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/*******************************************************************************
* ============LICENSE_START====================================================
* * org.onap.aaf
* * ===========================================================================
* * Copyright © 2017 AT&T Intellectual Property. All rights reserved.
* * ===========================================================================
* * Licensed under the Apache License, Version 2.0 (the "License");
* * you may not use this file except in compliance with the License.
* * You may obtain a copy of the License at
* *
* * http://www.apache.org/licenses/LICENSE-2.0
* *
* * Unless required by applicable law or agreed to in writing, software
* * distributed under the License is distributed on an "AS IS" BASIS,
* * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* * See the License for the specific language governing permissions and
* * limitations under the License.
* * ============LICENSE_END====================================================
* *
* * ECOMP is a trademark and service mark of AT&T Intellectual Property.
* *
******************************************************************************/
package com.att.authz.service.mapper;
import java.nio.ByteBuffer;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.Date;
import java.util.GregorianCalendar;
import java.util.List;
import java.util.UUID;
import javax.xml.datatype.XMLGregorianCalendar;
import com.att.authz.env.AuthzTrans;
import com.att.authz.layer.Result;
import com.att.authz.org.Organization;
import com.att.authz.org.Organization.Expiration;
import com.att.authz.service.MayChange;
import com.att.cadi.aaf.marshal.CertsMarshal;
import com.att.cadi.util.Vars;
import com.att.cssa.rserv.Pair;
import com.att.dao.Bytification;
import com.att.dao.aaf.cass.ApprovalDAO;
import com.att.dao.aaf.cass.CertDAO;
import com.att.dao.aaf.cass.CredDAO;
import com.att.dao.aaf.cass.DelegateDAO;
import com.att.dao.aaf.cass.DelegateDAO.Data;
import com.att.dao.aaf.cass.FutureDAO;
import com.att.dao.aaf.cass.HistoryDAO;
import com.att.dao.aaf.cass.Namespace;
import com.att.dao.aaf.cass.NsSplit;
import com.att.dao.aaf.cass.NsType;
import com.att.dao.aaf.cass.PermDAO;
import com.att.dao.aaf.cass.RoleDAO;
import com.att.dao.aaf.cass.Status;
import com.att.dao.aaf.cass.UserRoleDAO;
import com.att.dao.aaf.hl.Question;
import com.att.dao.aaf.hl.Question.Access;
import com.att.inno.env.Env;
import com.att.inno.env.TimeTaken;
import com.att.inno.env.util.Chrono;
import com.att.rosetta.Marshal;
import aaf.v2_0.Api;
import aaf.v2_0.Approval;
import aaf.v2_0.Approvals;
import aaf.v2_0.Certs;
import aaf.v2_0.Certs.Cert;
import aaf.v2_0.CredRequest;
import aaf.v2_0.Delg;
import aaf.v2_0.DelgRequest;
import aaf.v2_0.Delgs;
import aaf.v2_0.Error;
import aaf.v2_0.History;
import aaf.v2_0.History.Item;
import aaf.v2_0.Keys;
import aaf.v2_0.NsRequest;
import aaf.v2_0.Nss;
import aaf.v2_0.Nss.Ns;
import aaf.v2_0.Nss.Ns.Attrib;
import aaf.v2_0.Perm;
import aaf.v2_0.PermKey;
import aaf.v2_0.PermRequest;
import aaf.v2_0.Perms;
import aaf.v2_0.Pkey;
import aaf.v2_0.Request;
import aaf.v2_0.Role;
import aaf.v2_0.RolePermRequest;
import aaf.v2_0.RoleRequest;
import aaf.v2_0.Roles;
import aaf.v2_0.UserRole;
import aaf.v2_0.UserRoleRequest;
import aaf.v2_0.UserRoles;
import aaf.v2_0.Users;
import aaf.v2_0.Users.User;
public class Mapper_2_0 implements Mapper<Nss, Perms, Pkey, Roles, Users, UserRoles, Delgs, Certs, Keys, Request, History, Error, Approvals> {
private Question q;
public Mapper_2_0(Question q) {
this.q = q;
}
/* (non-Javadoc)
