof TGConnectorTMLAssociationNav) {
return CONNECTOR_TML_ASSOCIATION_NAV;
} else if (tgc instanceof TGConnectorTMLCompositionOperator) {
return CONNECTOR_TML_COMPOSITION_OPERATOR;
} else if (tgc instanceof TMLArchiConnectorNode) { return CONNECTOR_NODE_TMLARCHI;
} else if (tgc instanceof TMLArchiCPUNode) {
return TMLARCHI_CPUNODE;
} else if (tgc instanceof TMLArchiFPGANode) {
return TMLARCHI_FPGANODE;
} else if (tgc instanceof TMLArchiBUSNode) {
return TMLARCHI_BUSNODE;
} else if (tgc instanceof TMLArchiVGMNNode) {
return TMLARCHI_VGMNNODE;
} else if (tgc instanceof TMLArchiCrossbarNode) {
return TMLARCHI_CROSSBARNODE;
} else if (tgc instanceof TMLArchiCPNode) {
return TMLARCHI_CPNODE;
} else if (tgc instanceof TMLArchiBridgeNode) {
return TMLARCHI_BRIDGENODE;
} else if (tgc instanceof TMLArchiFirewallNode) {
return TMLARCHI_FIREWALL;
} else if (tgc instanceof AvatarBDFirewall) {
return AVATAR_FIREWALL;
} else if (tgc instanceof TMLArchiHWANode) {
return TMLARCHI_HWANODE;
} else if (tgc instanceof TMLArchiMemoryNode) {
return TMLARCHI_MEMORYNODE;
} else if (tgc instanceof TMLArchiDMANode) {
return TMLARCHI_DMANODE;
} else if (tgc instanceof TMLArchiArtifact) {
return TMLARCHI_ARTIFACT;
} else if (tgc instanceof TMLArchiCommunicationArtifact) {
return TMLARCHI_COMMUNICATION_ARTIFACT;
} else if (tgc instanceof TMLArchiPortArtifact) {
return TMLARCHI_PORT_ARTIFACT;
} else if (tgc instanceof TMLArchiEventArtifact) {
return TMLARCHI_EVENT_ARTIFACT;
} else if (tgc instanceof TMLArchiKey) {
return TMLARCHI_KEY;
// Communication patterns
} else if (tgc instanceof TMLCPChoice) {
return TMLCP_CHOICE;
} else if (tgc instanceof TMLCPFork) {
return TMLCP_FORK;
} else if (tgc instanceof TMLCPJoin) {
return TMLCP_JOIN;
} else if (tgc instanceof TMLCPRefAD) {
return TMLCP_REF_CP;
} else if (tgc instanceof TMLCPRefSD) {
return TMLCP_REF_SD;
} else if (tgc instanceof TMLCPStartState) {
return TMLCP_START_STATE;
} else if (tgc instanceof TMLCPStopState) {
return TMLCP_STOP_STATE;
} else if (tgc instanceof TMLCPJunction) {
return TMLCP_JUNCTION;
} else if (tgc instanceof TMLCPForLoop) {
return TMLCP_FOR_LOOP;
} else if (tgc instanceof TGConnectorTMLCP) {
return CONNECTOR_TMLCP;
} else if (tgc instanceof TMLSDActionState) {
return TMLSD_ACTION_STATE;
} else if (tgc instanceof TMLSDStorageInstance) {
return TMLSD_STORAGE_INSTANCE;
} else if (tgc instanceof TMLSDTransferInstance) {
return TMLSD_TRANSFER_INSTANCE;
} else if (tgc instanceof TMLSDControllerInstance) {
return TMLSD_CONTROLLER_INSTANCE;
} else if (tgc instanceof TGConnectorMessageAsyncTMLSD) {
return CONNECTOR_MESSAGE_ASYNC_TMLSD;
} else if (tgc instanceof TGConnectorComment) { return CONNECTOR_COMMENT;
} else if (tgc instanceof Requirement) {
return TREQ_REQUIREMENT;
} else if (tgc instanceof RequirementObserver) {
