The IAIK jTSS stack is an implementation of the TCG Software Stack for the Java (tm) programming language. In contrast to approaches like the IAIK/OpenTC jTSS Wrapper, the IAIK jTSS does not wrap a C stack like TrouSerS but implements all layers in Java (tm).
A TCG Software Stack, as specified by the Trusted Computing Group (TCG), is one of the main software building blocks of a Trusted Computing enhanced system.
Development of the IAIK jTSS was supported by the European Commission as part of the OpenTC project (Ref. Nr. 027635) and by the Austrian FIT-IT Trust in IT Systems programme in project acTvSM acTvSM and is supported by the European Commission as part of the STANCE project (Ref. Nr. 317753).
The IAIK jTSS is developed and maintained at the Institute for Applied Information Processing and Communication (Institut fuer Angewandte Informationsverarbeitung und Kommunikation, IAIK) at Graz University of Technology (TU Graz).
1.1. A Word of Caution
Development of IAIK jTSS is still not complete. It currently is regarded as experimental software targeted at research and educational environments. Use the software at your own risk!
Copyright (c) IAIK, Graz University of Technology, 2010. All rights reserved.
IAIK jTSS is released under a dual licensing model:
For Open Source development, IAIK jTSS is licensed under the terms of the GNU GPL version 2. The full text of the GNU GPL v2 is shipped with the product or can be found online at (GPL).
In all other cases, the "Stiftung SIC Java (tm) Crypto-Software Development Kit Licence Agreement" applies. The full license text can be found online at Stiftung SIC. For pricing and further information please contact firstname.lastname@example.org.
Optional components of jTSS depend on a number of third party libraries ("external libraries") which come under different licenses.
2. Current Status
As mentioned in earlier sections, the IAIK jTSS still is in early stages of development and therefore is not yet feature complete nor exhaustively tested.
For development, the following TPMs have been used:
Infineon 1.2 TPM
TPM Emulator from ETH Zurich (Software)
Atmel 1.2 TPM
Intel Series 4 chipset (Q45) integrated 1.2 TPM
These TPMs have also been used for development or are reported to be compatible:
Infineon 1.1b TPM
Broadcom 1.2 TPM
ST Microelectronics 1.2 TPM
Atmel 1.1 TPM (limited)
IBM Software TPM 1.2
Although all TPMs are based on the TCG TPM specification, some TPM models might behave a little different from other TPMs. The IAIK jTSS tries to abstract all these little twists and provide a consistent behavior to applications regardless of the actual underlying hardware TPM. In some cases however IAIK jTSS might fail on a TPM. To further enhance IAIK jTSS we rely on your feedback and potential contributions.
Due to the fact that IAIK jTSS is fully implemented in Java (tm), porting it to different operating systems becomes relatively easy. Currently, the following systems are supported:
Linux (using TPM device drivers of recent 2.6 kernels)
Microsoft Windows Vista or higher (using TPM Base Services)
Regarding TSS features, IAIK jTSS covers large parts of the TSS 1.1 specification and considerable parts of the 1.2 TSS specification. TPMs of version 1.2 are fully supported regarding their changes in resource management.
2.1. Features Currently Supported by IAIK jTSS
The TDDL API is targeted towards C applications, so instead we implement
Linux support by accessing TPM device file and
Windows Vista support by accessing Microsoft TPM Base Services (TBS).
Parameter Block Generator (PBG) covering all 1.2 TPM functions
C structure parser covering all 1.2 TPM structures
Authorization Manager (TPM 1.1 and 1.2 support)
Key Cache Manager (TPM 1.1 and 1.2 support)
Persistent System Storage
TCS Interface (TCSI) layer
TCS system service with SOAP interface
TPM command authorization (OIAP, OSAP, …) and validation component
TSS Service Provider Interface (TSPI) modified for Java use
Attribute Functions (Get/SetAttrib)
TPM (AIK creation, ownership, capabilities, event log, status, random data, quote, PCR extend, …)
TSP Context (context management, object creation, selected PS functionality, …)
Encrypted Data (Bind/Unbind, Seal/Unseal)
Hash (hash computation, signature verification, …)
RSA key (creation, loading, extracting, …)
PcrComposite (selection, setting and getting PCRs including 1.2 features like locality, …)
Policy (creating, managing and assigning policies)
Time Stamping (TPM 1.2 only)
NV Storage read access (TPM 1.2 only)
Key Migration (partially) and CMKs (TPM 1.2 only)
NV Storage (TPM 1.2 only)
Monotonic Counters (read) (TPM 1.2 only)
Revocable EKs and late EK creation (TPM 1.2 only)
2.2. TSS Specified Features not included in this Release
TPM Maintenance (vendor specific)
Direct Anonymous Attestation (DAA)
TSS_SECRET_MODE_NONE is currently not supported by IAIK jTSS. That means that e.g. key objects can not be created without specifying a secret. To work around this issue you can use the TSS_WELL_KNOWN_SECRET as the entity secret in such cases.