* @see com.att.authz.service.mapper.Mapper#ns(java.lang.Object, com.att.authz.service.mapper.Mapper.Holder)
*/
@Override
public Result<Namespace> ns(AuthzTrans trans, Request base) {
NsRequest from = (NsRequest)base;
Namespace namespace = new Namespace();
namespace.name = from.getName();
namespace.admin = from.getAdmin();
namespace.owner = from.getResponsible();
namespace.description = from.getDescription();
trans.checkpoint(namespace.name, Env.ALWAYS);
NsType nt = NsType.fromString(from.getType());
if(nt.equals(NsType.UNKNOWN)) {
String ns = namespace.name;
int count = 0;
for(int i=ns.indexOf('.');
i>=0;
i=ns.indexOf('.',i+1)) {
++count;
}
switch(count) {
case 0: nt = NsType.ROOT;break;
case 1: nt = NsType.COMPANY;break;
default: nt = NsType.APP;
}
}
namespace.type = nt.type;
return Result.ok(namespace);
}
@Override
public Result<Nss> nss(AuthzTrans trans, Namespace from, Nss to) {
List<Ns> nss = to.getNs();
Ns ns = new Ns();
ns.setName(from.name);
if(from.admin!=null)ns.getAdmin().addAll(from.admin);
if(from.owner!=null)ns.getResponsible().addAll(from.owner);
if(from.attrib!=null) {
for(Pair<String,String> attrib : from.attrib) {
Attrib toAttrib = new Attrib();
toAttrib.setKey(attrib.x);
toAttrib.setValue(attrib.y);
ns.getAttrib().add(toAttrib);
}
}
ns.setDescription(from.description);
nss.add(ns);
return Result.ok(to);
}
/**
* Note: Prevalidate if NS given is allowed to be seen before calling
*/
@Override
public Result<Nss> nss(AuthzTrans trans, Collection<Namespace> from, Nss to) {
List<Ns> nss = to.getNs();
for(Namespace nd : from) {
Ns ns = new Ns();
ns.setName(nd.name);
ns.getAdmin().addAll(nd.admin);
ns.getResponsible().addAll(nd.owner);
ns.setDescription(nd.description);
if(nd.attrib!=null) {
for(Pair<String,String> attrib : nd.attrib) {
Attrib toAttrib = new Attrib();
toAttrib.setKey(attrib.x);
toAttrib.setValue(attrib.y);
ns.getAttrib().add(toAttrib);
}
}
nss.add(ns);
}
return Result.ok(to);
}
@Override
public Result<Perms> perms(AuthzTrans trans, List<PermDAO.Data> from, Perms to, boolean filter) {
List<Perm> perms = to.getPerm();
TimeTaken tt = trans.start("Filter Perms before return", Env.SUB);
try {
if(from!=null) {
for (PermDAO.Data data : from) {
if(!filter || q.mayUser(trans, trans.user(), data, Access.read).isOK()) {
Perm perm = new Perm();
perm.setType(data.fullType());
perm.setInstance(data.instance);
perm.setAction(data.action);
for(String role : data.roles(false)) {
perm.getRoles().add(role);
}
perm.setDescription(data.description);
perms.add(perm);
}
}
}
} finally {
tt.done();
}
tt = trans.start("Sort Perms", Env.SUB);
try {
Collections.sort(perms, new Comparator<Perm>() {
@Override
public int compare(Perm perm1, Perm perm2) {
int typeCompare = perm1.getType().compareToIgnoreCase(perm2.getType());
if (typeCompare == 0) {
int instanceCompare = perm1.getInstance().compareToIgnoreCase(perm2.getInstance());
if (instanceCompare == 0) {
return perm1.getAction().compareToIgnoreCase(perm2.getAction());
}
return instanceCompare;
}
return typeCompare;
}
});
} finally {
tt.done();
}
return Result.ok(to);
}
@Override
public Result<List<PermDAO.Data>> perms(AuthzTrans trans, Perms perms) {
List<PermDAO.Data> lpd = new ArrayList<PermDAO.Data>();
for (Perm p : perms.getPerm()) {
Result<NsSplit> nss = q.deriveNsSplit(trans, p.getType());
PermDAO.Data pd = new PermDAO.Data();
if(nss.isOK()) {
pd.ns=nss.value.ns;
pd.type = nss.value.name;
pd.instance = p.getInstance();
pd.action = p.getAction();
for (String role : p.getRoles())
pd.roles(true).add(role);
lpd.add(pd);
} else {
return Result.err(nss);
}
}
return Result.ok(lpd);
}
@Override
public Result<PermDAO.Data> permkey(AuthzTrans trans, Pkey from) {
