Digital Signatures. These settings pertain to content security (security features) rather than application security (securing the software environment). Content security includes digital signatures, security methods such as password and certificate security, and other rights management features. Note the following. Most of these settings are applicable to Windows, Macintosh, Unix, and Linux systems. The examples use Acrobat; other applications may provide different menu options. The security preferences folder does not appear in the registry until a security feature is used. Many subdirectories also appear as the code is exercised. For more information, refer to the Digital Signatures Guide and related documentation. This preference category contains the following subfeature(s). Signing: RSA- PSS Configuration. Addressbook Import. The address book stores data for certificates used in digital signature and certificate encryption workflows. During a major upgrade (e. Prior to install, you should decide whether to deploy a generic, enterprise address book or let the existing address book on each machine be imported into the new product. By default, when end users first launch the product, the application prompts them to import any discovered address book. The application looks for existing addressbooks from previous product versions by searching directories in this order. ![]() App. Data\Roaming\Adobe\Acrobat\1. App. Data\Roaming\Adobe\Acrobat\1. App. Data\Roaming\Adobe\Acrobat\9. Program Files (x. Adobe\Acrobat {current version such as 1. Acrobat\Replicate. Summary tablei. Import. Address. Book. Specifies whether the addressbook. Security Setting Import. Extended Certificate Information. Indentrust Preferences. TheGreenBow provides a range of Enterprise Security Software solutions for desktop, laptop and mobile devices. Our Strong Secure Simple software for remote access and. CSAW reverse engineering challenge. Sep 25, 2010. NYU Poly is one the schools with the best information security programs in the United States, with strong. Summary tablec(some. Integer)The default chain scope in which to look for the policy OIDs. Value. An array of strings containing the policy OIDs for a certificate to be considered acceptable. Data type. n/a: Cabs are keys that contain subvalues displayed in the right hand registry panel. Default. See desc. Version #7. x+HKCU Path. Security\c. Acceptable. Policy. OIDs\c(some integer)\HKLM Path. Not lockable. Summary. An array of strings containing the policy OIDs for a certificate to be considered acceptable. Details. For ICA certificates: Set to 1. For EE certificates: Set to 1. Custom Security Handlers. FDF Import and Export. Security Settings Console. Certificate Viewer Configuration. By default, the Certificate Viewer builds and displays the trusted chain from the EE to the trust anchor. However, it is possible to show all found chains whether they are trusted or not. While most users do not need this information, it can be used for troubleshooting and verification. End users can turn this option on and off by using the Certificate Viewer's checkbox Show all certification paths found. Summary tableb. Show. All. Chains. Specifies whether to show all chains in the Certificate Viewer. Password Caching. By default, password caching is turned on so that users will not always have to enter a password when one is required. This feature affects Adobe Live. Cycle Rights Management Server log in, signing with digital IDs in the Acrobat store (pfx or p. For example, setting the option to false disables the menu option. Save password with the policy when creating a new policy. The following options are available. Controlling whether some passwords are cached to disk. Disabling the option to save a password with a policy. Streamlining Adobe Live. Cycle Rights Management Server workflows. This key does not exist in HKCU. It can only be used in HKLM. Note. Disabling. Never ask for password on a digital ID's password timeout dialog does not work in version 9. Summary tableb. Allow. Password. Saving. Controls whether certain passwords can be cached to disk; for example, passwords for digital IDs. Examine Document. The Examine Document dialog box identifies hidden document information that might pose a risk to the integrity of security and signature workflows. Found content is listed and linked to in the Examine Document pane. Users can click on a link to view the content and check/uncheck items to mark them for removal. Checked items are removed when the user selects the. Remove button. The following options are available. Examining a document each time it is closed. Examining a document each time it is emailed. Summary table. Roaming ID Configuration. Roaming ID Provider Persistent Storage. Roaming ID Server Data. Roaming ID Authentication. The authentication mechanism provider pertains only to roaming IDs. It enables you to specify one or more authentication mechanisms. The mechanism must be supported by the roaming ID server with which the application communicates. The following features are available. Enabling multiple authentication mechanisms. Limiting the authentication mechanism to one specified type. Turning off authentication so that roaming IDs cannot be used. Summary tablec. Auth. Mechanisms. An array of text entries (t. Auth. Mechanisms. Specifies which registered provider(s) to use. Kerberos Authentication. This option is only relevant if the ASSP- Kerberos SPI is selected. Summary tables. Service. Name. The administrator- specified roaming ID Kerberos service name. Self Sign Digital IDs. By default, users can create self signed digital IDs. However, if you would like to prevent users from creating their own IDs, turn this feature off. Disabling this option prevents users from selecting Create a self- signed ID option in Add ID workflows. Summary tableb. Self. Sign. Cert. Gen. Toggles the Create a self- signed ID option in Add ID workflows so that a user can create a self signed digital ID. PKCS#1. 