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Installation instructions

Important Notes

  • While a prefix can be specified at configuration time, the toolkit utility make no use of any hardcoded path. Using --prefix=$PWDwill deploy the binaries into a bin subdir, relative to the current directory. if that option is omitted, the default is to deploy in /usr/local, when invoking make install. In which case, you will need to be a root user when make install (or to use su or sudo) .
  • OpenSSL v1.1.1e or above is required to compile the toolkit. Please refer to OpenSSL 1.1.1 for details how to deploy it on your system.
  • Windows 64 bits is currently not supported. See Note on 64 bits executables for more information.

Pre-requisites

In order to build the project from scratch, you will need

  • a C compiler (tested with gcc, clang, xlc on AIX), and make utility (tested with GNU and BSD make) If your host is Debian-based (e.g. Ubuntu), you can execute the following command: 
    $ sudo apt-get install gcc make perl
  • the autotools suite: autoconf, automake>=1.14, libtool, and autoconf-archive, as well as pkg-config. If your host is Debian-based (e.g. Ubuntu), you can execute the following command: 
    $ sudo apt-get install autoconf-archive autoconf automake libtool pkg-config
    If the autotools suite is not available or obsolete on your platform, or if the build host has no connection to Internet, please check this section for an alternative way to build.
  • the OpenSSL header files and libraries. Please check this section for more details. If your host is Debian-based (e.g. Ubuntu), you can execute the following command: 
    $ sudo apt-get install libssl-dev
  • optionally, lex/flex and yacc/bison. It is not mandatory; if no suitable lexer and/or parser is found, the pre-generated source files will be used instead. If your platform is esoteric, it is however recommended to have these tools available. If your host is Debian-based (e.g. Ubuntu), you can execute the following command: 
    $ sudo apt-get install bison flex
  • a connection to Internet (to fetch gnulib and the pkcs11 headers)

OpenSSL 1.1.1

The vast majority of recent distros (FreeBSD and Linux) have OpenSSL 1.1.1e+ by default.

If your platform does not have it, proceed as follows:

  1. Clone OpenSSL from GitHub, and checkout the latest OpenSSL 1.1.1 release.

  2. Configure and build. In the examples below, we assume that OpenSSL will be deployed at /opt/openssl-1.1.1, change the location to match your preference.

    • A typical build on linux look as follows:

      $ ./config no-zlib shared --prefix=/opt/openssl-1.1.1 linux-x86_64
$ make
$ sudo make install

    • If you want static libraries instead of dynamic ones, use the following instructions instead:

      $ ./config no-zlib no-shared --prefix=/opt/openssl-1.1.1 linux-x86_64
$ make
$ sudo make install

    • for other platforms, change linux-x86_x64 to the relevant value:

      platform value
      Linux/amd64 linux-x86_64
      Freebsd/amd64 BSD-x86_64
      MacOS darwin64-x86_64-cc
      AIX with XLC aix64-cc
      Windows 32 bits mingw
      Solaris/Intel, 32 bits solaris-x86-gcc
      Solaris/sparc, 32 bits solaris-sparcv9-gcc
      Solaris/sparc, 64 bits solaris64-sparcv9-gcc

    If you encounter issue, your platform may require to use ./Configure instead. In whichc case, please follow instructions provided by OpenSSL.

Note: Usually, building OpenSSL requires zlib development package to be present on your system. This option is not useful to pkcs11-tools. However, if you wish to have it (in case you also want to use that version of OpenSSL for other purposes), change the no-zlib option by zlib.

Installation

Bootstrapping the environment from GitHub

In order to create the autotools and libtool environment, and before being able to execute the configurescript, you must execute these steps:

$ git clone https://github.com/Mastercard/pkcs11-tools.git
$ cd pkcs11-tools
$ ./bootstrap.sh

When autotools utils are not available on my platform

The short way (for releases 2.2.0 and beyond)

  1. a tarball is available in the assets section of the release page, on GitHub. Just download the file named pkcs11-tools-X.Y.Z.tar.gz on your host.
  2. follow the build process. You can skip the "Bootstrapping the environment" section.

