public void add(LDAPEntry entry) throws LDAPException { this.add(entry,(LDAPConstraints) null); }
public LDAPResponseQueue bind( int arg0, String arg1, byte[] arg2, LDAPResponseQueue arg3, LDAPConstraints arg4) throws LDAPException { return null; }
public void delete(String dn) throws LDAPException { this.delete(dn,(LDAPConstraints) null); }
public void rename( String dn, String newRdn, String newParentDN, boolean delOld, LDAPConstraints constr) throws LDAPException { LDAPControl[] controls = constr != null ? constr.getControls() : null; LDAPModifyDNRequest msg = new LDAPModifyDNRequest(dn,newRdn,newParentDN,delOld,controls); this.sendMessage(msg); }
Identifier id = new Identifier(); try { id.setType(this.getIdentifierType(((RDN)dn.getRDNs().get(0)).getType())); } catch (IllegalArgumentException e1) { throw new LDAPException("Could not determine type",53, e1.toString(), e1); FilterTerm filterPart = new FilterTerm(); System.out.println("part : " + filterPart.getOperation()); this.stringFilter(rfcFilter.getFilterIterator(),filterPart); req.addFilterTerm(filterPart);
part.setOperation(FilterTerm.OP_EQUAL); value = (byte[])itr.next(); part.setValue(byteString(value)); part.setOperation(FilterTerm.OP_GTE); value = (byte[])itr.next(); part.setValue(byteString(value)); if (doAdd) { filter.addOperand(part); part.setOperation(FilterTerm.OP_LTE); value = (byte[])itr.next(); part.setValue(byteString(value)); if (doAdd) { filter.addOperand(part); part.setOperation(FilterTerm.OP_APPROX); value = (byte[])itr.next(); part.setValue(byteString(value)); if (doAdd) { filter.addOperand(part); part.setOperation(FilterTerm.OP_EXTENSIBLE_MATCH); value = (byte[])itr.next(); part.setValue(byteString(value)); if (doAdd) { filter.addOperand(part); stringFilter((Iterator)filterpart, filter);
/** * Default Contructor, initilizes the http client * */ public SPMLConnection(){ this.loadImpl(SPMLConnection.DEF_IMPL,null); }
public void modify(String dn, LDAPModification[] mods) throws LDAPException { this.modify(dn,mods,(LDAPConstraints) null); }
public LDAPResponseQueue rename( String arg0, String arg1, boolean arg2, LDAPResponseQueue arg3, LDAPConstraints arg4) throws LDAPException { return null; }
id.setType(this.getIdentifierType(rdn.getType())); } catch (IllegalArgumentException e1) { throw new LDAPException("Could not determine type",53, e1.toString(), e1);
public LDAPSearchResults search( String base, int scope, String filter, String[] attrs, boolean typesOnly) throws LDAPException { return this.search(base,scope,filter,attrs,typesOnly,(LDAPSearchConstraints) null); }
public void disconnect(LDAPConstraints cons) throws LDAPException { this.disconnect(); }
public SPMLConnection(String className,ClassLoader loader){ this.loadImpl(className,loader); }
public void modify( String dn, LDAPModification mod, LDAPConstraints consts) throws LDAPException { this.modify(dn,new LDAPModification[] {mod},consts); }
public void rename(String dn, String newRdn, String newParentDN, boolean delOld) throws LDAPException { this.rename(dn,newRdn,newParentDN,delOld,(LDAPConstraints) null); }
id.setType(this.getIdentifierType(rdn.getType())); } catch (IllegalArgumentException e1) { throw new LDAPException("Could not determine type",53, e1.toString(), e1);
public void bind( String binddn, String pass, Map arg2, Object arg3, LDAPConstraints arg4) throws LDAPException { this.bind(binddn,new String(pass)); }
public SPMLConnection(String className){ this.loadImpl(className,null); }
public void modify(String dn, LDAPModification mod) throws LDAPException { this.modify(dn,new LDAPModification[] {mod},(LDAPConstraints) null); }
public void bind( String binddn, String pass, String[] arg2, Map arg3, Object arg4, LDAPConstraints arg5) throws LDAPException { this.bind(binddn,new String(pass)); }