Respected Members . Anyone know how to Vary CCR ratio (communication to computation Ratio) of workflows used in workflowsim (sphit,ligo,cybershake, and montage) in order to test some parameters like execution time or VMs utilization?
like the one`s used to generate the results in the this paper."Workflow-and-Platform Aware task clustering for scientific workflow execution in Cloud environment"
https://www.sciencedirect.com/science/article/pii/S0167739X16301182

such as isRealInputFile is widely used and should be unified

Hello,

I think there are two problems with the current implementation of HEFT (findFinishTime):

        while (j >= 0) {
            Event current = sched.get(i);
            Event previous = sched.get(j);

            if (readyTime > previous.finish) {
                if (readyTime + computationCost <= current.start) {
                    start = readyTime;
                    finish = readyTime + computationCost;
                }

                break;
            }
            if (previous.finish + computationCost <= current.start) {
                start = previous.finish;
                finish = previous.finish + computationCost;
                pos = i;
            }
            i--;
            j--;
        }

(1) This loop assumes that sched is sorted by the start time right? But in this function we simply call sched.add such that a sorted list is no more guaranteed.
(2) In the code above we set the start time to the readyTime in one case. Shouldn't it be the previous.finish time? Otherwise it could. i.e. be that two tasks get the same start time...

Thank you, David

Can I have a new version of a WorkflowSim that considers the classes of I/O operations and data transfer time, if anyone got that please try to response me ASAP?

We should have at least a few unit tests

https://github.com/LAVISHDEMONN66

#-- tab-width: 4; --

ex:ts=4

bsd.port.mk - 940820 Jordan K. Hubbard.

This file is in the public domain.

Please view me with 4 column tabs!

This is the master file for the most common elements to all port

Makefile in the ports system. For a more general overview of its

use and importance, see the Porter's Handbook.

There are two different types of "maintainers" in the ports framework.

The maintainer alias of the bsd.port.mk file is listed below in the

FreeBSD_MAINTAINER entry. You should consult them if you have any

questions/suggestions regarding this file.

DO NOT COMMIT CHANGES TO THIS FILE BY YOURSELF, EVEN IF YOU DID NOT GET

A RESPONSE FROM THE MAINTAINER(S) WITHIN A REASONABLE TIMEFRAME! ALL

UNAUTHORISED CHANGES WILL BE UNCONDITIONALLY REVERTED!

FreeBSD_MAINTAINER= [email protected]

For each port, the MAINTAINER variable is what you should consult for

contact information on the person(s) to contact if you have questions/

suggestions about that specific port. By default (if no MAINTAINER

is listed), a port is maintained by the subscribers of the [email protected]

mailing list, and any correspondence should be directed there.

MAINTAINER - The e-mail address of the contact person for this port.

Default: [email protected]

These are meta-variables that are automatically set to the system

you are running on. These are provided in case you need to take

different actions for different values.

ARCH - The architecture of the target machine, such as would be

returned by "uname -p".

OPSYS - Portability clause. This is the operating system the

makefile is being used on. Automatically set to

"FreeBSD," "NetBSD," or "OpenBSD" as appropriate.

OSREL - The release version of the operating system as a text

string (e.g., "12.2").

OSVERSION - The operating system version as a comparable integer;

the value of __FreeBSD_version (e.g., 1202000).

This is the beginning of the list of all variables that need to be

defined in a port, listed in order that they should be included

to fit in with existing conventions. (Exception: MAINTAINER actually

should appear after EXTRACT_ONLY and before MASTER_SITE_BACKUP).

These variables are used to identify your port.

PORTNAME - Name of software. Mandatory.

PORTVERSION - Version of software. Mandatory when no DISTVERSION is given.

PORTREVISION - Version of port. Optional. Commonly used to indicate

that an update has happened that affects the port

framework itself, but not the distributed software

(e.g., local patches or Makefile changes).

PORTEPOCH - Optional. In certain odd cases, the PORTREVISION logic

can be fooled by ports that appear to go backwards

numerically (e.g. if port-0.3 is newer than port-1998).

In this case, incrementing PORTEPOCH forces the revision.

Default: 0 (no effect).

PKGNAME - Always defined as

${PKGNAMEPREFIX}${PORTNAME}${PKGNAMESUFFIX}-${PKGVERSION}.

Do not define this in your Makefile.

PKGNAMEPREFIX - Prefix to specify that port is language-specific, etc.

Optional.

PKGNAMESUFFIX - Suffix to specify compilation options or a version

designator (in case there are different versions of

one port as is the case for Tcl).

Optional.

PKGVERSION - Version of package.

Do not define this in your Makefile.

DISTVERSION - Vendor version of the distribution.

Default: ${PORTVERSION}

DISTNAME - Name of port or distribution used in generating

WRKSRC and DISTFILES below.

Default:

${PORTNAME}-${DISTVERSIONPREFIX}${DISTVERSION}${DISTVERSIONSUFFIX}

CATEGORIES - A list of descriptive categories into which this port falls.

Mandatory.

These variable describe how to fetch files required for building the port.

DISTFILES - Name(s) of archive file(s) containing distribution.

Set this to an empty string if the port doesn't require it.

Default: ${DISTNAME}${EXTRACT_SUFX}

EXTRACT_SUFX - Suffix for archive names

You never have to set both DISTFILES and EXTRACT_SUFX.

Default: .tar.bz2 if USES=tar:bzip2 is set, .tar.xz if

USES=tar:xz USE_XZ is set, .tar.gz otherwise).

MASTER_SITES - Primary location(s) for distribution files if not found

locally. See bsd.sites.mk for common choices for

MASTER_SITES.

MASTER_SITE_SUBDIR

- Subdirectory of MASTER_SITES. Will sometimes need to be

set to ${PORTNAME} for (e.g.) MASTER_SITE_SOURCEFORGE.

Only guaranteed to work for choices of ${MASTER_SITES}

defined in bsd.sites.mk.

Default: not set.

PATCHFILES - Name(s) of additional files that contain distribution

patches. Make will look for them at PATCH_SITES (see below).

They will automatically be uncompressed before patching if

the names end with ".gz", ".bz2" or ".Z".

For each file you can optionally specify a strip

flag of patch(1) after a colon if it has a different

base directory, e.g. "file1 file2:-p1 file3".

You can also use a :group at the end for matching up to

dist file groups. See Porters Handbook for more information.

Syntax: PATCHFILES= patch[:-pX][:group]

Default: not set.

PATCH_SITES - Primary location(s) for distribution patch files

if not found locally.

DIST_SUBDIR - Suffix to ${DISTDIR}. If set, all ${DISTFILES} and

${PATCHFILES} will be put in this subdirectory of

${DISTDIR} (see below). Also they will be fetched in this

subdirectory from FreeBSD mirror sites.

ALLFILES - All of ${DISTFILES} and ${PATCHFILES}.

EXTRACT_ONLY - If set, a subset of ${DISTFILES} you want to

actually extract.

(NOTE: by convention, the MAINTAINER entry (see above) should go here.)

These variables are typically set in /etc/make.conf to indicate

the user's preferred location to fetch files from. You should

rarely need to set these.

MASTER_SITE_BACKUP

- Backup location(s) for distribution files and patch

files if not found locally and ${MASTER_SITES}/${PATCH_SITES}.

This should not be changed.

Default:

http://distcache.FreeBSD.org/ports-distfiles/${DIST_SUBDIR}/

MASTER_SITE_OVERRIDE

- If set, prepend the MASTER_SITES setting with this value.

MASTER_SITE_FREEBSD

- If set, prepend ${MASTER_SITE_BACKUP} in MASTER_SITES.

Set these if your port should not be built under certain circumstances.

These are string variables; you should set them to the reason why

they are necessary.

RESTRICTED - Prevent the distribution of distfiles and packages to

the FTP sites or on CDROM (e.g. forbidden by license

considerations).

NO_CDROM - Packages and distfiles may not go on CDROM (e.g. must

not be re-sold) but can go on FTP sites.

NO_PACKAGE - Port should not be packaged for ftp sites or CDROMs,

but distfiles can be put on ftp sites and CDROMs.

FORBIDDEN - Package build should not be attempted because of

security vulnerabilities.

LEGAL_TEXT - Port has legal issues (e.g., special permission to distribute, lacks a license).

LEGAL_PACKAGE - Port has no legal issues but defines NO_PACKAGE

IGNORE - Package build should be skipped entirely (e.g.

because of serious unfixable problems in the build,

because it cannot be manually fetched, etc). Error

logs will not appear on pointyhat, so this should be

used sparingly.

IGNORE_${ARCH} - Port should be ignored on ${ARCH}.

IGNORE_${OPSYS} - Port should be ignored on ${OPSYS}.

IGNORE_${OPSYS}_${OSREL:R} - Port should be ignored on a single

release of ${OPSYS}, e.g IGNORE_FreeBSD_13

would affect all point releases of FreeBSD 13.

IGNORE_${OPSYS}${OSREL:R}${ARCH} - Port should be ignored on a

single release of ${OPSYS} and specific architecture,

e.g IGNORE_FreeBSD_13_i386 would affect all point

releases of FreeBSD 13 in i386.

BROKEN - Port is believed to be broken. Package builds can

still be attempted using TRYBROKEN to test this

assumption.

BROKEN_${ARCH} - Port is believed to be broken on ${ARCH}. Package builds

can still be attempted using TRYBROKEN to

test this assumption.

BROKEN_${OPSYS} - Port is believed to be broken on ${OPSYS}. Package builds

can still be attempted using TRYBROKEN to

test this assumption.

BROKEN_${OPSYS}_${OSREL:R} - Port is believed to be broken on a single

release of ${OPSYS}, e.g BROKEN_FreeBSD_13

would affect all point releases of FreeBSD 13

unless TRYBROKEN is also set.

BROKEN_${OPSYS}${OSREL:R}${ARCH} - Port is believed to be broken on a

single release of ${OPSYS} and specific architecture,

e.g BROKEN_FreeBSD_13 would affect all point

releases of FreeBSD 13 in i386

unless TRYBROKEN is also set.

DEPRECATED - Port is deprecated to install. Advisory only.

EXPIRATION_DATE

- If DEPRECATED is set, determines a date when

the port is planed to remove. The date format is

ISO 8601 (YYYY-MM-DD).

DISABLE_VULNERABILITIES

- If set, do not check if the port is listed in the

vulnerabilities database.

In addition to RESTRICTED or NO_CDROM, if only a subset of distfiles

or patchfiles have redistribution restrictions, set the following

to the list of such files.

RESTRICTED_FILES

- List of files that cannot be redistributed.

Default: "${DISTFILES} ${PATCHFILES}" if RESTRICTED

or NO_CDROM is set, empty otherwise.

These variables are booleans, so you don't need to set them to the reason.

IS_INTERACTIVE

- Set this if your port needs to interact with the user

during any step in a package build. User can then decide

to skip this port by setting ${BATCH}, or compiling only

the interactive ports by setting ${INTERACTIVE}.

Default: not set.

USE_SUBMAKE - Set this if you want that each of the port's main 7 targets

(extract, patch, configure, build, stage, install and

package) to be executed in a separate make(1) process.

Useful when one of the stages needs to influence make(1)

variables of the later stages using ${WRKDIR}/Makefile.inc

generated on the fly.

Default: not set.

NO_ARCH - Set this if port is architecture neutral.

NO_ARCH_IGNORE - Set this to a list files to ignore when NO_ARCH is checked

in stage-qa (i.e. architecture specific files that are

'bundled' with the port).

Set these if your port only makes sense to certain architectures.

They are lists containing names for them (e.g., "amd64 i386").

(Defaults: not set.)

ONLY_FOR_ARCHS

- Only build ports if ${ARCH} matches one of these.

NOT_FOR_ARCHS - Only build ports if ${ARCH} doesn't match one of these.

ONLY_FOR_ARCHS_REASON

ONLY_FOR_ARCHS_REASON_${ARCH}

- Reason why it's only for ${ONLY_FOR_ARCHS}s

NOT_FOR_ARCHS_REASON

NOT_FOR_ARCHS_REASON_${ARCH}

- Reason why it's not for ${NOT_FOR_ARCHS}s

IA32_BINARY_PORT

- Set this instead of ONLY_FOR_ARCHS if the given port

fetches and installs compiled i386 binaries.

Dependency checking. Use these if your port requires another port

not in the list below. (Default: empty.)

EXTRACT_DEPENDS

- A list of "path:dir[:target]" tuples of other ports this

package depends on in the "extract" stage. "path" is

the name of a file if it starts with a slash (/), an

executable otherwise. make will test for the existence

(if it is a full pathname) or search for it in your

$PATH (if it is an executable) and go into "dir" to do

a "make all install" if it's not found. If the third

field ("target") exists, it will be used instead of

${DEPENDS_TARGET}. The first field also supports a

package name with a version range, in the form package>=1.2

if a particular version is desired.

PATCH_DEPENDS - A list of "path:dir[:target]" tuples of other ports this

package depends on in the "patch" stage. "path" is the

name of a file if it starts with a slash (/), an

executable otherwise. make will test for the existence

(if it is a full pathname) or search for it in your

$PATH (if it is an executable) and go into "dir" to do

a "make all install" if it's not found. If the third

field ("target") exists, it will be used instead of

${DEPENDS_TARGET}. The first field also supports a

package name with a version range, in the form package>=1.2

if a particular version is desired.

FETCH_DEPENDS - A list of "path:dir[:target]" tuples of other ports this

package depends in the "fetch" stage. "path" is the

name of a file if it starts with a slash (/), an

executable otherwise. make will test for the

existence (if it is a full pathname) or search for

it in your $PATH (if it is an executable) and go

into "dir" to do a "make all install" if it's not

found. If the third field ("target") exists, it will

be used instead of ${DEPENDS_TARGET}. The first field

also supports a package name with a version range, in

the form package>=1.2 if a particular version is desired.

BUILD_DEPENDS - A list of "path:dir[:target]" tuples of other ports this

package depends to build (between the "extract" and

"build" stages, inclusive). The test done to

determine the existence of the dependency is the

same as FETCH_DEPENDS. If the third field ("target")

exists, it will be used instead of ${DEPENDS_TARGET}.

RUN_DEPENDS - A list of "path:dir[:target]" tuples of other ports this

package depends to run. The test done to determine

the existence of the dependency is the same as

FETCH_DEPENDS. This will be checked during the

"install" stage and the name of the dependency will

be put into the package as well. If the third field

("target") exists, it will be used instead of

${DEPENDS_TARGET}. The first field also supports a

package name with a version range, in the form package>=1.2

if a particular version is desired.

LIB_DEPENDS - A list of "lib:dir[:target]" tuples of other ports this

package depends on. "lib" is the name of a shared library.

TEST_DEPENDS - A list of "path:dir[:target]" tuples of other ports this

package depends on in the "test" stage. "path" is the

name of a file if it starts with a slash (/), an

executable otherwise. make will test for the existence

(if it is a full pathname) or search for it in your

$PATH (if it is an executable) and go into "dir" to do

a "make all install" if it's not found. If the third

field ("target") exists, it will be used instead of

${DEPENDS_TARGET}. The first field also supports a

package name with a version range, in the form package>=1.2

if a particular version is desired.

DEPENDS_TARGET

- The default target to execute when a port is calling a

dependency.

Default: install

These variables control options about how a port gets built and/or

are shorthand notations for common sets of dependencies.

Use these if your port uses some of the common software packages. By

convention these should be set to 'yes', although they only need to be

defined. Defaults: not set, unless explicitly indicated below.

Note: the distinction between the USE_* and WANT_* variables, and the

WITH_* and WITHOUT_* variables, are that the former are restricted to

usage inside the ports framework, and the latter are reserved for user-

settable options. (Setting USE_* in /etc/make.conf is always wrong).

WITH_DEBUG - If set, debugging flags are added to CFLAGS and the

binaries don't get stripped by INSTALL_PROGRAM or

INSTALL_LIB. Besides, individual ports might

add their specific to produce binaries for debugging

purposes. You can override the debug flags that are

passed to the compiler by setting DEBUG_FLAGS. It is

set to "-g" at default.

NOTE: to override a globally defined WITH_DEBUG at a

later time ".undef WITH_DEBUG" can be used

WITH_DEBUG_PORTS - A list of origins for which WITH_DEBUG will be set

WITHOUT_SSP - Disable SSP.

SSP_CFLAGS - Defaults to -fstack-protector. This value

is added to CFLAGS and the necessary flags

are added to LDFLAGS. Note that SSP_UNSAFE

can be used in Makefiles by port maintainers

if a port breaks with it (it should be

extremely rare).

USE_LOCALE - LANG and LC_ALL are set to the value of this variable in

CONFIGURE_ENV and MAKE_ENV. Example: USE_LOCALE=en_US.UTF-8

USE_GCC - If set, this port requires this version of gcc, either in

the system or installed from a port.

USE_CSTD - Override the default C language standard (gnu89, gnu99)

USE_CXXSTD Override the default C++ language standard

USE_BINUTILS - Use binutils suite from port instead of the version in base.

CFLAGS_${ARCH} Append the cflags to CFLAGS only on the specified architecture

CXXFLAGS_${ARCH}

Append the cxxflags to CXXFLAGS only on the specified architecture

LDFLAGS_${ARCH} Append the ldflags to LDFLAGS only on the specified architecture

USE_OPENLDAP - If set, this port uses the OpenLDAP libraries.

Implies: WANT_OPENLDAP_VER?=24

WANT_OPENLDAP_VER

- Legal values are: 24

If set to an unknown value, the port is marked BROKEN.

USE_JAVA - If set, this port relies on the Java language.

Implies inclusion of bsd.java.mk. (Also see

that file for more information on USE_JAVA_*).

USE_OCAML - If set, this port relies on the OCaml language.

Implies inclusion of bsd.ocaml.mk. (Also see

that file for more information on USE_OCAML*).

USE_RUBY - If set, this port relies on the Ruby language.

Implies inclusion of bsd.ruby.mk. (Also see

that file for more information on USE_RUBY_*).

USE_GECKO - If set, this port uses the Gecko/Mozilla product.

See bsd.gecko.mk for more details.

USE_WX - If set, this port uses the WxWidgets library and related

components. See bsd.wx.mk for more details.

USE_LINUX_PREFIX

- Controls the action of PREFIX (see above). Only use this

if the port is a Linux infrastructure port (e.g. contains libs

or a sound server which supports the FreeBSD native one),

use the default prefix if it's a leaf port (e.g. a game or

program).

Implies NO_LICENSES_INSTALL=yes, NO_MTREE=yes, and causes

Linux ldconfig to be used when USE_LDCONFIG is defined.

USE_TEX - A list of the TeX dependencies the port has.

USE_RC_SUBR - If set, the ports startup/shutdown script uses the common

routines found in /etc/rc.subr.

If this is set to a list of files, these files will be

automatically added to ${SUB_FILES}, some %%VAR%%'s will

automatically be expanded, they will be installed in

${PREFIX}/etc/rc.d if ${PREFIX} is not /usr, otherwise they

will be installed in /etc/rc.d/ and added to the packing list.

Conflict checking. Use if your port cannot be installed at the same time as

another package.

CONFLICTS - A list of package name patterns that the port conflicts

with, separated by blanks. The names may include shell

pattern meta-characters "*", "?", "[", "]", and "!".

Example: apache*-1.2* apache*-1.3.[012345] apache-+ssl_

CONFLICTS_BUILD

- Check conflict prior to the build.

CONFLICTS_INSTALL

- Check conflict prior to the installation stage.

Various directory definitions and variables to control them.

You rarely need to redefine any of these except WRKSRC and NO_WRKSUBDIR.

LOCALBASE - Where ports install things.

Default: /usr/local

LINUXBASE - Where Linux ports install things.

Default: /compat/linux

PREFIX - Where this port installs its files.

Default: ${LINUXBASE} if USE_LINUX_PREFIX is set,

otherwise ${LOCALBASE}

IGNORE_PATH_CHECKS

- There are some sanity checks against PREFIX.

You can disable these checks with defining

this variable, but this is not recommended!

Only do this if you really know what you are

doing. These sanity checks are the following:

- PREFIX has to be an absolute path.

- PREFIX can't have a trailing slash.

BUNDLE_LIBS Teach pkg(8) to not automatically add all shared libraries

installed by a port as shared libraries "provided" for

other packages (i.e., do not expose them in the solver).

This has to be used for ports that bundle third party

libraries for internal usage.

MASTERDIR - Where the port finds patches, package files, etc. Define

this is you have two or more ports that share most of the

files.

Default: ${.CURDIR}

PORTSDIR - The root of the ports tree.

Default: /usr/ports

DISTDIR - Where to search for and store copies of original sources

Default: ${PORTSDIR}/distfiles

PACKAGES - A top level directory where all packages go (rather than

going locally to each port).

Default: ${PORTSDIR}/packages

WRKDIRPREFIX - The place to root the temporary working directory

hierarchy. This path must not end in '/'.

Default: none

WRKDIR - A temporary working directory that gets clobbered on clean

Default: ${WRKDIRPREFIX}${.CURDIR}/work

WRKSRC - A subdirectory of ${WRKDIR} where the distribution actually

unpacks to.

