File	Doc	Category	Size	Date	Package
ACIF.java	API Doc	phoneME MR2 API (J2ME)	4864	Wed May 02 18:00:38 BST 2007	com.sun.satsa.acl

ACIF

• java.lang.Object
  • PKCS15File

Fields Summary
private Vector	ACIF This vector contains parsed objects from ACIF.
private Vector	ACFs This vector contains the entries from the ACIF file

Constructors Summary
public ACIF(Location location, AclFileSystem files) Creates AODF object for the pointed location and file system param location Location required location param files AclFileSystem requred file system super(location, files);

Methods Summary
public int	getACFCount() Returns number of entries in the ACIF file return int return ACFs.size();
public Location	getACFPath(int index) Returns location of the pointed ACF param index int index of the required ACF return Location of the required ACF return ((ACF)ACFs.elementAt(index)).getPath();
public byte[]	getAID(int index) Returns AID of the pointed entry (ACF) param index int index of required entry return byte[] AID of the required entry return ((ACF)ACFs.elementAt(index)).getAID();
public void	load() Loads ACIF object from the file system throws IOException if I/O error occurs throws TLVException if TLV error occurs ACIF = new Vector(); resetLoader(ACIF, null, null); parseDF(location.path); readACIF();
private void	readACIF() Reads ACIF data from the ACIF vector. throws IOException if I/O error occurs throws TLVException if TLV error occurs It is assumed that the ACIF file contains information about ACF files in the following format: SEQUENCE { OCTET_STRING // aid (Optional) SEQUENCE { OCTET_STRING // path INTEGER // index CONTEXT_PRIMITIVE_0 { ??? INTEGER // length } } } for (int i = 0; i < ACIF.size(); i++) { ACF acf = new ACF(); TLV t = ((TLV)ACIF.elementAt(i)).child; if (t.type == TLV.OCTETSTR_TYPE) { /* aid */ acf.setAID(t.getValue()); t = t.next; } if (t.type == TLV.SEQUENCE_TYPE) { /* location */ acf.setPath(files.pathToLocation(t)); } ACFs.addElement(acf); }