Adding upstream version 16.2.11+ds.upstream/16.2.11+dsupstream

Signed-off-by: Daniel Baumann <daniel.baumann@progress-linux.org>

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+========================================================================
+README for Intel(R) Multi-Buffer Crypto for IPsec Library
+
+October 2019
+========================================================================
+
+
+Contents
+========
+
+1. Overview
+2. Processor Extensions
+3. Recommendations
+4. Package Content
+5. Compilation
+6. Security Considerations & Options for Increased Security
+7. Installation
+8. Disclaimer (ZUC, KASUMI, SNOW3G)
+9. Legal Disclaimer
+
+
+1. Overview
+===========
+Intel Multi-Buffer Crypto for IPsec Library is highly-optimized
+software implementations of the core cryptographic processing for IPsec,
+which provides industry-leading performance on a range of Intel(R) Processors.
+
+For information on how to build and use this library, see the
+Intel White Paper:
+"Fast Multi-buffer IPsec Implementations on Intel Architecture Processors".
+Jim Guilford, Sean Gulley, et. al.
+
+The easiest way to find it is to search the Internet for the title and
+Intel White Paper.
+
+Table 1. List of supported cipher algorithms and their implementations.
++---------------------------------------------------------------------+
+|               |                   Implementation                    |
+| Encryption    +-----------------------------------------------------|
+|               | x86_64 | SSE    | AVX    | AVX2   | AVX512 | VAES(5)|
+|---------------+--------+--------+--------+--------+--------+--------|
+| AES128-GCM    | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| AES192-GCM    | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| AES256-GCM    | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| AES128-CCM    | N      | Y  by4 | Y  by8 | N      | N      | N      |
+| AES128-CBC    | N      | Y(1)   | Y(3)   | N      | N      | Y(6)   |
+| AES192-CBC    | N      | Y(1)   | Y(3)   | N      | N      | Y(6)   |
+| AES256-CBC    | N      | Y(1)   | Y(3)   | N      | N      | Y(6)   |
+| AES128-CTR    | N      | Y  by4 | Y  by8 | N      | N      | Y by16 |
+| AES192-CTR    | N      | Y  by4 | Y  by8 | N      | N      | Y by16 |
+| AES256-CTR    | N      | Y  by4 | Y  by8 | N      | N      | Y by16 |
+| AES128-ECB    | N      | Y  by4 | Y  by4 | N      | N      | N      |
+| AES192-ECB    | N      | Y  by4 | Y  by4 | N      | N      | N      |
+| AES256-ECB    | N      | Y  by4 | Y  by4 | N      | N      | N      |
+| NULL          | Y      | N      | N      | N      | N      | N      |
+| AES128-DOCSIS | N      | Y(2)   | Y(4)   | N      | N      | N      |
+| DES-DOCSIS    | Y      | N      | N      | N      | Y  x16 | N      |
+| 3DES          | Y      | N      | N      | N      | Y  x16 | N      |
+| DES           | Y      | N      | N      | N      | Y  x16 | N      |
+| KASUMI-F8     | Y      | N      | N      | N      | N      | N      |
+| ZUC-EEA3      | N      | Y      | Y      | N      | N      | N      |
+| SNOW3G-UEA2   | N      | Y      | Y      | Y      | N      | N      |
++---------------------------------------------------------------------+
+
+Notes:
+(1,2) - decryption is by4 and encryption is x4
+(3,4) - decryption is by8 and encryption is x8
+(5)   - AVX512 plus VAES and VPCLMULQDQ extensions
+(6)   - decryption is by16 and encryption is x16
+
+Legend:
+  byY - single buffer Y blocks at a time
+   xY - Y buffers at a time
+
+As an example of how to read table 1 and 2, if one uses AVX512 interface
+to perform AES128-CBC encryption then there is no native AVX512
+implementation for this cipher. In such case, the library uses best
+available implementation which is AVX for AES128-CBC.
+
+
+Table 2. List of supported integrity algorithms and their implementations.