The long way (for releases before 2.2.0)

  1. build the package on a platform where the tools are available (Linux, FreeBSD)
  2. create a source distribution tarball: 
    $ make dist
    This will create a pkcs11-tools-X.Y.Z.tar.gz file in your build directory.
  3. Transfer the file to the target host
  4. follow the build process. You can skip the "Bootstrapping the environment" section.

Linux, typical install

To build the toolkit, use the following instructions:

$ ./configure
$ make
$ sudo make install

If OpenSSL 1.1.1 is not available as a package on your platform, you will have to specify where it can be found by using the PKG_CONFIG_PATH environment variable and pointing it to the location of your OpenSSL installation. In addition, you might want to set the LIBCRYPTO_RPATH variable, if the location of OpenSSL libraries is not in the default library path.

$ ./configure PKG_CONFIG_PATH=/opt/openssl-1.1.1/lib/pkgconfig LIBCRYPTO_RPATH=/opt/openssl-1.1.1/lib
$ make
$ sudo make install

Alternatively, if you do not have pkg-config installed on your system, you can use LIBCRYPTO_CFLAGS and LIBCRYPTO_LIBS variables to point to libraries and includes. Again, LIBCRYPTO_RPATH can optionally be specified (see

$ ./configure LIBCRYPTO_CFLAGS='-I/opt/openssl-1.1.1i/include' LIBCRYPTO_LIBS='-L/opt/openssl-1.1.1/lib -lcrypto' LIBCRYPTO_RPATH=/opt/openssl-1.1.1/lib
$ make
$ sudo make install

Linux, with OpenSSL statically linked

In case you need to deploy the tooklit on target environments where OpenSSL is not installed, you have the option to statically link the OpenSSL library functions into the binaries. This results, obviously, into larger executables, but you get portable binaries that do not depend upon OpenSSL libraries to run.

To achieve this, please refer to section OpenSSL 1.1.1, to compile OpenSSL statically. the process to build the toolkit itself remains the same.

FreeBSD

On FreeBSD12 and above, the toolkit is available from ports, under security/pkcs11-tools, and can be either built from there, or installed as a package:

$ pkg install pkcs11-tools

On previous FreeBSD versions, you will have to build it. Deploy first the OpenSSL package from ports, either using pkg, or through the port subsystem:

$ pkg install openssl

Then proceed as with Linux. Note that clang should be used instead of gcc.

If you had to install OpenSSL differently (e.g. older versions of FreeBSD), and if the path to OpenSSL libraries is not configured on the system, you need to specify an additional parameter (LIBCRYPTO_RPATH) when configuring the pkcs11-tools package, to set a run path to the libraries. See rtld(1) for more information.

$ ./configure CC=clang PKG_CONFIG_PATH=/opt/openssl-1.1.1/lib/pkgconfig LIBCRYPTO_RPATH=/opt/openssl-1.1.1/lib
$ make
$ sudo make install

AIX 7.1, 64 bits, IBM XLC compiler

On AIX, do not try to use the GCC compiler, It won't work.

Use the following commands to build the toolkit:

$ PATH=/usr/vac/bin:$PATH
$ ./configure --prefix=$PWD -C AR='ar -X64' CFLAGS='-q64' PKG_CONFIG_PATH=/opt/openssl-1.1.1/lib/pkgconfig
$ make
$ sudo make install

Note that the same command can be used for both statically and dynamically-linked versions, on this platform.

Solaris

Pre-requisites

You need to have GCC deployed on your computer. You can obtain and deploy GCC on your Solaris plarform from OpenCSW.

static build

  • To buill 32 bits binaries (both sparc and intel): 
    $ CFLAGS='-I/opt/openssl-1.1.1/include' LDFLAGS=-L/opt/openssl-1.1.1/lib ./configure --prefix=$PWD
  • To build sparcv9 64 bits binaries: 
    $ CFLAGS='-m64 -mcpu=ultrasparc3 -I/opt/openssl-1.1.1/include' LDFLAGS=-L/opt/openssl-1.1.1/lib ./configure --prefix=$PWD

Compile and deploy using make install

$ sudo make install

OpenCSW build

Alternatively, you could use the openssl library from OpenCSW. This will result in dynamically linked executables; they are shorter in size, but they rely upon the shared libraries to execute on your target system.