3.1. Java (tm) Environment
To use the IAIK jTSS you need to have a Sun Java (tm) Environment of version 5 or later. Earlier Java (tm) versions do not provide the required cryptographic functionality. Compatibility with other Java vendors is unknown and untested.
3.2. JCE Unlimited Strength Jurisdiction Policy Files
To make full use of the cryptographic capabilities of the Java Cryptography Extension (JCE), the Unlimited Strength Jurisdiction Policy Files have to be installed. Download the JCE Unlimited Strength Jurisdiction Policy Files(JCE) and follow the instructions.This is a requirement for the TSS to be able to handle TPM RSA keys. In case you experience errors like "Illegal key size or default parameters" chances are high that these policy files are not (or not correctly) installed.
3.3. Hardware TPM or TPM Emulator for Linux
To make use of IAIK jTSS you require either a hardware TPM or the TPM emulator from ETH Zurich TPM Emulator.
The TPM emulator is a software package for Linux operating systems providing TPM functionality as a pure software implementation. It is especially useful for testing and development on systems where no hardware TPM is available. The emulator consists of a Linux kernel module and a user space daemon implementing the actual TPM functionality. For details on how to set up and configure the TPM emulator please consult the documentation that is included in the emulator package. Note that the time stamping is not working correctly in TPM emulator 0.5 or earlier.
In case you have a hardware TPM, you have to ensure that a proper Linux kernel driver for your TPM is loaded. Recent 2.6 kernels come with drivers for all major TPM manufacturers. For 1.2 TPMs, the TIS driver might be the way of choice to access your TPM.
No matter if you are using a hardware TPM or the TPM emulator, a device file called /dev/tpm (or /dev/tpmX) will show up. If you do not have this file, the TPM can not be accessed by the TSS.
3.4. Microsoft Windows Vista and higher
The IAIK jTSS also includes support for Microsoft Windows Vista (32-bit and 64-bit), Server 2008 and Windows 7. In this case the TPM is accessed via the TPM Base Services (TBS) of Vista. The TBS provides a very thin abstraction layer for TPM access. By default, Vista only comes with support for 1.2 TPMs. If your TPM is supported by Vista and if it can be accessed via the TBS, the IAIK jTSS should be able to communicate with your TPM on Vista systems.
Note that the default configuration of Vista blocks some TPM commands at the TBS level. Among these are commands for quoting and PCR access. You have to use the group policy editor to unblock this functions. To unblock these commands, run the Group Policy Editor: gpedit.msc | Computer Configuration | Administrative Templates | System | Trusted Platform Module Services | Ignore the default list of blocked TPM commands = enabled For details please refer to the Microsoft Technet (Vista TPM Functions).
Support for Vista 64-bit, Windows Server 2008 or Windows 7 is experimental.
4. Setup and Usage
If you use a hardware TPM you first have to activate it in your BIOS. Look into the manual of your computer to find out how to do that.
4.1. Manual Setup for Linux and Windows
There are two ways to operate the IAIK jTSS:
With local bindings, the TSP layer directly calls the TCS methods. This is well suited for development, experimenting and debugging. As a drawback, the Java VM must have proper access rights to the TPM device. We recommend you to use this to gain initial experience with IAIK jTSS.
With SOAP bindings, the TSP will call the TCS via a web service interface. The TCS will run as system service (daemon). Once installed, any unprivileged application can access it.