++-------------------------------------------------------------------------+
+|                   |                   Implementation                    |
+| Integrity         +-----------------------------------------------------|
+|                   | x86_64 | SSE    | AVX    | AVX2   | AVX512 | VAES(3)|
+|-------------------+--------+--------+--------+--------+--------+--------|
+| AES-XCBC-96       | N      | Y   x4 | Y   x8 | N      | N      | N      |
+| HMAC-MD5-96       | Y(1)   | Y x4x2 | Y x4x2 | Y x8x2 | N      | N      |
+| HMAC-SHA1-96      | N      | Y(2)x4 | Y   x4 | Y   x8 | Y  x16 | N      |
+| HMAC-SHA2-224_112 | N      | Y(2)x4 | Y   x4 | Y   x8 | Y  x16 | N      |
+| HMAC-SHA2-256_128 | N      | Y(2)x4 | Y   x4 | Y   x8 | Y  x16 | N      |
+| HMAC-SHA2-384_192 | N      | Y   x2 | Y   x2 | Y   x4 | Y   x8 | N      |
+| HMAC-SHA2-512_256 | N      | Y   x2 | Y   x2 | Y   x4 | Y   x8 | N      |
+| AES128-GMAC       | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| AES192-GMAC       | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| AES256-GMAC       | N      | Y  by8 | Y  by8 | Y  by8 | Y  by8 | Y by48 |
+| NULL              | N      | N      | N      | N      | N      | N      |
+| AES128-CCM        | N      | Y   x4 | Y   x8 | N      | N      | N      |
+| AES128-CMAC-96    | Y      | Y   x4 | Y   x8 | N      | N      | N      |
+| KASUMI-F9         | Y      | N      | N      | N      | N      | N      |
+| ZUC-EIA3          | N      | Y      | Y      | N      | N      | N      |
+| SNOW3G-UIA2       | N      | Y      | Y      | Y      | N      | N      |
++-------------------------------------------------------------------------+
+
+Notes:
+(1)   - MD5 over one block implemented in C
+(2)   - Implementation using SHANI extentions is x2
+(3)   - AVX512 plus VAES and VPCLMULQDQ extensions
+
+Legend:
+  byY - single buffer Y blocks at a time
+   xY - Y buffers at a time
+
+Table 3. Encryption and integrity algorithm combinations
++---------------------------------------------------------------------+
+| Encryption    | Allowed Integrity Algorithms                        |
+|---------------+-----------------------------------------------------|
+| AES128-GCM    | AES128-GMAC                                         |
+|---------------+-----------------------------------------------------|
+| AES192-GCM    | AES192-GMAC                                         |
+|---------------+-----------------------------------------------------|
+| AES256-GCM    | AES256-GMAC                                         |
+|---------------+-----------------------------------------------------|
+| AES128-CCM    | AES128-CCM                                          |
+|---------------+-----------------------------------------------------|
+| AES128-CBC,   | AES-XCBC-96,                                        |
+| AES192-CBC,   | HMAC-SHA1-96, HMAC-SHA2-224_112, HMAC-SHA2-256_128, |
+| AES256-CBC,   | HMAC-SHA2-384_192, HMAC-SHA2-512_256,               |
+| AES128-CTR,   | AES128-CMAC-96,                                     |
+| AES192-CTR,   | NULL                                                |
+| AES256-CTR,   |                                                     |
+| AES128-ECB,   |                                                     |
+| AES192-ECB,   |                                                     |
+| AES256-ECB,   |                                                     |
+| NULL,         |                                                     |
+| AES128-DOCSIS,|                                                     |
+| DES-DOCSIS,   |                                                     |
+| 3DES,         |                                                     |
+| DES,          |                                                     |
+|---------------+-----------------------------------------------------|
+| KASUMI-F8     | KASUMI-F9                                           |
+|---------------+-----------------------------------------------------|
+| ZUC-EEA3      | ZUC-EIA3                                            |
