package OSI.OPE.OEI.PVI.SOI.SMQ.load; import java.io.BufferedReader; import java.io.File; import java.io.FileInputStream; import java.io.InputStream; import java.io.InputStreamReader; import java.util.HashMap; import java.util.Map; import SVQ.stable.StableAnnotation; import SVQ.stable.StableToken; import OSI.OPE.OVU.MVQ.OVU.PQE.nodeView.NodeShow; import OSI.OPE.OVU.MVU.OVU.PQE.nodeEdit.LinkList; import OSI.OPE.OVU.MVU.OVU.PQE.nodeEdit.LinkNode; import OSI.OPE.OVU.MVU.OVU.PQE.nodeEdit.Sort; import OSI.OPE.SI.SD.SU.SQ.ASU.OSU.PSU.MSU.AVQ.ASQ.ASU.MPE.procedure.pde.FullDNATokenPDI; //作者 +著作权人： 罗瑶光，浏阳 public class LoadFile{ public static String getOrigianlTextByLock(String inputString, String lockString) { String[] lock= new String[12]; lock[0] = "A"; lock[3] = "O"; lock[6] = "P"; lock[9] = "M"; lock[1] = "V"; lock[4] = "E"; lock[7] = "C"; lock[10] = "S"; lock[2] = "I"; lock[5] = "D"; lock[8] = "U"; lock[11] = "Q"; StringBuilder stringBuilder= new StringBuilder(); for(int i= lockString.length(); i< inputString.length(); i+= lockString.length()+ 1) { stringBuilder.append(inputString.charAt(i)); } return stringBuilder.toString(); } @SuppressWarnings({StableAnnotation.TAG_RESOURCE}) public static LinkNode Load(LinkNode first, NodeShow nodeView, File file , LinkList thislist) { //get path Map nodeMap= new HashMap<>(); try { InputStream in= new FileInputStream(file); BufferedReader cReader= new BufferedReader(new InputStreamReader(in)); InputStream inKey= new FileInputStream(file.getPath()+ ".dna"); BufferedReader cReaderKey= new BufferedReader(new InputStreamReader(inKey)); String ctempString= null; String ctempStringKey= null; Map currentNodeMap= new HashMap<>(); while ((ctempString= cReader.readLine())!= null && (ctempStringKey= cReaderKey.readLine())!= null ) { if(!ctempString.contains("######################")) { // ctempString= new FullDNATokenPDI().initonDeSect(ctempString); //文字变数字再变元基，进行修正。罗瑶光20211106 // String lock= "AISD>_<111111111111111 // >_<11111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111" // + ">_<1111111111111111>_<10111011101101101110110110110110111011011011101110110110" // + "1101101101101101110110110111011011011011011011011101101101101101101110110111011101"; //ctempString if(!ctempString.isEmpty()) { String[] MD5dice_DNA= ctempStringKey.split(StableToken.ETL_SYMBOL_SMILL); //开始解密 //这里因为dna加密，概率钥匙不可控，不可逆，变不回来，于是采用简单的锁加密。 ctempString= LoadFile.getOrigianlTextByLock(ctempString, MD5dice_DNA[0]); ctempString= new FullDNATokenPDI().initonDeSect(ctempString); if(ctempString.contains(StableToken.ETL_SYMBOL_PER) && ctempString.split(StableToken.ETL_SYMBOL_PER).length>1) { currentNodeMap.put(ctempString.split(StableToken.ETL_SYMBOL_PER)[0] //读表分隔符号与tinshell指令分割冲突，准备采用元基础加密换算。 , ctempString.replace(ctempString.split(StableToken.ETL_SYMBOL_PER)[0] + StableToken.ETL_SYMBOL_PER, "")); } } }else { LinkNode node= new LinkNode(); node.beconnect= currentNodeMap.containsKey(StableToken.ETL_BECONNECT) ? currentNodeMap.get(StableToken.ETL_BECONNECT).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.dBeconnect= currentNodeMap.containsKey(StableToken.ETL_DBECONNECT) ? currentNodeMap.get(StableToken.ETL_DBECONNECT).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.dBeconnectID= currentNodeMap.containsKey(StableToken.ETL_DBECONNECT_ID) ?Integer.parseInt(currentNodeMap.get(StableToken.ETL_DBECONNECT_ID)):0; node.dBeconnectPrimaryKey= currentNodeMap.containsKey (StableToken.ETL_DBECONNECT_PRIMARY_KEY)?currentNodeMap.get (StableToken.ETL_DBECONNECT_PRIMARY_KEY):StableToken.ETL_SYMBOL_NULL; node.dBeconnectX= currentNodeMap.containsKey(StableToken.ETL_DBECONNECT_X) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_DBECONNECT_X)):0; node.dBeconnectY= currentNodeMap.containsKey(StableToken.ETL_DBECONNECT_Y) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_DBECONNECT_Y)):0; node.dBeconnectName= currentNodeMap.containsKey(StableToken.ETL_DBECONNECT_NAME) ? currentNodeMap.get(StableToken.ETL_DBECONNECT_NAME):StableToken.ETL_SYMBOL_NULL; node.flash= currentNodeMap.containsKey(StableToken.ETL_FLASH) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_FLASH)):0; node.ID= currentNodeMap.containsKey(StableToken.ETL_NODE_ID) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_NODE_ID)):0; node.leftChoose= currentNodeMap.containsKey(StableToken.ETL_LEFT_CHOOSE) ? currentNodeMap.get(StableToken.ETL_LEFT_CHOOSE).