In this chapter we discuss how to use the local bindings. You will find a detailed documentation on the SOAP bindings further below.
IAIK jTSS comes in pre-compiled form. In the lib subdirectory, you will find four jar libraries:
iaik_jtss_tsp.jar This is the TSS Service Provicer (TSP) library you have to include in the classpath of your Java (tm) applications to make use of the TPM. The TSP library provides the programming API to be used in applications when interacting with the TPM.
iaik_jtss_tsp_soap.jar The library that provides the SOAP support for the TSP.
iaik_jtss_tcs.jar This library contains the TSS Core Services (TCS). Typically, the TCS would run as an independent system service. Alternatively it can be linked to your TC aware application just like the TSP library. Note that all TPM interaction is done via the TSP library.The TCS is not designed to be used directly in your applications.
iaik_jtss_tcs_soap.jar The library that provides the SOAP support for the TCS.
By default jTSS is using standard configurations. If you don’t agree with this settings, a few basic settings need to be configured in jtss_tcs.ini and jtss_tsp.ini respectively. To do that read the comments in the .ini files carefully and uncomment or fill in the right settings. The .ini files must reside in the same directory as the corresponding library file, or in another location specified in the jtss.tsp.ini.file respectively jtss.tcs.ini.file Java properties. For both libraries the persistent storage and the event log has to be configured. Details are given in the Technical Documentation section. In addition, the binding interface between TSP and TCS must be set. The default are local bindings with the type set to iaik.tc.tss.impl.java.tsp.TcTssLocalCallFactory. if you wish to use the SOAP interface, set it to iaik.tc.tss.impl.java.tsp.TcTssSOAPCallFactory. Additionally, it is possible to configure which TPM device to use.
Aside from linking these jar libraries to your TC aware application (which essentially means adding them to the classpath) and the optional configuration of the .ini files, there are no further setup steps required.
In the src subdirectory you can find the entire source code of IAIK jTSS. Details on the organization of the source code are given in the Technical Documentation section.
4.1.1. Test the TCS TSP communication under Linux
You can test the TCS implementation with:
user@localhost:jTSS$ sudo bash tests/run_tests.sh
Execute this test as root or adapt the access permissions to the TPM device if you use local bindings.
4.1.2. Test the TCS TSP communication under Windows Vista
You can test the TCS implementation with:
c:\>jTSS> tests\run_tests.cmd -o your_tpm_ownersecret
Execute this test from a command prompt with elevated administrative privileges if you use local bindings.
4.2. Automatic Core Services Setup for Windows
jTSS comes with a fully automatic installer for the jTSS Core Services for Windows. This will enable your applications to access the TPM via jTSS/TCS.
Before you install jTSS check if the TPM was detected. In order to do that:
Open Microsoft Management Consol mmc.exe
Add a new Snap-in Ctrl+M where you choose TPM Management
Setup automatically tests for the following requirements:
Windows Vista, Windows 7, Windows Server 2008, 32 or 64 bit
Sun Java JRE 1.5, 1.6, or 1.7 installed, 32 or 64 bit
TPM Enabled and TBS active
Start setup.exe to install jTSS. You’ll need to agree to the license terms before you continue. In the setup progress you can choose where to install jTSS (default: C:\Program Files\jTSS). After installing the files the TCS core services will be started automatically. Additionally you can start a test at the end of the installation progress. With the test you will get a pop up window which tells you if the connection with the TCS services and the TPM works as desired or not.
If the test was successful you are able to use jTSS Core services! Your Java application may either choose to use the TSP library with the default configuration provided in the installation directory or to ship with its own copy and configuration files (this is recommended).
Note: The test may fail, if the JRE is not included in the Windows PATH variable.
4.3. Core Services Installation as System Daemon in Linux
IAIK jTSS now offers an experimental installation package for Debian Linux and derivate distributions like Ubuntu. The package is available in the deb folder and you can install it as follows.
How to manually install the jtss_*_all.deb.deb package:
Dependencies: We use the Apache Commons Daemon Java library. In Ubuntu, these libraries are called jsvc and libcommons-daemon-java and you can install them with the package manager, i.e. synaptic, apt-get or aptitude.