Default: ${WRKDIR}/${DISTNAME}

WRKSRC_SUBDIR - A subdirectory of ${WRKSRC} where the distribution actually

builds in.

Default: not set

NO_WRKSUBDIR - Assume port unpacks without a subdirectory, and extract it in

${WRKSRC} instead of ${WRKDIR}.

PATCHDIR - A directory containing any additional patches you made

to port this software to FreeBSD.

Default: ${MASTERDIR}/files

SCRIPTDIR - A directory containing any auxiliary scripts

Default: ${MASTERDIR}/scripts

FILESDIR - A directory containing any miscellaneous additional files.

Default: ${MASTERDIR}/files

PKGDIR - A directory containing any package creation files.

Default: ${MASTERDIR}

SRC_BASE - The root of the src tree. (Some ports require this to get

kernel sources). Default: /usr/src

UID_FILES - A list of files containing information about registered UIDs.

Note that files have decreasing priority.

GID_FILES - A list of files containing information about registered GIDs.

Note that files have decreasing priority.

Variables that serve as convenient "aliases" for your *-install targets.

Use these like: "${INSTALL_PROGRAM} ${WRKSRC}/prog ${PREFIX}/bin".

INSTALL_PROGRAM

- A command to install binary executables. (By

default, also strips them, unless ${STRIP} is

overridden to be the empty string).

INSTALL_KLD - As INSTALL_PROGRAM, but without the STRIP.

INSTALL_LIB - As INSTALL_DATA, but also strips the file.

INSTALL_SCRIPT

- A command to install executable scripts.

INSTALL_DATA - A command to install sharable data and static libs.

INSTALL_MAN - A command to install manpages and documentation.

COPYTREE_BIN

COPYTREE_SHARE

- Similiar to INSTALL_PROGRAM and INSTALL_DATA commands but

working on whole trees of directories, takes 3 arguments,

last one is find(1) arguments and optional.

Example use:

cd ${WRKSRC}/doc && ${COPYTREE_SHARE} . ${DOCSDIR} "! -name *.bak"

Installs all directories and files from ${WRKSRC}/doc

to ${DOCSDIR} except sed(1) backup files.

MANPREFIX - The directory prefix for manual pages.

Default: ${PREFIX}

MANPREFIX

- If manual pages of some sections install in different

locations than others, use these.

Default: ${MANPREFIX}

Set the following to specify all .info files your port installs.

INFO - A list of .info files (omitting the trailing ".info");

only one entry per document! These files are listed in

the path relative to ${INFO_PATH}.

INFO_PATH - Path, where all .info files will be installed by your

port, relative to ${PREFIX}

Set the following to specify all documentation your port installs into

${DOCSDIR}

PORTDOCS - A list of files and directories relative to DOCSDIR.

Shell glob patterns can be used, directories include

the entire subtree of contained files and directories.

Should not be set when no documentation files are

installed.

Useful for dynamically generated documentation.

Set the following to specify all documentation your port installs into

${EXAMPLESDIR}

PORTEXAMPLES - A list of files and directories relative to EXAMPLESDIR.

Shell glob patterns can be used, directories include

the entire subtree of contained files and directories.

Should not be set when no examples files are

installed.

Useful for dynamically generated examples.

Set the following to specify all files and directories your port installs into

${DATADIR}

PORTDATA - A list of files and directories relative to DATADIR.

Shell glob patterns can be used, directories include

the entire subtree of contained files and directories.

Should not be set when no data files are

installed.

Useful for dynamically generated data files.

Default targets and their behaviors:

fetch - Retrieves missing ${DISTFILES} and ${PATCHFILES} for this

port.

fetch-list - Show list of commands to retrieve missing ${DISTFILES} and

${PATCHFILES} for this port.

fetch-recursive

- Retrieves missing ${DISTFILES} and ${PATCHFILES} for this

port and dependencies.

fetch-recursive-list

- Show list of commands to retrieve missing ${DISTFILES} and

${PATCHFILES} for this port and dependencies.

fetch-required

- Retrieves missing ${DISTFILES} and ${PATCHFILES} for this

port and dependencies.

fetch-required-list

- Show list of commands to retrieve missing ${DISTFILES} and

${PATCHFILES} for this port and dependencies.

fetch-url-list

- Show list of URLS to retrieve missing ${DISTFILES} and

${PATCHFILES} for this port.

fetch-urlall-list

- Show list of URLS to retrieve ${DISTFILES} and

${PATCHFILES} for this port.

all-depends-list

- Show all directories which are dependencies

for this port.

build-depends-list

- Show all directories which are build-dependencies

for this port.

package-depends-list

- Show all directories which are package-dependencies

for this port. This is based upon the dependency

tree as recorded in the Makefiles of the ports

collection, not as recorded in the currently

installed ports.

actual-package-depends

- Like package-depends-list but with the difference

that the dependencies of the currently installed

ports are used instead of the dependencies as

recorded in the ports collection.

run-depends-list

- Show all directories which are run-dependencies

for this port.

test-depends-list

- Show all directories which are test-dependencies

for this port.

install-missing-packages

- Install missing dependencies from package and mark

them as automatically installed.

extract - Unpacks ${DISTFILES} into ${WRKDIR}.

patch - Apply any provided patches to the source.

configure - Runs either GNU configure, one or more local configure

scripts or nothing, depending on what's available.

build - Actually compile the sources.

install - Install the results of a build.

reinstall - Install the results of a build, deinstalling any previous

installation if needed.

deinstall - Remove the installation.

deinstall-all - Remove all installations with the same PKGORIGIN.

test - Run tests for the port.

package - Create a package from an installed port.

package-recursive

- Create a package for a port and all of its dependencies.

describe - Try to generate a one-line description for each port for

use in INDEX files and the like.

check-plist - Checks for files missing from the plist, and files in the plist

that are not installed by the port.

check-sanity - Perform some basic checks of the port layout.

checkpatch - Do a "patch -C" instead of a "patch". Note that it may

give incorrect results if multiple patches deal with

the same file.

checksum - Use distinfo to ensure that your distfiles are valid.

checksum-recursive

- Run checksum in this port and all dependencies.

makesum - Generate distinfo (only do this for your own ports!).

clean - Remove ${WRKDIR} and other temporary files used for building.

clean-depends - Do a "make clean" for all dependencies.

config - Configure options for this port (using ${DIALOG}).

Automatically run prior to extract, patch, configure, build,

install, and package.

config-recursive

- Configure options for this port for a port and all its

dependencies.

showconfig - Display options config for this port.

showconfig-recursive

- Display options config for this port and all its

dependencies.

rmconfig - Remove the options config for this port.

rmconfig-recursive

- Remove the options config for this port and all its

dependencies.

Default sequence for "all" is:

check-sanity fetch checksum extract patch configure build

Please read the comments in the targets section below; you

should be able to use the pre-* or post-* targets/scripts

(which are available for every stage except checksum) or

override the do-* targets to do pretty much anything you want.

The TARGET_ORDER_OVERRIDE variable can be set to multiple :

to change the ordering of targets, have a look at the _SEQ variables at the

end of this file for the default order and priorities.

NEVER override the "regular" targets unless you want to open

a major can of worms.

Set these variables if your port doesn't need some of the steps.

Note that there are no NO_PATCH or NO_CONFIGURE variables because

those steps are empty by default. NO_EXTRACT is not allowed anymore

since we need to at least create ${WRKDIR}. Also, NO_CHECKSUM is a user

variable and is not to be set in a port's Makefile. See above for NO_PACKAGE.

NO_BUILD - Use a dummy (do-nothing) build target.

NO_INSTALL - Use a dummy (do-nothing) install target.

NO_TEST - Use a dummy (do-nothing) test target.

Here are some variables used in various stages.

For options see bsd.options.mk

For fetch:

FETCH_BINARY - Path to ftp/http fetch command if not in $PATH.

Default: "/usr/bin/fetch"

FETCH_ARGS - Arguments to ftp/http fetch command.

Default: "-Fpr"

FETCH_CMD - ftp/http fetch command.

Default: ${FETCH_BINARY} ${FETCH_ARGS}

FETCH_BEFORE_ARGS

- Arguments to ${FETCH_CMD} before filename.

Default: none

FETCH_AFTER_ARGS

- Arguments to ${FETCH_CMD} following filename.

Default: none

FETCH_ENV - Environment to pass to ${FETCH_CMD}.

Default: none

FETCH_REGET - Times to retry fetching of files on checksum errors.

Default: 1

CLEAN_FETCH_ENV

- Disable package dependency in fetch target for mass

fetching. User settable.

For extract:

EXTRACT_CMD - Command for extracting archive

Default: ${TAR}

EXTRACT_BEFORE_ARGS

- Arguments to ${EXTRACT_CMD} before filename.

Default: "-xf"

EXTRACT_AFTER_ARGS

- Arguments to ${EXTRACT_CMD} following filename.

Default: "--no-same-owner --no-same-permissions"

For patch:

EXTRA_PATCHES - Define this variable if you have patches not in

${PATCHDIR}. This usually happens when you need to

do some pre-processing before some distribution

patches can be applied. In that case, fetch them as

extra distfiles, put the processed results in

${WRKDIR}, then point EXTRA_PATCHES to them.

The patches specified by this variable will be

applied after the normal distribution patches but

before those in ${PATCHDIR}. This can also contain

directories, all the files named patch-* in those directories

will be applied.

EXTRA_PATCH_TREE - where to find extra 'out-of-tree' patches

Points to a directory hierarchy with the same layout

as the ports tree, where local patches can be found.

This allows a third party to keep their patches in

some other source control system if needed.

PATCH_WRKSRC - Directory to apply patches in.

Default: ${WRKSRC}

For configure:

HAS_CONFIGURE - If set, this port has its own configure script. The

configure stage will not do anything if this is not set.

GNU_CONFIGURE - If set, you are using GNU configure (optional). Implies

HAS_CONFIGURE.

CONFIGURE_OUTSOURCE - If set, this port builds in an empty ${CONFIGURE_WRKSRC}

not being under ${WRKSRC}.

CONFIGURE_WRKSRC

- Directory to run configure in.

Default: ${WRKSRC}

CONFIGURE_SCRIPT

- Name of configure script, relative to ${CONFIGURE_WRKSRC}.

Default: "Makefile.PL" if USES=perl5 and USE_PERL5=configure

are set, "configure" otherwise.

CONFIGURE_TARGET

- The name of target to call when GNU_CONFIGURE is

defined.

Default: ${ARCH}-portbld-${OPSYS:tl}${OSREL}

GNU_CONFIGURE_PREFIX

- The directory passed as prefix to the configure script if

GNU_CONFIGURE is set.

Default: ${PREFIX}

CONFIGURE_ARGS

- Pass these args to configure if ${HAS_CONFIGURE} is set.

Default: "--prefix=${GNU_CONFIGURE_PREFIX}

--infodir=${PREFIX}/${INFO_PATH} --localstatedir=/var

--mandir=${MANPREFIX}/man --build=${CONFIGURE_TARGET}" if

GNU_CONFIGURE is set, "CC=${CC} CFLAGS=${CFLAGS}

PREFIX=${PREFIX} INSTALLPRIVLIB=${PREFIX}/lib

INSTALLARCHLIB=${PREFIX}/lib" if USES=perl5 and

USE_PERL5=configure are set, empty otherwise.

CONFIGURE_ENV - Pass these env (shell-like) to configure if

${HAS_CONFIGURE} is set.

CONFIGURE_LOG - The name of configure log file. It will be printed to

the screen if configure fails.

Default: config.log

CONFIGURE_FAIL_MESSAGE

- A message displayed to users when configure

fails (note: this assumes the do-configure

target has not been overwritten). This message

will be passed through /usr/bin/fmt before

being shown to the user.

WITHOUT_FBSD10_FIX Disable FreeBSD 10.0 autotools workaround.

For build and install:

MAKEFILE - Name of the makefile.

Default: Makefile

ALL_TARGET - Default target for sub-make in build stage.

Default: all

BUILD_WRKSRC - Directory to do build in (default: ${WRKSRC}).

MAKE_ENV - Additional environment vars passed to sub-make in build

and install stages.

Default: see below

MAKE_ARGS - Any extra arguments to sub-make in build and install stages.

Default: none

MAKE_JOBS_UNSAFE

- Disallow multiple jobs even when user set a global override.

To be used with known bad ports.

DISABLE_MAKE_JOBS

- Set to disable the multiple jobs feature. User settable.

MAKE_JOBS_NUMBER

- Override the number of make jobs to be used. User settable.

MAKE_JOBS_NUMBER_LIMIT

- Set a limit for maximum number of make jobs allowed to be

used.

ccache

WITH_CCACHE_BUILD

- Enable CCACHE support (devel/ccache). User settable.

CCACHE_DIR

- Which directory to use for ccache (default: $HOME/.ccache)

NO_CCACHE

- Disable CCACHE support for example for certain ports if

CCACHE is enabled. User settable.

For test:

TEST_TARGET - Target for sub-make in test stage. If not defined,

no default test target is provided.

Default: (none)

TEST_WRKSRC - Directory to do test in (default: ${WRKSRC}).

TEST_ENV - Additional environment vars passed to sub-make in test

stage

Default: ${MAKE_ENV}

TEST_ARGS - Any extra arguments to sub-make in test stage

Default: ${MAKE_ARGS}

For install:

INSTALL_TARGET

- Default target for sub-make in install stage.

Default: install

INSTALL_WRKSRC

- Directory to install from

Default: ${WRKSRC}

NO_MTREE - If set, will not invoke mtree from bsd.port.mk from

the "install" target.

MTREE_FILE - The name of the mtree file.

Default: ${PORTSDIR}/Templates/BSD.local.dist or

/etc/mtree/BSD.usr.dist if ${PREFIX} == "/usr".

PLIST_DIRS - Directories to be added to packing list

PLIST_FILES - Files and symbolic links to be added to packing list

PLIST - Name of the `packing list' file.

Change this to ${WRKDIR}/PLIST or something if you

need to write to it. (It is not a good idea for a port

to write to any file outside ${WRKDIR} during a normal

build.)

Default: ${PKGDIR}/pkg-plist

TMPPLIST - Name of the `packing list' file after processing

Default: ${WRKDIR}/.PLIST.mktmp

PLIST_SUB - List of "variable=value" pair for substitution in ${PLIST}

Default: see below

SUB_FILES - Files that should be passed through sed(1) and redirected to

${WRKDIR}.

- For each file specified in SUB_FILES, there must be a

corresponding file in ${FILESDIR} whose suffix is ".in". For

instance, if the Makefile specifies "SUB_FILES= pkg-message"

then there must be a file called pkg-message.in in

${FILESDIR}.

- The substitution process is the same as PLIST_FILES, as

described below except that any line beginning with @comment

is deleted.

SUB_LIST - List of "variable=value" pair for substitution in ${SUB_FILES}

Some pairs are added by default: eg. PREFIX=${PREFIX}

USE_LDCONFIG - If set to "yes", this adds ${PREFIX}/lib to the list of

directories to be searched for shared libraries.

Otherwise, this is a list of directories to be added to that

list. The directory names are written to

${LOCALBASE}/libdata/ldconfig/${PKGBASE} which is then

used by the ldconfig startup script.

This mechanism replaces ldconfig scripts installed by some

ports, often under such names as 000.${UNQUENAME}.sh.

If USE_LINUX_PREFIX is defined, the Linux version of

ldconfig will be used instead of the native FreeBSD

version, and the directory list given will be ignored.

USE_LDCONFIG32

- Same as USE_LDCONFIG but the target file is

${LOCALBASE}/libdata/ldconfig32/${PKGBASE} instead.

Note: that should only be used on 64-bit architectures.

DOCSDIR - Name of the directory to install the packages docs in.

Default: ${PREFIX}/share/doc/${PORTNAME}

DOCSDIR_REL - The DOCSDIR relative to ${PREFIX}

EXAMPLESDIR - Name of the directory to install the packages examples in.

Default: ${PREFIX}/share/examples/${PORTNAME}

EXAMPLESDIR_REL

- The EXAMPLESDIR relative to ${PREFIX}

DATADIR - Name of the directory to install the packages shared data in.

Default: ${PREFIX}/share/${PORTNAME}

DATADIR_REL - The DATADIR relative to ${PREFIX}

WWWDIR - Name of the directory to install the packages www data in.

Default: ${PREFIX}/www/${PORTNAME}

WWWDIR_REL - The WWWDIR relative to ${PREFIX}

USERS - List of users to create at install time. Each login must

have a corresponding entry in ${UID_FILES}.

GROUPS - List of groups to create at install time. Each group must

have a corresponding entry in ${GID_FILES}.

DESKTOPDIR - Name of the directory to install ${DESKTOP_ENTRIES} in.

Default: ${PREFIX}/share/applications

DESKTOP_ENTRIES

- List of desktop entry files to generate and install in

${DESKTOPDIR}. The format is

"Name" "Comment" "Icon" "Exec" "Categories" StartupNotify

Rules:

* Only add desktop entries for applications which do not

require a terminal (ie. X applications).

* If the upstream distribution already installs .desktop

files, you do not need to use this.

* If you require a more elaborate .desktop file than this

variable permits, write it yourself and install it

in ${DESKTOPDIR}.

Notes:

* Comment, Icon and StartupNotify may be empty

strings (""). Categories may be an empty string in some

cases (see below). The other fields are mandatory.

* If Comment is an empty string, port ${COMMENT} will be

used.

* If set, Icon must be either absolute path (usually

${PREFIX}/share/pixmaps/${PORTNAME}.png) or icon name

without extension if installed icons follow Icon Theme

Specification.

* If Categories is an empty string, bsd.port.mk will try

to deduce a default value using the CATEGORIES variable.

If the deduction fails, you will have to set Categories

manually. You should check the generated value using

"make desktop-categories", and override it if necessary.

* Exec will also be used to name the .desktop file.

* StartupNotify may be true, false or empty (see Desktop

Entry Specification for details).

* The files will be automatically added to ${PLIST}.

Example:

"X Window Information" \

"Get information about X windows" \

"${PREFIX}/share/pixmaps/wininfo.png" \

"${PREFIX}/bin/wininfo" \

"System;" \

""

See http://standards.freedesktop.org/desktop-entry-spec/desktop-entry-spec-latest.html

for an explanation of the fields. If you need to create more

than one file, just chain them into a single variable.

Note that the install target will automatically add manpages (see

above) and also substitute special sequences of characters (delimited

by "%%") as defined in PLIST_SUB to generate ${TMPPLIST}. For

instance, "OSREL=${OSREL}" in PLIST_SUB causes all occurrences of

"%%OSREL%%" in ${PLIST} to be substituted by the value of OSREL.

${TMPPLIST} is generated before the do-install stage. If you are

generating the packing list on-the-fly, make sure it's generated before

do-install is called!

This is used in all stages:

SCRIPTS_ENV - Additional environment vars passed to scripts in

${SCRIPTDIR} executed by bsd.port.mk.

Default: see below

Finally, variables to change if you want a special behavior. These

are for debugging purposes. Don't set them in your Makefile.

ECHO_MSG - Used to print all the '===>' style prompts - override this

to turn them off.

Default: ${ECHO_CMD}

PATCH_DEBUG - If set, print out more information about the patches as

it attempts to apply them.

PKG_DBDIR - Where package installation is recorded; this directory

must not contain anything else.

Default: /var/db/pkg

PORT_DBDIR - Where port configuration options are recorded.

Default: /var/db/ports

NO_PKG_REGISTER

- Don't register a port installation as a package.

FORCE_PKG_REGISTER

- If set, it will overwrite any existing package

registration information in ${PKG_DBDIR}/${PKGNAME}.

NO_DEPENDS - Don't verify build of dependencies.

STRICT_DEPENDS

- Verify dependencies but consider missing dependencies as

fatal.

CHECKSUM_ALGORITHMS

- Different checksum algorithms to check for verifying the

integrity of the distfiles. The absence of the algorithm

in distinfo doesn't make it fail.

Default: sha256

NO_CHECKSUM - Don't verify the checksum. Typically used when

when you noticed the distfile you just fetched has

a different checksum and you intend to verify if

the port still works with it.

USE_PACKAGE_DEPENDS

- Try to install dependencies from existing packages instead

of building the port from scratch. Fallback on source

if an existing package is not present.

USE_PACKAGE_DEPENDS_ONLY

- Like USE_PACKAGE_DEPENDS, but do not fallback on source.

INSTALL_AS_USER

- Define this to install as the current user, intended

for systems where you have no root access.

DISABLE_SIZE - Do not check the size of a distfile even if the SIZE field

has been specified in distinfo. This is useful

when using an alternate FETCH_CMD.

PKG_CREATE_VERBOSE

- If set, pass the -v option to pkg create which

ensures periodic output during packaging and

will help prevent timeouts by build monitors

PKG_COMPRESSION_FORMAT

- the compression format used when creating a package, see

pkg-create(8) for valid formats

PKG_COMPRESSION_LEVEL

- the compression level to use when creating a package, see

pkg-create(8) for valid values

End of the list of all variables that need to be defined in a port.