When building with OpenCSW, you may have to change your path to point to /opt/csw/gnu:

$ export PATH=/opt/csw/gnu:$PATH

Then proceed as documented for FreeBSD.

Notes

Building OpenSSL 1.1.1 on Solaris 10 may prove to be challenging. Please refer to openssl/openssl#6333 for additional information.

Windows (cross-compiling)

Cross-compilation works with mingw32-gcc under linux. Debian distros are offering off-the-shelf cross-compilers, so the examples below are assuming Debian as the build platform.

To create 32 bits executables:

Note on 64 bits executables

The creation of Windows-compatible 64 bits executable is not supported through GCC, as objects are not binary-compatible with those created with Visual Studio, see this page for more information. Until the toolkit can be compiled under Visual Studio, no 64 bits executable for Windows can be created.

In theory, producing Win64 executable can be achieved through compiling with Visual C++ platform. Any volunteering welcome :-)

Prerequisites
  • install cross-compiler (Debian package: gcc-mingw-w64-i686)
  • install wine on your linux host (Debian package: wine) Note: if your build platform is 64 bits, wine will instruct you at first launch to install a few more packages as well as adding an architecture.
  • have an installation of OpenSSL-Win32 under wine ( see this link referenced by OpenSSL): download the installer and execute with wine Win32OpenSSL-1_0_XX.exe (where xx represent the version.)
  • in the project root directory, create a symbolic link to the OpenSSL-Win32 directory (assuming that the DLLs are found in $HOME/.wine/drive_c/OpenSSL-Win32 openssl-win32):
$ ln -s $HOME/.wine/drive_c/OpenSSL-Win32 openssl-win32
compilation:
$ ./configure --host=i686-w64-mingw32 --prefix=$PWD LIBCRYPTO_LIBS="-L$(pwd)/openssl-win32/lib -lcrypto" LIBCRYPTO_CFLAGS="-I$(pwd)/openssl-win32/include"
$ make install

binaries can be found inside the bin directory. Don't forget to join the following DLLs:

  • libcrypto_1_1.dll from OpenSSL-Win32 directory
  • libwinpthread-1.dll from the cross-compiling environment ( on Debian, this can be found at /usr/i686-w64-mingw32/lib/libwinpthread-1.dll)

MacOS

This expects that brew be installed on your system, and the formula [email protected] be deployed. check out https://brew.sh for more information.

$ ./configure PKG_CONFIG_PATH=/usr/local/opt/[email protected]/lib/pkgconfig LIBCRYPTO_RPATH=/usr/local/opt/[email protected]/lib
$ make
$ sudo make install

AWS CloudHSM support

By default, AWS CloudHSM support is disabled, as it removes some functionality from the p11ls command. If you want to build the toolkit with AWS CloudHSM support, add the --with-awscloudhsm argument to configure:

$ ./configure --with-awscloudhsm

Packaging

all platforms

To build a generic binary distribution tarball (all platforms):

$ ./configure [...] --prefix=$PWD
$ make dist-bin

Solaris pkg

To build solaris package:

$ ./configure [...] --prefix=$PWD
$ make dist-solaris

RPM

To build an RPM package: (this assumes that rpmbuild is installed and properly configured for the user; it also assumes that OpenSSL 1.1.1 is the default on your platform)

$ ./configure [...] --prefix=$PWD
$ make dist
$ cp dist/redhat/pkcs11-tools.spec $HOME/rpmbuild/SPECS
$ cp pkcs11-tools-[VERSION].tar.gz $HOME/rpmbuild/SOURCES
$ rpmbuild -ba $HOME/rpmbuild/SPECS/pkcs11-tools.spec

RPMs and SRPMs are found in $HOME/rpmbuild/RPMS and $HOME/rpmbuild/SRPMS, respectively.

AWS CloudHSM support in RPM

To build the RPM package with AWS CloudHSM support, use the following command when building:

$ rpmbuild -ba $HOME/rpmbuild/SPECS/pkcs11-tools.spec --with awscloudhsm