下面列出了java.security.PKCS12Attribute#sun.security.util.Debug 实例代码，或者点击链接到github查看源代码，也可以在右侧发表评论。
/**
* Return a human readable rendition of the engine.
*/
public String toString() {
String printable = "DSA Signature";
if (presetP != null && presetQ != null && presetG != null) {
printable += "\n\tp: " + Debug.toHexString(presetP);
printable += "\n\tq: " + Debug.toHexString(presetQ);
printable += "\n\tg: " + Debug.toHexString(presetG);
} else {
printable += "\n\t P, Q or G not initialized.";
}
if (presetY != null) {
printable += "\n\ty: " + Debug.toHexString(presetY);
}
if (presetY == null && presetX == null) {
printable += "\n\tUNINIIALIZED";
}
return printable;
}
public static void main(String args[]) throws Exception {
if (!Debug.isOn("access") ||
!Debug.isOn("stack") ||
!Debug.isOn("logincontext") ||
!Debug.isOn("domain") ||
!Debug.isOn("combiner") ||
!Debug.isOn("failure") ||
!Debug.isOn("jar") ||
!Debug.isOn("permission=sun.dummy.DummyPermission") ||
Debug.isOn("permission=sun.dummy.dummypermission") ||
!Debug.isOn("permission=sun.Dummy.DummyPermission2") ||
!Debug.isOn("permission=sun.dummy.DummyPermission3") ||
!Debug.isOn("codebase=/dir1/DIR2/Dir3/File.java") ||
Debug.isOn("codebase=/dir1/dir2/dir3/file.java") ||
!Debug.isOn("codebase=www.sun.com") ||
!Debug.isOn("codebase=file:///C:/temp/foo%20more/a.txt") ||
!Debug.isOn("codebase=http://www.sun.com/search?q=SunMicro") ) {
throw new Exception("sun.security.Debug failed to parse options");
}
}
public static void main(String args[]) throws Exception {
if (!Debug.isOn("access") ||
!Debug.isOn("stack") ||
!Debug.isOn("logincontext") ||
!Debug.isOn("domain") ||
!Debug.isOn("combiner") ||
!Debug.isOn("failure") ||
!Debug.isOn("jar") ||
!Debug.isOn("permission=sun.dummy.DummyPermission") ||
Debug.isOn("permission=sun.dummy.dummypermission") ||
!Debug.isOn("permission=sun.Dummy.DummyPermission2") ||
!Debug.isOn("permission=sun.dummy.DummyPermission3") ||
!Debug.isOn("codebase=/dir1/DIR2/Dir3/File.java") ||
Debug.isOn("codebase=/dir1/dir2/dir3/file.java") ||
!Debug.isOn("codebase=www.sun.com") ||
!Debug.isOn("codebase=file:///C:/temp/foo%20more/a.txt") ||
!Debug.isOn("codebase=http://www.sun.com/search?q=SunMicro") ) {
throw new Exception("sun.security.Debug failed to parse options");
}
}
public String toString() {
HexDumpEncoder hexDump = new HexDumpEncoder();
String out = "";
out += "Signer Info for (issuer): " + issuerName + "\n";
out += "\tversion: " + Debug.toHexString(version) + "\n";
out += "\tcertificateSerialNumber: " +
Debug.toHexString(certificateSerialNumber) + "\n";
out += "\tdigestAlgorithmId: " + digestAlgorithmId + "\n";
if (authenticatedAttributes != null) {
out += "\tauthenticatedAttributes: " + authenticatedAttributes +
"\n";
}
out += "\tdigestEncryptionAlgorithmId: " + digestEncryptionAlgorithmId +
"\n";
out += "\tencryptedDigest: " + "\n" +
hexDump.encodeBuffer(encryptedDigest) + "\n";
if (unauthenticatedAttributes != null) {
out += "\tunauthenticatedAttributes: " +
unauthenticatedAttributes + "\n";
}
return out;
}
public static void main(String args[]) throws Exception {
if (!Debug.isOn("access") ||
!Debug.isOn("stack") ||
!Debug.isOn("logincontext") ||
!Debug.isOn("domain") ||
!Debug.isOn("combiner") ||
!Debug.isOn("failure") ||
!Debug.isOn("jar") ||
!Debug.isOn("permission=sun.dummy.DummyPermission") ||
Debug.isOn("permission=sun.dummy.dummypermission") ||
!Debug.isOn("permission=sun.Dummy.DummyPermission2") ||
!Debug.isOn("permission=sun.dummy.DummyPermission3") ||
!Debug.isOn("codebase=/dir1/DIR2/Dir3/File.java") ||
Debug.isOn("codebase=/dir1/dir2/dir3/file.java") ||
!Debug.isOn("codebase=www.sun.com") ||
!Debug.isOn("codebase=file:///C:/temp/foo%20more/a.txt") ||
!Debug.isOn("codebase=http://www.sun.com/search?q=SunMicro") ) {
throw new Exception("sun.security.Debug failed to parse options");
}
}
/**
* Return a human readable rendition of the engine.