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.mBeconnect= currentNodeMap.containsKey(StableToken.ETL_MBECONNECT) ? currentNodeMap.get(StableToken.ETL_MBECONNECT).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.mBeconnectID= currentNodeMap.containsKey(StableToken.ETL_MBECONNECT_ID) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_MBECONNECT_ID)):0; node.mBeconnectPrimaryKey= currentNodeMap.containsKey (StableToken.ETL_MBECONNECT_PRIMARY_KEY)? currentNodeMap.get (StableToken.ETL_MBECONNECT_PRIMARY_KEY):StableToken.ETL_SYMBOL_NULL; node.mBeconnectX= currentNodeMap.containsKey(StableToken.ETL_MBECONNECT_X) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_MBECONNECT_X)):0; node.mBeconnectY= currentNodeMap.containsKey(StableToken.ETL_MBECONNECT_Y) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_MBECONNECT_Y)):0; node.mBeconnectName= currentNodeMap.containsKey(StableToken.ETL_MBECONNECT_NAME) ?currentNodeMap.get(StableToken.ETL_MBECONNECT_NAME):StableToken.ETL_SYMBOL_NULL; node.name= currentNodeMap.containsKey(StableToken.ETL_NODE_NAME) ?currentNodeMap.get(StableToken.ETL_NODE_NAME):StableToken.ETL_SYMBOL_NULL; node.rightChoose= currentNodeMap.containsKey(StableToken.ETL_RIGHT_CHOOSE) ? currentNodeMap.get(StableToken.ETL_RIGHT_CHOOSE).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.tBeconnect= currentNodeMap.containsKey(StableToken.ETL_TBECONNECT) ? currentNodeMap.get(StableToken.ETL_TBECONNECT).contains(StableToken.ETL_SYMBOL_FALSE) ? false: true: false; node.tBeconnectID= currentNodeMap.containsKey(StableToken.ETL_TBECONNECT_ID) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_TBECONNECT_ID)):0; node.tBeconnectPrimaryKey= currentNodeMap.containsKey (StableToken.ETL_TBECONNECT_PRIMARY_KEY)? currentNodeMap.get (StableToken.ETL_TBECONNECT_PRIMARY_KEY):StableToken.ETL_SYMBOL_NULL; node.primaryKey= currentNodeMap.containsKey(StableToken.ETL_PRIMARY_KEY) ? currentNodeMap.get(StableToken.ETL_PRIMARY_KEY):StableToken.ETL_SYMBOL_NULL; node.tBeconnectX= currentNodeMap.containsKey(StableToken.ETL_TBECONNECT_X) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_TBECONNECT_X)):0; node.tBeconnectY= currentNodeMap.containsKey(StableToken.ETL_TBECONNECT_Y) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_TBECONNECT_Y)):0; node.tBeconnectName= currentNodeMap.containsKey(StableToken.ETL_TBECONNECT_NAME) ? currentNodeMap.get(StableToken.ETL_TBECONNECT_NAME):StableToken.ETL_SYMBOL_NULL; node.x= currentNodeMap.containsKey(StableToken.ETL_NODE_COORDINATION_X) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_NODE_COORDINATION_X)):0; node.y= currentNodeMap.containsKey(StableToken.ETL_NODE_COORDINATION_Y) ? Integer.parseInt(currentNodeMap.get(StableToken.ETL_NODE_COORDINATION_Y)):0; node= thislist.addNodeOnlyWithFace(node, nodeView.first); node.thisFace.nodeConfiguration= currentNodeMap.containsKey (StableToken.ETL_NODE_CONFIGURATION)? currentNodeMap.get(StableToken.ETL_NODE_CONFIGURATION) //元基解密换算，找了下比较费劲，准备把接口拿出来做成sample :StableToken.ETL_SYMBOL_NULL; //我在思考是用物理加密还是用dna概率钥匙加密，如果是dna概率钥匙加密我还有新增几个变量来存储钥匙。 node.thisFace.isConfiged= currentNodeMap.containsKey (StableToken.ETL_ISCONFIGED)? currentNodeMap.get(StableToken.ETL_ISCONFIGED) .contains(StableToken.ETL_SYMBOL_FALSE)? false: true: false; node.thisFace.isExecuted= currentNodeMap.containsKey (StableToken.ETL_ISEXECUTED)? currentNodeMap.get(StableToken.ETL_ISEXECUTED) .contains(StableToken.ETL_SYMBOL_FALSE)? false: true: false; //增加一个node map 用于 connect链接 nodeMap.put(node.primaryKey, node); if(null== first) { first= node; }else { first.next= node; node.pre= first; first= first.next; } currentNodeMap.clear(); } } }catch(Exception loadE) { loadE.printStackTrace(); } first= Sort.sort(first); //避免错序录入，于是增加node链接 linkNode(first, nodeMap); first= Sort.sort(first); return first; } //似乎被猫腻了。稍后地毯式排查。罗瑶光20211102 private static void linkNode(LinkNode first, Map nodeMap) { while(first!= null) { if(first.beconnect) { if(first.tBeconnect) { first.tNode= nodeMap.get(first.tBeconnectPrimaryKey); } if(first.mBeconnect) { first.mNode= nodeMap.get(first.mBeconnectPrimaryKey); } if(first.dBeconnect) { first.dNode= nodeMap.get(first.dBeconnectPrimaryKey); } } first= first.next; } } }