return TREQ_OBSERVER;
} else if (tgc instanceof EBRDDObserver) {
return TREQ_EBRDD;
} else if (tgc instanceof TGConnectorDerive) {
return CONNECTOR_DERIVE_REQ;
} else if (tgc instanceof TGConnectorCopy) {
return CONNECTOR_COPY_REQ;
} else if (tgc instanceof TGConnectorComposition) {
return CONNECTOR_COMPOSITION_REQ;
} else if (tgc instanceof TGConnectorVerify) {
return CONNECTOR_VERIFY_REQ;
} else if (tgc instanceof ProSMDStartState) {
return PROSMD_START_STATE;
} else if (tgc instanceof ProSMDStopState) {
return PROSMD_STOP_STATE;
} else if (tgc instanceof TGConnectorProSMD) {
return CONNECTOR_PROSMD;
} else if (tgc instanceof TGConnectorProCSD) {
return CONNECTOR_PROCSD;
} else if (tgc instanceof TGConnectorDelegateProCSD) {
return CONNECTOR_DELEGATE_PROCSD;
} else if (tgc instanceof ProSMDSendMsg) {
return PROSMD_SENDMSG;
} else if (tgc instanceof ProSMDGetMsg) {
return PROSMD_GETMSG;
} else if (tgc instanceof ProSMDChoice) {
return PROSMD_CHOICE;
} else if (tgc instanceof ProSMDJunction) {
return PROSMD_JUNCTION;
} else if (tgc instanceof ProSMDSubmachine) {
return PROSMD_SUBMACHINE;
} else if (tgc instanceof ProSMDAction) {
return PROSMD_ACTION;
} else if (tgc instanceof ProSMDParallel) {
return PROSMD_PARALLEL;
} else if (tgc instanceof ProSMDState) {
return PROSMD_STATE;
} else if (tgc instanceof TGConnectorPortInterface) {
return CONNECTOR_PROCSD_PORT_INTERFACE;
} else if (tgc instanceof ProCSDComponent) {
return PROCSD_COMPONENT;
/* No more delegate ports, by Solange
} else if (tgc instanceof ProCSDDelegatePort) {
return PROCSD_DELEGATE_PORT;
*/
//NC
} else if (tgc instanceof NCEqNode) {
return NCDD_EQNODE;
} else if (tgc instanceof NCSwitchNode) {
return NCDD_SWITCHNODE;
} else if (tgc instanceof NCTrafficArtifact) {
return NCDD_TRAFFIC_ARTIFACT;
} else if (tgc instanceof NCConnectorNode) {
return CONNECTOR_NODE_NC;
// TURTLE-OS
} else if (tgc instanceof TOSClass) {
return TOSCD_TCLASS;
} else if (tgc instanceof TOSConnectorAssociation) {
return TOS_CONNECTOR_ASSOCIATION;
} else if (tgc instanceof TOSConnectorAssociationWithNavigation) {
return TOS_CONNECTOR_ASSOCIATION_NAVIGATION;
} else if (tgc instanceof TOSConnectorCompositionOperator) {
return TOS_CONNECTOR_ATTRIBUTE; } else if (tgc instanceof TOSCallOperator) {
return TOSCD_CALL_OPERATOR;
} else if (tgc instanceof TOSEvtOperator) {
return TOSCD_EVT_OPERATOR;
} else if (tgc instanceof TOSADActionState) {
return TOSAD_ACTION_STATE;
} else if (tgc instanceof TOSADConnector) {
return TOSAD_CONNECTOR;
} else if (tgc instanceof TOSADChoice) {
return TOSAD_CHOICE;
} else if (tgc instanceof TOSADStartState) {
return TOSAD_START_STATE;
} else if (tgc instanceof TOSADStopState) {
return TOSAD_STOP_STATE;
} else if (tgc instanceof TOSADJunction) {
return TOSAD_JUNCTION;