*/
public String toString() {
String printable = "DSA Signature";
if (presetP != null && presetQ != null && presetG != null) {
printable += "\n\tp: " + Debug.toHexString(presetP);
printable += "\n\tq: " + Debug.toHexString(presetQ);
printable += "\n\tg: " + Debug.toHexString(presetG);
} else {
printable += "\n\t P, Q or G not initialized.";
}
if (presetY != null) {
printable += "\n\ty: " + Debug.toHexString(presetY);
}
if (presetY == null && presetX == null) {
printable += "\n\tUNINIIALIZED";
}
return printable;
}
/**
* 读取私钥文件
* @param skPath
* @return
* @throws CspException
* @throws IOException
*/
public static byte[] readSkFile(String skPath) throws CspException, IOException {
InputStreamReader reader = new InputStreamReader(new FileInputStream(skPath));
PemReader pemReader = new PemReader(reader);
PemObject pemObject = pemReader.readPemObject();
reader.close();
byte[] encodedData = pemObject.getContent();
DerValue derValue = new DerValue(new ByteArrayInputStream(encodedData));
byte[] rawPrivateKey = null;
if (derValue.tag != 48) {
throw new CspException("invalid key format");
} else {
BigInteger version = derValue.data.getBigInteger();
if (!version.equals(BigInteger.ZERO)) {
throw new CspException("version mismatch: (supported: " + Debug.toHexString(BigInteger.ZERO) + ", parsed: " + Debug.toHexString(version));
} else {
AlgorithmId algId = AlgorithmId.parse(derValue.data.getDerValue());
rawPrivateKey = derValue.data.getOctetString();
}
return rawPrivateKey;
}
}
public String toString() {
HexDumpEncoder hexDump = new HexDumpEncoder();
String out = "";
out += "Signer Info for (issuer): " + issuerName + "\n";
out += "\tversion: " + Debug.toHexString(version) + "\n";
out += "\tcertificateSerialNumber: " +
Debug.toHexString(certificateSerialNumber) + "\n";
out += "\tdigestAlgorithmId: " + digestAlgorithmId + "\n";
if (authenticatedAttributes != null) {
out += "\tauthenticatedAttributes: " + authenticatedAttributes +
"\n";
}
out += "\tdigestEncryptionAlgorithmId: " + digestEncryptionAlgorithmId +
"\n";
out += "\tencryptedDigest: " + "\n" +
hexDump.encodeBuffer(encryptedDigest) + "\n";
if (unauthenticatedAttributes != null) {
out += "\tunauthenticatedAttributes: " +
unauthenticatedAttributes + "\n";
}
return out;
}
public String toString() {
HexDumpEncoder hexDump = new HexDumpEncoder();
String out = "";
out += "Signer Info for (issuer): " + issuerName + "\n";
out += "\tversion: " + Debug.toHexString(version) + "\n";
out += "\tcertificateSerialNumber: " +
Debug.toHexString(certificateSerialNumber) + "\n";
out += "\tdigestAlgorithmId: " + digestAlgorithmId + "\n";
if (authenticatedAttributes != null) {
out += "\tauthenticatedAttributes: " + authenticatedAttributes +
"\n";
}
out += "\tdigestEncryptionAlgorithmId: " + digestEncryptionAlgorithmId +
"\n";
out += "\tencryptedDigest: " + "\n" +
hexDump.encodeBuffer(encryptedDigest) + "\n";
if (unauthenticatedAttributes != null) {
out += "\tunauthenticatedAttributes: " +
unauthenticatedAttributes + "\n";
}
return out;
}
/**
* Return a human readable rendition of the engine.