Most port authors should not need to understand anything after this point.

LANG= C
LC_ALL= C
.export LANG LC_ALL

These need to be absolute since we don't know how deep in the ports

tree we are and thus can't go relative. They can, of course, be overridden

by individual Makefiles or local system make configuration.

PORTSDIR?= /usr/ports
LOCALBASE?= /usr/local
LINUXBASE?= /compat/linux
DISTDIR?= ${PORTSDIR}/distfiles
_DISTDIR?= ${DISTDIR}/${DIST_SUBDIR}
INDEXDIR?= ${PORTSDIR}
SRC_BASE?= /usr/src
USESDIR?= ${PORTSDIR}/Mk/Uses
SCRIPTSDIR?= ${PORTSDIR}/Mk/Scripts
LIB_DIRS?= /lib /usr/lib ${LOCALBASE}/lib
STAGEDIR?= ${WRKDIR}/stage
NOTPHONY?=
FLAVORS?=
FLAVOR?=
OVERLAYS?=
REWARNFILE= ${WRKDIR}/reinplace_warnings.txt

Disallow forced FLAVOR as make argument since we cannot change it to the

proper default.

.if empty(FLAVOR) && !empty(.MAKEOVERRIDES:MFLAVOR)
.error FLAVOR may not be passed empty as a make argument.
.endif

Store env FLAVOR for later

.if !defined(_FLAVOR)
_FLAVOR:= ${FLAVOR}
.endif
.if !defined(PORTS_FEATURES) && empty(${PORTS_FEATURES:MFLAVORS})
PORTS_FEATURES+= FLAVORS
.endif
MINIMAL_PKG_VERSION= 1.15.9

_PORTS_DIRECTORIES+= ${PKG_DBDIR} ${PREFIX} ${WRKDIR} ${EXTRACT_WRKDIR}
${STAGEDIR}${PREFIX} ${WRKDIR}/pkg ${BINARY_LINKDIR}

Ensure .CURDIR contains an absolute path without a trailing slash. Failed

builds can occur when PORTSDIR is a symbolic link, or with something like

make -C /usr/ports/category/port/.

.CURDIR:= ${.CURDIR:tA}

make sure bmake treats -V as expected

.MAKE.EXPAND_VARIABLES= yes

.include "${PORTSDIR}/Mk/bsd.commands.mk"

Do not leak flavors to childs make

.MAKEOVERRIDES:= ${.MAKEOVERRIDES:NFLAVOR}

.if defined(CROSS_TOOLCHAIN)
.if !defined(CROSS_SYSROOT)
IGNORE= CROSS_SYSROOT should be defined
.endif
.include "${LOCALBASE}/share/toolchains/${CROSS_TOOLCHAIN}.mk"

Do not define CPP on purpose

.if !defined(HOSTCC)
HOSTCC:= ${CC}
HOSTCXX:= ${CXX}
.endif
.if !defined(CC_FOR_BUILD)
CC_FOR_BUILD:= ${HOSTCC}
CXX_FOR_BUILD:= ${HOSTCXX}
.endif
CONFIGURE_ENV+= HOSTCC="${HOSTCC}" HOSTCXX="${HOSTCXX}" CC_FOR_BUILD="${CC_FOR_BUILD}" CXX_FOR_BUILD="${CXX_FOR_BUILD}"

CC= ${XCC} --sysroot=${CROSS_SYSROOT}
CXX= ${XCXX} --sysroot=${CROSS_SYSROOT}
CPP= ${XCPP} --sysroot=${CROSS_SYSROOT}
.for _tool in AS AR LD NM OBJCOPY RANLIB SIZE STRINGS
${_tool}= ${CROSS_BINUTILS_PREFIX}${_tool:tl}
.endfor
LD+= --sysroot=${CROSS_SYSROOT}
STRIP_CMD= ${CROSS_BINUTILS_PREFIX}strip

only bmake support the below

STRIPBIN= ${STRIP_CMD}
.export.env STRIPBIN
.endif

DESTDIR section to start a chrooted process if invoked with DESTDIR set

.if defined(DESTDIR) && !empty(DESTDIR) && !defined(CHROOTED) &&
!defined(BEFOREPORTMK) && !defined(INOPTIONSMK)

.include "${PORTSDIR}/Mk/bsd.destdir.mk"

.else

.if !target(makepatch)
makepatch:
@${SETENV} WRKDIR=${WRKDIR} PATCHDIR=${PATCHDIR}
PATCH_WRKSRC=${PATCH_WRKSRC}
STRIP_COMPONENTS="${PATCH_STRIP:S/-p//}"
${SH} ${SCRIPTSDIR}/smart_makepatch.sh
.endif

Start of options section

.if defined(INOPTIONSMK) || ( !defined(USEOPTIONSMK) && !defined(AFTERPORTMK) )

Get the default maintainer

MAINTAINER?= [email protected]

Get the architecture

.if !defined(ARCH)
ARCH!= ${UNAME} -p
.endif
HOSTARCH:= ${ARCH}
.if defined(CROSS_TOOLCHAIN)
ARCH= ${CROSS_TOOLCHAIN:C,-.*$,,}
.endif
_EXPORTED_VARS+= ARCH

.if ${ARCH} == powerpc64
. if !defined(PPC_ABI)
PPC_ABI!= ${CC} -dM -E - < /dev/null | ${AWK} '/_CALL_ELF/{print "ELFv"$$3}'
. if ${PPC_ABI} != ELFv2
PPC_ABI= ELFv1
. endif
. endif
_EXPORTED_VARS+= PPC_ABI
.endif

Get operating system versions for a cross build

.if defined(CROSS_SYSROOT)
.if !exists(${CROSS_SYSROOT}/usr/include/sys/param.h)
.error CROSS_SYSROOT does not include /usr/include/sys/param.h.
.endif
OSVERSION!= ${AWK} '/^#define[[:blank:]]__FreeBSD_version/ {print $$3}' < ${CROSS_SYSROOT}/usr/include/sys/param.h
_OSRELEASE!= ${AWK} -v version=${OSVERSION} 'END { printf("%d.%d-CROSS", version / 100000, version / 1000 % 100) }' < /dev/null
.endif

Get the operating system type

.if !defined(OPSYS)
OPSYS!= ${UNAME} -s
.endif
_EXPORTED_VARS+= OPSYS

.if !defined(_OSRELEASE)
_OSRELEASE!= ${UNAME} -r
.endif
_EXPORTED_VARS+= _OSRELEASE

Get the operating system revision

OSREL?= ${_OSRELEASE:C/-.*//}
_EXPORTED_VARS+= OSREL

Get __FreeBSD_version

.if !defined(OSVERSION)
.if exists(/usr/include/sys/param.h)
OSVERSION!= ${AWK} '/^#define[[:blank:]]__FreeBSD_version/ {print $$3}' < /usr/include/sys/param.h
.elif exists(${SRC_BASE}/sys/sys/param.h)
OSVERSION!= ${AWK} '/^#define[[:blank:]]__FreeBSD_version/ {print $$3}' < ${SRC_BASE}/sys/sys/param.h
.else
.error Unable to determine OS version. Either define OSVERSION, install /usr/include/sys/param.h or define SRC_BASE.
.endif
.endif
_EXPORTED_VARS+= OSVERSION

.if (${OPSYS} == FreeBSD && ${OSVERSION} < 1202000) ||
(${OPSYS} == DragonFly && ${DFLYVERSION} < 400400)
_UNSUPPORTED_SYSTEM_MESSAGE= Ports Collection support for your ${OPSYS} version has ended, and no ports
are guaranteed to build on this system. Please upgrade to a supported release.
. if defined(ALLOW_UNSUPPORTED_SYSTEM)
WARNING+= "${_UNSUPPORTED_SYSTEM_MESSAGE}"
. else
show-unsupported-system-error:
@${ECHO_MSG} "/!\ ERROR: /!\"
@${ECHO_MSG}
@${ECHO_MSG} "${_UNSUPPORTED_SYSTEM_MESSAGE}" | ${FMT_80}
@${ECHO_MSG}
@${ECHO_MSG} "No support will be provided if you silence this message by defining ALLOW_UNSUPPORTED_SYSTEM." | ${FMT_80}
@${ECHO_MSG}
@${FALSE}
. endif
.endif

Convert OSVERSION to major release number

_OSVERSION_MAJOR= ${OSVERSION:C/([0-9]?[0-9])([0-9][0-9])[0-9]{3}/\1/}

Sanity checks for chroot/jail building.

Skip if OSVERSION specified on cmdline for testing. Only works for bmake.

.if !defined(.MAKEOVERRIDES) || !${.MAKEOVERRIDES:MOSVERSION}
.if ${_OSVERSION_MAJOR} != ${_OSRELEASE:R}
.if !defined(I_DONT_CARE_IF_MY_BUILDS_TARGET_THE_WRONG_RELEASE)
.error UNAME_r (${_OSRELEASE}) and OSVERSION (${OSVERSION}) do not agree on major version number.
.endif
.elif ${_OSVERSION_MAJOR} != ${OSREL:R}
.error OSREL (${OSREL}) and OSVERSION (${OSVERSION}) do not agree on major version number.
.endif
.endif

Only define tools here (for transition period with between pkg tools)

.include "${PORTSDIR}/Mk/bsd.commands.mk"

.if !defined(_PKG_CHECKED) && !defined(PACKAGE_BUILDING) && exists(${PKG_BIN})
.if !defined(_PKG_VERSION)
_PKG_VERSION!= ${PKG_BIN} -v
.endif

XXX hack for smooth transition towards pkg 1.17

_PKG_BEFORE_PKGEXT!= ${PKG_BIN} version -t ${_PKG_VERSION:C/-.*//g} 1.17.0
.if ${_PKG_BEFORE_PKGEXT} == "<"
_PKG_TRANSITIONING_TO_NEW_EXT= yes
_EXPORTED_VARS+= _PKG_TRANSITIONING_TO_NEW_EXT
WARNING+= "It is strongly recommended to upgrade to a newer version of pkg first"
.endif

XXX End of hack

_PKG_STATUS!= ${PKG_BIN} version -t ${_PKG_VERSION:C/-.*//g} ${MINIMAL_PKG_VERSION}
.if ${_PKG_STATUS} == "<"
IGNORE= pkg(8) must be version ${MINIMAL_PKG_VERSION} or greater, but you have ${_PKG_VERSION}. You must upgrade the ${PKG_ORIGIN} port first
.endif
_PKG_CHECKED= 1
.endif
_EXPORTED_VARS+= _PKG_CHECKED

MASTERDIR?= ${.CURDIR}

.if ${MASTERDIR} != ${.CURDIR}
SLAVE_PORT?= yes
MASTER_PORT?=${MASTERDIR:C/[^\/]+/..///:C/[^\/]+/..///:C/^.*/([^\/]+/[^\/]+)$/\1/}
.else
SLAVE_PORT?= no
MASTER_PORT?=
.endif

If they exist, include Makefile.inc, then architecture/operating

system specific Makefiles, then local Makefile.local.

.if ${MASTERDIR} != ${.CURDIR} && exists(${.CURDIR}/../Makefile.inc)
.include "${.CURDIR}/../Makefile.inc"
USE_SUBMAKE= yes
.endif

.if exists(${MASTERDIR}/../Makefile.inc)
.include "${MASTERDIR}/../Makefile.inc"
USE_SUBMAKE= yes
.endif

.if exists(${MASTERDIR}/Makefile.${ARCH}-${OPSYS})
.include "${MASTERDIR}/Makefile.${ARCH}-${OPSYS}"
USE_SUBMAKE= yes
.elif exists(${MASTERDIR}/Makefile.${OPSYS})
.include "${MASTERDIR}/Makefile.${OPSYS}"
USE_SUBMAKE= yes
.elif exists(${MASTERDIR}/Makefile.${ARCH})
.include "${MASTERDIR}/Makefile.${ARCH}"
USE_SUBMAKE= yes
.endif

.if exists(${MASTERDIR}/Makefile.local)
.include "${MASTERDIR}/Makefile.local"
USE_SUBMAKE= yes
.elif ${MASTERDIR} != ${.CURDIR} && exists(${.CURDIR}/Makefile.local)
.include "${.CURDIR}/Makefile.local"
USE_SUBMAKE= yes
.endif

.for _CATEGORY in ${CATEGORIES}
PKGCATEGORY?= ${_CATEGORY}
.endfor
_PORTDIRNAME= ${.CURDIR:T}
PORTDIRNAME?= ${_PORTDIRNAME}
PKGORIGIN?= ${PKGCATEGORY}/${PORTDIRNAME}

where 'make config' records user configuration options

PORT_DBDIR?= /var/db/ports

UID_FILES?= ${PORTSDIR}/UIDs
GID_FILES?= ${PORTSDIR}/GIDs
UID_OFFSET?= 0
GID_OFFSET?= 0

predefined accounts from src/etc/master.passwd

alpha numeric sort order

USERS_BLACKLIST= _dhcp _pflogd _ypldap auditdistd bin bind daemon games hast kmem mailnull man news nobody operator pop proxy root smmsp sshd toor tty unbound uucp www

predefined accounts from src/etc/group

alpha numeric sort order

GROUPS_BLACKLIST= _dhcp _pflogd _ypldap audit authpf bin bind daemon dialer ftp games guest hast kmem mail mailnull man network news nobody nogroup operator proxy smmsp sshd staff sys tty unbound uucp wheel www

LDCONFIG_DIR= libdata/ldconfig
LDCONFIG32_DIR= libdata/ldconfig32

At least KDE needs TMPDIR for the package building,

so we're setting it to the known default value.

.if defined(PACKAGE_BUILDING)
TMPDIR?= /tmp
.endif # defined(PACKAGE_BUILDING)

.if defined(WITH_DEBUG_PORTS)
.if ${WITH_DEBUG_PORTS:M${PKGORIGIN}}
WITH_DEBUG= yes
.endif
.endif

.include "${PORTSDIR}/Mk/bsd.default-versions.mk"
.include "${PORTSDIR}/Mk/bsd.options.mk"

.endif

End of options section.

Start of pre-makefile section.

.if !defined(AFTERPORTMK) && !defined(INOPTIONSMK)

.if defined(_PREMKINCLUDED)
DEV_ERROR+= "you cannot include bsd.port[.pre].mk twice"
.endif

_PREMKINCLUDED= yes

.if defined(PORTVERSION)
.if ${PORTVERSION:M*[-,]*}x != x
IGNORE= PORTVERSION ${PORTVERSION} may not contain '-' '' or ','
.endif
.if defined(DISTVERSION)
DEV_ERROR+= "Defining both PORTVERSION and DISTVERSION is wrong, only set one, if necessary, set DISTNAME"
.endif
DISTVERSION?= ${PORTVERSION:S/:/::/g}
.elif defined(DISTVERSION)
PORTVERSION= ${DISTVERSION:tl:C/([a-z])[a-z]+/\1/g:C/([0-9])([a-z])/\1.\2/g:C/:(.)/\1/g:C/[^a-z0-9+]+/./g}
.endif

PORTREVISION?= 0
.if ${PORTREVISION} != 0
_SUF1= _${PORTREVISION}
.endif

PORTEPOCH?= 0
.if ${PORTEPOCH} != 0
_SUF2= ,${PORTEPOCH}
.endif

PKGVERSION= ${PORTVERSION:C/[-_,]/./g}${_SUF1}${_SUF2}
PKGNAME= ${PKGNAMEPREFIX}${PORTNAME}${PKGNAMESUFFIX}-${PKGVERSION}
DISTVERSIONFULL= ${DISTVERSIONPREFIX}${DISTVERSION:C/:(.)/\1/g}${DISTVERSIONSUFFIX}
DISTNAME?= ${PORTNAME}-${DISTVERSIONFULL}

INDEXFILE?= INDEX-${OSVERSION:C/([0-9]*)[0-9]{5}/\1/}

PACKAGES?= ${PORTSDIR}/packages
TEMPLATES?= ${PORTSDIR}/Templates
KEYWORDS?= ${PORTSDIR}/Keywords
WRAPPERSDIR?= ${PORTSDIR}/Mk/Wrappers/

PATCHDIR?= ${MASTERDIR}/files
FILESDIR?= ${MASTERDIR}/files
SCRIPTDIR?= ${MASTERDIR}/scripts
PKGDIR?= ${MASTERDIR}

PREFIX?= ${LOCALBASE}

PKGCOMPATDIR?= ${LOCALBASE}/lib/compat/pkg

.if defined(USE_LOCAL_MK)
.include "${PORTSDIR}/Mk/bsd.local.mk"
.endif
.for odir in ${OVERLAYS}
.sinclude "${odir}/Mk/bsd.overlay.mk"
.endfor

.if defined(USE_JAVA)
.include "${PORTSDIR}/Mk/bsd.java.mk"
.endif

.if defined(USE_RUBY)
.include "${PORTSDIR}/Mk/bsd.ruby.mk"
.endif

.if defined(USE_OCAML)
.include "${PORTSDIR}/Mk/bsd.ocaml.mk"
.endif

.if defined(USE_APACHE_BUILD)
USES+= apache:build,${USE_APACHE_BUILD:C/2([0-9])/2.\1/g}
.elif defined(USE_APACHE_RUN)
USES+= apache:run,${USE_APACHE_RUN:C/2([0-9])/2.\1/g}
.elif defined(USE_APACHE)
USE_APACHE:= ${USE_APACHE:S/common/server,/}
USES+= apache:${USE_APACHE:C/2([0-9])/2.\1/g}
.endif

.if defined(USE_TEX)
.include "${PORTSDIR}/Mk/bsd.tex.mk"
.endif

.if defined(USE_GECKO)
.include "${PORTSDIR}/Mk/bsd.gecko.mk"
.endif

.if defined(USE_MYSQL)
USE_MYSQL:= ${USE_MYSQL:N[yY][eE][sS]:Nclient}
.if defined(WANT_MYSQL_VER)
.if empty(USE_MYSQL)
USE_MYSQL:=${WANT_MYSQL_VER}
.else
USE_MYSQL:=${USE_MYSQL},${WANT_MYSQL_VER}
.endif
.endif
USES+=mysql:${USE_MYSQL}
.endif

.if defined(WANT_WX) || defined(USE_WX) || defined(USE_WX_NOT)
.include "${PORTSDIR}/Mk/bsd.wx.mk"
.endif

.if defined(WANT_GSTREAMER) || defined(USE_GSTREAMER) || defined(USE_GSTREAMER1)
.include "${PORTSDIR}/Mk/bsd.gstreamer.mk"
.endif

.if !defined(UID)
UID!= ${ID} -u
.endif

DESTDIRNAME?= DESTDIR

setup empty variables for USES targets

.for target in sanity fetch extract patch configure build install test package stage
USES${target}?=
.endfor

Loading features

.for f in ${USES}
_f:= ${f:C/:.//}
.if !defined(${_f}_ARGS)
${_f}_ARGS:= ${f:C/^[^\:](:|$)//:S/,/ /g}
.endif
.endfor
.for f in ${USES}
.undef _usefound
.for udir in ${OVERLAYS:C,$,/Mk/Uses,} ${USESDIR}
_usefile= ${udir}/${f:C/:.//}.mk
.if exists(${_usefile}) && !defined(_usefound)
_usefound=
.include "${_usefile}"
.endif
.endfor
.if !defined(_usefound)
ERROR+= "Unknown USES=${f:C/:.//}"
.endif
.endfor

.if !empty(FLAVORS)
. if ${FLAVORS:Mall}
DEV_ERROR+= "FLAVORS cannot contain 'all', it is a reserved value"
. endif
. for f in ${FLAVORS}
. if ${f:C/[[:lower:][:digit:]_]//g}
_BAD_FLAVOR_NAMES+= ${f}
. endif
. endfor
. if !empty(BAD_FLAVOR_NAMES)
DEV_ERROR+= "FLAVORS contains flavors that are not all [a-z0-9]: ${_BAD_FLAVOR_NAMES}"
. endif
.endif

.if !empty(FLAVOR)
. if empty(FLAVORS)
IGNORE= FLAVOR is defined (to ${FLAVOR}) while this port does not have FLAVORS
. elif ! ${FLAVORS:M${FLAVOR}}
IGNORE= Unknown flavor '${FLAVOR}', possible flavors: ${FLAVORS}
. endif
.endif

.if !empty(FLAVORS) && empty(FLAVOR)
FLAVOR= ${FLAVORS:[1]}
.endif

Reorder FLAVORS so the default is first if set by the port.

