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Benefit from the Ispirer top-notch migration services and robust automated solutions. Foster migration, and optimize the cost and performance of your IT infrastructure by converting your Oracle PL/SQL application to Java with Ispirer.
Check out how Ispirer Toolkit automatically converts Oracle PL/SQL application.
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Request a quoteIspirer Toolkit analyzes all object dependencies during the conversion process and provides not only line-by-line conversion, but resolves type conversions as well. In addition, the software understands and transforms the necessary inheritance dependencies. It parses the entire source code, builds an internal tree with all the information about the objects, and uses it in the migration process. For more information review the code samples below.
package com.ora; import java.math.*; public class Pkgwithvars { private static final org.slf4j.Logger LOGGER = org.slf4j.LoggerFactory.getLogger(Pkgwithvars.class); return inst; } this.inst = inst; } try { myStatus = NORMAL.setScale(0, RoundingMode.HALF_UP).intValueExact(); } throw e; } } }
public class PrecTab { return precId; } this.precId = precId; } return precSt; } this.precSt = precSt; } return cnt; } this.cnt = cnt; } public PrecTab() { } this.precId = precId; this.precSt = precSt; this.cnt = cnt; } public PrecTab(PrecTab prectab) { this.precId = prectab.precId; this.precSt = prectab.precSt; this.cnt = prectab.cnt; } } public class Example { private static final org.slf4j.Logger LOGGER = org.slf4j.LoggerFactory.getLogger(Example.class); private static class Rec2Tp { return instId; } this.instId = instId; } return instrDt; } this.instrDt = instrDt; } public Rec2Tp() { } this.instId = instId; this.instrDt = instrDt; } public Rec2Tp(Rec2Tp rec2Tp) { if (rec2Tp != null) { this.instId = rec2Tp.instId; this.instrDt = rec2Tp.instrDt; } else { this.instId = null; this.instrDt = null; } } } try { PrecTab rec1 = new PrecTab(); Rec2Tp rec2 = new Rec2Tp(); rec1.setPrecId(v1); v1 = rec2.getInstId(); } throw e; } } }
student_array student_arraytype; END;
STUD_UPDATE(STUD_REC); END;
Student studRec = new Student(); try(PreparedStatement stResCStud = mConn.prepareStatement("SELECT * FROM STUDENT"); ResultSet rsResCStud = stResCStud.executeQuery();) { while (rsResCStud.next()) { studRec.setStudentid(rsResCStud.getString(1)); studRec.setLast(rsResCStud.getString(2)); studRec.setFirst(rsResCStud.getString(3)); studRec.setBirthdate(rsResCStud.getTimestamp(4)); studRec.setFacultyid(rsResCStud.getInt(5)); studUpdate(studRec); } }
STUD_UPDATE(STUD_REC); END;
SqlRowSet rsCStud = null; try { Student studRec = new Student(); rsCStud = jdbcTemplate.queryForRowSet("SELECT * FROM STUDENT"); do { fsCStud = rsCStud.next(); break; } studRec.setStudentid(rsCStud.getString(1)); studRec.setLast(rsCStud.getString(2)); studRec.setFirst(rsCStud.getString(3)); studRec.setBirthdate(rsCStud.getTimestamp(4)); studRec.setFacultyid(rsCStud.getInt(5)); studUpdate(studRec); } } throw e; }
STUD_UPDATE(STUD_REC); END;
Boolean fsCStud; try { Student studRec = new Student(); cStudList = session.createNativeQuery("SELECT * FROM STUDENT").list(); do { itrCStud = cStudList.iterator(); fsCStud = itrCStud.hasNext(); if (!fsCStud) { break; } StudUpdate.spStud_update(studRec); } while (fsCStud); cStudList = null; } throw e; }
RowSetFactory rowSetFactory = RowSetProvider.newFactory(); CachedRowSet parSajesOut = rowSetFactory.createCachedRowSet(); try { parSajesOut.release(); parSajesOut.populate(rs); } } SQLCursorHandler.getInstance().handleExeption(se); throw se; } if (!mConn.getAutoCommit()) { mConn.commit(); } return outData; } throw e; } finally { outData.put("par_id", parId); outData.put("par_sajes_out", parSajesOut); if (mConn != null) { mConn.close(); } } } try { OpenCursor vSajes = new OpenCursor(); ProcTest.spProc_test(vId, vSajes); } throw e; } }
class NestedFunctions { public void check1(MutableObject<String> mutablewTobe, MutableObject<String> mutablewPar) throws Exception { try { wPar = "1"; wTobe = "1"; } throw e; } finally { mutablewTobe.setValue(wTobe); mutablewPar.setValue(wPar); } } } try { NestedFunctions nestedFunctions = new NestedFunctions(); MutableObject<String> mutablewTobe = new MutableObject<>(); MutableObject<String> mutablewPar = new MutableObject<>(); mutablewTobe.setValue(wTobe); mutablewPar.setValue(wPar); nestedFunctions.check1(mutablewTobe, mutablewPar); wTobe = mutablewTobe.getValue(); wPar = mutablewPar.getValue(); } throw e; } }
With a proven track record validated by both time and satisfied clients, Ispirer software and services stand as the pinnacle choice for database migration and application modernization. Leveraging years of experience and client feedback, Ispirer guarantees smooth transitions and optimized operational efficiency for businesses of all scales.