+|---------------+-----------------------------------------------------|
+| SNOW3G-UEA3   | SNOW3G-UIA3                                         |
++---------------+-----------------------------------------------------+
+
+
+2. Processor Extensions
+=======================
+
+Table 4. Processor extensions used in the library
++-------------------------------------------------------------------------+
+| Algorithm         | Interface | Extensions                              |
+|-------------------+-----------+-----------------------------------------|
+| HMAC-SHA1-96,     | AVX512    | AVX512F, AVX512BW, AVX512VL             |
+| HMAC-SHA2-224_112,|           |                                         |
+| HMAC-SHA2-256_128,|           |                                         |
+| HMAC-SHA2-384_192,|           |                                         |
+| HMAC-SHA2-512_256 |           |                                         |
+|-------------------+-----------+-----------------------------------------|
+| DES, 3DES,        | AVX512    | AVX512F, AVX512BW                       |
+| DOCSIS-DES        |           |                                         |
+|-------------------+-----------+-----------------------------------------|
+| HMAC-SHA1-96,     | SSE       | SHANI                                   |
+| HMAC-SHA2-224_112,|           | - presence is autodetected and library  |
+| HMAC-SHA2-256_128,|           |   falls back to SSE implementation      |
+| HMAC-SHA2-384_192,|           |   if not present                        |
+| HMAC-SHA2-512_256 |           |                                         |
+|-------------------+-----------+-----------------------------------------|
+
+
+3. Recommendations
+==================
+
+Legacy or to be avoided algorithms listed in the table below are implemented
+in the library in order to support legacy applications. Please use corresponding
+alternative algorithms instead.
+
++-------------------------------------------------------------+
+| # | Algorithm          | Recommendation | Alternative       |
+|---+--------------------+----------------+-------------------|
+| 1 | DES encryption     | Avoid          | AES encryption    |
+|---+--------------------+----------------+-------------------|
+| 2 | 3DES encryption    | Avoid          | AES encryption    |
+|---+--------------------+----------------+-------------------|
+| 3 | HMAC-MD5 integrity | Legacy         | HMAC-SHA1         |
+|---+--------------------+----------------+-------------------|
+| 3 | AES-ECB encryption | Avoid          | AES-CBC, AES-CNTR |
++-------------------------------------------------------------+
+
+Intel(R) Multi-Buffer Crypto for IPsec Library depends on C library and
+it is recommended to use its latest version.
+
+Applications using the Intel(R) Multi-Buffer Crypto for IPsec Library rely on
+Operating System to provide process isolation.
+As the result, it is recommended to use latest Operating System patches and
+security updates.
+
+4. Package Content
+==================
+
+LibTestApp - Library test applications
+LibPerfApp - Library performance application
+sse - Intel(R) SSE optimized routines
+avx - Intel(R) AVX optimized routines
+avx2 - Intel(R) AVX2 optimized routines
+avx512 - Intel(R) AVX512 optimized routines
+no-aesni - Non-AESNI accelerated routines
+
+Note:
+There is just one branch used in the project. All development is done on the
+master branch. Code taken from the tip of the master branch should not be
+considered fit for production.
+Refer to the releases tab for stable code versions:
+https://github.com/intel/intel-ipsec-mb/releases
+
+
+5. Compilation
+==============
+
+Linux (64-bit only)
+-------------------
+
+Required tools:
+- GNU make
+- NASM version 2.13.03 (or newer)
+- gcc (GCC) 4.8.3 (or newer)
+
+Shared library:
+> make
+
+Static library:
+> make SHARED=n
+
+Clean the build:
+> make clean
+or
+> make clean SHARED=n
+
+Build with debugging information:
+> make DEBUG=y
+
+Note: Building with debugging information is not advised for production use.