} else if (tgc instanceof TOSADTimeInterval) {
return TOSAD_TIME_INTERVAL;
} else if (tgc instanceof TOSADIntTimeInterval) {
return TOSAD_INT_TIME_INTERVAL;
}
return -1;
}
public final static TGConnector addConnector(int x, int y, int id, TDiagramPanel tdp, TGConnectingPoint p1, TGConnectingPoint p2, Vector<Point> listPoint) {
TGConnector tgc = null;
switch (id) {
// AVATAR
// AVATAR BD
case AVATARBD_COMPOSITION_CONNECTOR:
tgc = new AvatarBDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARBD_PORT_CONNECTOR:
tgc = new AvatarBDPortConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR SMD
case AVATARSMD_CONNECTOR:
tgc = new AvatarSMDConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR Methodology
case AVATARMETHODOLOGY_CONNECTOR:
tgc = new AvatarMethodologyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// SysML-Sec Methodology
case SYSMLSEC_METHODOLOGY_CONNECTOR:
tgc = new SysmlsecMethodologyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// // System C-AMS
// case CAMS_CONNECTOR:
// tgc = new CAMSBlockConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
// break;
// AVATAR MAD
case AVATARMAD_COMPOSITION_CONNECTOR:
tgc = new AvatarMADCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARMAD_VERSIONING_CONNECTOR:
tgc = new AvatarMADVersioningConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARMAD_IMPACT_CONNECTOR:
tgc = new AvatarMADImpactConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARMAD_MEET_CONNECTOR: tgc = new AvatarMADMeetConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARMAD_BELONGSTOCOMPOSITION_CONNECTOR:
tgc = new AvatarMADBelongsToCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR RD
case AVATARRD_DERIVE_CONNECTOR:
tgc = new AvatarRDDeriveConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARRD_SATISFY_CONNECTOR:
tgc = new AvatarRDSatisfyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARRD_REFINE_CONNECTOR:
tgc = new AvatarRDRefineConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARRD_VERIFY_CONNECTOR:
tgc = new AvatarRDVerifyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARRD_COPY_CONNECTOR:
tgc = new AvatarRDCopyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case AVATARRD_COMPOSITION_CONNECTOR:
tgc = new AvatarRDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR CD
case ACD_COMPOSITION_CONNECTOR:
tgc = new AvatarCDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case ACD_ASSOCIATION_CONNECTOR:
tgc = new AvatarCDAssociationConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR AD
case AAD_ASSOCIATION_CONNECTOR:
tgc = new AvatarADAssociationConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// AVATAR DD
case ADD_CONNECTOR:
tgc = new ADDConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//DG 21.02.
addconnectors.add((ADDConnector) tgc);//DG 21.02.
