Symbols | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
Index: S
- sandboxes
- sealed classes: 13.8. Sealed Objects
- SealedObject class: 13.8. Sealed Objects
- secret keys: 7.3.2. Cryptographic Keys
- 13.3.1. Secret Keys
- engines for: 13.4. Secret Key Engines
- KeyGenerator class: 13.2. The Sun Security Provider in the JCE
- KeyGeneratorSpi class: D.5. Package javax.crypto
- SecretKey class: D.5. Package javax.crypto
- SecretKeyFactory class: 13.2. The Sun Security Provider in the JCE
- SecretKeyFactorySpi class: 13.4.2.2. The secret key factory SPI
- secure message digests: 9.1.1. Secure Message Digests
- Secure Socket Layer (SSL): 7.1.3. Java's Role in Authentication
- SecureClassLoader class: 3.2.4. The Secure Class Loader
- SecureRandom class: D.1. Package java.security
- security
- aspects of, protecting: 4.3.7. Methods Protecting Security Aspects
- bugs: C.1. Security Bugs
- built into applications: 1.4.2. Built-in Java Application Security
- class loaders and: 3.1. Security and the Class Loader
- cryptography (see cryptography)
- definition of: 1.1. What Is Security?
- encryption exportation laws: 13.1. Export Restrictions
- enforcing Java language rules: 2.2. Enforcement of the Java Language Rules
- engines for (see engines, security)
- file access: 4.3.2. Methods Relating to File Access
- jarsigner tool: A.2. The jarsigner Tool
- Java language constructs for: 2.1. Java Language Security Constructs
- java.policy files, administering by hand: A.4.2. The java.policy File
- java.security file: 5.3.1. The Default Policy
- keys (see key, cryptographic)
- keytool utility: A.1. The keytool
- object serialization and: 2.1.1. Object Serialization and Memory Integrity
- operating system and: 1.4. Running a Java Application
- policytool tool: A.3. The policytool
- protection domains: 5.4. Protection Domains
- resources for further reading: C. Security Resources
- threats to (see threats)
- Security class: 8.1.1. Components of the Architecture
- security exceptions: 4.1.1. Security Managers and the Java API
- security managers: 1.3.1. Anatomy of a Java Application
- 4.1. Overview of the Security Manager
- access controller and: 5. The Access Controller
- asking information of/for class loader: 6.2. Security Managers and the Class Loader
- class loaders and: 3.1.1. Class Loaders and Security Enforcement
- custom, when to write: 6. Implementing Security Policies
- file-access methods: 4.3.2. Methods Relating to File Access
- Identity class and: B.1.1.3. The Identity class and the security manager
- identity scopes and: B.2.3. IdentityScope and the Security Manager
- Java API and: 4.1.1. Security Managers and the Java API
- JavaRunner program with (example): 6.4.1. The Secure JavaRunner Program
- network-access methods: 4.3.3. Methods Relating to Network Access
- null: 6.3.7.2. A complete 1.1 security manager
- protected instance variables: 6.1.2. Protected Instance Variables in the Security Manager
- protected methods of: 6.1. Protected Methods of the Security Manager
- protecting JVM: 4.3.4. Methods Protecting the Java Virtual Machine
- protecting security aspects: 4.3.7. Methods Protecting Security Aspects
- protecting system resources: 4.3.6. Methods Protecting System Resources
- protecting threads: 4.3.5. Methods Protecting Program Threads
- for RMI server: 6.3.7.1. The RMI security manager
- RMISecurityManager class: 6.3.7.1. The RMI security manager
- Security class and: 8.3.1. The Security Class and the Security Manager
- setting: 4.3.1. Setting a Security Manager
- signed JAR files and: 12.2.2. The Signed JAR File and Security Policies
- signers and: B.1.2.3. Signers and the security manager
- testing: 6.1.1. The Class Loader Depth
- trusted vs. untrusted classes: 4.2. Trusted and Untrusted Classes
- security package (java.security): 1.3.1. Anatomy of a Java Application
- security policy: 5.3. The Policy Class
- default: 5.3.1. The Default Policy
- for file acces methods: 6.3.7.3. Implementing the file access methods
- implementing from threads: 6.3.4. Implementing Thread Security
- implementing in class loader: 3.4.3. Implementing Security Policies in the Class Loader
- implementing network access: 6.3.2. Implementing Network Access
- in Java 1.2: 6.3.6. Establishing a Security Policy in 1.2
- JavaRunner program and (example): 6.4.1. The Secure JavaRunner Program
- Launcher application and (example): 6.4.2. The Secure Java Launcher
- for networks, threads, packages: 6.3.7.4. Implementing network, thread, and package access
- operating system and: 1.4. Running a Java Application
- package access: 6.3.5. Implementing Package Access