+
+For more build options and their explanation run:
+> make help
+
+Windows (x64 only)
+------------------
+
+Required tools:
+- Microsoft (R) Visual Studio 2015:
+  - NMAKE: Microsoft (R) Program Maintenance Utility Version 14.00.24210.0
+  - CL: Microsoft (R) C/C++ Optimizing Compiler Version 19.00.24215.1 for x64
+  - LIB: Microsoft (R) Library Manager Version 14.00.24215.1
+  - LINK: Microsoft (R) Incremental Linker Version 14.00.24215.1
+  - Note: Building on later versions should work but is not verified
+- NASM version 2.13.03 (or newer)
+
+Shared library (DLL):
+> nmake /f win_x64.mak
+
+Static library:
+> nmake /f win_x64.mak SHARED=n
+
+Clean the build:
+> nmake /f win_x64.mak clean
+or
+> nmake /f win_x64.mak clean SHARED=n
+
+Build with additional safety features:
+ - SAFE_DATA clears sensitive information stored in stack/registers
+ - SAFE_PARAM adds extra checks on input parameters
+ - SAFE_LOOKUP uses constant-time lookups (enabled by default)
+> nmake /f win_x64.mak SAFE_DATA=y SAFE_PARAM=y
+
+Build with debugging information:
+> nmake /f win_x64.mak DEBUG=y
+
+Note: Building with debugging information is not advised for production use.
+
+For more build options and their explanation run:
+> nmake /f win_x64.mak help
+
+FreeBSD (64-bit only)
+---------------------
+
+Required tools:
+- GNU make
+- NASM version 2.13.03 (or newer)
+- gcc (GCC) 4.8.3 (or newer) / clang 5.0 (or newer)
+
+Shared library:
+> gmake
+
+Static library:
+> gmake SHARED=n
+
+Clean the build:
+> gmake clean
+or
+> gmake clean SHARED=n
+
+Build with debugging information:
+> gmake DEBUG=y
+
+Note: Building with debugging information is not advised for production use.
+
+For more build options and their explanation run:
+> gmake help
+
+6. Security Considerations & Options for Increased Security
+===========================================================
+
+Security Considerations
+-----------------------
+The security of a system that uses cryptography depends on the strength of
+the cryptographic algorithms as well as the strength of the keys.
+Cryptographic key strength is dependent on several factors, with some of the
+most important factors including the length of the key, the entropy of the key
+bits, and maintaining the secrecy of the key.
+
+The selection of an appropriate algorithm and mode of operation critically
+affects the security of a system. Appropriate selection criteria is beyond the
+scope of this document and should be determined based upon usage, appropriate
+standards and consultation with a cryptographic expert. This library includes some
+algorithms, which are considered cryptographically weak and are included only
+for legacy and interoperability reasons. See the "Recommendations" section for
+more details.
+
+Secure creation of key material is not a part of this library. This library
+assumes that cryptographic keys have been created using approved methods with
+an appropriate and secure entropy source. Users of this library are
+referred to NIST SP800-133 Revision 1, Recommendation for Cryptographic Key
+Generation, found at https://nvlpubs.nist.gov/nistpubs/SpecialPublications/NIST.SP.800-133r1.pdf
+
+Even with the use of strong cryptographic algorithms and robustly generated
+keys, software implementations of cryptographic algorithms may be attacked
+at the implementation through cache-timing attacks, buffer-over-reads, and
+other software vulnerabilities. Counter-measures against these types of
+attacks are possible but require additional processing cycles. Whether a
+particular system should provide such counter-measures depends on the threats
+to that system, and cannot be determined by a general library such as this
+one. In order to provide the most flexible implementation, this library allows
+certain counter-measures to be enabled or disabled at compile time. These
+options are listed below as the "Options for Increased Security" and are
+enabled through various build flags.
+
+Options for Increased Security
+------------------------------
+There are three build options that can be enabled to increase safety in the
+code and help protect external functions from incorrect input data.
+SAFE_DATA and SAFE_PARAM options are disabled by default, due to
+the potential performance impact associated to the extra code added.
+SAFE_LOOKUP option is enabled by default, and can be disabled
+by setting the parameter equal to "n" (e.g. make SAFE_LOOKUP=n).
+
+These options (explained below) can be enabled when building the library,
+by setting the parameter equal to "y" (e.g. make SAFE_DATA=y).
+No specific code has been added, and no specific validation or security
+tests have been performed to help protect against or check for side-channel
+attacks.