From the terminal change into the deb directory of jTSS.
type sudo dpkg -i jtss_*_all.deb (replacing * with the version of the package)
If you did not install the aforementioned dependencies prior to installing jtss you should see an error message like this:
dpkg: dependency problems prevent configuration of jtss: jtss depends on jsvc; however: Package jsvc is not installed. dpkg: error processing jtss (--install): dependency problems - leaving unconfigured Errors were encountered while processing: jtss
To correct the situation the command sudo apt-get -f install should suffice.
The installer creates a user jtss in group tss with access priviledges to the TPM devices. The daemon can be controled via sudo /etc/init.d/jtss start|stop|restart. The log file will be kept in /var/log/jtss/eventlog, keys will be stored in /var/lib/jtss and the jar files will reside in /usr/share/jtss/lib.
Note that this package contains an aggregate of third party libraries.
5. API Documentations and Sample Code
To get an overview of the concepts and the general API usage of a TSS it is recommended to consult the TSS Specification. Additionally, the IAIK jTSS comes with a JavaDoc API documentation located in the doc subfolder. This documentation comes in two different flavours: The javadoc_all directory contains the JavaDoc for the entire IAIK jTSS. For developers that are only using the TSP layer and its highlevel API, the javadoc_tsp contains all relevant information. This documentation tree is a subset of the javadoc_all tree. It covers the TSP level API that is meant to be used by application developers.
Additionally to the provided JavaDoc, some example code demonstrating the basic usage of IAIK jTSS is included in the src/jtss_tsp/src_tests subfolder. It contains a set of jUnit test cases which can be used as a basis for own developments. Three short tests in the iaik.tc.tss.test.tsp.java.simple packet might provide the best entry to start with. For the implementation, a context object serves as entry point to all functionality such as authorized and validated TPM commands, policy and key handling, data hashing, encryption, and PCR composition.
A precompiled version of this test code is located in the tests subfolder. A shell script to run the tests is included.
6. Technical Documentation
This section provides a brief overview of technical aspects of IAIK jTSS.
6.1. Architecture Overview
Conforming with the TCG TSS specification, IAIK jTSS consists of two major parts: The TSP and the TCS. The TSP library is the entity that provides application developers with an API that allows access to all the TPM functions. The TSP is designed to be linked to an application that wants to make use of a TPM. The TCS is intended to be the only entity that directly accesses the TPM. As a consequence, the TCS is meant to be implemented as a system service or daemon. It is responsible for creating the TPM command streams, TPM command serialization, TPM resource management, event log management and the system persistent storage.
6.2. Source Code Overview
The source code of IAIK jTSS is split into three parts:
As mentioned in previous sections, the TSP is the part that provides application developers with an API for accessing TPM functionality. In IAIK jTSS the API part is defined as a set of interfaces located in the iaik.tc.tss.api package. The iaik.tc.tss.impl package holds the actual implementations of the interfaces defined in the api package. The impl package holds sub packages containing different types of TSP implementations. The java sub package e.g. contains a TSP completely written in Java (tm). Other sub packages could e.g. contain implementations such as a JNI implementation that interfaces a TSP written in C like the TrouSerS TSS. The key benefit of having split the API and the implementation is that the applications developed on top of the TSP can easily be switched from one underlying TSP implementation to another by simply changing the factory that creates TSP level objects.
The layout of the TSP API package is like this:
iaik.tc.tss.api.tspi - contains the object oriented TSP interface of IAIK jTSS derived from the TSS specification. The package contains interfaces for all the object types like Context, TPM, RsaKey, Hash or EncData defined in the TSS spec.
iaik.tc.tss.api.structs.tsp - contains TSP level data structures as defined by the TSS spec
iaik.tc.tss.api.exceptions.tsp - contains TSP level exceptions
iaik.tc.tss.api.constants.tsp - contains TSP level constants and error codes
The TCS is the component that directly interacts with the TPM. In a typical TSS implementation, this component is a daemon or system service. The current implementation of the IAIK jTSS features to let the TCS run as a daemon/system service as well as to access it as a library.