.if empty(_FLAVOR) && !empty(FLAVORS) && !empty(FLAVOR)
FLAVORS:= ${FLAVOR} ${FLAVORS:N${FLAVOR}}
.endif

.if !empty(FLAVOR) && !defined(_DID_FLAVORS_HELPERS)
_DID_FLAVORS_HELPERS= yes
_FLAVOR_HELPERS_OVERRIDE= DESCR PLIST PKGNAMEPREFIX PKGNAMESUFFIX
_FLAVOR_HELPERS_APPEND= CONFLICTS CONFLICTS_BUILD CONFLICTS_INSTALL
PKG_DEPENDS EXTRACT_DEPENDS PATCH_DEPENDS
FETCH_DEPENDS BUILD_DEPENDS LIB_DEPENDS
RUN_DEPENDS TEST_DEPENDS

These overwrite the current value

.for v in ${FLAVOR_HELPERS_OVERRIDE}
.if defined(${FLAVOR}${v})
${v}= ${${FLAVOR}_${v}}
.endif
.endfor

These append to the current value

.for v in ${FLAVOR_HELPERS_APPEND}
.if defined(${FLAVOR}${v})
${v}+= ${${FLAVOR}_${v}}
.endif
.endfor

.for v in BROKEN IGNORE
.if defined(${FLAVOR}${v})
${v}= flavor "${FLAVOR}" ${${FLAVOR}${v}}
.endif
.endfor
.if defined(FLAVORS_SUB)
PLIST_SUB+= ${FLAVORS:N${FLAVOR}:@v@${v:tu}="@comment " NO_${v:tu}=""@}
PLIST_SUB+= ${FLAVOR:tu}="" NO_${FLAVOR:tu}="@comment "
SUB_LIST+= ${FLAVORS:N${FLAVOR}:@v@${v:tu}="@comment " NO_${v:tu}=""@}
SUB_LIST+= ${FLAVOR:tu}="" NO_${FLAVOR:tu}="@comment "
.endif
.endif # defined(${FLAVOR})

EXTRACT_SUFX?= .tar.gz

.if defined(USE_LINUX_PREFIX)
PREFIX= ${LINUXBASE}
DATADIR?= ${PREFIX}/usr/share/${PORTNAME}
DOCSDIR?= ${PREFIX}/usr/share/doc/${PORTNAME}-${PORTVERSION}
NO_LICENSES_INSTALL= yes
NO_MTREE= yes
.endif

You can force skipping these test by defining IGNORE_PATH_CHECKS

.if !defined(IGNORE_PATH_CHECKS)
.if ! ${PREFIX:M/*}
.BEGIN:
@${ECHO_MSG} "PREFIX must be defined as an absolute path so that when 'make'"
@${ECHO_MSG} "is invoked in the work area PREFIX points to the right place."
@${FALSE}
.endif
.endif

DATADIR?= ${PREFIX}/share/${PORTNAME}
DOCSDIR?= ${PREFIX}/share/doc/${PORTNAME}
ETCDIR?= ${PREFIX}/etc/${PORTNAME}
EXAMPLESDIR?= ${PREFIX}/share/examples/${PORTNAME}
WWWDIR?= ${PREFIX}/www/${PORTNAME}

Owner and group of the WWW user

WWWOWN?= www
WWWGRP?= www

Keep PKGNG_ORIGIN/WITH_PKGNG for compat with scripts which are looking for it

PKG_ORIGIN?= ports-mgmt/pkg
PKGNG_ORIGIN= ${PKG_ORIGIN}
WITH_PKGNG?= yes
WITH_PKG?= ${WITH_PKGNG}

.endif

End of pre-makefile section.

Start of post-makefile section.

.if !defined(BEFOREPORTMK) && !defined(INOPTIONSMK)

.if defined(_POSTMKINCLUDED)
DEV_ERROR+= "${PKGNAME}: Makefile error: you cannot include bsd.port[.post].mk twice"
@${FALSE}
.endif

_POSTMKINCLUDED= yes

.if defined(BUNDLE_LIBS)
PKG_NOTES+= no_provide_shlib
PKG_NOTE_no_provide_shlib= yes
.endif

.if defined(DEPRECATED)
PKG_NOTES+= deprecated
PKG_NOTE_deprecated=${DEPRECATED}
.endif

.if defined(EXPIRATION_DATE)
PKG_NOTES+= expiration_date
PKG_NOTE_expiration_date= ${EXPIRATION_DATE}
.endif

.if !empty(FLAVOR)
PKG_NOTES+= flavor
PKG_NOTE_flavor= ${FLAVOR}
.endif

TEST_ARGS?= ${MAKE_ARGS}
TEST_ENV?= ${MAKE_ENV}

PKG_ENV+= PORTSDIR=${PORTSDIR}
CONFIGURE_ENV+= XDG_DATA_HOME=${WRKDIR}
XDG_CONFIG_HOME=${WRKDIR}
XDG_CACHE_HOME=${WRKDIR}/.cache
HOME=${WRKDIR}
MAKE_ENV+= XDG_DATA_HOME=${WRKDIR}
XDG_CONFIG_HOME=${WRKDIR}
XDG_CACHE_HOME=${WRKDIR}/.cache
HOME=${WRKDIR}

Respect TMPDIR passed via make.conf or similar and pass it down

to configure and make.

.if defined(TMPDIR)
MAKE_ENV+= TMPDIR="${TMPDIR}"
CONFIGURE_ENV+= TMPDIR="${TMPDIR}"
.endif # defined(TMPDIR)

QA_ENV+= STAGEDIR=${STAGEDIR}
PREFIX=${PREFIX}
LINUXBASE=${LINUXBASE}
LOCALBASE=${LOCALBASE}
REWARNFILE=${REWARNFILE}
"STRIP=${STRIP}"
TMPPLIST=${TMPPLIST}
CURDIR='${.CURDIR}'
PKGMESSAGES='${_PKGMESSAGES}'
FLAVOR=${FLAVOR}
FLAVORS='${FLAVORS}'
BUNDLE_LIBS=${BUNDLE_LIBS}
LDCONFIG_DIR="${LDCONFIG_DIR}"
PKGORIGIN=${PKGORIGIN}
LIB_RUN_DEPENDS='${_LIB_RUN_DEPENDS:C,[^:]:([^:]):?.,\1,}'
UNIFIED_DEPENDS=${_UNIFIED_DEPENDS:C,([^:]:[^:]):?.,\1,:O:u:Q}
PKGBASE=${PKGBASE}
LICENSE="${LICENSE}"
LICENSE_PERMS="${_LICENSE_PERMS}"
DISABLE_LICENSES="${DISABLE_LICENSES:Dyes}"
PORTNAME=${PORTNAME}
NO_ARCH=${NO_ARCH}
"NO_ARCH_IGNORE=${NO_ARCH_IGNORE}"
USE_RUBY=${USE_RUBY}
.if !empty(USES:Mssl)
QA_ENV+= USESSSL=yes
.endif
.if !empty(USES:Mdesktop-file-utils)
QA_ENV+= USESDESKTOPFILEUTILS=yes
.endif
.if !empty(USES:Mlibtool*)
QA_ENV+= USESLIBTOOL=yes
.endif
.if !empty(USES:Mshared-mime-info)
QA_ENV+= USESSHAREDMIMEINFO=yes
.endif
.if !empty(USES:Mterminfo)
QA_ENV+= USESTERMINFO=yes
.endif

CO_ENV+= STAGEDIR=${STAGEDIR}
PREFIX=${PREFIX}
LOCALBASE=${LOCALBASE}
WRKDIR=${WRKDIR}
WRKSRC=${WRKSRC}
MTREE_FILE=${MTREE_FILE}
TMPPLIST=${TMPPLIST}
SCRIPTSDIR=${SCRIPTSDIR}
PLIST_SUB_SED="${PLIST_SUB_SED}"
PORT_OPTIONS="${PORT_OPTIONS}"
PORTSDIR="${PORTSDIR}"

.if defined(CROSS_SYSROOT)
PKG_ENV+= ABI_FILE=${CROSS_SYSROOT}/bin/sh
MAKE_ENV+= NM=${NM}
STRIPBIN=${STRIPBIN}
PKG_CONFIG_SYSROOT_DIR="${CROSS_SYSROOT}"
CONFIGURE_ENV+= PKG_CONFIG_SYSROOT_DIR="${CROSS_SYSROOT}"
.endif

.if empty(FLAVOR)
_WRKDIR= work
.else
_WRKDIR= work-${FLAVOR}
.endif

WRKDIR?= ${WRKDIRPREFIX}${.CURDIR}/${_WRKDIR}
BINARY_LINKDIR= ${WRKDIR}/.bin
PATH:= ${BINARY_LINKDIR}:${PATH}
.if !${MAKE_ENV:MPATH=} && !${CONFIGURE_ENV:MPATH=}
MAKE_ENV+= PATH=${PATH}
CONFIGURE_ENV+= PATH=${PATH}
.endif

.if !defined(IGNORE_MASTER_SITE_GITHUB) && defined(USE_GITHUB) && empty(USE_GITHUB:Mnodefault)
.if defined(WRKSRC)
DEV_WARNING+= "You are using USE_GITHUB and WRKSRC is set which is wrong. Set GH_PROJECT correctly or set WRKSRC_SUBDIR and remove WRKSRC entirely."
.endif
WRKSRC?= ${WRKDIR}/${GH_PROJECT_DEFAULT}-${GH_TAGNAME_EXTRACT}
.endif

.if !default(IGNORE_MASTER_SITE_GITLAB) && defined(USE_GITLAB) && empty(USE_GITLAB:Mnodefault)
.if defined(WRKSRC)
DEV_WARNING+= "You are using USE_GITLAB and WRKSRC is set which is wrong. Set GL_PROJECT, GL_ACCOUNT correctly, and/or set WRKSRC_SUBDIR and remove WRKSRC entirely."
.endif
WRKSRC?= ${WRKDIR}/${GL_PROJECT}-${GL_COMMIT}
.endif

If the distname is not extracting into a specific subdirectory, have the

ports framework force extract into a subdirectory so that metadata files

do not get in the way of the build, and vice-versa.

.if defined(NO_WRKSUBDIR)

Some ports have DISTNAME=PORTNAME, and USE_RC_SUBR=PORTNAME, in those case,

the rc file will conflict with WRKSRC, as WRKSRC is artificial, make it the

most unlikely to conflict as we can.

WRKSRC?= ${WRKDIR}/${PKGNAME}
EXTRACT_WRKDIR:= ${WRKSRC}
.else
WRKSRC?= ${WRKDIR}/${DISTNAME}
EXTRACT_WRKDIR:= ${WRKDIR}
.endif
.if defined(WRKSRC_SUBDIR)
WRKSRC:= ${WRKSRC}/${WRKSRC_SUBDIR}
.endif

.if defined(CONFIGURE_OUTSOURCE)
CONFIGURE_CMD?= ${WRKSRC}/${CONFIGURE_SCRIPT}
CONFIGURE_WRKSRC?= ${WRKDIR}/.build
BUILD_WRKSRC?= ${CONFIGURE_WRKSRC}
INSTALL_WRKSRC?= ${CONFIGURE_WRKSRC}
TEST_WRKSRC?= ${CONFIGURE_WRKSRC}
.endif

PATCH_WRKSRC?= ${WRKSRC}
CONFIGURE_WRKSRC?= ${WRKSRC}
BUILD_WRKSRC?= ${WRKSRC}
INSTALL_WRKSRC?=${WRKSRC}
TEST_WRKSRC?= ${WRKSRC}

PLIST_SUB+= OSREL=${OSREL} PREFIX=%D LOCALBASE=${LOCALBASE}
RESETPREFIX=${PREFIX}
SUB_LIST+= PREFIX=${PREFIX} LOCALBASE=${LOCALBASE}
DATADIR=${DATADIR} DOCSDIR=${DOCSDIR} EXAMPLESDIR=${EXAMPLESDIR}
WWWDIR=${WWWDIR} ETCDIR=${ETCDIR}

This is used for check-stagedir.sh and check_leftover.sh to replace

directories/files with PLIST_SUB %%KEYS%%.

Remove VARS which values are PLIST_SUB_SED_MIN long or shorter

PLIST_SUB_SED_MIN?= 2
PLIST_SUB_SED_tmp1= ${PLIST_SUB:C/.*=.{1,${PLIST_SUB_SED_MIN}}$//g}

Remove VARS that are too generic

Remove empty values

Remove @comment values

PLIST_SUB_SED_tmp2= ${PLIST_SUB_SED_tmp1:NEXTRACT_SUFX=:NOSREL=:NLIB32DIR=:NPREFIX=:NLOCALBASE=:NRESETPREFIX=:N*="":N*="@comment*}

Handle VARS for which there is a _regex entry

PLIST_SUB_SED_tmp3?= ${PLIST_SUB_SED_tmp2:C/(${PLIST_SUB:M*_regex=:C/_regex=./=./:Q:S/\ /|/g:S/\//g})//:C/(.)_regex=(.*)/\1=\2/}

Remove quotes

Replace . with . for later sed(1) usage

PLIST_SUB_SED?= ${PLIST_SUB_SED_tmp3:C/([^=])="?([^"])"?/s!\2!%%\1%%!g;/g:C/./[.]/g}

kludge to strip trailing whitespace from CFLAGS;

sub-configure will not # survive double space

CFLAGS:= ${CFLAGS:C/ $//}

.if defined(WITHOUT_CPU_CFLAGS)
.if defined(_CPUCFLAGS)
.if !empty(_CPUCFLAGS)
CFLAGS:= ${CFLAGS:C/${_CPUCFLAGS}//}
.endif
.endif
.endif

Reset value from bsd.own.mk.

.if defined(WITH_DEBUG)
.if !defined(INSTALL_STRIPPED)
STRIP= #none
MAKE_ENV+= DONTSTRIP=yes
STRIP_CMD= ${TRUE}
.endif
DEBUG_FLAGS?= -g
CFLAGS:= ${CFLAGS:N-O*:N-fno-strict*} ${DEBUG_FLAGS}
.if defined(INSTALL_TARGET)
INSTALL_TARGET:= ${INSTALL_TARGET:S/^install-strip$/install/g}
.endif
.endif

.if defined(USE_LTO)
.include "${PORTSDIR}/Mk/bsd.lto.mk"
.endif

.if !defined(WITHOUT_SSP)
.include "${PORTSDIR}/Mk/bsd.ssp.mk"
.endif

XXX PIE support to be added here

MAKE_ENV+= NO_PIE=yes

We will control debug files. Don't let builds that use /usr/share/mk

split out debug symbols since the plist won't know to expect it.

MAKE_ENV+= MK_DEBUG_FILES=no
MAKE_ENV+= MK_KERNEL_SYMBOLS=no

CONFIGURE_SHELL?= ${SH}
MAKE_SHELL?= ${SH}

CONFIGURE_ENV+= SHELL=${CONFIGURE_SHELL} CONFIG_SHELL=${CONFIGURE_SHELL}
MAKE_ENV+= SHELL=${MAKE_SHELL} NO_LINT=YES

.if defined(PATCHFILES) && ${PATCHFILES:M*.zip}
PATCH_DEPENDS+= ${LOCALBASE}/bin/unzip:archivers/unzip
.endif

Check the compatibility layer for amd64

.if ${ARCH} == "amd64"
.if exists(/usr/lib32)
HAVE_COMPAT_IA32_LIBS?= YES
.endif
.if !defined(HAVE_COMPAT_IA32_KERN)
HAVE_COMPAT_IA32_KERN!= if ${SYSCTL} -n compat.ia32.maxvmem >/dev/null 2>&1; then echo YES; fi; echo
.if empty(HAVE_COMPAT_IA32_KERN)
.undef HAVE_COMPAT_IA32_KERN
.endif
.endif
.endif
_EXPORTED_VARS+= HAVE_COMPAT_IA32_KERN

.if defined(IA32_BINARY_PORT) && ${ARCH} != "i386"
.if ${ARCH} == "amd64"
.if !defined(HAVE_COMPAT_IA32_KERN)
IGNORE= requires a kernel with compiled-in IA32 compatibility
.elif !defined(HAVE_COMPAT_IA32_LIBS)
IGNORE= requires 32-bit libraries installed under /usr/lib32
.endif
_LDCONFIG_FLAGS=-32
LIB32DIR= lib32
.else
IGNORE= requires i386 (or compatible) platform to run
.endif
.else
LIB32DIR= lib
.endif
PLIST_SUB+= LIB32DIR=${LIB32DIR}

.if ${WITH_PKG} == devel
PKG_ORIGIN= ports-mgmt/pkg-devel
.endif

.if !defined(PKG_DEPENDS) && !defined(CLEAN_FETCH_ENV)
PKG_DEPENDS+= ${LOCALBASE}/sbin/pkg:${PKG_ORIGIN}
.endif

.if defined(USE_GCC)
.include "${PORTSDIR}/Mk/bsd.gcc.mk"
.endif

.if defined(LLD_UNSAFE) && ${/usr/bin/ld:L:tA} == /usr/bin/ld.lld
LDFLAGS+= -fuse-ld=bfd
BINARY_ALIAS+= ld=${LD}
. if !defined(USE_BINUTILS)
. if exists(/usr/bin/ld.bfd)
LD= /usr/bin/ld.bfd
CONFIGURE_ENV+= LD=${LD}
MAKE_ENV+= LD=${LD}
. else
USE_BINUTILS= yes
. endif
. endif
.endif

.if defined(USE_BINUTILS) && !defined(DISABLE_BINUTILS)
BUILD_DEPENDS+= ${LOCALBASE}/bin/as:devel/binutils
BINUTILS?= ADDR2LINE AR AS CPPFILT GPROF LD NM OBJCOPY OBJDUMP RANLIB
READELF SIZE STRINGS
BINUTILS_NO_MAKE_ENV?=
. for b in ${BINUTILS}
${b}= ${LOCALBASE}/bin/${b:C/PP/++/:tl}
. if defined(GNU_CONFIGURE) || defined(BINUTILS_CONFIGURE)
CONFIGURE_ENV+= ${b}="${${b}}"
. endif
. if ${BINUTILS_NO_MAKE_ENV:M${b}} == ""
MAKE_ENV+= ${b}="${${b}}"
. endif
. endfor
.endif

.if defined(USE_OPENLDAP) || defined(WANT_OPENLDAP_VER)
.include "${PORTSDIR}/Mk/bsd.ldap.mk"
.endif

.if defined(USE_RC_SUBR)
SUB_FILES+= ${USE_RC_SUBR}
.endif

.if defined(USE_LDCONFIG) && ${USE_LDCONFIG:tl} == "yes"
USE_LDCONFIG= ${PREFIX}/lib
.endif
.if defined(USE_LDCONFIG32) && ${USE_LDCONFIG32:tl} == "yes"
IGNORE= has USE_LDCONFIG32 set to yes, which is not correct
.endif

.if defined(USE_LDCONFIG) || defined(USE_LDCONFIG32)
.if defined(USE_LINUX_PREFIX)
PLIST_FILES+= "@ldconfig-linux ${LINUXBASE}"
.else
PLIST_FILES+= "@ldconfig"
.endif
.endif

PKG_IGNORE_DEPENDS?= 'this_port_does_not_exist'

.if defined(_DESTDIR_VIA_ENV)
MAKE_ENV+= ${DESTDIRNAME}=${STAGEDIR}
.else
MAKE_ARGS+= ${DESTDIRNAME}=${STAGEDIR}
.endif

.if defined(NO_PREFIX_RMDIR)
CO_ENV+= NO_PREFIX_RMDIR=1
.else
CO_ENV+= NO_PREFIX_RMDIR=0
.endif

METADIR= ${WRKDIR}/.metadir

PKGPREINSTALL?= ${PKGDIR}/pkg-pre-install
PKGPOSTINSTALL?= ${PKGDIR}/pkg-post-install
PKGPREDEINSTALL?= ${PKGDIR}/pkg-pre-deinstall
PKGPOSTDEINSTALL?= ${PKGDIR}/pkg-post-deinstall

_FORCE_POST_PATTERNS= rmdir kldxref mkfontscale mkfontdir fc-cache
fonts.dir fonts.scale gtk-update-icon-cache
gio-querymodules
gtk-query-immodules
ldconfig
load-octave-pkg
ocamlfind
update-desktop-database update-mime-database
gdk-pixbuf-query-loaders catalog.ports
glib-compile-schemas
ccache-update-links

.if defined(USE_LOCAL_MK)
.include "${PORTSDIR}/Mk/bsd.local.mk"
.endif
.for odir in ${OVERLAYS}
.sinclude "${odir}/Mk/bsd.overlay.mk"
.endfor

.if defined(USE_GSTREAMER1)
.include "${PORTSDIR}/Mk/bsd.gstreamer.mk"
.endif

.if defined(USE_JAVA)
.include "${PORTSDIR}/Mk/bsd.java.mk"
.endif

.if defined(USE_OCAML)
.include "${PORTSDIR}/Mk/bsd.ocaml.mk"
.endif

.if defined(USE_WX) || defined(USE_WX_NOT)
.include "${PORTSDIR}/Mk/bsd.wx.mk"
.endif

.if defined(USE_GECKO)
.include "${PORTSDIR}/Mk/bsd.gecko.mk"
.endif

.if exists(${PORTSDIR}/Makefile.inc)
.include "${PORTSDIR}/Makefile.inc"
USE_SUBMAKE= yes
.endif

Loading features

.for f in ${_USES_POST}
_f:= ${f:C/:.//}
.if !defined(${_f}_ARGS)
${_f}_ARGS:= ${f:C/^[^\:](:|$)//:S/,/ /g}
.endif
.endfor
.for f in ${_USES_POST}
.undef _usefound
.for udir in ${OVERLAYS:C,$,/Mk/Uses,} ${USESDIR}
_usefile= ${udir}/${f:C/:.//}.mk
.if exists(${_usefile}) && !defined(_usefound)
_usefound=
.include "${_usefile}"
.endif
.endfor
.if !defined(_usefound)
ERROR+= "Unknown USES=${f:C/:.//}"
.endif
.endfor

.if defined(PORTNAME)
.include "${PORTSDIR}/Mk/bsd.sanity.mk"
.endif

.if defined(USE_LOCALE)
CONFIGURE_ENV+= LANG=${USE_LOCALE} LC_ALL=${USE_LOCALE}
MAKE_ENV+= LANG=${USE_LOCALE} LC_ALL=${USE_LOCALE}
.endif

Macro for doing in-place file editing using regexps. REINPLACE_ARGS may only

be used to set or override the -i argument. Any other use is considered

invalid.