return q.permFrom(trans, from.getType(),from.getInstance(),from.getAction());
}
@Override
public Result<PermDAO.Data> permFromRPRequest(AuthzTrans trans, Request req) {
RolePermRequest from = (RolePermRequest)req;
Pkey perm = from.getPerm();
if(perm==null)return Result.err(Status.ERR_NotFound, "Permission not found");
Result<NsSplit> nss = q.deriveNsSplit(trans, perm.getType());
PermDAO.Data pd = new PermDAO.Data();
if(nss.isOK()) {
pd.ns=nss.value.ns;
pd.type = nss.value.name;
pd.instance = from.getPerm().getInstance();
pd.action = from.getPerm().getAction();
trans.checkpoint(pd.fullPerm(), Env.ALWAYS);
String[] roles = {};
if (from.getRole() != null) {
roles = from.getRole().split(",");
}
for (String role : roles) {
pd.roles(true).add(role);
}
return Result.ok(pd);
} else {
return Result.err(nss);
}
}
@Override
public Result<RoleDAO.Data> roleFromRPRequest(AuthzTrans trans, Request req) {
RolePermRequest from = (RolePermRequest)req;
Result<NsSplit> nss = q.deriveNsSplit(trans, from.getRole());
RoleDAO.Data rd = new RoleDAO.Data();
if(nss.isOK()) {
rd.ns = nss.value.ns;
rd.name = nss.value.name;
trans.checkpoint(rd.fullName(), Env.ALWAYS);
return Result.ok(rd);
} else {
return Result.err(nss);
}
}
@Override
public Result<PermDAO.Data> perm(AuthzTrans trans, Request req) {
PermRequest from = (PermRequest)req;
Result<NsSplit> nss = q.deriveNsSplit(trans, from.getType());
PermDAO.Data pd = new PermDAO.Data();
if(nss.isOK()) {
pd.ns=nss.value.ns;
pd.type = nss.value.name;
pd.instance = from.getInstance();
pd.action = from.getAction();
pd.description = from.getDescription();
trans.checkpoint(pd.fullPerm(), Env.ALWAYS);
return Result.ok(pd);
} else {
return Result.err(nss);
}
}
@Override
public Result<RoleDAO.Data> role(AuthzTrans trans, Request base) {
RoleRequest from = (RoleRequest)base;
Result<NsSplit> nss = q.deriveNsSplit(trans, from.getName());
if(nss.isOK()) {
RoleDAO.Data to = new RoleDAO.Data();
to.ns = nss.value.ns;
to.name = nss.value.name;
to.description = from.getDescription();
trans.checkpoint(to.fullName(), Env.ALWAYS);
return Result.ok(to);
} else {
return Result.err(nss);
}
}
/* (non-Javadoc)
* @see com.att.authz.service.mapper.Mapper#roles(java.util.List)
*/
@Override
public Result<Roles> roles(AuthzTrans trans, List<RoleDAO.Data> from, Roles to, boolean filter) {
for(RoleDAO.Data frole : from) {
// Only Add Data to view if User is allowed to see this Role
//if(!filter || q.mayUserViewRole(trans, trans.user(), frole).isOK()) {
if(!filter || q.mayUser(trans, trans.user(), frole,Access.read).isOK()) {
Role role = new Role();
role.setName(frole.ns + '.' + frole.name);
role.setDescription(frole.description);
for(String p : frole.perms(false)) { // can see any Perms in the Role he has permission for
Result<String[]> rpa = PermDAO.Data.decodeToArray(trans,q,p);
if(rpa.notOK()) return Result.err(rpa);
String[] pa = rpa.value;
Pkey pKey = new Pkey();
pKey.setType(pa[0]+'.'+pa[1]);
pKey.setInstance(pa[2]);
pKey.setAction(pa[3]);
role.getPerms().add(pKey);
}
to.getRole().add(role);
}
}
return Result.ok(to);
}
/*
* (non-Javadoc)
* @see com.att.authz.service.mapper.Mapper#users(java.util.Collection, java.lang.Object)
*
* Note: Prevalidate all data for permission to view
*/
@Override
public Result<Users> users(AuthzTrans trans, Collection<UserRoleDAO.Data> from, Users to) {
List<User> cu = to.getUser();
for(UserRoleDAO.Data urd : from) {
User user = new User();
user.setId(urd.user);
user.setExpires(Chrono.timeStamp(urd.expires));
cu.add(user);
}
return Result.ok(to);
}
/*
* (non-Javadoc)
* @see com.att.authz.service.mapper.Mapper#users(java.util.Collection, java.lang.Object)
*
* Note: Prevalidate all data for permission to view
*/
@Override