1 Configuration. The key contains a list of P1. Attach Modules in the Security Settings console. By specifying a valid path to a PKCS#1. DLL, modules can be pre- attached to installed clients. Because various errors appear as a result of a bad filename or pointing to a dll that is not a valid PKCS#1. The following options are available. Preconfiguring the key when tuning the installer and distributing the module file or when modules are already installed. Setting the default browse path in which to look for additional modules. For Reader X (1. 0. PKCS#1. 1 devices may work with Protected Mode (PM) enabled. However, in most cases, they do. Installation of such devices usually involves disabling Protected Mode, installing the driver, restarting the application, and then re- enabling Protected Mode. For the latest information about PM compatibility with certain features, see http: //kb. Summary tablec. Modules. Array of dynamic library paths to PKCS#1. P1. 1Credentials. Contains an array of subcabs for all known PKCS#1. IDs. c. P1. 1Path. Stores the last folder in which the user browsed for a P1. Digital ID Defaults. Digital ID File Import and Export. Adobe Acrobat Trust List. European Union Trust List. Windows Integration. While Acrobat has its own store, the Windows store may already contain needed certificates or your enterprise may simply be a Windows shop. Windows integration allows end users to search for and use certificates in the Windows Certificate Store. End users can configure their application for Windows integration through the application's Preference panel. Configuration options allow users to search the Windows store from the Trusted Identity Manager (through the Search button), set trust levels for any found certificate, and choose which certificates to use for encryption (once the certificate is located and added to the Trusted Identity Manager). If a user has a personal ID in the Windows store, it appears in the Security Settings Console automatically without any special configuration. Administrators can control whether clients can access MSCAPI through Acrobat so that users can find, use, and set trust levels for Windows certificates. The following options are available. Adding the Windows Certificate Store as a searchable repository with b. Cert. Store. Import. Enable. Setting separate trust levels for approval and certification signatures. Preventing end user modification of certificate trust levels. Tuning the service provider interface for: Certificate Providers (for Signing and Decryption)Revocation Checker Providers. Signature Validation Directory Providers. Summary tableb. Cert. Store. Import. Enable. If true, then users can import from MSCAPI certificate stores into their Trusted Identity Manager. MSStore. Trusted. Locks the UI so that end users cannot change the value set by i. MSStore. Trustedi. MSStore. Trusted. Oracle JInitiator 1. Readme. Version. Oracle JInitiator 1. Date. August 1. 9. Overview of Oracle JInitiator. About Oracle JInitiator. Supported OS and Browser configurations. About using Oracle JInitiator. Oracle Java Runtime Environment version. Changes in Oracle JInitiator. Configuring and Controlling Oracle JInitiator. Setting up the Oracle JInitiator plug- in. Installing Oracle JInitiator on your server. Adding Oracle JInitiator markup to your base HTML file. Oracle JInitiator tags for a base HTML file. Customizing the Oracle JInitiator download file. Configuring Runtime Operation of Oracle JInitiator. Modifying the heap size for Oracle JInitiator. Viewing Oracle JInitiator output. Controlling JAR Caching Operations. The Download Progress Dialog. Progress Dialog Parameters. An Example HTML Page using the Progress Dialog. Steps to upgrade to Oracle JInitiator 1. Upgrade steps for Forms Users. Upgrade steps for Discoverer Users. Upgrade steps for E- Business Suite Users. About Oracle JInitiator. Oracle JInitiator enables end users to run Oracle. AS Forms Services applications directly within Mozilla Firefox or Internet Explorer on the Windows XP platform. Oracle JInitiator is implemented as a plug- in (Mozilla) or Active. X Object (Microsoft Internet Explorer). Oracle JInitiator allows you to specify the use of the Oracle certified Java Virtual Machine (JVM). It has two major parts: the JVM and the plug- in. The JVm is the Java Runtime necessary to run the Forms client in the browser. The plug- in is the part that makes the JVM available to the browser as if it was a integral part of the browser. Oracle JInitiator delivers several key benefits to enterprises deploying Oracle. AS Forms Services applications. Full JDK 1. 3 support: Oracle JInitiator allows enterprise developers to develop and deploy Oracle. AS Forms Services applications taking full advantage of JDK 1. Full Java Compatible. Oracle JInitiator utilizes the latest release of the Oracle certified JDK (OJDK) which is fully compliant with the Java Compatibility Kit (JCK) test suite. Easy install: Oracle JInitiator utilizes the plug- in/Active. X Object installation mechanism provided by the browsers to install and update itself when necessary. Oracle JInitiator requires minimal intervention on the end users behalf. Supports a specific version of MIME type for use in Netscape Navigator. Oracle JInitiator 1. MIME type application/x- jinit- applet; version=1. A version specific MIME type has been added. Oracle JInitiator 1. MIME Type. Usage Notes application/x- jinit- applet; version=1. Supported only in Oracle JInitiator 1. The browser will only use version 1. Supports a version specific CLASSID for Microsoft Internet Explorer. A new CLASSID was created for Oracle JInitiator 1. CAFECAFE- 0. 