The SSCR (SAP Software Change Registration) registers all manual changes to SAP sources and SAP Dictionary objects. If an ABAP developer wants to change them in an SAP system, the system will prompt for two access keys:
Sap Ecc 6.0 Developer Key Generator
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The SAP Cloud Appliance Library provides access to an online repository of the latest preconfigured SAP solutions. You can quickly deploy these solutions on AWS by using a launch wizard that automates deployment. Some of the solutions available in the SAP Cloud Appliance Library are provided with free trial or developer edition licenses.
Over 7 years of strong experience in IT industry of which over 6 years working experience in SAP R/3 and BW SYSTEM SECURITY. I possess a complete understanding of SAP R/3 and BW system integrity in technical as well as functional areas, which allows solving potential problems in specific functional area as well as system area. I have been involved in complete SAP R/3 Projects lifecycle from design phase to post-implementation phase on various projects. Performed SAP Security related task such as Security Audits, SOX (Sarbanes Oxley) Compliance, Developed and Documented Security Policies and Procedures, User maintenance, Activity group/Role maintenance using profile generator, security redesign strategy.
This growing interest will spread to the point where we now have web platforms where APIs are the star (ex: AWS). These platforms, like Microsoft Azure, offer a sort of blank slate where developers from all sources participate and add content which supports the platform.
With the appearance of SAP Cloud applications, developers no longer have access to the application layer to manipulate data or processes. SAP provide a (growing) list of APIs to developers to accomplish this interaction.
SAP's Cloud Platform (SCP) puts at developers' disposal a service called API Management. Here we can expose our own API, create products (API combinations), add security or other required limitations, track consumption, evaluate statistics and errors, etc.
SAP provides ABAP developers and SAP professionals free trial SAP products like SAP Netweaver 7.01 ABAP Trial Version that I'm using.Since these SAP software is distributed for trial purposes, SAP forces ABAP developers and SAP professionals that use such free trial products to refresh their license keys time to time.An SAP product like MiniSAP or SAP Netweaver will warn developers and SAP users about the license key expiration date, when the trial period approaches to end date.
In order to request a new MiniSAP license and intall SAP license key on your system, ABAP developers have to collect the following required information.SDN User id : If you login to SDN (SAP Developers Network), you will see the SDN User id on your profile page. It is different from your SDN username.System ID : SAP system id is used to identify the free SAP software you're using. The SAP system details can be found on SAP System Status screen.Hardware key (HWID) : The hardware key (HWID) is also visible on SAP System Status screen.
ABAP developers and SAP users can find license key for following MiniSAP software and free SAP systems :BSP - WebAS 6.20 : Web Application Server 6.20 ABAP - fully supporting BSP programming modelWA1 - WebAS 6.10 : ABAP Objects reference bookNSP - SAP NetWeaver 7.0 : SAP NetWeaver Sneak Preview ABAP Edition from SDNN71 - SAP NetWeaver 7.1 : SAP NetWeaver Sneak Preview ABAP Edition from SDNJ2E - J2EE-Engine (6.40) : SAP NetWeaver Sneak Preview Java Edition from SDNJ2E - J2EE-Engine (7.00) : SAP NetWeaver Sneak Preview Java Edition from SDNJ2E - J2EE-Engine (7.10) : SAP NetWeaver Sneak Preview Java Edition from SDNCE1 - SAP Java Engine 7.1 (CE) : SAP NetWeaver Composition Environment (Java) from SDNCTB - SAP NetWeaver 7.0 (Java) x86 MaxDB : SAP NetWeaver 7.0 - Java Trial Version on Linux - VMware EditionN4S - SAP NetWeaver 2004s x86_64 MaxDB / DB2 : Technology Preview SAP NetWeaver 04s - SAP Web Application Server on Linux and MaxDB / IBM DB2LNX - SAP Basis R/3 4.6B x86 MaxDB : Technology TestDrive for mySAP.com on Linux, Basis R/3 4.6B
CipherTrust Manager offers the industry leading enterprise key management solution enabling organizations to centrally manage encryption keys, provide granular access control and configure security policies. CipherTrust Manager is the central management point for the CipherTrust Data Security Platform. It manages key lifecycle tasks including generation, rotation, destruction, import and export, provides role-based access control to keys and policies, supports robust auditing and reporting, and offers developer friendly REST API.
CipherTrust Manager provides a unified management console that enables you to discover and classify sensitive data, and protect data using integrated set of Thales Data Protection connectors across on-premises data stores and multi-cloud deployments. It offers advanced self-service licensing, multi-tenancy support, secrets management and developer friendly REST APIs.