The layout of the TCS package is as follows:
iaik.tc.tss.impl.java.tcs.authmgr - This package contains the authorization manager component. It is responsible for the management of TPM authorized sessions (caching and authorized session swapping). It contains implementations for different TPM types and operating systems. These implementations are derived from a common base class. The actual implementation is selected based upon the systems TPM and OS version.
iaik.tc.tss.impl.java.tcs.credmgr - The credential manager contained in this package contains all functions related to credentials, e.g. extracting credentials from IFX TPMs or the MakeIdentity function.
iaik.tc.tss.impl.java.tcs.ctxmgr - This package contains the TCS context manager. The purpose of this component is to keep track of established TCS contexts.
iaik.tc.tss.impl.java.tcs.eventmgr - This package contains the event manager component of the TCS. The event manager is responsible for storing and managing TSS event log entries.
iaik.tc.tss.impl.java.tcs.kcmgr - This package contains the key cache manager. Some TPM implementations support key swapping in case the TPM key slots are depleted. The package contains implementations for different TPM versions. Additionally, this package holds code that manages all operations involving TPM keys. This includes the translation of TCS level key handles to TPM level key handles.
iaik.tc.tss.impl.java.tcs.pbg - This package contains the parameter block generator. This is the TSS component that creates the command byte streams that are sent to the TPM.
iaik.tc.tss.impl.java.tcs.sessmgr - This package provides session management as defined in the 1.2 TPM specification.
iaik.tc.tss.impl.java.tcs.tcsi - This package contains the TCS interface (TCSI) being the TCS API used by callers (such as the TSP).
iaik.tc.tss.impl.java.tcs.tddl - This package contains the TDDL for different operating systems. The TDDL is the layer that directly interacts with the TPM driver (e.g. via a device file or some other OS specific mechanism).
There are several components that are required by both, the TSP and the TCS. Consequently, these components are located in a common source folder. The common components include e.g. constants for the TPM and TCS, TSS and TPM level structures, the persistent storage implementation, common crypto building blocks and utilities.
Two persistent storage (PS) implementations are provided as demonstrators.
One uses the OS file system (FS) as data repository. In the .ini files, two different directories for both storages (system and user) must be specified. There must be a single system storage for the TCS and a user storage for each user (for instance /home/<username>/.tpm/user_storage). Care must be taken with FS access rights to protect the storage. While the directory structure will automatically be created upon usage, it is a good idea to create the directories and set the permissions before starting jTSS.
The second implementation uses a relational database.
Depending on usage requirements a specific implementation might be necessary. Therefore, custom Java classes for persistent storage can be implemented and configured in the .ini files. Any implementation must implement the iaik.tc.tss.impl.ps.TcITssPersistentStorage interface.
When ownership of the TPM is taken, the storage root key (SRK) will be stored in the system storage (without the private key part). Note, that in general the TSS specifications require the application programmer to take care that a valid key hierarchy is created and maintained in the storage.
7. SOAP Bindings
The Trusted Computing Group specifies the communication between the Trusted Core Service (TCS) and the Trusted Service Provider (TSP) in the TSS Specification. One of these ways of communication is the Simple Object Access Protocol (SOAP). It is an XML based protocol that provides additional functionality if compared to simple RPC calls. The interface of the communication is specified in an XML document called Web Service Definition Language (WSDL) file which defines the procedure calls and their according parameters.
The TCS is a daemon that runs as a simple webserver and this package contains
all necessary libraries for the entire SOAP communication.
To specify parameters for the TCS and the TSP one can find further information in the lib/ini/*.ini files under section [SOAP]. While the TCG-specified TCP port for TSS would be 30003, we ship jTSS configured to use port 30004. This avoids collisions with other TSS implementations (mainly on Windows).
TSP and TCS need additional 3rd party libraries that provide support for the SOAP communication. One can find a list with the versions and the according license model of these libraries in Section "Versions and Licences of the Required Libraries".
7.2. The Trusted Core Service under Linux
the Java TCS as Linux system daemon. In Ubuntu, these libraries are called jsvc and libcommons-daemon-java and you can install them with the package manager.