break;
// AVATAR PD
case APD_ATTRIBUTE_CONNECTOR:
tgc = new AvatarPDAttributeConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case APD_SIGNAL_CONNECTOR:
tgc = new AvatarPDSignalConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case APD_PROPERTY_CONNECTOR:
tgc = new AvatarPDPropertyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case APD_COMPOSITION_CONNECTOR:
tgc = new AvatarPDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
// Others
case CONNECTOR_AD_DIAGRAM:
tgc = new TGConnectorFullArrow(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_ASSOCIATION:
tgc = new TGConnectorAssociation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_ASSOCIATION_NAVIGATION:
tgc = new TGConnectorAssociationWithNavigation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint); break;
case CONNECTOR_ATTRIBUTE:
tgc = new TGConnectorAttribute(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_INTERACTION:
tgc = new TGConnectorInteraction(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_MESSAGE_ASYNC_SD:
tgc = new ui.sd.TGConnectorMessageAsyncSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_MESSAGE_SYNC_SD:
tgc = new ui.sd.TGConnectorMessageSyncSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_RELATIVE_TIME_SD:
tgc = new ui.sd.TGConnectorRelativeTimeSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_MESSAGE_ASYNC_SDZV:
tgc = new ui.sd2.TGConnectorMessageAsyncSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_MESSAGE_SYNC_SDZV:
tgc = new ui.sd2.TGConnectorMessageSyncSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_RELATIVE_TIME_SDZV:
tgc = new ui.sd2.TGConnectorRelativeTimeSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
//System.out.println("Connector interaction");
break;
case CONNECTOR_ACTOR_UCD:
tgc = new TGConnectorUseCase(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_INCLUDE_UCD:
tgc = new TGConnectorInclude(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_EXTEND_UCD:
tgc = new TGConnectorExtend(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_SPECIA_UCD:
tgc = new TGConnectorSpecialization(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_NODE_DD:
tgc = new TGConnectorLinkNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_NODE_NC:
tgc = new NCConnectorNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_COMMENT:
tgc = new TGConnectorComment(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case TOS_CONNECTOR_ASSOCIATION:
tgc = new TOSConnectorAssociation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case TOS_CONNECTOR_ASSOCIATION_NAVIGATION:
tgc = new TOSConnectorAssociationWithNavigation(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case TOS_CONNECTOR_ATTRIBUTE:
tgc = new TOSConnectorCompositionOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case TOSAD_CONNECTOR:
tgc = new TOSADConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_EBRDD:
tgc = new TGConnectorEBRDD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_EBRDD_ERC: tgc = new TGConnectorEBRDDERC(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case ATD_COMPOSITION_CONNECTOR:
tgc = new ATDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case ATD_ATTACK_CONNECTOR:
tgc = new ATDAttackConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case ATD_COUNTERMEASURE_CONNECTOR:
tgc = new ATDCountermeasureConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case FTD_COMPOSITION_CONNECTOR:
tgc = new FTDCompositionConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case FTD_FAULT_CONNECTOR:
tgc = new FTDFaultConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case FTD_COUNTERMEASURE_CONNECTOR:
tgc = new FTDCountermeasureConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case DIPLODOCUSMETHODOLOGY_CONNECTOR:
tgc = new DiplodocusMethodologyConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_TMLAD:
tgc = new TGConnectorTMLAD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_PORT_TMLC:
tgc = new TMLCPortConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CAMS_CONNECTOR:
tgc = new SysCAMSPortConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_NODE_TMLARCHI:
tgc = new TMLArchiConnectorNode(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_TML_ASSOCIATION_NAV:
tgc = new TGConnectorTMLAssociationNav(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_TML_COMPOSITION_OPERATOR:
tgc = new TGConnectorTMLCompositionOperator(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_TMLCP:
tgc = new TGConnectorTMLCP(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_MESSAGE_ASYNC_TMLSD:
tgc = new TGConnectorMessageAsyncTMLSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_DERIVE_REQ:
tgc = new TGConnectorDerive(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_COPY_REQ:
tgc = new TGConnectorCopy(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_COMPOSITION_REQ:
tgc = new TGConnectorComposition(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_VERIFY_REQ:
tgc = new TGConnectorVerify(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_PROSMD:
tgc = new TGConnectorProSMD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_PROCSD: tgc = new TGConnectorProCSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_DELEGATE_PROCSD:
tgc = new TGConnectorDelegateProCSD(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
break;
case CONNECTOR_PROCSD_PORT_INTERFACE:
tgc = new TGConnectorPortInterface(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
}
return tgc;
}
/* public final static CAMSBlockConnector addCAMSConnector(int x, int y, int id, TDiagramPanel tdp, CAMSConnectingPoint p1, CAMSConnectingPoint p2, Vector<Point> listPoint) {
CAMSBlockConnector cbc = null;
cbc = new CAMSBlockConnector(x, y, tdp.getMinX(), tdp.getMaxX(), tdp.getMinY(), tdp.getMaxY(), false, null, tdp, p1, p2, listPoint);
return cbc;
}*/
} // Class