PMKSETUP(8) BSD System Manager's Manual PMKSETUP(8)NAME
pmksetup -- premake setup
SYNOPSIS
pmksetup [-hVv] [-r variable] [-u variable=value]
DESCRIPTION
The pmksetup utility is meant to create or update the pmk.conf(5) file in order to run the pmk(1) configuration tool.
pmksetup reads all configuration information from the pmk.conf(5) file.
The options are as follows:
-h Display the help menu.
-r variable
Remove the given variable from pmk.conf(5) if its value isn't static. Data gathering is skipped by this option.
-u variable=value
Add or update existing variable from pmk.conf(5) if its value isn't static. The value must have its double quotes escaped to pass
through shell filter. Data gathering is skipped by this option.
-V Verbose, display debugging messages.
-v Display the version number.
FILES
/etc/pmk/pmk.conf default pmk(1) configuration file
SEE ALSO make(1), pmk(1), pmkscan(1), pmk.conf(5), pmkfile(5)AUTHORS
Damien Couderc and Xavier Santolaria.
BSD April 03, 2003 BSD
Check Out this Related Man Page
PMK.CONF(5) BSD File Formats Manual PMK.CONF(5)NAME
pmk.conf -- premake configuration file
DESCRIPTION
pmk.conf contains a series of assignements that are used by pmk(1) and created by pmksetup(8).
DATA TYPES
These are common types used by pmk, see pmkfile(5) for a complete description.
OPERATORS
= This operator makes the value dynamic, which means that it will be (re)assigned everytime you run pmksetup(8).
For example:
BIN_CC = "/usr/bin/cc"
: This operator makes the value static, which means that if you want to regenerate the pmk.conf, the value will be kept and not dynami-
cally assigned by pmksetup(8).
For example:
BIN_INSTALL:"/usr/local/bin/install"
FAMILY CLASSES
Assignements can be classed in different families.
AC_* Compatibility with autoconf.
BIN_* This class is used for binary paths.
HW_* Hardware related data like for example byte order or cpu features.
PATH_* Specific paths family.
OS_* System specific data.
misc Some other data (such as PREFIX) cannot fit into previous families.
AC CLASS
This class is providing some variables for GNU Autoconf compatibility:
AC_ECHO_C Support for "c".
AC_ECHO_N Support for "
".
AC_ECHO_T Support for " ".
BIN CLASS
This class is providing locations of various useful binaries such as ar, as, cc, cpp, ...
HW CLASS
This class is giving some information about the host hardware.
HW_BYTEORDER Provide the byte order of the host: 'BIG_ENDIAN' or 'LITTLE_ENDIAN'.
HW_CPU_ARCH Identify the cpu architecture.
We support actually the following architectures (with cpu identification for some of them):
alpha
HW_ALPHA_CPU_CLASS Cpu class (EV4, EV5 or EV6).
HW_ALPHA_CPU_FEATURES Cpu features list (BWX, FIX, CIX, MVI, PAT and PMI)
ia_64
HW_IA64_CPU_ARCHREV Cpu architecture revision number.
HW_IA64_CPU_CLASS Cpu class ('Itanium' or 'Itanium2')
HW_IA64_CPU_FAMILY Cpu family number.
HW_IA64_CPU_FEATURES Cpu features list (LB, SD and AO).
HW_IA64_CPU_MODEL Cpu model number.
HW_IA64_CPU_REVISION Cpu revision number.
HW_IA64_CPU_VENDOR Cpu vendor string.
m68k No specific variables.
parisc_64 No specific variables.
ppc No specific variables.
sparc_32 No specific variables.
sparc_64 No specific variables.
x86_32
HW_X86_CPU_CLASS Cpu family class (386, 486, 586, ...).
HW_X86_CPU_EXTFAM Extended family number.
HW_X86_CPU_EXTMOD Extended model number.
HW_X86_CPU_FAMILY Cpu family number.
HW_X86_CPU_FEATURES Cpu features list (FPU, VME, DE, PSE, TSC, ...).
HW_X86_CPU_MODEL Cpu model number.
HW_X86_CPU_STD_VENDOR Standardised cpu vendor ('INTEL', 'AMD', ...).
HW_X86_CPU_VENDOR Cpu vendor string.
x86_64 Same as x86_32 architecture.
vax No specific variables.
OS CLASS
This class is providing informations about the host's operating system:
OS_ARCH Operating system architecture (warning: this is OS specific).
OS_NAME Operating system name (warning: linux distributions return the kernel name).
OS_VERSION Operating system version (warning: linux distributions return the kernel version).
PATH CLASS
This class is providing path for binaries, headers and libraries.
MISC CLASS
This class is regrouping what can not be classed elsewhere.
PREFIX Prefix environnement variable.
SYSCONFDIR System configuration directory.
PC_PATH_LIB Library path for pmkpc or pkg_config.
FILES
/etc/pmk/pmk.conf default pmk(1) configuration file
EXAMPLES
A typical pmk.conf might appear as follows:
# autoconf compatibility
AC_ECHO_C = "c"
AC_ECHO_N = ""
AC_ECHO_T = ""
# specific binaries
BIN_AR = "/usr/bin/ar"
BIN_AS = "/usr/bin/as"
BIN_AWK = "/usr/bin/awk"
BIN_CAT = "/bin/cat"
BIN_CC = "/usr/bin/cc"
BIN_CPP = "/usr/bin/cpp"
BIN_CXX = "/usr/bin/c++"
BIN_ECHO = "/bin/echo"
BIN_EGREP = "/usr/bin/egrep"
BIN_GREP = "/usr/bin/grep"
BIN_ID = "/usr/bin/id"
BIN_INSTALL = "/usr/bin/install"
BIN_LEX = "/usr/bin/lex"
BIN_LN = "/bin/ln"
BIN_PKGCONFIG = "/usr/local/bin/pkg-config"
BIN_RANLIB = "/usr/bin/ranlib"
BIN_SH = "/bin/sh"
BIN_STRIP = "/usr/bin/strip"
BIN_SUDO = "/usr/bin/sudo"
BIN_TAR = "/bin/tar"
BIN_YACC = "/usr/bin/yacc"
# architecture specific
HW_BYTEORDER = "LITTLE_ENDIAN"
HW_CPU_ARCH = "x86_32"
HW_X86_CPU_CLASS = "i686"
HW_X86_CPU_EXTFAM = "0"
HW_X86_CPU_EXTMOD = "0"
HW_X86_CPU_FAMILY = "15"
HW_X86_CPU_FEATURES = "FPU VME DE PSE TSC MSR PAE MCE CX8 APIC SEP MTRR PGE MCA CMOV PAT PSE36 CLFL DTES ACPI MMX FXR SSE SSE2 HTT TM1 PBE FPU MON DSCPL EST TM2 CX16 ETPRD "
HW_X86_CPU_MODEL = "2"
HW_X86_CPU_STD_VENDOR = "INTEL"
HW_X86_CPU_VENDOR = "GenuineIntel"
# OS related
OS_ARCH = "i386"
OS_NAME = "OpenBSD"
OS_VERSION = "3.6"
# PATH related
PATH_BIN = "/bin,/sbin,/usr/bin,/usr/sbin,/usr/X11R6/bin,/usr/local/sbin,/usr/local/bin"
PATH_INC = "/usr/include"
PATH_LIB = "/usr/lib"
# misc
PC_PATH_LIB = "$PREFIX/lib/pkgconfig"
PREFIX = "/usr/local"
SYSCONFDIR = "/etc"
SEE ALSO make(1), pmk(1), pmkscan(1), pmkfile(5), pmksetup(8)BSD April 03, 2003 BSD