*/
public String toString() {
String printable = "DSA Signature";
if (presetP != null && presetQ != null && presetG != null) {
printable += "\n\tp: " + Debug.toHexString(presetP);
printable += "\n\tq: " + Debug.toHexString(presetQ);
printable += "\n\tg: " + Debug.toHexString(presetG);
} else {
printable += "\n\t P, Q or G not initialized.";
}
if (presetY != null) {
printable += "\n\ty: " + Debug.toHexString(presetY);
}
if (presetY == null && presetX == null) {
printable += "\n\tUNINIIALIZED";
}
return printable;
}
/**
* Return a human readable rendition of the engine.
*/
public String toString() {
String printable = "DSA Signature";
if (presetP != null && presetQ != null && presetG != null) {
printable += "\n\tp: " + Debug.toHexString(presetP);
printable += "\n\tq: " + Debug.toHexString(presetQ);
printable += "\n\tg: " + Debug.toHexString(presetG);
} else {
printable += "\n\t P, Q or G not initialized.";
}
if (presetY != null) {
printable += "\n\ty: " + Debug.toHexString(presetY);
}
if (presetY == null && presetX == null) {
printable += "\n\tUNINIIALIZED";
}
return printable;
}
public String toString() {
HexDumpEncoder hexDump = new HexDumpEncoder();
String out = "";
out += "Signer Info for (issuer): " + issuerName + "\n";
out += "\tversion: " + Debug.toHexString(version) + "\n";
out += "\tcertificateSerialNumber: " +
Debug.toHexString(certificateSerialNumber) + "\n";
out += "\tdigestAlgorithmId: " + digestAlgorithmId + "\n";
if (authenticatedAttributes != null) {
out += "\tauthenticatedAttributes: " + authenticatedAttributes +
"\n";
}
out += "\tdigestEncryptionAlgorithmId: " + digestEncryptionAlgorithmId +
"\n";
out += "\tencryptedDigest: " + "\n" +
hexDump.encodeBuffer(encryptedDigest) + "\n";
if (unauthenticatedAttributes != null) {
out += "\tunauthenticatedAttributes: " +
unauthenticatedAttributes + "\n";
}
return out;
}
/**
* Return a human readable rendition of the engine.
*/
public String toString() {
String printable = "DSA Signature";
if (presetP != null && presetQ != null && presetG != null) {
printable += "\n\tp: " + Debug.toHexString(presetP);
printable += "\n\tq: " + Debug.toHexString(presetQ);
printable += "\n\tg: " + Debug.toHexString(presetG);
} else {
printable += "\n\t P, Q or G not initialized.";
}
if (presetY != null) {
printable += "\n\ty: " + Debug.toHexString(presetY);
}
if (presetY == null && presetX == null) {
printable += "\n\tUNINIIALIZED";
}
return printable;
}
public static void main(String args[]) throws Exception {
if (!Debug.isOn("access") ||
!Debug.isOn("stack") ||
!Debug.isOn("logincontext") ||
!Debug.isOn("domain") ||
!Debug.isOn("combiner") ||
!Debug.isOn("failure") ||
!Debug.isOn("jar") ||
!Debug.isOn("permission=sun.dummy.DummyPermission") ||
Debug.isOn("permission=sun.dummy.dummypermission") ||
!Debug.isOn("permission=sun.Dummy.DummyPermission2") ||
!Debug.isOn("permission=sun.dummy.DummyPermission3") ||
!Debug.isOn("codebase=/dir1/DIR2/Dir3/File.java") ||
Debug.isOn("codebase=/dir1/dir2/dir3/file.java") ||
!Debug.isOn("codebase=www.sun.com") ||
!Debug.isOn("codebase=file:///C:/temp/foo%20more/a.txt") ||
!Debug.isOn("codebase=http://www.sun.com/search?q=SunMicro") ) {
throw new Exception("sun.security.Debug failed to parse options");
}
}
static Debug getDebug()
{
if (debugInit)
return debug;
else {
if (Policy.isSet()) {
debug = Debug.getInstance("access");
debugInit = true;
}
return debug;
}
}
/**
* Determines whether the access request indicated by the
* specified permission should be allowed or denied, based on
* the current AccessControlContext and security policy.