We provide a script called tcs_daemon.sh in the soap directory of jTSS to start, restart, and stop the TCS daemon. Ensure to have a proper working TPM and execute these scripts as root:
- Start the TCS as daemon
Start the TCS, detach it from the terminal and display the debug output in the terminal. "Detaching" means that the TCS keeps running if the terminal terminates. Additionally, the debug output (Std and Err) can be found in the file log/out.log. Change to directory soap and
user@localhost:jTSS$ sudo bash tcs_daemon.sh
- Stop the TCS daemon
Stop the TCS daemon if it is running.
user@localhost:jTSS$ sudo bash tcs_daemon.sh stop
- Start the TCS but do not detach it from the terminal
Display debugging information of the TCS and the entire SOAP communication in the terminal. You can terminate the TCS by pressing <Ctrl> + C.
user@localhost:jTSS$ sudo bash tcs_daemon.sh f
- Restart the TCS
Stop the TCS if it is running and immediately start it again.
Just start the TCS if it is not running.
user@localhost:jTSS$ sudo bash tcs_daemon.sh restart
- Print this document
user@localhost:jTSS$ bash tcs_daemon.sh help
7.3. The Trusted Core Service under Windows Vista
The TCS is installed as a Windows Service. Start a windows command prompt with elevated administrative privileges and navigate to the jTss directory. NOTE: If you log off or restart your machine the TCS will still run. Further, ensure to surround a user defined path with quotation marks if it contains any spaces e.g. "c:\this is a\path to my\script.bat". The delivered "soap\ext_libs\x86\prunsrv.exe", "soap\ext_libs\amd64\prunsrv.exe", and "soap/ext_libs/tcsdaemonw.exe" are taken from the the Apache Tomcat servlet container and provide start, stop, and restart functionality. The licenses for both can be found at the Apache
- Start the TCS as Windows Service
This script installs and starts the TCS as a Windows Service. All debugging information is written to log\out.txt and log\err.txt.+
c:\>jTSS> soap\install.bat start
- Stop the TCS Windows Service
This script stops the running TCS Windows Service. Keep in mind that it just stops the Service and does not remove it from Windows' Service list.
c:\>jTSS> soap\install.bat stop
- Remove the TCS Windows Service
If necessary, stop the TCS Service and remove it from Windows' Service list.
c:\>jTSS> soap\install.bat remove
- Restart the TCS Windows Service
Stop and remove the Service if it is running and immediately start it again. If it is not running just start it.
c:\>jTSS> soap\install.bat restart
- Print this document
c:\>jTSS> soap\install.bat help
Note: The Setup.exe installer and uninstaller will automatically perform these tasks.
7.4. SOAP Package Structure
In the following we shortly describe the package structure of the SOAP implementation.
iaik.tc.tss.impl.java.tcs.soapservice.ConvertDataTypesServer.java - Translate the datatypes used in the SOAP protocol to the datatypes used by the TCS and vice versa.
iaik.tc.tss.impl.java.tcs.soapservice.TSSCoreServiceBindingImpl.java - Implement the wrapping of the TCS parameters to transport them via SOAP.
iaik.tc.tss.impl.java.tcs.soapservice.server.StartAxisServer.java - Start the AXIS Server that provides a SOAP interface for all TCS functions.
iaik.tc.tss.impl.java.tcs.soapservice.serverties - Contains the autogenerated Java files derived from the WSDL file.
iaik.tc.tss.impl.java.tsp.tcsbinding.soapservice.ConvertDataTypesClient.java - This class implements the same methods as the corresponding file ConvertDataTypesServer.java on the server side.
iaik.tc.tss.impl.java.tsp.tcsbinding.soapservice.ConvertRemoteExceptions.java - Unwrap the SOAP exceptions to get the nested TSS Exceptions.
iaik.tc.tss.impl.java.tsp.tcsbinding.soapservice.TcTcsBindingSoap.java - Unwrap the parameters received from the SOAP network to use it in the TSP.
iaik.tc.tss.impl.java.tsp.tcsbinding.soapservice.clientstubs - Contains the autogenerated Java files derived from the WSDL file.
7.5. Generate the WSDL File
As there are some missing functions in the WSDL files provided by
(TSS Specification) we have to modify it. To do so, extract the tcs.wsdl
from (TSS Specification) and copy it to the soap directory.
Then apply the patch:
user@localhost:jTSS/soap$ patch -p0 tcs.wsdl tcs.wsdl.patch
The patch process detects a previous patch of this file. Therefore press y to apply the patch anyhow.