01. 3- 0. ABCDEFABCDEF. To specify the use of Oracle JInitiator 1. Microsoft Internet Explorer, the Object tag in the page. CLASSID specified above. If the objects tags do not specify the exact CLASSID for this release, it will not be launched. If Microsoft Internet Explorer does not have this version installed, it will download and install it for the user. JAR file caching: Oracle JInitiator caches the downloaded JAR file on the client- machines hard disk. Cache mechanism properties can be modified on the client via the Oracle JInitiator control panel. The caching mechanism uses a smart expansion algorithm to store JAR files in an uncompressed format. This approach provides much more efficient class loading operations and reduces application startup time dramatically. Java security identity configuration: Oracle JInitiator automatically creates the required Oracle identities in the Java security database and associates the digital X5. Supported OS and Browser configurations. Oracle JInitiator supports the following browser and OS configurations. See the. JInitiator Statement of Direction for a list of supported OS and browser combinations. About using Oracle JInitiator. Oracle JInitiator does not replace or modify any default JVM provided by the browser. Rather, it provides an alternative JVM via the standard plug- in architecture of the browser which allows web application developers to specify the use of the Oracle certified JVM instead. Most modern browsers will not provide a default JVM so a plug- in is required to run the Forms client. Oracle JInitiator is automatically downloaded to a client machine from the application server the first time the client web browser encounters an HTML file that specifies the use of Oracle JInitiator. The installation and updating of Oracle JInitiator is performed using the standard plug- in mechanism provided by the browser. Oracle JInitiator installation performs the required steps to run Oracle Forms applications as trusted applets in the Oracle JInitiator environment. About using with Mozilla based browsers. Oracle JInitiator leverages the Netscape (also used in Mozilla browsers) plug- in architecture in order to run inside the browser in the same way other plug- ins such as Quick. Time movies or Shockwave animations operate. Using the Netscape HTML < EMBED> tag, web application developers can specify plug- ins to be run as part of a web page. This is what makes it possible for Oracle JInitiator to run inside the web browser with minimal user intervention. When Navigator first encounters an HTML page that specifies the use of Oracle JInitiator, users will see a "Plug- in Not Loaded" dialog on the HTML page, which directs the user to the Oracle JInitiator download page. Users can then download the version of Oracle JInitiator for their operating system and install it. Once Oracle JInitiator is installed, users must shut down Navigator, restart it, and then revisit the original HTML page. Oracle JInitiator will then run and use the parameters in the < EMBED> tag to render the applet. The next time Navigator encounters a web page that specifies Oracle JInitiator, Navigator will seamlessly load and run the plug- in from the local disk, requiring no user intervention. About using with Microsoft Internet Explorer. Oracle JInitiator leverages the Microsoft Internet Explorer extension mechanism for downloading and caching Active. X controls and COM components. Using the HTML < OBJECT> tag, web application developers can specify to run Active. X controls or COM components as part of a web page, including Oracle JInitiator. When Internet Explorer first encounters an HTML file that has been modified to specify the use of Oracle JInitiator, Internet Explorer will ask the user if it is okay to download an Active. X control signed with a Veri. Sign digital signature by Oracle Corporation. If the user clicks "Yes," Internet Explorer will begin downloading Oracle JInitiator. Oracle JInitiator will then run and use its parameters in the < OBJECT> tag to render the applet. The next time Internet Explorer encounters a web page modified to support Oracle JInitiator, Internet Explorer will seamlessly load and run Oracle JInitiator from the local disk, requiring no user intervention. Oracle Java Runtime Environment version. Oracle JInitiator includes a version of Oracle Java Runtime Environment (JRE), which is downloaded and installed together with Oracle JInitiator. Oracle JInitiator is based on Java. Soft plug- in 1. 3. Java. Soft JDK 1. Changes in Oracle JInitiator. Please refer to the. Oracle JInitiator releases. Setting up the Oracle JInitiator plug- in. To set up the Oracle JInitiator plug- in: Add Oracle JInitiator HTML markup to your base HTML file. Install the Oracle JInitiator on your server (for server- based testing purposes only). Make the Oracle JInitiator available for download: Copy jinit. EXE to your web server. Note: You must copy jinit. EXE to the location that was specified within the base HTML file. Customize the Oracle JInitiator download file. JINIT_DOWNLOAD. HTM is the template HTML file that allows your end users to download the Oracle JInitiator. Copy JINIT_DOWNLOAD. HTM to your web server. Note: You must copy JINIT_DOWNLOAD. HTM to the location that was specified within the base HTML file. Installing Oracle JInitiator on your server. To install Oracle JInitiator on your web server: Place the jinit. This enables client machines to download the installation executable when required.(optional) To install Oracle JInitiator on the server machine for testing purposed, double- click jinit.
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