* This method quietly returns if the access request
* is permitted, or throws an AccessControlException otherwise. The
* getPermission method of the AccessControlException returns the
* {@code perm} Permission object instance.
*
* @param perm the requested permission.
*
* @exception AccessControlException if the specified permission
* is not permitted, based on the current security policy.
* @exception NullPointerException if the specified permission
* is {@code null} and is checked based on the
* security policy currently in effect.
*/
public static void checkPermission(Permission perm)
throws AccessControlException
{
//System.err.println("checkPermission "+perm);
//Thread.currentThread().dumpStack();
if (perm == null) {
throw new NullPointerException("permission can't be null");
}
AccessControlContext stack = getStackAccessControlContext();
// if context is null, we had privileged system code on the stack.
if (stack == null) {
Debug debug = AccessControlContext.getDebug();
boolean dumpDebug = false;
if (debug != null) {
dumpDebug = !Debug.isOn("codebase=");
dumpDebug &= !Debug.isOn("permission=") ||
Debug.isOn("permission=" + perm.getClass().getCanonicalName());
}
if (dumpDebug && Debug.isOn("stack")) {
Thread.dumpStack();
}
if (dumpDebug && Debug.isOn("domain")) {
debug.println("domain (context is null)");
}
if (dumpDebug) {
debug.println("access allowed "+perm);
}
return;
}
AccessControlContext acc = stack.optimize();
acc.checkPermission(perm);
}
/**
* Returns true if a custom (not AUTH_POLICY) system-wide policy object
* has been set or installed. This method is called by
* SubjectDomainCombiner to provide backwards compatibility for
* developers that provide their own javax.security.auth.Policy
* implementations.
*
* @return true if a custom (not AUTH_POLICY) system-wide policy object
* has been set; false otherwise
*/
static boolean isCustomPolicySet(Debug debug) {
if (policy != null) {
if (debug != null && isCustomPolicy) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policy.toString());
}
return isCustomPolicy;
}
// check if custom policy has been set using auth.policy.provider prop
String policyClass = java.security.AccessController.doPrivileged
(new java.security.PrivilegedAction<String>() {
public String run() {
return Security.getProperty("auth.policy.provider");
}
});
if (policyClass != null && !policyClass.equals(AUTH_POLICY)) {
if (debug != null) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policyClass);
}
return true;
}
return false;
}
/**
* Returns true if a custom (not AUTH_POLICY) system-wide policy object
* has been set or installed. This method is called by
* SubjectDomainCombiner to provide backwards compatibility for
* developers that provide their own javax.security.auth.Policy
* implementations.
*
* @return true if a custom (not AUTH_POLICY) system-wide policy object
* has been set; false otherwise
*/
static boolean isCustomPolicySet(Debug debug) {
if (policy != null) {
if (debug != null && isCustomPolicy) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policy.toString());
}
return isCustomPolicy;
}
// check if custom policy has been set using auth.policy.provider prop
String policyClass = java.security.AccessController.doPrivileged
(new java.security.PrivilegedAction<String>() {
public String run() {
return Security.getProperty("auth.policy.provider");
}
});
if (policyClass != null && !policyClass.equals(AUTH_POLICY)) {
if (debug != null) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policyClass);
}
return true;
}
return false;
}
static Debug getDebug()
{
if (debugInit)
return debug;
else {
if (Policy.isSet()) {
debug = Debug.getInstance("access");
debugInit = true;
}
return debug;
}
}
/**
* Determines whether the access request indicated by the
* specified permission should be allowed or denied, based on
* the current AccessControlContext and security policy.
* This method quietly returns if the access request
* is permitted, or throws an AccessControlException otherwise. The
* getPermission method of the AccessControlException returns the
* {@code perm} Permission object instance.
*
* @param perm the requested permission.
*
* @exception AccessControlException if the specified permission
* is not permitted, based on the current security policy.
* @exception NullPointerException if the specified permission
* is {@code null} and is checked based on the
* security policy currently in effect.