- Policy class: D.1. Package java.security
- policy entries: 5.3.1. The Default Policy
- PolicyFile class: 5.3. The Policy Class
- reading from URLs: 5.3.1. The Default Policy
- setting the security manager: 4.3.1. Setting a Security Manager
- signed JAR files: 12.2.2. The Signed JAR File and Security Policies
- utility classes for implementing: 6.3.1. Utility Classes
- security providers: 8. Security Providers
- adding: 8.1.2. Choosing a Security Provider
- architecture of: 8.1. The Architecture of Security Providers
- interface for (SPI): 8.4. The Architecture of Engine Classes
- java.security and: 8.1.1. Components of the Architecture
- for keystore objects: 11.3. A Key Management Example
- listing for virtual machine: 8.3. The Security Class
- properties (associations) for: 8.2.2. Implementing the Provider Class
- Provider class: 8.1.1. Components of the Architecture
- Sun JCE: 13.2. The Sun Security Provider in the JCE
- third-party, list of: C.2. Third-Party Security Providers
- translate keys between: 10.3.1. Using the KeyFactory class
- SecurityException class: 4.1.1. Security Managers and the Java API
- SecurityManager class: 4.1.1. Security Managers and the Java API
- SecurityPermission class: 5.2.2. Permissions of the Java API
- -selfcert option (keystore): A.1.4. Modifying Keystore Entries
- Serializable interface: 2.1.1. Object Serialization and Memory Integrity
- serialization: 2.1.1. Object Serialization and Memory Integrity
- server sockets: 4.3.3. Methods Relating to Network Access
- setCertificateEntry( ), KeyStore class: 11.2. The KeyStore Class
- setInfo( ), Identity class: B.1.1.1. Using the identity class
- setKeyPair( ), Signer class: B.1.2.1. Using the Signer class
- setParameter( ), Signature class: 12.1.1. Using the Signature Class
- setPolicy( ), Policy class: 5.3. The Policy Class
- setPriority( ), Thread class: 2.1. Java Language Security Constructs
- setPublicKey( ), Identity class: B.1.1.1. Using the identity class
- setSecurityManager( ), SecurityManager class: 4.3.1. Setting a Security Manager
- setSystemScope( ), IdentityScope class: B.2.3. IdentityScope and the Security Manager
- setting the security manager: 4.3.1. Setting a Security Manager
- .SF filename extension: 12.2.1. Reading Signed JAR Files
- shared identity scope: B.3.3. A Shared System Identity Scope
- sharing keystores: 11.3. A Key Management Example
- -sigalg option (keytool): A.1.3. Adding a Key Entry
- -sigfile option (jarsigner): A.2.1. Creating a Signed JAR File
- sign( ), Signature class: 12.1.1. Using the Signature Class
- Signature class: 12.1. The Signature Class
- signature files: 12.2.1. Reading Signed JAR Files
- signatures (see digital signatures)
- SignatureSpi class: D.1. Package java.security
- signed classes: 12.2. Signed Classes
- signed JAR files
- signedBy entry (policy file): 5.3.1. The Default Policy
- -signedjar option (jarsigner): A.2.1. Creating a Signed JAR File
- SignedObject class: 12.1.2. The SignedObject Class
- Signer class: B.1.2. Signers
- signer entry (policy file): 5.3.1. The Default Policy
- SIGNER.DSA file: A.2. The jarsigner Tool
- SIGNER.SF file: A.2. The jarsigner Tool
- signing JAR files: A.2.1. Creating a Signed JAR File
- size( )
- snooping: 7.1.2. Data Authentication
- socket factories: 4.3.3. Methods Relating to Network Access
- sockets: 4.3.3. Methods Relating to Network Access
- software, commercial: 7.1. The Need for Authentication
- SPI (security provider interface): 8.4. The Architecture of Engine Classes
- spoofing: 7.1.1. Author Authentication
- SSL encryption: 7.1.3. Java's Role in Authentication
- SSLSocket class: 13.6.3. SSL Encryption
- stack trace of threads: 5.5. The AccessController Class
- state, object: 2.1.1. Object Serialization and Memory Integrity
- store( ), KeyStore class: 11.2. The KeyStore Class
- -storepass option (jarsigner): A.2.1. Creating a Signed JAR File
- -storepass option (keytool): A.1.1. Global Options to keytool
- -storepassword option (keystore): A.1.8. Miscellaneous Commands
- streams
- strength, encryption: 10.2.1. Using the KeyPairGenerator Class
- StrictSecurityManager class (example): 6.3.7.2. A complete 1.1 security manager
- Sun JCE security provider: 13.2. The Sun Security Provider in the JCE
- sun.security.X509.X509CertImpl class: 12.1.3. Signing and Certificates
- SunJCE class: 13.2. The Sun Security Provider in the JCE
- sun.misc.Launcher class: 1.4.2. Built-in Java Application Security
- symmetric key agreements: 13.7. Symmetric Key Agreement
- system resources protecting with security managers: 4.3.6. Methods Protecting System Resources
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