REINPLACE_ARGS?= -i.bak
.if defined(DEVELOPER)
REINPLACE_CMD?= ${SETENV} WRKSRC=${WRKSRC} REWARNFILE=${REWARNFILE} ${SH} ${SCRIPTSDIR}/sed_checked.sh
.else
REINPLACE_CMD?= ${SED} ${REINPLACE_ARGS}
.endif
FRAMEWORK_REINPLACE_CMD?= ${SED} -i.bak

Names of cookies used to skip already completed stages

EXTRACT_COOKIE?= ${WRKDIR}/.extract_done.${PORTNAME}.${PREFIX:S////g}
CONFIGURE_COOKIE?= ${WRKDIR}/.configure_done.${PORTNAME}.${PREFIX:S////g}
INSTALL_COOKIE?= ${WRKDIR}/.install_done.${PORTNAME}.${PREFIX:S////g}
BUILD_COOKIE?= ${WRKDIR}/.build_done.${PORTNAME}.${PREFIX:S////g}
PATCH_COOKIE?= ${WRKDIR}/.patch_done.${PORTNAME}.${PREFIX:S////g}
PACKAGE_COOKIE?= ${WRKDIR}/.package_done.${PORTNAME}.${PREFIX:S////g}
STAGE_COOKIE?= ${WRKDIR}/.stage_done.${PORTNAME}.${PREFIX:S///_/g}

How to do nothing. Override if you, for some strange reason, would rather

do something.

In general, however, DO_NADA is a relic of the past in the ports

infrastructure, and most of its usage has been removed. If you need to define

a target with DO_NADA, then there is a high chance that the ports

infrastructure should be fixed instead.

DO_NADA?= ${TRUE}

Use this as the first operand to always build dependency.

NONEXISTENT?= /nonexistent

CHECKSUM_ALGORITHMS?= sha256

DISTINFO_FILE?= ${MASTERDIR}/distinfo

MAKE_FLAGS?= -f
MAKEFILE?= Makefile
MAKE_CMD?= ${BSDMAKE}
MAKE_ENV+= PREFIX=${PREFIX}
LOCALBASE=${LOCALBASE}
CC="${CC}" CFLAGS="${CFLAGS}"
CPP="${CPP}" CPPFLAGS="${CPPFLAGS}"
LDFLAGS="${LDFLAGS}" LIBS="${LIBS}"
CXX="${CXX}" CXXFLAGS="${CXXFLAGS}"
MANPREFIX="${MANPREFIX}"

Add -fno-strict-aliasing to CFLAGS with optimization level -O2 or higher.

gcc 4.x enable strict aliasing optimization with -O2 which is known to break

a lot of ports.

.if !defined(WITHOUT_NO_STRICT_ALIASING)
.if ${CC} != "icc"
.if empty(CFLAGS:M-fno-strict-aliasing)
CFLAGS+= -fno-strict-aliasing
.endif
.endif
.endif

.for lang in C CXX
.if defined(USE_${lang}STD)
${lang}FLAGS:= ${${lang}FLAGS:N-std=*} -std=${USE_${lang}STD}
.endif

${lang}FLAGS+= ${${lang}FLAGS_${ARCH}}
.endfor

LDFLAGS+= ${LDFLAGS_${ARCH}}

Multiple make jobs support

.if defined(DISABLE_MAKE_JOBS) || defined(MAKE_JOBS_UNSAFE)
_MAKE_JOBS?= #
MAKE_JOBS_NUMBER= 1
.else
.if defined(MAKE_JOBS_NUMBER)
_MAKE_JOBS_NUMBER:= ${MAKE_JOBS_NUMBER}
.else
.if !defined(_SMP_CPUS)
_SMP_CPUS!= ${SYSCTL} -n kern.smp.cpus
.endif
_EXPORTED_VARS+= _SMP_CPUS
_MAKE_JOBS_NUMBER= ${_SMP_CPUS}
.endif
.if defined(MAKE_JOBS_NUMBER_LIMIT) && ( ${MAKE_JOBS_NUMBER_LIMIT} < ${_MAKE_JOBS_NUMBER} )
MAKE_JOBS_NUMBER= ${MAKE_JOBS_NUMBER_LIMIT}
.else
MAKE_JOBS_NUMBER= ${_MAKE_JOBS_NUMBER}
.endif
_MAKE_JOBS?= -j${MAKE_JOBS_NUMBER}
BUILD_FAIL_MESSAGE+= Try to set MAKE_JOBS_UNSAFE=yes and rebuild before reporting the failure to the maintainer.
.endif

.include "${PORTSDIR}/Mk/bsd.ccache.mk"

.if !make(makesum)
FETCH_ENV?= SSL_NO_VERIFY_PEER=1 SSL_NO_VERIFY_HOSTNAME=1
.endif
FETCH_BINARY?= /usr/bin/fetch
FETCH_ARGS?= -Fpr
FETCH_REGET?= 1
FETCH_CMD?= ${FETCH_BINARY} ${FETCH_ARGS}

.if defined(RANDOMIZE_MASTER_SITES)
.if exists(/usr/games/random)
RANDOM_CMD?= /usr/games/random
.elif exists(/usr/bin/random)
RANDOM_CMD?= /usr/bin/random
.endif
.if defined(RANDOM_CMD) && !empty(RANDOM_CMD)
RANDOM_ARGS?= -w -f -
_RANDOMIZE_SITES= ${RANDOM_CMD} ${RANDOM_ARGS}
.endif
.endif

TOUCH?= /usr/bin/touch
TOUCH_FLAGS?= -f

DISTORIG?= .bak.orig
PATCH?= /usr/bin/patch
PATCH_STRIP?= -p0
PATCH_DIST_STRIP?= -p0
.if defined(PATCH_DEBUG)
PATCH_DEBUG_TMP= yes
PATCH_ARGS?= --forward -E ${PATCH_STRIP}
PATCH_DIST_ARGS?= --suffix ${DISTORIG} --forward -E ${PATCH_DIST_STRIP}
.else
PATCH_ARGS?= --forward --quiet -E ${PATCH_STRIP}
PATCH_DIST_ARGS?= --suffix ${DISTORIG} --forward --quiet -E ${PATCH_DIST_STRIP}
.endif
.if !defined(QUIET)
PATCH_SILENT= PATCH_SILENT=yes
.endif
.if defined(BATCH)
PATCH_ARGS+= --batch
PATCH_DIST_ARGS+= --batch
.endif

Prevent breakage with VERSION_CONTROL=numbered

PATCH_ARGS+= -V simple
PATCH_DIST_ARGS+= -V simple

.if defined(PATCH_CHECK_ONLY)
PATCH_ARGS+= -C
PATCH_DIST_ARGS+= -C
.endif

.if ${PATCH} == "/usr/bin/patch"
PATCH_ARGS+= --suffix .orig
PATCH_DIST_ARGS+= --suffix .orig
.endif

TAR?= /usr/bin/tar

EXTRACT_SUFX is defined in .pre.mk section

EXTRACT_CMD?= ${TAR}
EXTRACT_BEFORE_ARGS?= -xf
EXTRACT_AFTER_ARGS?= --no-same-owner --no-same-permissions

Figure out where the local mtree file is

.if !defined(MTREE_FILE) && !defined(NO_MTREE)
.if ${PREFIX} == /usr
MTREE_FILE= /etc/mtree/BSD.usr.dist
.else
MTREE_FILE= ${PORTSDIR}/Templates/BSD.local.dist
.endif
.endif
MTREE_CMD?= /usr/sbin/mtree
MTREE_ARGS?= -U ${MTREE_FOLLOWS_SYMLINKS} -f ${MTREE_FILE} -d -e -p

_SHAREMODE?= 0644

A few aliases for *-install targets

INSTALL_PROGRAM= ${INSTALL} ${COPY} ${STRIP} -m ${BINMODE}
INSTALL_KLD= ${INSTALL} ${COPY} -m ${BINMODE}
INSTALL_LIB= ${INSTALL} ${COPY} ${STRIP} -m ${_SHAREMODE}
INSTALL_SCRIPT= ${INSTALL} ${COPY} -m ${BINMODE}
INSTALL_DATA= ${INSTALL} ${COPY} -m ${_SHAREMODE}
INSTALL_MAN= ${INSTALL} ${COPY} -m ${MANMODE}

INSTALL_MACROS= BSD_INSTALL_PROGRAM="${INSTALL_PROGRAM}"
BSD_INSTALL_LIB="${INSTALL_LIB}"
BSD_INSTALL_SCRIPT="${INSTALL_SCRIPT}"
BSD_INSTALL_DATA="${INSTALL_DATA}"
BSD_INSTALL_MAN="${INSTALL_MAN}"
MAKE_ENV+= ${INSTALL_MACROS}
SCRIPTS_ENV+= ${INSTALL_MACROS}

Macro for copying entire directory tree with correct permissions

In the -exec shell commands, we add add a . as the first argument, it would

end up being $0 aka the script name, which is not part of $@, so we force it

to be able to use $@ directly.

COPYTREE_BIN= ${SH} -c '(${FIND} -Ed $$1 $$3 | ${CPIO} -dumpl $$2 >/dev/null 2>&1) &&
${FIND} -Ed $$1 $$3 ( -type d -exec ${SH} -c '''cd '''$$2''' && chmod 755 "$$@"''' . {} +
-o -type f -exec ${SH} -c '''cd '''$$2''' && chmod ${BINMODE} "$$@"''' . {} + )' COPYTREE_BIN
COPYTREE_SHARE= ${SH} -c '(${FIND} -Ed $$1 $$3 | ${CPIO} -dumpl $$2 >/dev/null 2>&1) &&
${FIND} -Ed $$1 $$3 ( -type d -exec ${SH} -c '''cd '''$$2''' && chmod 755 "$$@"''' . {} +
-o -type f -exec ${SH} -c '''cd '''$$2''' && chmod ${_SHAREMODE} "$$@"''' . {} + )' COPYTREE_SHARE

The user can override the NO_PACKAGE by specifying this from

the make command line

.if defined(FORCE_PACKAGE)
.undef NO_PACKAGE
.endif

DESCR?= ${PKGDIR}/pkg-descr
PLIST?= ${PKGDIR}/pkg-plist
PKGHELP?= ${PKGDIR}/pkg-help
PKGINSTALL?= ${PKGDIR}/pkg-install
PKGDEINSTALL?= ${PKGDIR}/pkg-deinstall
PKGMESSAGE?= ${PKGDIR}/pkg-message
_PKGMESSAGES+= ${PKGMESSAGE}

TMPPLIST?= ${WRKDIR}/.PLIST.mktmp

backward compatibility for users

.if defined(_PKG_TRANSITIONING_TO_NEW_EXT)
.if defined(PKG_NOCOMPRESS)
PKG_SUFX?= .tar
.else
PKG_SUFX?= .txz
.endif
PKG_COMPRESSION_FORMAT?= ${PKG_SUFX:S/.//}
.else
.if defined(PKG_SUFX)
PKG_COMPRESSION_FORMAT?= ${PKG_SUFX:S/.//}
WARNING+= "PKG_SUFX is defined, it should be replaced with PKG_COMPRESSION_FORMAT"
.endif
PKG_SUFX= .pkg
.endif
.if defined(PKG_NOCOMPRESS)
PKG_COMPRESSION_FORMAT?= tar
.else
#.if ${OSVERSION} > 1400000
#PKG_COMPRESSION_FORMAT?= tzst
#.else
PKG_COMPRESSION_FORMAT?= txz
#.endif
.endif

where pkg(8) stores its data

PKG_DBDIR?= /var/db/pkg

ALL_TARGET?= all
INSTALL_TARGET?= install
INSTALL_TARGET+= ${LATE_INSTALL_ARGS}

Integrate with the license auditing framework

.if !defined (DISABLE_LICENSES)
.include "${PORTSDIR}/Mk/bsd.licenses.mk"
.endif

Popular master sites

.include "${PORTSDIR}/Mk/bsd.sites.mk"

Empty declaration to avoid "variable MASTER_SITES recursive" error

MASTER_SITES?=
PATCH_SITES?=
_MASTER_SITES_DEFAULT?=
_PATCH_SITES_DEFAULT?=

Feed internal _{MASTER,PATCH}_SITES_n where n is a group designation

as per grouping rules (:something)

Organize _{MASTER,PATCH}SITES{DEFAULT,[^/:]+} according to grouping

rules (:something)

.for _S in ${MASTER_SITES}
_S_TEMP= ${_S:S/^${_S:C@/?:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
_G_TEMP= ${_group}
. if ${G_TEMP:C/[a-zA-Z0-9]//g}
check-makevars::
@${ECHO_MSG} "The ${S} MASTER_SITES line has"
@${ECHO_MSG} "a group with invalid characters, only use [a-zA-Z0-9]"
@${FALSE}
. endif
. if ${_G_TEMP} == all || ${_G_TEMP} == ALL || ${_G_TEMP} == default
check-makevars::
@${ECHO_MSG} "Makefile error: the words all, ALL and default are reserved and cannot be"
@${ECHO_MSG} "used in group definitions. Please fix your MASTER_SITES"
@${FALSE}
. endif
MASTER_SITES${_group}+= ${_S:C@^(./):[^/:]+$@\1@}
. endfor
. else
_MASTER_SITES_DEFAULT+= ${_S:C@^(./):[^/:]+$@\1@}
. endif
.endfor
.for _S in ${PATCH_SITES}
_S_TEMP= ${_S:S/^${_S:C@/:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
_G_TEMP= ${_group}
. if ${G_TEMP:C/[a-zA-Z0-9]//g}
check-makevars::
@${ECHO_MSG} "The ${S} PATCH_SITES line has"
@${ECHO_MSG} "a group with invalid characters, only use [a-zA-Z0-9]"
@${FALSE}
. endif
. if ${_G_TEMP} == all || ${_G_TEMP} == ALL || ${_G_TEMP} == default
check-makevars::
@${ECHO_MSG} "The words all, ALL and default are reserved and cannot be"
@${ECHO_MSG} "used in group definitions. Please fix your PATCH_SITES"
@${FALSE}
. endif
PATCH_SITES${_group}+= ${_S:C@^(./):[^/:]+$@\1@}
. endfor
. else
_PATCH_SITES_DEFAULT+= ${_S:C@^(./):[^/:]+$@\1@}
. endif
.endfor

Feed internal _{MASTER,PATCH}_SITE_SUBDIR_n where n is a group designation

as per grouping rules (:something)

Organize _{MASTER,PATCH}SITE_SUBDIR{DEFAULT,[^/:]+} according to grouping

rules (:something)

.for _S in ${MASTER_SITE_SUBDIR}
_S_TEMP= ${_S:S/^${_S:C@/:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
_G_TEMP= ${_group}
. if ${_G_TEMP} == all || ${_G_TEMP} == ALL || ${_G_TEMP} == default
check-makevars::
@${ECHO_MSG} "Makefile error: the words all, ALL and default are reserved and cannot be"
@${ECHO_MSG} "used in group definitions. Please fix your MASTER_SITE_SUBDIR"
@${FALSE}
. endif
. if defined(MASTER_SITES${_group})
MASTER_SITE_SUBDIR${_group}+= ${_S:C@^(.)/:[^/:]+$@\1@}
. endif
. endfor
. else
. if defined(_MASTER_SITES_DEFAULT)
_MASTER_SITE_SUBDIR_DEFAULT+= ${_S:C@^(.)/:[^/:]+$@\1@}
. endif
. endif
.endfor
.for _S in ${PATCH_SITE_SUBDIR}
_S_TEMP= ${_S:S/^${_S:C@/:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
_G_TEMP= ${_group}
. if ${_G_TEMP} == all || ${_G_TEMP} == ALL || ${_G_TEMP} == default
check-makevars::
@${ECHO_MSG} "Makefile error: the words all, ALL and default are reserved and cannot be"
@${ECHO_MSG} "used in group definitions. Please fix your PATCH_SITE_SUBDIR"
@${FALSE}
. endif
. if defined(PATCH_SITES${_group})
PATCH_SITE_SUBDIR${_group}+= ${_S:C@^(.)/:[^/:]+$@\1@}
. endif
. endfor
. else
. if defined(_PATCH_SITES_DEFAULT)
_PATCH_SITE_SUBDIR_DEFAULT+= ${_S:C@^(.)/:[^/:]+$@\1@}
. endif
. endif
.endfor

Substitute subdirectory names

XXX simpler/faster solution but not the best space wise, suggestions please

.for _S in ${MASTER_SITES}
_S_TEMP= ${_S:S/^${_S:C@/:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
. if !defined(MASTER_SITE_SUBDIR${_group})
MASTER_SITES_TMP= ${MASTER_SITES${_group}:S^%SUBDIR%/^^}
. else
_S_TEMP_TEMP= ${MASTER_SITES${_group}:M*%SUBDIR%/}
. if empty(_S_TEMP_TEMP)
MASTER_SITES_TMP= ${MASTER_SITES${_group}}
. else
MASTER_SITES_TMP=
. for site in ${MASTER_SITES${_group}}
_S_TEMP_TEMP= ${site:M%SUBDIR%/}
. if empty(_S_TEMP_TEMP)
MASTER_SITES_TMP+= ${site}
. else
. for dir in ${MASTER_SITE_SUBDIR${_group}}
MASTER_SITES_TMP+= ${site:S^%SUBDIR%^${dir}^}
. endfor
. endif
. endfor
. endif
. endif
MASTER_SITES${_group}:= ${MASTER_SITES_TMP}
. endfor
. endif
.endfor
.if defined(_MASTER_SITE_SUBDIR_DEFAULT)
_S_TEMP= ${_MASTER_SITES_DEFAULT:M%SUBDIR%/}
. if empty(_S_TEMP)
MASTER_SITES_TMP= ${_MASTER_SITES_DEFAULT}
. else
MASTER_SITES_TMP=
. for site in ${_MASTER_SITES_DEFAULT}
_S_TEMP_TEMP= ${site:M%SUBDIR%/}
. if empty(_S_TEMP_TEMP)
MASTER_SITES_TMP+= ${site}
. else
. for dir in ${_MASTER_SITE_SUBDIR_DEFAULT}
MASTER_SITES_TMP+= ${site:S^%SUBDIR%^${dir}^}
. endfor
. endif
. endfor
. endif
.else
MASTER_SITES_TMP= ${_MASTER_SITES_DEFAULT:S^%SUBDIR%/^^}
.endif
_MASTER_SITES_DEFAULT:= ${MASTER_SITES_TMP}
MASTER_SITES_TMP=
.for _S in ${PATCH_SITES}
_S_TEMP= ${_S:S/^${_S:C@/:[^/:]+$@/@}//:S/^://}
. if !empty(_S_TEMP)
. for _group in ${_S_TEMP:S/,/ /g}
. if !defined(PATCH_SITE_SUBDIR${_group})
PATCH_SITES_TMP= ${PATCH_SITES${_group}:S^%SUBDIR%/^^}
. else
_S_TEMP_TEMP= ${PATCH_SITES${_group}:M%SUBDIR%/}
. if empty(_S_TEMP_TEMP)
PATCH_SITES_TMP= ${PATCH_SITES${_group}}
. else
PATCH_SITES_TMP=
. for site in ${PATCH_SITES${_group}}
_S_TEMP_TEMP= ${site:M%SUBDIR%/}
. if empty(_S_TEMP_TEMP)
PATCH_SITES_TMP+= ${site}
. else
. for dir in ${PATCH_SITE_SUBDIR${_group}}
PATCH_SITES_TMP+= ${site:S^%SUBDIR%^${dir}^}
. endfor
. endif
. endfor
. endif
. endif
PATCH_SITES${_group}:= ${PATCH_SITES_TMP}
. endfor
. endif
.endfor
.if defined(_PATCH_SITE_SUBDIR_DEFAULT)
_S_TEMP= ${_PATCH_SITES_DEFAULT:M%SUBDIR%/}
. if empty(_S_TEMP)
PATCH_SITES_TMP= ${_PATCH_SITES_DEFAULT}
. else
PATCH_SITES_TMP=
. for site in ${_PATCH_SITES_DEFAULT}
_S_TEMP_TEMP= ${site:M%SUBDIR%/*}
. if empty(_S_TEMP_TEMP)
PATCH_SITES_TMP+= ${site}
. else
. for dir in ${_PATCH_SITE_SUBDIR_DEFAULT}
PATCH_SITES_TMP+= ${site:S^%SUBDIR%^${dir}^}
. endfor
. endif
. endfor
. endif
.else
PATCH_SITES_TMP= ${_PATCH_SITES_DEFAULT:S^%SUBDIR%/^^}
.endif
_PATCH_SITES_DEFAULT:= ${PATCH_SITES_TMP}
PATCH_SITES_TMP=

The primary backup site.