*/
public static void checkPermission(Permission perm)
throws AccessControlException
{
//System.err.println("checkPermission "+perm);
//Thread.currentThread().dumpStack();
if (perm == null) {
throw new NullPointerException("permission can't be null");
}
AccessControlContext stack = getStackAccessControlContext();
// if context is null, we had privileged system code on the stack.
if (stack == null) {
Debug debug = AccessControlContext.getDebug();
boolean dumpDebug = false;
if (debug != null) {
dumpDebug = !Debug.isOn("codebase=");
dumpDebug &= !Debug.isOn("permission=") ||
Debug.isOn("permission=" + perm.getClass().getCanonicalName());
}
if (dumpDebug && Debug.isOn("stack")) {
Thread.dumpStack();
}
if (dumpDebug && Debug.isOn("domain")) {
debug.println("domain (context is null)");
}
if (dumpDebug) {
debug.println("access allowed "+perm);
}
return;
}
AccessControlContext acc = stack.optimize();
acc.checkPermission(perm);
}
private boolean isUntrusted()
throws UnknownHostException
{
if (trusted) return false;
if (invalid || untrusted) return true;
try {
if (!trustNameService && (defaultDeny ||
sun.net.www.URLConnection.isProxiedHost(hostname))) {
if (this.cname == null) {
this.getCanonName();
}
if (!match(cname, hostname)) {
// Last chance
if (!authorized(hostname, addresses[0].getAddress())) {
untrusted = true;
Debug debug = getDebug();
if (debug != null && Debug.isOn("failure")) {
debug.println("socket access restriction: proxied host " + "(" + addresses[0] + ")" + " does not match " + cname + " from reverse lookup");
}
return true;
}
}
trusted = true;
}
} catch (UnknownHostException uhe) {
invalid = true;
throw uhe;
}
return false;
}
static Debug getDebug()
{
if (debugInit)
return debug;
else {
if (Policy.isSet()) {
debug = Debug.getInstance("access");
debugInit = true;
}
return debug;
}
}
private Set<KeyStore.Entry.Attribute> getAttributes(Entry entry) {
if (entry.attributes == null) {
entry.attributes = new HashSet<>();
}
// friendlyName
entry.attributes.add(new PKCS12Attribute(
PKCS9FriendlyName_OID.toString(), entry.alias));
// localKeyID
byte[] keyIdValue = entry.keyId;
if (keyIdValue != null) {
entry.attributes.add(new PKCS12Attribute(
PKCS9LocalKeyId_OID.toString(), Debug.toString(keyIdValue)));
}
// trustedKeyUsage
if (entry instanceof CertEntry) {
ObjectIdentifier[] trustedKeyUsageValue =
((CertEntry) entry).trustedKeyUsage;
if (trustedKeyUsageValue != null) {
if (trustedKeyUsageValue.length == 1) { // omit brackets
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
trustedKeyUsageValue[0].toString()));
} else { // multi-valued
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
Arrays.toString(trustedKeyUsageValue)));
}
}
}
return entry.attributes;
}
static Debug getDebug()
{
if (debugInit)
return debug;
else {
if (Policy.isSet()) {
debug = Debug.getInstance("access");
debugInit = true;
}
return debug;
}
}
/**
* Determines whether the access request indicated by the
* specified permission should be allowed or denied, based on
* the current AccessControlContext and security policy.
* This method quietly returns if the access request
* is permitted, or throws an AccessControlException otherwise. The
* getPermission method of the AccessControlException returns the
* {@code perm} Permission object instance.
*
* @param perm the requested permission.
*
* @exception AccessControlException if the specified permission
* is not permitted, based on the current security policy.
* @exception NullPointerException if the specified permission
* is {@code null} and is checked based on the
* security policy currently in effect.
*/
public static void checkPermission(Permission perm)
throws AccessControlException
{
//System.err.println("checkPermission "+perm);
//Thread.currentThread().dumpStack();
if (perm == null) {
throw new NullPointerException("permission can't be null");
}
AccessControlContext stack = getStackAccessControlContext();
// if context is null, we had privileged system code on the stack.