public Result<UserRoles> userRoles(AuthzTrans trans, Collection<UserRoleDAO.Data> from, UserRoles to) {
List<UserRole> cu = to.getUserRole();
for(UserRoleDAO.Data urd : from) {
UserRole ur = new UserRole();
ur.setUser(urd.user);
ur.setRole(urd.role);
ur.setExpires(Chrono.timeStamp(urd.expires));
cu.add(ur);
}
return Result.ok(to);
}
/**
*
* @param base
* @param start
* @return
*/
@Override
public Result<UserRoleDAO.Data> userRole(AuthzTrans trans, Request base) {
try {
UserRoleRequest from = (UserRoleRequest)base;
// Setup UserRoleData, either for immediate placement, or for future
UserRoleDAO.Data to = new UserRoleDAO.Data();
if (from.getUser() != null) {
String user = from.getUser();
to.user = user;
}
if (from.getRole() != null) {
to.role(trans,q,from.getRole());
}
to.expires = getExpires(trans.org(),Expiration.UserInRole,base,from.getUser());
trans.checkpoint(to.toString(), Env.ALWAYS);
return Result.ok(to);
} catch (Exception t) {
return Result.err(Status.ERR_BadData,t.getMessage());
}
}
@Override
public Result<CredDAO.Data> cred(AuthzTrans trans, Request base, boolean requiresPass) {
CredRequest from = (CredRequest)base;
CredDAO.Data to = new CredDAO.Data();
to.id=from.getId();
to.ns = Question.domain2ns(to.id);
String passwd = from.getPassword();
if(requiresPass) {
String ok = trans.org().isValidPassword(to.id,passwd);
if(ok.length()>0) {
return Result.err(Status.ERR_BadData,ok);
}
} else {
to.type=0;
}
if(passwd != null) {
to.cred = ByteBuffer.wrap(passwd.getBytes());
to.type = CredDAO.RAW;
} else {
to.type = 0;
}
// Note: Ensure requested EndDate created will match Organization Password Rules
// P.S. Do not apply TempPassword rule here. Do that when you know you are doing a Create/Reset (see Service)
to.expires = getExpires(trans.org(),Expiration.Password,base,from.getId());
trans.checkpoint(to.id, Env.ALWAYS);
return Result.ok(to);
}
@Override
public Result<Users> cred(List<CredDAO.Data> from, Users to) {
List<User> cu = to.getUser();
for(CredDAO.Data cred : from) {
User user = new User();
user.setId(cred.id);
user.setExpires(Chrono.timeStamp(cred.expires));
user.setType(cred.type);
cu.add(user);
}
return Result.ok(to);
}
@Override
public Result<Certs> cert(List<CertDAO.Data> from, Certs to) {
List<Cert> lc = to.getCert();
for(CertDAO.Data fcred : from) {
Cert cert = new Cert();
cert.setId(fcred.id);
cert.setX500(fcred.x500);
/**TODO - change Interface
* @deprecated */
cert.setFingerprint(fcred.serial.toByteArray());
lc.add(cert);
}
return Result.ok(to);
}
/**
* Analyze whether Requests should be acted on now, or in the future, based on Start Date, and whether the requester
* is allowed to change this value directly
*
* Returning Result.OK means it should be done in the future.
* Returning Result.ACC_Now means to act on table change now.
*/
@Override
public Result<FutureDAO.Data> future(AuthzTrans trans, String table, Request from,
Bytification content, boolean enableApproval, Memo memo, MayChange mc) {
Result<?> rMayChange = mc.mayChange();
boolean needsAppr;
if(needsAppr = rMayChange.notOK()) {
if(enableApproval) {
if(!trans.futureRequested()) {
return Result.err(rMayChange);
}
} else {
return Result.err(rMayChange);
}
}
GregorianCalendar now = new GregorianCalendar();
GregorianCalendar start = from.getStart()==null?now:from.getStart().toGregorianCalendar();
GregorianCalendar expires = trans.org().expiration(start, Expiration.Future);
XMLGregorianCalendar xgc;
if((xgc=from.getEnd())!=null) {
GregorianCalendar fgc = xgc.toGregorianCalendar();
expires = expires.before(fgc)?expires:fgc; // Min of desired expiration, and Org expiration
}
//TODO needs two answers from this. What's the NSS, and may Change.