+
+SAFE_DATA
+---------
+
+Stack and registers containing sensitive information, such as keys or IVs,
+are cleared upon completion of a function call.
+
+SAFE_PARAM
+----------
+
+Input parameters are checked, looking generally for NULL pointers
+or an incorrect input length.
+
+SAFE_LOOKUP
+-----------
+
+Lookups which depend on sensitive information are implemented with
+constant time functions.
+Algorithms where these constant time functions are used are the following:
+
+- AESNI emulation
+- DES: SSE, AVX and AVX2 implementations
+- KASUMI: all architectures
+- SNOW3G: all architectures
+- ZUC: all architectures
+
+If SAFE_LOOKUP is not enabled in the build (e.g. make SAFE_LOOKUP=n) then the
+algorithms listed above may be susceptible to timing attacks which could expose
+the cryptographic key.
+
+7. Installation
+===============
+
+Linux (64-bit only)
+-------------------
+
+First compile the library and then install:
+> make
+> sudo make install
+
+To uninstall the library run:
+> sudo make uninstall
+
+If you want to change install location then define PREFIX
+> sudo make install PREFIX=<path>
+
+If there is no need to run ldconfig at install stage please use NOLDCONFIG=y option.
+> sudo make install NOLDCONFIG=y
+
+If library was compiled as an archive (not a default option) then install it
+using SHARED=n option:
+> sudo make install SHARED=n
+
+Windows (x64 only)
+------------------
+
+First compile the library and then install from a command prompt in
+administrator mode:
+> nmake /f win_x64.mak
+> nmake /f win_x64.mak install
+
+To uninstall the library run:
+> nmake /f win_x64.mak uninstall
+
+If you want to change install location then define PREFIX (default C:\Program Files)
+> nmake /f win_x64.mak install PREFIX=<path>
+
+If library was compiled as a static library (not a default option) then install it
+using SHARED=n option:
+> nmake /f win_x64.mak install SHARED=n
+
+FreeBSD (64-bit only)
+-------------------
+
+First compile the library and then install:
+> gmake
+> sudo gmake install
+
+To uninstall the library run:
+> sudo gmake uninstall
+
+If you want to change install location then define PREFIX
+> sudo gmake install PREFIX=<path>
+
+If there is no need to run ldconfig at install stage please use NOLDCONFIG=y option.
+> sudo gmake install NOLDCONFIG=y
+
+If library was compiled as an archive (not a default option) then install it
+using SHARED=n option:
+> sudo gmake install SHARED=n
+
+8. Disclaimer (ZUC, KASUMI, SNOW3G)
+===================================
+
+Please note that cryptographic material, such as ciphering algorithms, may be
+subject to national regulations. What is more, use of some algorithms in
+real networks and production equipment can be subject to agreement or
+licensing by the GSMA and/or the ETSI.
+
+For more details please see:
+- GSMA https://www.gsma.com/security/security-algorithms/
+- ETSI https://www.etsi.org/security-algorithms-and-codes/cellular-algorithm-licences
+
+
+9. Legal Disclaimer
+===================
+
+THIS SOFTWARE IS PROVIDED BY INTEL"AS IS". NO LICENSE, EXPRESS OR
+IMPLIED, BY ESTOPPEL OR OTHERWISE, TO ANY INTELLECTUAL PROPERTY RIGHTS
+ARE GRANTED THROUGH USE. EXCEPT AS PROVIDED IN INTEL'S TERMS AND
+CONDITIONS OF SALE, INTEL ASSUMES NO LIABILITY WHATSOEVER AND INTEL
+DISCLAIMS ANY EXPRESS OR IMPLIED WARRANTY, RELATING TO SALE AND/OR
+USE OF INTEL PRODUCTS INCLUDING LIABILITY OR WARRANTIES RELATING TO
+FITNESS FOR A PARTICULAR PURPOSE, MERCHANTABILITY, OR INFRINGEMENT
+OF ANY PATENT, COPYRIGHT OR OTHER INTELLECTUAL PROPERTY RIGHT.