Offers new REST interfaces in addition to KMIP and NAE-XML APIs, for developers to simplify deployment of applications integrated with key management capabilities and automate testing and development of administrative operations.
To help grasp the connection between these technologies, consider this simple analogy: Think of HTTP as the telephone wire (transport between applications) and UDDI as a telephone book (where a developer can browse a UDDI registry to locate a registered service). SOAP could be described as the voices of the people talking on the telephone (the exchange of information), and XML as the language they are speaking in (the underlying structure for the exchange of data). To continue with the telephone analogy, WSDL would be the phone number that calls a specific web service (of course, WSDL is more than just a phone number because it includes information such as the available functions and data types).
The .NET platform is designed as a programming model that enables developers to build XML web services and applications. The platform provides a set of servers that integrates, executes, and manages XML web services and applications.
The .NET Framework product enables developers to build and deploy web services and applications. It provides a structured environment for integrating web services, consists of a common language runtime and unified class libraries, and includes the ASP .NET server.
Using the WSDL files, developers may choose to create proxy classes to plug into a development tool. A number of software products and tool kits are available for converting WSDL files to programming class files in languages such as Java, Visual Basic, and C#. For example, Apache AXIS provides a SOAP to Java toolkit, and Microsoft .NET Development Environment provides functionality to convert WSDL files to C#.
This API has been specifically developed for those circumstanceswhere the rich API and integration requirements of the JCE arenot required. However as a result, the light-weight API requires more effortand understanding on the part of a developer to initialise and utilise the algorithms.5.1 ExampleTo utilise the light-weight API in a program, the fundamentalsare as follows;/* * This will use a supplied key, and encrypt the data * This is the equivalent of DES/CBC/PKCS5Padding */BlockCipher engine = new DESEngine();BufferedBlockCipher cipher = new PaddedBlockCipher(new CBCCipher(engine));byte[] key = keyString.getBytes();byte[] input = inputString.getBytes();cipher.init(true, new KeyParameter(key));byte[] cipherText = new byte[cipher.getOutputSize(input.length)];int outputLen = cipher.processBytes(input, 0, input.length, cipherText, 0);trycipher.doFinal(cipherText, outputLen);catch (CryptoException ce)System.err.println(ce);System.exit(1);5.2 AlgorithmsThe light-weight API has built in support for the following:Symmetric (Block)The base interface is BlockCipher and has the followingimplementations which match the modes the block cipher canbe operated in.NameConstructorNotesBufferedBlockCipherBlockCipher CBCBlockCipherBlockCipher CFBBlockCipherBlockCipher, block size (in bits) GCFBlockCipherBlockCipherGOST CFB mode with CryptoPro key meshing.EAXBlockCipherBlockCipher OCBBlockCipherBlockCipher OFBBlockCipherBlockCipher, block size (in bits) SICBlockCipherBlockCipher, block size (in bits)Also known as CTR modeKCTRBlockCipherBlockCipher, block size (in bits)DSTU7624 CTR modeOpenPGPCFBBlockCipherBlockCipher GOFBBlockCipherBlockCipherGOST OFB modeThe base interface for AEAD (Authenticated Encryption Associated Data) modes is AEADBlockCipherand has the following implemenations.NameConstructorNotesCCMBlockCipherBlockCipherPacket mode - requires all data up front.EAXBlockCipherBlockCipher CCMBlockCipherBlockCipherPacket mode - requires all data up front.GCMBlockCipherBlockCipherPacket mode - NIST SP 800-38D.GCMSIVBlockCipherBlockCipherPacket mode - RFC 8452.KCCMBlockCipherBlockCipherDSTU 7624 Packet mode - requires all data up front.OCBBlockCipherBlockCipher ChaCha20Poly1305AEADCipher
The agreement APIs are in the org.bouncycastle.crypto.agreement package.Classes for generating Diffie-Hellman parameters can be found in theorg.bouncycastle.crypto.params and org.bouncycastle.crypto.generators packages.
DSA, ECDSA, ISO-9796-2, GOST-3410-94, GOST-3410-2001, GOST-3410-2012, DSTU-4145-2002, and RSA-PSS are supported by the org.bouncycastle.crypto.signerspackage. Note: as these are light weight classes, if you need to use SHA1 or GOST-3411(as defined in the relevant standards) you'll also need to make use of the appropriatedigest class in conjunction with these.Classes for generating DSA and ECDSA parameters can be found in theorg.bouncycastle.crypto.params and org.bouncycastle.crypto.generators packages.5.4 Elliptic Curve Transforms.The org.bouncycastle.crypto.ec package contains implementations for a variety of EC cryptographic transforms such as EC ElGamal. 2ff7e9595c
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