if (stack == null) {
Debug debug = AccessControlContext.getDebug();
boolean dumpDebug = false;
if (debug != null) {
dumpDebug = !Debug.isOn("codebase=");
dumpDebug &= !Debug.isOn("permission=") ||
Debug.isOn("permission=" + perm.getClass().getCanonicalName());
}
if (dumpDebug && Debug.isOn("stack")) {
Thread.dumpStack();
}
if (dumpDebug && Debug.isOn("domain")) {
debug.println("domain (context is null)");
}
if (dumpDebug) {
debug.println("access allowed "+perm);
}
return;
}
AccessControlContext acc = stack.optimize();
acc.checkPermission(perm);
}
private Set<KeyStore.Entry.Attribute> getAttributes(Entry entry) {
if (entry.attributes == null) {
entry.attributes = new HashSet<>();
}
// friendlyName
entry.attributes.add(new PKCS12Attribute(
PKCS9FriendlyName_OID.toString(), entry.alias));
// localKeyID
byte[] keyIdValue = entry.keyId;
if (keyIdValue != null) {
entry.attributes.add(new PKCS12Attribute(
PKCS9LocalKeyId_OID.toString(), Debug.toString(keyIdValue)));
}
// trustedKeyUsage
if (entry instanceof CertEntry) {
ObjectIdentifier[] trustedKeyUsageValue =
((CertEntry) entry).trustedKeyUsage;
if (trustedKeyUsageValue != null) {
if (trustedKeyUsageValue.length == 1) { // omit brackets
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
trustedKeyUsageValue[0].toString()));
} else { // multi-valued
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
Arrays.toString(trustedKeyUsageValue)));
}
}
}
return entry.attributes;
}
private boolean isUntrusted()
throws UnknownHostException
{
if (trusted) return false;
if (invalid || untrusted) return true;
try {
if (!trustNameService && (defaultDeny ||
sun.net.www.URLConnection.isProxiedHost(hostname))) {
if (this.cname == null) {
this.getCanonName();
}
if (!match(cname, hostname)) {
// Last chance
if (!authorized(hostname, addresses[0].getAddress())) {
untrusted = true;
Debug debug = getDebug();
if (debug != null && Debug.isOn("failure")) {
debug.println("socket access restriction: proxied host " + "(" + addresses[0] + ")" + " does not match " + cname + " from reverse lookup");
}
return true;
}
}
trusted = true;
}
} catch (UnknownHostException uhe) {
invalid = true;
throw uhe;
}
return false;
}
private Set<KeyStore.Entry.Attribute> getAttributes(Entry entry) {
if (entry.attributes == null) {
entry.attributes = new HashSet<>();
}
// friendlyName
entry.attributes.add(new PKCS12Attribute(
PKCS9FriendlyName_OID.toString(), entry.alias));
// localKeyID
byte[] keyIdValue = entry.keyId;
if (keyIdValue != null) {
entry.attributes.add(new PKCS12Attribute(
PKCS9LocalKeyId_OID.toString(), Debug.toString(keyIdValue)));
}
// trustedKeyUsage
if (entry instanceof CertEntry) {
ObjectIdentifier[] trustedKeyUsageValue =
((CertEntry) entry).trustedKeyUsage;
if (trustedKeyUsageValue != null) {
if (trustedKeyUsageValue.length == 1) { // omit brackets
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
trustedKeyUsageValue[0].toString()));
} else { // multi-valued
entry.attributes.add(new PKCS12Attribute(
TrustedKeyUsage_OID.toString(),
Arrays.toString(trustedKeyUsageValue)));
}
}
}
return entry.attributes;
}
/**
* Returns true if a custom (not AUTH_POLICY) system-wide policy object
* has been set or installed. This method is called by
* SubjectDomainCombiner to provide backwards compatibility for
* developers that provide their own javax.security.auth.Policy
* implementations.
*
* @return true if a custom (not AUTH_POLICY) system-wide policy object
* has been set; false otherwise
*/
static boolean isCustomPolicySet(Debug debug) {
if (policy != null) {
if (debug != null && isCustomPolicy) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policy.toString());
}
return isCustomPolicy;
}
// check if custom policy has been set using auth.policy.provider prop
String policyClass = java.security.AccessController.doPrivileged
(new java.security.PrivilegedAction<String>() {
public String run() {
return Security.getProperty("auth.policy.provider");
}
});
if (policyClass != null && !policyClass.equals(AUTH_POLICY)) {
if (debug != null) {
debug.println("Providing backwards compatibility for " +
"javax.security.auth.policy implementation: " +
policyClass);
}
return true;
}
return false;
}
static Debug getDebug()
{
if (debugInit)
return debug;
else {
if (Policy.isSet()) {
debug = Debug.getInstance("access");
debugInit = true;
}
return debug;
}
}