FutureDAO.Data fto;
if(start.after(now) || needsAppr ) {
//String user = trans.user();
fto = new FutureDAO.Data();
fto.target=table;
fto.memo = memo.get();
fto.start = start.getTime();
fto.expires = expires.getTime();
if(needsAppr) { // Need to add Approvers...
/*
Result<Data> rslt = mc.getNsd();
if(rslt.notOKorIsEmpty())return Result.err(rslt);
appr.addAll(mc.getNsd().value.responsible);
try {
//Note from 2013 Is this getting Approvers for user only? What about Delegates?
// 3/25/2014. Approvers are set by Corporate policy. We don't have to worry here about what that means.
// It is important to get Delegates, if necessary, at notification time
// If we add delegates now, it will get all confused as to who is actually responsible.
for(Organization.User ou : org.getApprovers(trans, user)) {
appr.add(ou.email);
}
} catch (Exception e) {
return Result.err(Status.ERR_Policy,org.getName() + " did not respond with Approvers: " + e.getLocalizedMessage());
}
*/
}
try {
fto.construct = content.bytify();
} catch (Exception e) {
return Result.err(Status.ERR_BadData,"Data cannot be saved for Future.");
}
} else {
return Result.err(Status.ACC_Now, "Make Data changes now.");
}
return Result.ok(fto);
}
/* (non-Javadoc)
* @see com.att.authz.service.mapper.Mapper#history(java.util.List)
*/
@Override
public Result<History> history(AuthzTrans trans, List<HistoryDAO.Data> history, final int sort) {
History hist = new History();
List<Item> items = hist.getItem();
for(HistoryDAO.Data data : history) {
History.Item item = new History.Item();
item.setYYYYMM(Integer.toString(data.yr_mon));
Date date = Chrono.uuidToDate(data.id);
item.setTimestamp(Chrono.timeStamp(date));
item.setAction(data.action);
item.setMemo(data.memo);
item.setSubject(data.subject);
item.setTarget(data.target);
item.setUser(data.user);
items.add(item);
}
if(sort != 0) {
TimeTaken tt = trans.start("Sort ", Env.SUB);
try {
java.util.Collections.sort(items, new Comparator<Item>() {
@Override
public int compare(Item o1, Item o2) {
return sort*(o1.getTimestamp().compare(o2.getTimestamp()));
}
});
} finally {
tt.done();
}
}
return Result.ok(hist);
}
@Override
public Error errorFromMessage(StringBuilder holder, String msgID, String text, String... var) {
Error err = new Error();
err.setMessageId(msgID);
// AT&T Restful Error Format requires numbers "%" placements
err.setText(Vars.convert(holder, text, var));
for(String s : var) {
err.getVariables().add(s);
}
return err;
}
@Override
public Class<?> getClass(API api) {
switch(api) {
case NSS: return Nss.class;
case NS_REQ: return NsRequest.class;
case PERMS: return Perms.class;
case PERM_KEY: return PermKey.class;
case ROLES: return Roles.class;
case ROLE: return Role.class;
case USERS: return Users.class;
case DELGS: return Delgs.class;
case CERTS: return Certs.class;
case DELG_REQ: return DelgRequest.class;
case PERM_REQ: return PermRequest.class;
case ROLE_REQ: return RoleRequest.class;
case CRED_REQ: return CredRequest.class;
case USER_ROLE_REQ: return UserRoleRequest.class;
case USER_ROLES: return UserRoles.class;
case ROLE_PERM_REQ: return RolePermRequest.class;
case APPROVALS: return Approvals.class;
case KEYS: return Keys.class;
case HISTORY: return History.class;
// case MODEL: return Model.class;
case ERROR: return Error.class;
case API: return Api.class;
case VOID: return Void.class;
}
return null;
}
@SuppressWarnings("unchecked")
@Override
public <A> A newInstance(API api) {
switch(api) {
case NS_REQ: return (A) new NsRequest();
case NSS: return (A) new Nss();
case PERMS: return (A)new Perms();
case PERM_KEY: return (A)new PermKey();
case ROLES: return (A)new Roles();
case ROLE: return (A)new Role();
case USERS: return (A)new Users();
case DELGS: return (A)new Delgs();
case CERTS: return (A)new Certs();
case PERM_REQ: return (A)new PermRequest();