MASTER_SITE_BACKUP?=
http://distcache.FreeBSD.org/ports-distfiles/${DIST_SUBDIR}/
MASTER_SITE_BACKUP:= ${MASTER_SITE_BACKUP:S^${DIST_SUBDIR}/^^}

If the user has MASTER_SITE_FREEBSD set, go to the FreeBSD repository

for everything, but don't search it twice by appending it to the end.

.if defined(MASTER_SITE_FREEBSD)
_MASTER_SITE_OVERRIDE:= ${MASTER_SITE_BACKUP}
_MASTER_SITE_BACKUP:= # empty
.else
_MASTER_SITE_OVERRIDE= ${MASTER_SITE_OVERRIDE}
_MASTER_SITE_BACKUP= ${MASTER_SITE_BACKUP}
.endif

Organize DISTFILES, PATCHFILES, _MASTER_SITES_ALL, _PATCH_SITES_ALL

according to grouping rules (:something)

DISTFILES?= ${DISTNAME}${EXTRACT_SUFX}
_MASTER_SITES_ALL= ${_MASTER_SITES_DEFAULT}
_PATCH_SITES_ALL= ${_PATCH_SITES_DEFAULT}
_G_TEMP= DEFAULT
.for _D in ${DISTFILES}
_D_TEMP= ${_D:S/^${_D:C/:[^:]+$//}//}
. if !empty(_D_TEMP)
. for _group in ${_D_TEMP:S/^://:S/,/ /g}
. if !defined(MASTER_SITES${_group})
_G_TEMP_TEMP= ${_G_TEMP:M/${_group}/}
. if empty(_G_TEMP_TEMP)
_G_TEMP+= ${_group}
_MASTER_SITES_ALL+= ${MASTER_SITES${_group}}
. endif
. endif
. endfor
_DISTFILES+= ${_D:C/:[^:]+$//}
. else
_DISTFILES+= ${_D}
. endif
.endfor
_G_TEMP= DEFAULT
.for _P in ${PATCHFILES}
_P_TEMP= ${_P:C/:[^-:][^:]$//}
_P_groups= ${_P:S/^${_P:C/:[^:]+$//}//:S/^://}
_P_file= ${_P_TEMP:C/:-[^:]+$//}
_P_strip= ${_P_TEMP:S/^${_P_TEMP:C/:-[^:]$//}//:S/^://}
. if !empty(_P_groups)
. for _group in ${_P_groups:S/,/ /g}
. if !defined(PATCH_SITES${_group})
_G_TEMP_TEMP= ${_G_TEMP:M/${_group}/}
. if empty(_G_TEMP_TEMP)
_G_TEMP+= ${_group}
_PATCH_SITES_ALL+= ${PATCH_SITES${_group}}
. endif
. endif
. endfor
. endif
_PATCHFILES:= ${_PATCHFILES} ${_P_file}
. if empty(_P_strip)
_PATCHFILES2:= ${_PATCHFILES2} ${_P_file}
. else
_PATCHFILES2:= ${_PATCHFILES2} ${_P_file}:${_P_strip}
. endif
.endfor
_P_groups=
_P_file=
_P_strip=
_G_TEMP=
_G_TEMP_TEMP=
ALLFILES?= ${_DISTFILES} ${_PATCHFILES}

Sort the master site list according to the patterns in MASTER_SORT

MASTER_SORT?=
MASTER_SORT_REGEX?=
MASTER_SORT_REGEX+= ${MASTER_SORT:S|.|\.|g:S|^|://[^/]*|:S|$|/|}

MASTER_SORT_AWK= BEGIN { RS = " "; ORS = " "; IGNORECASE = 1 ; gl = "${MASTER_SORT_REGEX:S|\|\\|g}"; }
.for srt in ${MASTER_SORT_REGEX}
MASTER_SORT_AWK+= /${srt:S|/|\/|g}/ { good["${srt:S|\|\\|g}"] = good["${srt:S|\|\\|g}"] " " $$0 ; next; }
.endfor
MASTER_SORT_AWK+= { rest = rest " " $$0; } END { n=split(gl, gla); for(i=1;i<=n;i++) { print good[gla[i]]; } print rest; }

Hackery to enable simple fetch targets with several dynamic MASTER_SITES

_MASTER_SITES_ENV= _MASTER_SITES_DEFAULT=${_MASTER_SITES_DEFAULT:Q}
.for _F in ${DISTFILES}
_F_TEMP= ${_F:S/^${_F:C/:[^:]+$//}//:S/^://}
. if !empty(_F_TEMP)
. for _group in ${_F_TEMP:S/,/ /g}
. if defined(MASTER_SITES${_group})
_MASTER_SITES_ENV+= MASTER_SITES${_group}=${MASTER_SITES${_group}:Q}
. endif
. endfor
. endif
.endfor
_PATCH_SITES_ENV= _PATCH_SITES_DEFAULT=${_PATCH_SITES_DEFAULT:Q}
.for _F in ${PATCHFILES}
_F_TEMP= ${_F:S/^${_F:C/:[^-:][^:]*$//}//:S/^://}
. if !empty(_F_TEMP)
. for _group in ${_F_TEMP:S/,/ /g}
. if defined(PATCH_SITES${_group})
_PATCH_SITES_ENV+= PATCH_SITES${_group}=${PATCH_SITES${_group}:Q}
. endif
. endfor
. endif
.endfor

CKSUMFILES= ${ALLFILES}

List of all files, with ${DIST_SUBDIR} in front. Used for checksum.

.if defined(DIST_SUBDIR)
.if defined(CKSUMFILES) && ${CKSUMFILES}!=""
_CKSUMFILES?= ${CKSUMFILES:S/^/${DIST_SUBDIR}//}
.endif
.else
_CKSUMFILES?= ${CKSUMFILES}
.endif

This is what is actually going to be extracted, and is overridable

by user.

EXTRACT_ONLY?= ${_DISTFILES}

.if !target(maintainer)
maintainer:
@${ECHO_CMD} "${MAINTAINER}"
.endif

.if !defined(CATEGORIES)
check-categories:
@${ECHO_MSG} "${PKGNAME}: Makefile error: CATEGORIES is mandatory."
@${FALSE}
.else

VALID_CATEGORIES+= accessibility afterstep arabic archivers astro audio
benchmarks biology cad chinese comms converters
databases deskutils devel dns docs
editors education elisp emulators enlightenment finance french ftp
games geography german gnome gnustep graphics
hamradio haskell hebrew hungarian irc japanese java
kde ${_KDE_CATEGORIES_SUPPORTED} kld korean
lang linux lisp
mail mate math mbone misc multimedia
net net-im net-mgmt net-p2p net-vpn news
parallel pear perl5 plan9 polish ports-mgmt portuguese
print python ruby rubygems russian
scheme science security shells spanish sysutils
tcl textproc tk
ukrainian vietnamese wayland windowmaker www
x11 x11-clocks x11-drivers x11-fm x11-fonts x11-servers x11-themes
x11-toolkits x11-wm xfce zope base

check-categories:
.for cat in ${CATEGORIES}
. if empty(VALID_CATEGORIES:M${cat})
@${ECHO_MSG} "${PKGNAME}: Makefile error: category ${cat} not in list of valid categories.";
${FALSE};
. endif
.endfor
.endif

PKGREPOSITORYSUBDIR?= All
PKGREPOSITORY?= ${PACKAGES}/${PKGREPOSITORYSUBDIR}
.if exists(${PACKAGES})
PACKAGES:= ${PACKAGES:S/:/:/g}
_HAVE_PACKAGES= yes
PKGFILE?= ${PKGREPOSITORY}/${PKGNAME}${PKG_SUFX}
PKGOLDFILE?= ${PKGREPOSITORY}/${PKGNAME}.${PKG_COMPRESSION_FORMAT}
.else
PKGFILE?= ${.CURDIR}/${PKGNAME}${PKG_SUFX}
.endif
WRKDIR_PKGFILE= ${WRKDIR}/pkg/${PKGNAME}${PKG_SUFX}

The "latest version" link -- ${PKGNAME} minus everthing after the last '-'

PKGLATESTREPOSITORY?= ${PACKAGES}/Latest
PKGBASE?= ${PKGNAMEPREFIX}${PORTNAME}${PKGNAMESUFFIX}
PKGLATESTFILE= ${PKGLATESTREPOSITORY}/${PKGBASE}${PKG_SUFX}
PKGOLDLATESTFILE= ${PKGLATESTREPOSITORY}/${PKGBASE}.${PKG_COMPRESSION_FORMAT}

Temporary workaround to be deleted once every supported version of FreeBSD

have a bootstrap which handles the pkg extension.

PKGOLDSIGFILE= ${PKGLATESTREPOSITORY}/${PKGBASE}.${PKG_COMPRESSION_FORMAT}.sig

CONFIGURE_SCRIPT?= configure
CONFIGURE_CMD?= ./${CONFIGURE_SCRIPT}
CONFIGURE_TARGET?= ${HOSTARCH}-portbld-${OPSYS:tl}${OSREL}
CONFIGURE_TARGET:= ${CONFIGURE_TARGET:S/--build=//}
CONFIGURE_LOG?= config.log

A default message to print if do-configure fails.

CONFIGURE_FAIL_MESSAGE?= "Please report the problem to ${MAINTAINER} [maintainer] and attach the "${CONFIGURE_WRKSRC}/${CONFIGURE_LOG}" including the output of the failure of your make command. Also, it might be a good idea to provide an overview of all packages installed on your system (e.g. a ${PKG_INFO} -Ea)."

CONFIG_SITE?= ${PORTSDIR}/Templates/config.site
.if defined(GNU_CONFIGURE)

Maximum command line length

.if !defined(CONFIGURE_MAX_CMD_LEN)
CONFIGURE_MAX_CMD_LEN!= ${SYSCTL} -n kern.argmax
.endif
_EXPORTED_VARS+= CONFIGURE_MAX_CMD_LEN
GNU_CONFIGURE_PREFIX?= ${PREFIX}
GNU_CONFIGURE_MANPREFIX?= ${MANPREFIX}
CONFIGURE_ARGS+= --prefix=${GNU_CONFIGURE_PREFIX} $${_LATE_CONFIGURE_ARGS}
.if defined(CROSS_TOOLCHAIN)
CROSS_HOST= ${ARCH:S/amd64/x86_64/}-unknown-${OPSYS:tl}${OSREL}
CONFIGURE_ARGS+= --host=${CROSS_HOST}
.endif
CONFIGURE_ENV+= CONFIG_SITE=${CONFIG_SITE} lt_cv_sys_max_cmd_len=${CONFIGURE_MAX_CMD_LEN}
HAS_CONFIGURE= yes

SET_LATE_CONFIGURE_ARGS=
_LATE_CONFIGURE_ARGS="" ;
if [ -z "${CONFIGURE_ARGS:M--localstatedir=*:Q}" ] &&
${CONFIGURE_CMD} --help 2>&1 | ${GREP} -- --localstatedir > /dev/null; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --localstatedir=/var" ;
fi ;
if [ ! -z "${CONFIGURE_CMD} --help 2>&1 | ${GREP} -- '--mandir'" ]; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --mandir=${GNU_CONFIGURE_MANPREFIX}/man" ;
fi ;
if [ ! -z "${CONFIGURE_CMD} --help 2>&1 | ${GREP} -- '--disable-silent-rules'" ]; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --disable-silent-rules" ;
fi ;
if [ ! -z "${CONFIGURE_CMD} --help 2>&1 | ${GREP} -- '--enable-jobserver\[.*\#\]'" ]; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --enable-jobserver=${MAKE_JOBS_NUMBER}" ;
fi ;
if [ ! -z "${CONFIGURE_CMD} --help 2>&1 | ${GREP} -- '--infodir'" ]; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --infodir=${GNU_CONFIGURE_PREFIX}/${INFO_PATH}/${INFO_SUBDIR}" ;
fi ;
if [ -z "${CONFIGURE_CMD} --version 2>&1 | ${EGREP} -i '(autoconf.*2\.13|Unrecognized option)'" ]; then
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} --build=${CONFIGURE_TARGET}" ;
else
_LATE_CONFIGURE_ARGS="$${_LATE_CONFIGURE_ARGS} ${CONFIGURE_TARGET}" ;
fi ;
.endif

Passed to most of script invocations

SCRIPTS_ENV+= CURDIR=${MASTERDIR} DISTDIR=${DISTDIR}
WRKDIR=${WRKDIR} WRKSRC=${WRKSRC} PATCHDIR=${PATCHDIR}
SCRIPTDIR=${SCRIPTDIR} FILESDIR=${FILESDIR}
PORTSDIR=${PORTSDIR} PREFIX=${PREFIX} LOCALBASE=${LOCALBASE}

.if defined(BATCH)
SCRIPTS_ENV+= BATCH=yes
.endif

.if ${PREFIX} == /usr
MANPREFIX?= /usr/share
.else
MANPREFIX?= ${PREFIX}
MANDIRS+= ${PREFIX}/share/man
.endif

MANDIRS+= ${MANPREFIX}/man
.for sect in 1 2 3 4 5 6 7 8 9
MAN${sect}PREFIX?= ${MANPREFIX}
.endfor
MANLPREFIX?= ${MANPREFIX}
MANNPREFIX?= ${MANPREFIX}
INFO_PATH?= share/info

.if defined(INFO)
RUN_DEPENDS+= indexinfo:print/indexinfo

. for D in ${INFO:H}
RD:= ${D}
. if ${RD} != "."
. if !defined(INFO_SUBDIR)
INFO_SUBDIR:= ${RD}
. elif ${INFO_SUBDIR} != ${RD}
BROKEN= only one subdirectory in INFO is allowed
. endif
. endif
.undef RD
. endfor
.endif

DOCSDIR_REL?= ${DOCSDIR:S,^${PREFIX}/,,}
EXAMPLESDIR_REL?= ${EXAMPLESDIR:S,^${PREFIX}/,,}
DATADIR_REL?= ${DATADIR:S,^${PREFIX}/,,}
WWWDIR_REL?= ${WWWDIR:S,^${PREFIX}/,,}
ETCDIR_REL?= ${ETCDIR:S,^${PREFIX}/,,}

PLIST_SUB+= DOCSDIR="${DOCSDIR_REL}"
EXAMPLESDIR="${EXAMPLESDIR_REL}"
DATADIR="${DATADIR_REL}"
WWWDIR="${WWWDIR_REL}"
ETCDIR="${ETCDIR_REL}"

DESKTOPDIR?= ${PREFIX}/share/applications

.MAIN: all

################################################################

Many ways to disable a port.

If we're in BATCH mode and the port is interactive, or we're

in interactive mode and the port is non-interactive, skip all

the important targets. The reason we have two modes is that

one might want to leave a build in BATCH mode running

overnight, then come back in the morning and do only the

interactive ones that required your intervention.

Ignore ports that can't be resold if building for a CDROM.

Don't build a port if it's restricted and we don't want to get

into that.

Don't build a port if it's broken, unless we're running a parallel

build (in case it's fixed).

Don't build a port if it's forbidden for whatever reason.

Don't build a port if the system is too old.

################################################################

Check the machine architectures

.if defined(ONLY_FOR_ARCHS)
.for __ARCH in ${ONLY_FOR_ARCHS}
.if ${ARCH:M${__ARCH}} != ""
__ARCH_OK?= 1
.endif
.endfor
.else
__ARCH_OK?= 1
.endif

.if defined(NOT_FOR_ARCHS)
.for __NARCH in ${NOT_FOR_ARCHS}
.if ${ARCH:M${__NARCH}} != ""
.undef __ARCH_OK
.endif
.endfor
.endif

.if !defined(__ARCH_OK)
.if defined(ONLY_FOR_ARCHS)
IGNORE= is only for ${ONLY_FOR_ARCHS:O},
.else # defined(NOT_FOR_ARCHS)
IGNORE= does not run on ${NOT_FOR_ARCHS:O},
.endif
IGNORE+= while you are running ${ARCH}

.if defined(ONLY_FOR_ARCHS_REASON_${ARCH})
IGNORE+= (reason: ${ONLY_FOR_ARCHS_REASON_${ARCH}})
.elif defined(ONLY_FOR_ARCHS_REASON)
IGNORE+= (reason: ${ONLY_FOR_ARCHS_REASON})
.endif

.if defined(NOT_FOR_ARCHS_REASON_${ARCH})
IGNORE+= (reason: ${NOT_FOR_ARCHS_REASON_${ARCH}})
.elif defined(NOT_FOR_ARCHS_REASON)
IGNORE+= (reason: ${NOT_FOR_ARCHS_REASON})
.endif

.endif

Check the user interaction and legal issues

.if !defined(NO_IGNORE)
.if (defined(IS_INTERACTIVE) && defined(BATCH))
IGNORE= is an interactive port
.elif (!defined(IS_INTERACTIVE) && defined(INTERACTIVE))
IGNORE= is not an interactive port
.elif (defined(NO_CDROM) && defined(FOR_CDROM))
IGNORE= may not be placed on a CDROM: ${NO_CDROM}
.elif (defined(RESTRICTED) && defined(NO_RESTRICTED))
IGNORE= is restricted: ${RESTRICTED}
.elif (defined(NO_PACKAGE) && defined(PACKAGE_BUILDING))
IGNORE= may not be packaged: ${NO_PACKAGE}
.elif defined(IGNORE_${ARCH})
IGNORE= ${IGNORE_${ARCH}}
.elif defined(IGNORE_${OPSYS}${OSREL:R}${ARCH})
IGNORE= ${IGNORE_${OPSYS}${OSREL:R}${ARCH}}
.elif defined(IGNORE_${OPSYS}${OSREL:R})
IGNORE= ${IGNORE${OPSYS}${OSREL:R}}
.elif defined(IGNORE${OPSYS})
IGNORE= ${IGNORE_${OPSYS}}
.elif defined(BROKEN)
.if !defined(TRYBROKEN)
IGNORE= is marked as broken: ${BROKEN}
.endif
.elif defined(BROKEN_${ARCH})
.if !defined(TRYBROKEN)
IGNORE= is marked as broken on ${ARCH}: ${BROKEN_${ARCH}}
.endif
.elif defined(BROKEN_${OPSYS}${OSREL:R}${ARCH})
.if !defined(TRYBROKEN)
IGNORE= is marked as broken on ${OPSYS} ${OSREL} ${ARCH}: ${BROKEN_${OPSYS}${OSREL:R}${ARCH}}
.endif
.elif defined(BROKEN_${OPSYS}${OSREL:R})
.if !defined(TRYBROKEN)
IGNORE= is marked as broken on ${OPSYS} ${OSREL}: ${BROKEN${OPSYS}${OSREL:R}}
.endif
.elif defined(BROKEN${OPSYS})
.if !defined(TRYBROKEN)
IGNORE= is marked as broken on ${OPSYS}: ${BROKEN_${OPSYS}}
.endif
.elif defined(FORBIDDEN)
IGNORE= is forbidden: ${FORBIDDEN}
.endif

Define the text to be output to LEGAL

.if defined(LEGAL_TEXT)
LEGAL= ${LEGAL_TEXT}
.elif defined(RESTRICTED)
LEGAL= ${RESTRICTED}
.elif defined(NO_CDROM)
LEGAL= ${NO_CDROM}
.elif defined(NO_PACKAGE) && ! defined(LEGAL_PACKAGE)
LEGAL= ${NO_PACKAGE}
.endif

.if (defined(MANUAL_PACKAGE_BUILD) && defined(PACKAGE_BUILDING))
IGNORE= has to be built manually: ${MANUAL_PACKAGE_BUILD}
clean:
@${IGNORECMD}
.endif

.if defined(IGNORE)
.if defined(IGNORE_SILENT)
IGNORECMD= ${DO_NADA}
.else
IGNORECMD= ${ECHO_MSG} "===> ${PKGNAME} "${IGNORE:Q}. | ${FMT_80} ; exit 1
.endif

_TARGETS= check-sanity fetch checksum extract patch configure all build
install reinstall test package stage restage

.for target in ${_TARGETS}
.if !target(${target})
${target}:
@${IGNORECMD}
.if defined(INSTALLS_DEPENDS)
@${FALSE}
.endif
.endif
.endfor

.endif

.endif # !defined(NO_IGNORE)

ignorelist:
.if defined(IGNORE) || defined(NO_PACKAGE)
ignorelist: package-name
.endif

ignorelist-verbose:
.if defined(IGNORE)
@${ECHO_CMD} "${PKGNAME}|IGNORE: "${IGNORE:Q}
.elif defined(NO_PACKAGE)
@${ECHO_CMD} "${PKGNAME}|NO_PACKAGE: "${NO_PACKAGE:Q}
.endif

################################################################

Clean directories for ftp or CDROM.

