org.pentaho.platform.engine.security.acls
Class PentahoAclEntry

java.lang.Object
  AbstractBasicAclEntry
      org.pentaho.platform.engine.security.acls.PentahoAclEntry

All Implemented Interfaces:

IPentahoAclEntry

public class PentahoAclEntry
extends AbstractBasicAclEntry
implements IPentahoAclEntry

Base Pentaho Access Control entry. Subclassed AbstractBasicAclEntry from Spring Security project. Provides known access controls.

Author:

mbatchel

Field Summary

int	recipientType

Fields inherited from interface org.pentaho.platform.api.engine.IPentahoAclEntry

PERM_ADMIN_ALL, PERM_ADMINISTRATION, PERM_CREATE, PERM_DELETE, PERM_EXECUTE, PERM_EXECUTE_ADMINISTRATION, PERM_EXECUTE_SUBSCRIBE, PERM_FULL_CONTROL, PERM_NOTHING, PERM_SUBSCRIBE, PERM_SUBSCRIBE_ADMINISTRATION, PERM_UPDATE, PERM_UPDATE_PERMS, PERMISSION_PREFIX, PERMISSIONS_LIST_ALL, PERMISSIONS_LIST_SOLUTIONS

Constructor Summary

PentahoAclEntry()

PentahoAclEntry(Object recipient, int mask)

Method Summary

boolean	equals(Object obj)
int[]	getValidPermissions() As implemented, this method says that all permission combinations are valid.
static Map	getValidPermissionsNameMap()
static Map	getValidPermissionsNameMap(String permissionsListType)
int	hashCode()
static void	main(String[] args)
String	printPermissionsBlock(int i)
void	setRecipient(Object value)

Methods inherited from class java.lang.Object

getClass, notify, notifyAll, toString, wait, wait, wait

Field Detail

recipientType

public int recipientType

Constructor Detail

PentahoAclEntry

public PentahoAclEntry()

PentahoAclEntry

public PentahoAclEntry(Object recipient,
                       int mask)

Method Detail

setRecipient

public void setRecipient(Object value)

getValidPermissions

public int[] getValidPermissions()

As implemented, this method says that all permission combinations are valid. (Well not all. FULL_CONTROL must stand alone. It cannot be combined with other bits.)

1. Find the permission value (call it p) that is the highest power of two.
2. Find n (0-based) such that 2^n = p. (Uses logarithm with base 2.)
3. So there are 2^(n+1) permutations of permission bits.
4. So the valid permission values list consists of those 2^(n+1) permutations plus the FULL_CONTROL perm bit. (i.e. (2^(n+1))+1

main

public static void main(String[] args)

printPermissionsBlock

public String printPermissionsBlock(int i)

getValidPermissionsNameMap

public static Map getValidPermissionsNameMap()

Returns:

Returns the validPermissionsNameMap. This method is generally useful for UI work as it returns a Map of Permission atomic values (as Integer objects) keyed by a human readable permission name.

getValidPermissionsNameMap

public static Map getValidPermissionsNameMap(String permissionsListType)

Parameters:

permissionsListType - - The permissions list for solutions is different than that for other UIs

Returns:

Returns the validPermissionsNameMap. This method is generally useful for UI work as it returns a Map of Permission atomic values (as Integer objects) keyed by a human readable permission name.

equals

public boolean equals(Object obj)

hashCode

public int hashCode()