Changes in the patched tcs.wsdl are now clearly marked with
<!-- Begin: Additional implementation as it is not specified in the origin WSDL file -->
Here is the new code
<!-- End: Additional implementation as it is not specified in the origin WSDL file -->
7.6. Generate SOAP Jars
Use the build.xml file in the src directory to get the jar files
for the jTss with SOAP support.
user@localhost:jTSS/src$ ant jars_soap
First, this task builds the complete jTSS Stack without any SOAP support. Then it creates the Java framework from the WSDL files and compiles these files. Finally, it generates two additional jar files: one for the SOAP support in the TCS and the other for the SOAP support in the TSP.
8. Versions and Licences of the Required Libraries
For convenience, the jTSS deployment packages ships with an aggregate of external libraries with individual, cost free or open source licences. You need to agree to these individual licenses if you use advanced jTSS features (SOAP, system daemon or service, persistent key database, windows installer or the .deb package).
In the following, we list which external libraries are required by some components of jTSS. We also refer to the the original download site and specify the licenses that cover those components. All those files and the license texts are also found in the ext_libs folder.
JavaBeans Activation Framework Version 1.1.1
Axis Version 1.4 final
Commons Daemon Version 1.0.5
JavaMail API Version 1.4.1
Microsoft Visual C++ Runtime Redistributable 2008 (x86 and x64) (Windows only)
- User License
vc_redist_eula.txt (Redistributed for jTSS under Vistual Studio 2008 licence)
The following external libraries are required to use jTSS with the database implementation of Persistent Storage:
The setup.exe Installer is created with Innosetup (Windows only).
9. Further Help
This software is provided "as is". However, a mailing list email@example.com is maintained at Trusted Computing for the Java (tm) Platform to assist users and to allow users to help each other. You are invited to join the discussion, but kindly take a look at the mailing list archive before posting a question.
10. Copyright Notice
The copyright for contents of the IAIK jTSS package, including all related documentation, is owned by IAIK, Graz University of Technology.
The API documentation (JavaDoc) is partially based on the descriptions and documentation contained in the TPM and TSS specifications of the TCG. Where possible, line numbers pointing to these specifications are included in the API documentation.
Java (tm) and all Java (tm) based marks are a trademark or registered trademark of Sun Microsystems, Inc, in the United States and other countries. All other trademarks and copyrights are property of their respective owners.
12. Revision History
|2013/12/17||0.7.1||Bugfixes, experimental RPi support|
|2012/05/25||0.7a||Enabled OS detection for Windows 8, Windows Server 2008R2, and future versions. Updated VC++2008 runtime.|
|2011/09/15||0.7||Tutorial, bugfixes, improved default configuration, ini-file setup now optional, support for JSR321 implementations, better monotonic counter support, improved simple test tool.|
|2010/10/04||0.6||Bugfixes, improvements to debian package, reporting of more capabilities, external key import, extended test tool, improved actvsm support|
|2010/07/26||0.5.2||(internal release only) Bugfixes and support for acTvSM platform|
|2010/06/01||0.5.1||(internal release only) Bugfixes and support for IBM Software TPM sockets|
|2010/03/04||0.5||Bugfixes and new deployment structure. Debian packages. socket is now 30004, updates to readme and license texts.|
|2009/12/02||0.4.2||Bugfixes and improvements build and install system (internal release only)|
|2009/11/19||0.4.1a||Minor bugfixes; sets up on AMD64 Windows (experimental) (internal release only)|
|2009/08/24||0.4.1||many bugfixes, adv. EK functions, full NV-RAM impl. for Tboot, exp. Windows 7 and Server 2008 support.|
|2009/05/19||0.4b||(internal release only) Bugfixes, minimal NV-RAM access implementation for IFX EK certificate extraction.|
|2008/12/12||0.4||NV access headers, migration, CMK, flat file event log, SQL-Databased PS, monotonic counters, complete SOAP bindings, Windows installer, tests, TrouSerS PS import tool, bug fixes|
|2008/04/17||0.3||SOAP interface, NV read access (TCS), additional test cases, bugfixes|
|2007/08/31||0.2||persistent storage, time stamping, bugfixes|