################################################################

.if !defined(LICENSE)

.if defined(RESTRICTED)
clean-restricted: delete-distfiles delete-package
clean-restricted-list: delete-distfiles-list delete-package-list
RESTRICTED_FILES?= ${_DISTFILES} ${_PATCHFILES}
.else
clean-restricted:
clean-restricted-list:
.endif

.if defined(NO_CDROM)
clean-for-cdrom: delete-distfiles delete-package
clean-for-cdrom-list: delete-distfiles-list delete-package-list
RESTRICTED_FILES?= ${_DISTFILES} ${_PATCHFILES}
.else
clean-for-cdrom:
clean-for-cdrom-list:
.endif

.endif # !defined(LICENSE)

.if defined(ALL_HOOK)
all:
@cd ${.CURDIR} && ${SETENV} CURDIR=${.CURDIR} DISTNAME=${DISTNAME}
DISTDIR=${DISTDIR} WRKDIR=${WRKDIR} WRKSRC=${WRKSRC}
PATCHDIR=${PATCHDIR} SCRIPTDIR=${SCRIPTDIR}
FILESDIR=${FILESDIR} PORTSDIR=${PORTSDIR} PREFIX=${PREFIX}
BUILD_DEPENDS="${BUILD_DEPENDS}" RUN_DEPENDS="${RUN_DEPENDS}"
CONFLICTS="${CONFLICTS}"
${ALL_HOOK}
.endif

.if !target(all)
all: stage
.endif

.if !defined(DEPENDS_TARGET)
.if defined(DEPENDS_PRECLEAN)
DEPENDS_TARGET= clean
DEPENDS_ARGS= NOCLEANDEPENDS=yes
.endif
.if make(reinstall)
DEPENDS_TARGET+= reinstall
.else
DEPENDS_TARGET+= install
.endif
.if defined(DEPENDS_CLEAN)
DEPENDS_TARGET+= clean
DEPENDS_ARGS+= NOCLEANDEPENDS=yes
.endif
.endif

.if defined(USE_GITLAB) && !${USE_GITLAB:Mnodefault} && empty(GL_COMMIT_DEFAULT)
check-makevars::
@${ECHO_MSG} "GL_COMMIT is a required 40 character hash for use USE_GITLAB"
@${FALSE}
.endif

################################################################

Do preliminary work to detect if we need to run the config

target or not.

################################################################
.if ((!defined(OPTIONS_DEFINE) && !defined(OPTIONS_SINGLE) && !defined(OPTIONS_MULTI))
&& !defined(OPTIONS_GROUP) && !defined(OPTIONS_RADIO)
|| defined(CONFIG_DONE_${PKGBASE:tu}) ||
defined(PACKAGE_BUILDING) || defined(BATCH))
_OPTIONS_OK=yes
.endif

################################################################

The following are used to create easy dummy targets for

disabling some bit of default target behavior you don't want.

They still check to see if the target exists, and if so don't

do anything, since you might want to set this globally for a

group of ports in a Makefile.inc, but still be able to

override from an individual Makefile.

################################################################

Disable build

.if defined(NO_BUILD) && !target(build)
build: configure
@${TOUCH} ${TOUCH_FLAGS} ${BUILD_COOKIE}
.endif

Disable package

.if defined(NO_PACKAGE) && !target(package)
package:
.if !defined(IGNORE_SILENT)
@${ECHO_MSG} "===> ${PKGNAME} may not be packaged: "${NO_PACKAGE:Q}.
.endif
.endif

################################################################

More standard targets start here.

These are the body of the build/install framework. If you are

not happy with the default actions, and you can't solve it by

adding pre-* or post-* targets/scripts, override these.

################################################################

.if defined(TRYBROKEN) && defined(BROKEN)
buildanyway-message:
@${ECHO_MSG} "Trying build of ${PKGNAME} even though it is marked BROKEN."
.endif

Warn user about deprecated packages. Advisory only.

.if !target(check-deprecated)

Try and keep these messages in sync with the ones in Mk/Scripts/create-manifest.sh

check-deprecated:
.if ${MAINTAINER} == "[email protected]"
@${ECHO_MSG} "===> NOTICE:"
@${ECHO_MSG}
@${ECHO_MSG} "The ${PORTNAME} port currently does not have a maintainer. As a result, it is"
@${ECHO_MSG} "more likely to have unresolved issues, not be up-to-date, or even be removed in"
@${ECHO_MSG} "the future. To volunteer to maintain this port, please create an issue at:"
@${ECHO_MSG}
@${ECHO_MSG} "https://bugs.freebsd.org/bugzilla"
@${ECHO_MSG}
@${ECHO_MSG} "More information about port maintainership is available at:"
@${ECHO_MSG}
@${ECHO_MSG} "https://docs.freebsd.org/en/articles/contributing/#ports-contributing"
@${ECHO_MSG}
.endif
.if defined(DEPRECATED)
@${ECHO_MSG} "===> NOTICE:"
@${ECHO_MSG}
@${ECHO_MSG} "This port is deprecated; you may wish to reconsider installing it:"
@${ECHO_MSG}
@${ECHO_MSG} ${DEPRECATED:Q}.
@${ECHO_MSG}
.if defined(EXPIRATION_DATE)
@${ECHO_MSG} "It is scheduled to be removed on or after ${EXPIRATION_DATE}."
@${ECHO_MSG}
.endif
.endif
.endif

Check if the port is listed in the vulnerability database

AUDITFILE?= ${PKG_DBDIR}/vuln.xml

check-vulnerable:
.if !defined(DISABLE_VULNERABILITIES) && !defined(PACKAGE_BUILDING)
&& exists(${AUDITFILE})
@${SETENV}
dp_ECHO_MSG="${ECHO_MSG}"
dp_PKG_BIN="${PKG_BIN}"
dp_PORTNAME="${PORTNAME}"
dp_PKGNAME="${PKGNAME}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
${SH} ${SCRIPTSDIR}/check-vulnerable.sh
.endif

Quote simply quote all variables, except FETCH_ENV, some ports are creative

with it, and it needs to be quoted twice to pass through the echo/eval in

do-fetch.

_DO_FETCH_ENV=
dp_DISABLE_SIZE='${DISABLE_SIZE}'
dp_DISTDIR='${_DISTDIR}'
dp_DISTINFO_FILE='${DISTINFO_FILE}'
dp_DIST_SUBDIR='${DIST_SUBDIR}'
dp_ECHO_MSG='${ECHO_MSG}'
dp_FETCH_AFTER_ARGS='${FETCH_AFTER_ARGS}'
dp_FETCH_BEFORE_ARGS='${FETCH_BEFORE_ARGS}'
dp_FETCH_CMD='${FETCH_CMD}'
dp_FETCH_ENV=${FETCH_ENV:Q}
dp_FORCE_FETCH_ALL='${FORCE_FETCH_ALL}'
dp_FORCE_FETCH_LIST='${FORCE_FETCH_LIST}'
dp_MASTER_SITE_BACKUP='${_MASTER_SITE_BACKUP}'
dp_MASTER_SITE_OVERRIDE='${_MASTER_SITE_OVERRIDE}'
dp_MASTER_SORT_AWK='${MASTER_SORT_AWK}'
dp_NO_CHECKSUM='${NO_CHECKSUM}'
dp_RANDOMIZE_SITES='${_RANDOMIZE_SITES}'
dp_SCRIPTSDIR='${SCRIPTSDIR}'
dp_TARGET='${.TARGET}'
.if defined(DEVELOPER)
_DO_FETCH_ENV+= dp_DEVELOPER=yes
.else
_DO_FETCH_ENV+= dp_DEVELOPER=
.endif

Fetch

.if !target(do-fetch)
do-fetch:
.if !empty(DISTFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_MASTER_SITES_ENV}
dp_SITE_FLAVOR=MASTER
${SH} ${SCRIPTSDIR}/do-fetch.sh ${DISTFILES:C/./'&'/}
.endif
.if defined(PATCHFILES) && !empty(PATCHFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_PATCH_SITES_ENV}
dp_SITE_FLAVOR=PATCH
${SH} ${SCRIPTSDIR}/do-fetch.sh ${PATCHFILES:C/:-p[0-9]//:C/./'&'/}
.endif
.endif

Prints out a list of files to fetch (useful to do a batch fetch)

.if !target(fetch-list)
fetch-list:
.if !empty(DISTFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_MASTER_SITES_ENV}
dp_SITE_FLAVOR=MASTER
${SH} ${SCRIPTSDIR}/do-fetch.sh ${DISTFILES:C/./'&'/}
.endif
.if defined(PATCHFILES) && !empty(PATCHFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_PATCH_SITES_ENV}
dp_SITE_FLAVOR=PATCH
${SH} ${SCRIPTSDIR}/do-fetch.sh ${PATCHFILES:C/:-p[0-9]//:C/./'&'/}
.endif
.endif

Used by fetch-urlall-list and fetch-url-list

.if !target(fetch-url-list-int)
fetch-url-list-int:
.if !empty(DISTFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_MASTER_SITES_ENV}
dp_SITE_FLAVOR=MASTER
${SH} ${SCRIPTSDIR}/do-fetch.sh ${DISTFILES:C/./'&'/}
.endif
.if defined(PATCHFILES) && !empty(PATCHFILES)
@${SETENV}
${_DO_FETCH_ENV} ${_PATCH_SITES_ENV}
dp_SITE_FLAVOR=PATCH
${SH} ${SCRIPTSDIR}/do-fetch.sh ${PATCHFILES:C/:-p[0-9]//:C/./'&'/}
.endif
.endif

Prints out all the URL for all the DISTFILES and PATCHFILES.

.if !target(fetch-urlall-list)
fetch-urlall-list:
@cd ${.CURDIR} && ${SETENV} FORCE_FETCH_ALL=yes ${MAKE} fetch-url-list-int
.endif

Prints the URL for all the DISTFILES and PATCHFILES that are not here

.if !target(fetch-url-list)
fetch-url-list: fetch-url-list-int
.endif

Extract

clean-wrkdir:
@${RM} -r ${WRKDIR}

.if !target(do-extract)
do-extract: ${EXTRACT_WRKDIR}
@for file in ${EXTRACT_ONLY}; do
if ! (cd ${EXTRACT_WRKDIR} && ${EXTRACT_CMD} ${EXTRACT_BEFORE_ARGS} ${_DISTDIR}/$$file ${EXTRACT_AFTER_ARGS});
then
${ECHO_MSG} "===> Failed to extract "${_DISTDIR}/$$file".";
exit 1;
fi;
done
@if [ ${UID} = 0 ]; then
${CHMOD} -R ug-s ${WRKDIR};
${CHOWN} -R 0:0 ${WRKDIR};
fi
.endif

Patch

.if !target(do-patch)
do-patch:
@${SETENV}
dp_BZCAT="${BZCAT}"
dp_CAT="${CAT}"
dp_DISTDIR="${_DISTDIR}"
dp_ECHO_MSG="${ECHO_MSG}"
dp_EXTRA_PATCHES="${EXTRA_PATCHES}"
dp_EXTRA_PATCH_TREE="${EXTRA_PATCH_TREE}"
dp_GZCAT="${GZCAT}"
dp_OPSYS="${OPSYS}"
dp_PATCH="${PATCH}"
dp_PATCHDIR="${PATCHDIR}"
dp_PATCHFILES="${_PATCHFILES2}"
dp_PATCH_ARGS=${PATCH_ARGS:Q}
dp_PATCH_DEBUG_TMP="${PATCH_DEBUG_TMP}"
dp_PATCH_DIST_ARGS="${PATCH_DIST_ARGS}"
dp_PATCH_CONTINUE_ON_FAIL=${PATCH_CONTINUE_ON_FAIL:Dyes}
dp_PATCH_SILENT="${PATCH_SILENT}"
dp_PATCH_WRKSRC=${PATCH_WRKSRC}
dp_PKGNAME="${PKGNAME}"
dp_PKGORIGIN="${PKGORIGIN}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_UNZIP_NATIVE_CMD="${UNZIP_NATIVE_CMD}"
dp_XZCAT="${XZCAT}"
${SH} ${SCRIPTSDIR}/do-patch.sh
.endif

.if !target(run-autotools-fixup)
run-autotools-fixup:

Work around an issue where FreeBSD 10.0 is detected as FreeBSD 1.x.

.if !defined(WITHOUT_FBSD10_FIX)
-@for f in ${FIND} ${WRKDIR} -type f \( -name config.libpath -o \ -name config.rpath -o -name configure -o -name libtool.m4 -o \ -name ltconfig -o -name libtool -o -name aclocal.m4 -o \ -name acinclude.m4 \) ; do
${SED} -i.fbsd10bak
-e 's|freebsd1*)|freebsd1.*)|g'
-e 's|freebsd[12]*)|freebsd[12].)|g'
-e 's|freebsd[123]*)|freebsd[123].)|g'
-e 's|freebsd[[12]]*)|freebsd[[12]].)|g'
-e 's|freebsd[[123]]*)|freebsd[[123]].)|g'
$${f} ;
cmp -s $${f}.fbsd10bak $${f} ||
${ECHO_MSG} "===&gt; FreeBSD 10 autotools fix applied to $${f}";
${TOUCH} ${TOUCH_FLAGS} -mr $${f}.fbsd10bak $${f} ;
${RM} $${f}.fbsd10bak ;
done
.endif
.endif

Configure

.if !target(do-configure)
do-configure:
@if [ -f ${SCRIPTDIR}/configure ]; then
cd ${.CURDIR} && ${SETENV} ${SCRIPTS_ENV} ${SH}
${SCRIPTDIR}/configure;
fi
.if defined(GNU_CONFIGURE)
@CONFIG_GUESS_DIRS=$$(${FIND} ${WRKDIR} -name config.guess -o -name config.sub
| ${XARGS} -n 1 ${DIRNAME});
for _D in $${CONFIG_GUESS_DIRS}; do
${RM} $${_D}/config.guess;
${CP} ${TEMPLATES}/config.guess $${_D}/config.guess;
${CHMOD} a+rx $${_D}/config.guess;
${RM} $${_D}/config.sub;
${CP} ${TEMPLATES}/config.sub $${_D}/config.sub;
${CHMOD} a+rx $${_D}/config.sub;
done
.endif
.if defined(HAS_CONFIGURE)
@${MKDIR} ${CONFIGURE_WRKSRC}
@(cd ${CONFIGURE_WRKSRC} &&
${SET_LATE_CONFIGURE_ARGS}
if ! ${SETENV} CC="${CC}" CPP="${CPP}" CXX="${CXX}"
CFLAGS="${CFLAGS}" CPPFLAGS="${CPPFLAGS}" CXXFLAGS="${CXXFLAGS}"
LDFLAGS="${LDFLAGS}" LIBS="${LIBS}"
INSTALL="/usr/bin/install -c"
INSTALL_DATA="${INSTALL_DATA}"
INSTALL_LIB="${INSTALL_LIB}"
INSTALL_PROGRAM="${INSTALL_PROGRAM}"
INSTALL_SCRIPT="${INSTALL_SCRIPT}"
${CONFIGURE_ENV} ${CONFIGURE_CMD} ${CONFIGURE_ARGS}; then
${ECHO_MSG} "===> Script "${CONFIGURE_SCRIPT}" failed unexpectedly.";
(${ECHO_CMD} ${CONFIGURE_FAIL_MESSAGE}) | ${FMT_80} ;
${FALSE};
fi)
.endif
.endif

Build

DO_MAKE_BUILD?= ${SETENV} ${MAKE_ENV} ${MAKE_CMD} ${MAKE_FLAGS} ${MAKEFILE} ${_MAKE_JOBS} ${MAKE_ARGS:N${DESTDIRNAME}=*}
.if !target(do-build)
do-build:
@(cd ${BUILD_WRKSRC}; if ! ${DO_MAKE_BUILD} ${ALL_TARGET}; then
if [ -n "${BUILD_FAIL_MESSAGE}" ] ; then
${ECHO_MSG} "===> Compilation failed unexpectedly.";
(${ECHO_CMD} "${BUILD_FAIL_MESSAGE}") | ${FMT_80} ;
fi;
${FALSE};
fi)
.endif

Check conflicts

.if !target(check-conflicts)
check-conflicts: check-build-conflicts check-install-conflicts
.endif

.if !target(check-build-conflicts)
check-build-conflicts:
.if ( defined(CONFLICTS) || defined(CONFLICTS_BUILD) ) && !defined(DISABLE_CONFLICTS) && !defined(DEFER_CONFLICTS_CHECK)
@conflicts_with=$$(
{ ${PKG_QUERY} -g "%n-%v %p %o" ${CONFLICTS:C/.+/'&'/} ${CONFLICTS_BUILD:C/.+/'&'/} 2>/dev/null || : ; }
| while read pkgname prfx orgn; do
if [ "/${PREFIX}" = "/$${prfx}" -a "/${PKGORIGIN}" != "/$${orgn}" ]; then
${ECHO_CMD} -n " $${pkgname}";
fi;
done);
if [ -n "$${conflicts_with}" ]; then
${ECHO_MSG};
${ECHO_MSG} "===> ${PKGNAME} conflicts with installed package(s): ";
for entry in $${conflicts_with}; do
${ECHO_MSG} " $${entry}";
done;
${ECHO_MSG};
${ECHO_MSG} " They will not build together.";
${ECHO_MSG} " Please remove them first with pkg delete.";
exit 1;
fi
.endif
.endif

.if !target(identify-install-conflicts)
CONFLICT_WARNING_WAIT?= 10
identify-install-conflicts:
.if ( defined(CONFLICTS) || defined(CONFLICTS_INSTALL) ) && !defined(DISABLE_CONFLICTS)
@conflicts_with=$$(
{ ${PKG_QUERY} -g "%n-%v %p %o" ${CONFLICTS:C/.+/'&'/} ${CONFLICTS_INSTALL:C/.+/'&'/} 2>/dev/null || : ; }
| while read pkgname prfx orgn; do
if [ "/${PREFIX}" = "/$${prfx}" -a "/${PKGORIGIN}" != "/$${orgn}" ]; then
${ECHO_CMD} -n " $${pkgname}";
fi;
done);
if [ -n "$${conflicts_with}" ]; then
${ECHO_MSG};
${ECHO_MSG} "===> ${PKGNAME} conflicts with installed package(s): ";
for entry in $${conflicts_with}; do
${ECHO_MSG} " $${entry}";
done;
${ECHO_MSG};
${ECHO_MSG} " They install files into the same place.";
${ECHO_MSG} " You may want to stop build with Ctrl + C.";
sleep ${CONFLICT_WARNING_WAIT};
fi
.endif
.endif

.if !target(check-install-conflicts)
check-install-conflicts:
.if ( defined(CONFLICTS) || defined(CONFLICTS_INSTALL) || ( defined(CONFLICTS_BUILD) && defined(DEFER_CONFLICTS_CHECK) ) ) && !defined(DISABLE_CONFLICTS)
.if defined(DEFER_CONFLICTS_CHECK)
@conflicts_with=$$(
{ ${PKG_QUERY} -g "%n-%v %p %o" ${CONFLICTS:C/.+/'&'/} ${CONFLICTS_BUILD:C/.+/'&'/} ${CONFLICTS_INSTALL:C/.+/'&'/} 2>/dev/null || : ; }
| while read pkgname prfx orgn; do
if [ "/${PREFIX}" = "/$${prfx}" -a "/${PKGORIGIN}" != "/$${orgn}" ]; then
${ECHO_CMD} -n " $${pkgname}";
fi;
done);
if [ -n "$${conflicts_with}" ]; then
${ECHO_MSG};
${ECHO_MSG} "===> ${PKGNAME} conflicts with installed package(s): ";
for entry in $${conflicts_with}; do
${ECHO_MSG} " $${entry}";
done;
${ECHO_MSG};
${ECHO_MSG} " Please remove them first with pkg delete.";
exit 1;
fi
.else
@conflicts_with=$$(
{ ${PKG_QUERY} -g "%n-%v %p %o" ${CONFLICTS:C/.+/'&'/} ${CONFLICTS_INSTALL:C/.+/'&'/} 2>/dev/null || : ; }
| while read pkgname prfx orgn; do
if [ "/${PREFIX}" = "/$${prfx}" -a "/${PKGORIGIN}" != "/$${orgn}" ]; then
${ECHO_CMD} -n " $${pkgname}";
fi;
done);
if [ -n "$${conflicts_with}" ]; then
${ECHO_MSG};
${ECHO_MSG} "===> ${PKGNAME} conflicts with installed package(s): ";
for entry in $${conflicts_with}; do
${ECHO_MSG} " $${entry}";
done;
${ECHO_MSG};
${ECHO_MSG} " They install files into the same place.";
${ECHO_MSG} " Please remove them first with pkg delete.";
exit 1;
fi
.endif # defined(DEFER_CONFLICTS_CHECK)
.endif
.endif

Install

.if !target(do-install) && !defined(NO_INSTALL)
do-install:
@(cd ${INSTALL_WRKSRC} && ${SETENV} ${MAKE_ENV} ${FAKEROOT} ${MAKE_CMD} ${MAKE_FLAGS} ${MAKEFILE} ${MAKE_ARGS} ${INSTALL_TARGET})
.endif

Test

.if !target(do-test) && defined(TEST_TARGET)
DO_MAKE_TEST?= ${SETENV} ${TEST_ENV} ${MAKE_CMD} ${MAKE_FLAGS} ${MAKEFILE} ${TEST_ARGS:N${DESTDIRNAME}=*}
do-test:
@(cd ${TEST_WRKSRC}; if ! ${DO_MAKE_TEST} ${TEST_TARGET}; then
if [ -n "${TEST_FAIL_MESSAGE}" ] ; then
${ECHO_MSG} "===> Tests failed unexpectedly.";
(${ECHO_CMD} "${TEST_FAIL_MESSAGE}") | ${FMT_80} ;
fi;
${FALSE};
fi)
.endif

Package

.if defined(_HAVE_PACKAGES)
_EXTRA_PACKAGE_TARGET_DEP+= ${PKGFILE}
_PORTS_DIRECTORIES+= ${PKGREPOSITORY}

${PKGFILE}: ${WRKDIR_PKGFILE} ${PKGREPOSITORY}
@${LN} -f ${WRKDIR_PKGFILE} ${PKGFILE} 2>/dev/null
|| ${CP} -f ${WRKDIR_PKGFILE} ${PKGFILE}

.if !defined(_PKG_TRANSITIONING_TO_NEW_EXT)
_EXTRA_PACKAGE_TARGET_DEP+= ${PKGOLDFILE}
${PKGOLDFILE}: ${PKGFILE}
${INSTALL} -l rs ${PKGFILE} ${PKGOLDFILE}
.endif

. if ${PKGORIGIN} == "ports-mgmt/pkg" || ${PKGORIGIN} == "ports-mgmt/pkg-devel"
_EXTRA_PACKAGE_TARGET_DEP+= ${PKGLATESTREPOSITORY}
_PORTS_DIRECTORIES+= ${PKGLATESTREPOSITORY}
_EXTRA_PACKAGE_TARGET_DEP+= ${PKGLATESTFILE}

${PKGLATESTFILE}: ${PKGFILE} ${PKGLATESTREPOSITORY}
${INSTALL} -l rs ${PKGFILE} ${PKGLATESTFILE}

.if !defined(_PKG_TRANSITIONING_TO_NEW_EXT)
_EXTRA_PACKAGE_TARGET_DEP+= ${PKGOLDLATESTFILE} ${PKGOLDSIGFILE}

${PKGOLDLATESTFILE}: ${PKGOLDFILE} ${PKGLATESTREPOSITORY}
${INSTALL} -l rs ${PKGOLDFILE} ${PKGOLDLATESTFILE}

Temporary workaround to be deleted once every supported version of FreeBSD

have a bootstrap which handles the pkg extension.