case CRED_REQ: return (A)new CredRequest();
case ROLE_REQ: return (A)new RoleRequest();
case USER_ROLE_REQ: return (A)new UserRoleRequest();
case USER_ROLES: return (A)new UserRoles();
case ROLE_PERM_REQ: return (A)new RolePermRequest();
case HISTORY: return (A)new History();
case KEYS: return (A)new Keys();
//case MODEL: return (A)new Model();
case ERROR: return (A)new Error();
case API: return (A)new Api();
case VOID: return null;
case APPROVALS: return (A) new Approvals();
case DELG_REQ: return (A) new DelgRequest();
}
return null;
}
@SuppressWarnings("unchecked")
/**
* Get Typed Marshaler as they are defined
*
* @param api
* @return
*/
public <A> Marshal<A> getMarshal(API api) {
switch(api) {
case CERTS: return (Marshal<A>) new CertsMarshal();
default:
return null;
}
}
@Override
public Result<Approvals> approvals(List<ApprovalDAO.Data> lAppr) {
Approvals apprs = new Approvals();
List<Approval> lappr = apprs.getApprovals();
Approval a;
for(ApprovalDAO.Data appr : lAppr) {
a = new Approval();
a.setId(appr.id.toString());
a.setTicket(appr.ticket.toString());
a.setUser(appr.user);
a.setApprover(appr.approver);
a.setType(appr.type);
a.setStatus(appr.status);
a.setMemo(appr.memo);
a.setOperation(appr.operation);
a.setUpdated(Chrono.timeStamp(appr.updated));
lappr.add(a);
}
return Result.ok(apprs);
}
@Override
public Result<List<ApprovalDAO.Data>> approvals(Approvals apprs) {
List<ApprovalDAO.Data> lappr = new ArrayList<ApprovalDAO.Data>();
for(Approval a : apprs.getApprovals()) {
ApprovalDAO.Data ad = new ApprovalDAO.Data();
String str = a.getId();
if(str!=null)ad.id=UUID.fromString(str);
str = a.getTicket();
if(str!=null)ad.ticket=UUID.fromString(str);
ad.user=a.getUser();
ad.approver=a.getApprover();
ad.type=a.getType();
ad.status=a.getStatus();
ad.operation=a.getOperation();
ad.memo=a.getMemo();
XMLGregorianCalendar xgc = a.getUpdated();
if(xgc!=null)ad.updated=xgc.toGregorianCalendar().getTime();
lappr.add(ad);
}
return Result.ok(lappr);
}
@Override
public Result<Delgs> delegate(List<DelegateDAO.Data> lDelg) {
Delgs delgs = new Delgs();
List<Delg> ldelg = delgs.getDelgs();
Delg d;
for(DelegateDAO.Data del: lDelg) {
d = new Delg();
d.setUser(del.user);
d.setDelegate(del.delegate);
if(del.expires!=null)d.setExpires(Chrono.timeStamp(del.expires));
ldelg.add(d);
}
return Result.ok(delgs);
}
@Override
public Result<Data> delegate(AuthzTrans trans, Request base) {
try {
DelgRequest from = (DelgRequest)base;
DelegateDAO.Data to = new DelegateDAO.Data();
String user = from.getUser();
to.user = user;
String delegate = from.getDelegate();
to.delegate = delegate;
to.expires = getExpires(trans.org(),Expiration.UserDelegate,base,from.getUser());
trans.checkpoint(to.user+"=>"+to.delegate, Env.ALWAYS);
return Result.ok(to);
} catch (Exception t) {
return Result.err(Status.ERR_BadData,t.getMessage());
}
}
/*
* We want "Expired" dates to start at a specified time set by the Organization, and consistent wherever
* the date is created from.
*/
private Date getExpires(Organization org, Expiration exp, Request base, String id) {
XMLGregorianCalendar end = base.getEnd();
GregorianCalendar gc = end==null?new GregorianCalendar():end.toGregorianCalendar();
GregorianCalendar orggc;
orggc = org.expiration(gc,exp,id);
// We'll choose the lesser of dates to ensure Policy Compliance...
GregorianCalendar endgc = end==null||gc.after(orggc)?orggc:gc;
// Allow the Organization to determine when official "day Start" begins, Specifically when to consider something Expired.
endgc = Chrono.firstMomentOfDay(endgc);
endgc.set(GregorianCalendar.HOUR_OF_DAY, org.startOfDay());
return endgc.getTime();
}
@Override
public Result<Keys> keys(Collection<String> from) {
Keys keys = new Keys();
keys.getKey().addAll(from);
return Result.ok(keys).emptyList(from.isEmpty());
}
}
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