${PKGOLDSIGFILE}: ${PKGLATESTREPOSITORY}
${INSTALL} -l rs pkg.pkg.sig ${PKGOLDSIGFILE}
.endif
. endif

.endif

from here this will become a loop for subpackages

${WRKDIR_PKGFILE}: ${TMPPLIST} create-manifest ${WRKDIR}/pkg
@if ! ${SETENV} ${PKG_ENV} FORCE_POST="${_FORCE_POST_PATTERNS}" ${PKG_CREATE} ${PKG_CREATE_ARGS} -m ${METADIR} -p ${TMPPLIST} -o ${WRKDIR}/pkg ${PKGNAME}; then
cd ${.CURDIR} && eval ${MAKE} delete-package >/dev/null;
exit 1;
fi
#

Temporary will be later dynamically added per subpackages

_EXTRA_PACKAGE_TARGET_DEP+= ${WRKDIR_PKGFILE}

This will be the end of the loop

.if !target(do-package)
PKG_CREATE_ARGS+= -f ${PKG_COMPRESSION_FORMAT}
.if defined(PKG_COMPRESSION_LEVEL)
PKG_CREATE_ARGS+= -l ${PKG_COMPRESSION_LEVEL}
.endif
PKG_CREATE_ARGS+= -r ${STAGEDIR}
. if defined(PKG_CREATE_VERBOSE)
PKG_CREATE_ARGS+= -v
. endif
do-package: ${_EXTRA_PACKAGE_TARGET_DEP} ${WRKDIR}/pkg
.endif

.if !target(delete-package)
delete-package:
@${ECHO_MSG} "===> Deleting package for ${PKGNAME}"

When staging, the package may only be in the workdir if not root

@${RM} ${PKGFILE} ${WRKDIR_PKGFILE} 2>/dev/null || :

.endif

.if !target(delete-package-list)
delete-package-list:
@${ECHO_CMD} "[ -f ${PKGFILE} ] && (${ECHO_CMD} deleting ${PKGFILE}; ${RM} ${PKGFILE})"
.endif

Used by scripts and users to install a package from local repository.

Poudriere -i uses this, please keep.

.if !target(install-package)
.if defined(FORCE_PKG_REGISTER)
_INSTALL_PKG_ARGS= -f
.endif
.if defined(INSTALLS_DEPENDS)
_INSTALL_PKG_ARGS+= -A
.endif
install-package:
@if [ -f "${WRKDIR}/pkg/${PKGNAME}${PKG_SUFX}" ]; then
_pkgfile="${WRKDIR_PKGFILE}";
else
_pkgfile="${PKGFILE}";
fi;
${PKG_ADD} ${_INSTALL_PKG_ARGS} $${_pkgfile}
.endif

Utility targets follow

.if !target(check-already-installed)
.if !defined(NO_PKG_REGISTER) && !defined(FORCE_PKG_REGISTER)
check-already-installed:
@${ECHO_MSG} "===> Checking if ${PKGBASE} is already installed";
pkgname=${PKG_INFO} -q -O ${PKGBASE};
if [ -n "$${pkgname}" ]; then
v=${PKG_VERSION} -t $${pkgname} ${PKGNAME};
if [ "$${v}" = "<" ]; then
${ECHO_CMD} "===> An older version of ${PKGBASE} is already installed ($${pkgname})";
else
${ECHO_CMD} "===> ${PKGNAME} is already installed";
fi;
${ECHO_MSG} " You may wish to ``make deinstall'' and install this port again";
${ECHO_MSG} " by ``make reinstall'' to upgrade it properly.";
${ECHO_MSG} " If you really wish to overwrite the old port of ${PKGBASE}";
${ECHO_MSG} " without deleting it first, set the variable "FORCE_PKG_REGISTER"";
${ECHO_MSG} " in your environment or the "make install" command line.";
exit 1;
fi
.endif
.endif

.if !target(check-umask)
check-umask:
@if [ ${SH} -c umask != 0022 ]; then
${ECHO_MSG} "===> Warning: your umask is "${SH} -c umask"".;
${ECHO_MSG} " If this is not desired, set it to an appropriate value";
${ECHO_MSG} " and install this port again by ``make reinstall''.";
fi
.endif

Needed for poudriere wait for at least a year before removing

XXX 2017-04-09

.if !target(install-mtree)
install-mtree:
.endif

.if !target(install-ldconfig-file)
install-ldconfig-file:
. if defined(USE_LDCONFIG) || defined(USE_LDCONFIG32)
. if defined(USE_LDCONFIG)
. if !defined(USE_LINUX_PREFIX)
. if ${USE_LDCONFIG} != "${LOCALBASE}/lib" && !defined(INSTALL_AS_USER)
@${ECHO_MSG} "===> Installing ldconfig configuration file"
. if defined(NO_MTREE) || ${PREFIX} != ${LOCALBASE}
@${MKDIR} ${STAGEDIR}${LOCALBASE}/${LDCONFIG_DIR}
. endif
@${ECHO_CMD} ${USE_LDCONFIG} | ${TR} ' ' '\n'
> ${STAGEDIR}${LOCALBASE}/${LDCONFIG_DIR}/${PKGBASE}
@${ECHO_CMD} ${LOCALBASE}/${LDCONFIG_DIR}/${PKGBASE} >> ${TMPPLIST}
. if ${PREFIX} != ${LOCALBASE}
@${ECHO_CMD} "@dir ${LOCALBASE}/${LDCONFIG_DIR}" >> ${TMPPLIST}
. endif
. endif
. endif
. endif
. if defined(USE_LDCONFIG32)
. if !defined(INSTALL_AS_USER)
@${ECHO_MSG} "===> Installing 32-bit ldconfig configuration file"
. if defined(NO_MTREE) || ${PREFIX} != ${LOCALBASE}
@${MKDIR} ${STAGEDIR}${LOCALBASE}/${LDCONFIG32_DIR}
. endif
@${ECHO_CMD} ${USE_LDCONFIG32} | ${TR} ' ' '\n'
> ${STAGEDIR}${LOCALBASE}/${LDCONFIG32_DIR}/${PKGBASE}
@${ECHO_CMD} ${LOCALBASE}/${LDCONFIG32_DIR}/${PKGBASE} >> ${TMPPLIST}
. if ${PREFIX} != ${LOCALBASE}
@${ECHO_CMD} "@dir ${LOCALBASE}/${LDCONFIG32_DIR}" >> ${TMPPLIST}
. endif
. endif
. endif
. endif
.endif

.if !defined(USE_LINUX_PREFIX)
. if !target(fixup-lib-pkgconfig)
fixup-lib-pkgconfig:
@if [ -d ${STAGEDIR}${PREFIX}/lib/pkgconfig ]; then
if [ -z "$$(${FIND} ${STAGEDIR}${PREFIX}/lib/pkgconfig -maxdepth 0 -empty)" ]; then
${MKDIR} ${STAGEDIR}${PREFIX}/libdata/pkgconfig;
${MV} ${STAGEDIR}${PREFIX}/lib/pkgconfig/* ${STAGEDIR}${PREFIX}/libdata/pkgconfig;
fi;
${RMDIR} ${STAGEDIR}${PREFIX}/lib/pkgconfig;
fi
. endif
.endif

.if !target(create-users-groups)
.if defined(GROUPS) || defined(USERS)
_UG_INSTALL= ${WRKDIR}/users-groups-install.sh
_UG_DEINSTALL= ${WRKDIR}/users-groups-deinstall.sh
PKGPREINSTALL+= ${_UG_INSTALL}
PKGPOSTDEINSTALL+= ${_UG_DEINSTALL}
create-users-groups:
@${SETENV}
dp_ECHO_MSG="${ECHO_MSG}"
dp_GID_FILES="${GID_FILES}"
dp_GID_OFFSET="${GID_OFFSET}"
dp_GROUPS_BLACKLIST="${GROUPS_BLACKLIST}"
dp_INSTALL="${INSTALL}"
dp_OPSYS="${OPSYS}"
dp_OSVERSION="${OSVERSION}"
dp_PREFIX="${PREFIX}"
dp_PW="${PW}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_UG_DEINSTALL="${_UG_DEINSTALL}"
dp_UG_INSTALL="${_UG_INSTALL}"
dp_UID_FILES="${UID_FILES}"
dp_UID_OFFSET="${UID_OFFSET}"
dp_USERS_BLACKLIST="${USERS_BLACKLIST}"
${SH} ${SCRIPTSDIR}/do-users-groups.sh "${USERS}" "${GROUPS}"
.endif
.endif

.if !defined(DISABLE_SECURITY_CHECK)
.if !target(security-check)
security-check: ${TMPPLIST}

Scan PLIST for:

1. setugid files

2. accept()/recvfrom() which indicates network listening capability

3. insecure functions (gets/mktemp/tempnam/[XXX])

4. startup scripts, in conjunction with 2.

5. world-writable files/dirs

The ${NONEXISTENT} argument of ${READELF} is there so that there are always

at least two file arguments, and forces it to always output the "File: foo"

header lines.

-@${RM} ${WRKDIR}/.PLIST.setuid ${WRKDIR}/.PLIST.writable ${WRKDIR}/.PLIST.readelf; \
${AWK} -v prefix='${PREFIX}' ' \
	match($$0, /^@cwd /) { prefix = substr($$0, RSTART + RLENGTH); if (prefix == "/") prefix=""; next; } \
	/^@/ { next; } \
	/^\// { print; next; } \
	{ print prefix "/" $$0; } \
' ${TMPPLIST} > ${WRKDIR}/.PLIST.flattened; \
${TR} '\n' '\0' < ${WRKDIR}/.PLIST.flattened \
| ${XARGS} -0 -J % ${FIND} % -prune ! -type l -type f \( -perm -4000 -o -perm -2000 \) \( -perm -0010 -o -perm -0001 \) 2> /dev/null > ${WRKDIR}/.PLIST.setuid; \
${TR} '\n' '\0' < ${WRKDIR}/.PLIST.flattened \
| ${XARGS} -0 -J % ${FIND} % -prune -perm -0002 \! -type l 2> /dev/null > ${WRKDIR}/.PLIST.writable; \
${TR} '\n' '\0' < ${WRKDIR}/.PLIST.flattened \
| ${XARGS} -0 -J % ${FIND} % -prune ! -type l -type f -print0 2> /dev/null \
| ${XARGS} -0 ${READELF} -r ${NONEXISTENT} 2> /dev/null > ${WRKDIR}/.PLIST.readelf; \
if \
	! ${AWK} -v audit="$${PORTS_AUDIT}" -f ${SCRIPTSDIR}/security-check.awk \
	  ${WRKDIR}/.PLIST.flattened ${WRKDIR}/.PLIST.readelf ${WRKDIR}/.PLIST.setuid ${WRKDIR}/.PLIST.writable; \
then \
	www_site=$$(cd ${.CURDIR} && ${MAKE} www-site); \
    if [ ! -z "$${www_site}" ]; then \
		${ECHO_MSG}; \
		${ECHO_MSG} "      For more information, and contact details about the security"; \
		${ECHO_MSG} "      status of this software, see the following webpage: "; \
		${ECHO_MSG} "$${www_site}"; \
	fi; \
fi

.endif
.else # i.e. defined(DISABLE_SECURITY_CHECK)
security-check:
@${ECHO_MSG} " WARNING: Security check has been disabled."
.endif # !defined(DISABLE_SECURITY_CHECK)

################################################################

Skeleton targets start here

You shouldn't have to change these. Either add the pre-* or

post-* targets/scripts or redefine the do-* targets. These

targets don't do anything other than checking for cookies and

call the necessary targets/scripts.

################################################################

extract-message:
@${ECHO_MSG} "===> Extracting for ${PKGNAME}"
patch-message:
@${ECHO_MSG} "===> Patching for ${PKGNAME}"
configure-message:
@${ECHO_MSG} "===> Configuring for ${PKGNAME}"
build-message:
@${ECHO_MSG} "===> Building for ${PKGNAME}"
stage-message:
@${ECHO_MSG} "===> Staging for ${PKGNAME}"
install-message:
@${ECHO_MSG} "===> Installing for ${PKGNAME}"
test-message:
@${ECHO_MSG} "===> Testing for ${PKGNAME}"
package-message:
@${ECHO_MSG} "===> Building package for ${PKGNAME}"

Empty pre-* and post-* targets

.if exists(${SCRIPTDIR})
.for stage in pre post
.for name in pkg check-sanity fetch extract patch configure build stage install package

.if !target(${stage}-${name}-script)
.if exists(${SCRIPTDIR}/${stage}-${name})
${stage}-${name}-script:
@ cd ${.CURDIR} && ${SETENV} ${SCRIPTS_ENV} ${SH}
${SCRIPTDIR}/${.TARGET:S/-script$//}
.endif
.endif

.endfor
.endfor
.endif

.if !target(pretty-print-www-site)
pretty-print-www-site:
@www_site=$$(cd ${.CURDIR} && ${MAKE} www-site);
if [ -n "$${www_site}" ]; then
${ECHO_MSG} -n " and/or visit the ";
${ECHO_MSG} -n "&lt;a href="$${www_site}">web site";
${ECHO_MSG} " for further information";
fi
.endif

################################################################

Some more targets supplied for users' convenience

################################################################

Checkpatch

Special target to verify patches

.if !target(checkpatch)
checkpatch:
@cd ${.CURDIR} && ${MAKE} ${PATCH_SILENT} PATCH_CHECK_ONLY=yes ${_PATCH_DEP} ${_PATCH_REAL_SEQ}
.endif

Reinstall

Special target to re-run install

.if !target(reinstall)
reinstall:
@${RM} ${INSTALL_COOKIE} ${PACKAGE_COOKIE}
@cd ${.CURDIR} && DEPENDS_TARGET="${DEPENDS_TARGET}" ${MAKE} deinstall install
.endif

.if !target(restage)
restage:
@${RM} -r ${STAGEDIR} ${STAGE_COOKIE} ${INSTALL_COOKIE} ${PACKAGE_COOKIE}
@cd ${.CURDIR} && ${MAKE} stage
.endif

Deinstall

Special target to remove installation

.if !target(deinstall)
deinstall:
.if defined(UID) && ${UID} != 0 && !defined(INSTALL_AS_USER)
@${ECHO_MSG} "===> Switching to root credentials for '${.TARGET}' target"
@cd ${.CURDIR} &&
${SU_CMD} "${MAKE} ${.TARGET}"
@${ECHO_MSG} "===> Returning to user credentials"
.else
@${ECHO_MSG} "===> Deinstalling for ${PKGBASE}"
@if ${PKG_INFO} -e ${PKGBASE}; then
p=${PKG_INFO} -q -O ${PKGBASE};
${ECHO_MSG} "===&gt; Deinstalling $${p}";
${PKG_DELETE} -f ${PKGBASE} ;
else
${ECHO_MSG} "===> ${PKGBASE} not installed, skipping";
fi
@${RM} ${INSTALL_COOKIE} ${PACKAGE_COOKIE}
.endif
.endif

Deinstall-all

Special target to remove installation of all ports of the same origin

.if !target(deinstall-all)
deinstall-all:
.if ${UID} != 0 && !defined(INSTALL_AS_USER)
@${ECHO_MSG} "===> Switching to root credentials for '${.TARGET}' target"
@cd ${.CURDIR} &&
${SU_CMD} "${MAKE} ${.TARGET}"
@${ECHO_MSG} "===> Returning to user credentials"
.else
@${ECHO_MSG} "===> Deinstalling for ${PKGORIGIN}"
@deinstall_names=${PKG_INFO} -q -O ${PKGORIGIN};
for oldpkgorigin in $$(${GREP} "|${PKGORIGIN}|" ${PORTSDIR}/MOVED | ${CUT} -f 1 -d '|' | ${SORT} -u); do
deinstall_names="$${deinstall_names} $$(${PKG_INFO} -q -O $${oldpkgorigin})";
done;
if [ -n "$${deinstall_names}" ]; then
for d in $${deinstall_names}; do
${ECHO_MSG} "===&gt; Deinstalling $${d}";
${PKG_DELETE} -f $${d};
done;
else
${ECHO_MSG} "===> ${PKGORIGIN} not installed, skipping";
fi;
${RM} ${INSTALL_COOKIE} ${PACKAGE_COOKIE}
.endif
.endif

Cleaning up

.if !target(do-clean)
do-clean:
@if [ -d ${WRKDIR} ]; then
if [ -w ${WRKDIR} ]; then
${RM} -r ${WRKDIR};
else
${ECHO_MSG} "===> ${WRKDIR} not writable, skipping";
fi;
fi
.endif

.if !target(clean)
pre-clean: clean-msg
clean-msg:
@${ECHO_MSG} "===> Cleaning for ${PKGNAME}"

.if empty(FLAVORS)
CLEAN_DEPENDENCIES=
.if !defined(NOCLEANDEPENDS)
CLEAN_DEPENDENCIES+= limited-clean-depends-noflavor
limited-clean-depends-noflavor:
@cd ${.CURDIR} && ${MAKE} limited-clean-depends
.endif
.if target(pre-clean)
CLEAN_DEPENDENCIES+= pre-clean-noflavor
pre-clean-noflavor:
@cd ${.CURDIR} && ${SETENV} ${MAKE} pre-clean
.endif
CLEAN_DEPENDENCIES+= do-clean-noflavor
do-clean-noflavor:
@cd ${.CURDIR} && ${SETENV} ${MAKE} do-clean
.if target(post-clean)
CLEAN_DEPENDENCIES+= post-clean-noflavor
post-clean-noflavor:
@cd ${.CURDIR} && ${SETENV} ${MAKE} post-clean
.endif
.ORDER: ${CLEAN_DEPENDENCIES}
clean: ${CLEAN_DEPENDENCIES}
.endif

.if !empty(_FLAVOR)
_CLEANFLAVORS= ${_FLAVOR}
.else
_CLEANFLAVORS= ${FLAVORS}
.endif
.for _f in ${_CLEANFLAVORS}
CLEAN_DEPENDENCIES=
.if !defined(NOCLEANDEPENDS)
CLEAN_DEPENDENCIES+= limited-clean-depends-${_f}
limited-clean-depends-${_f}:
@cd ${.CURDIR} && ${SETENV} FLAVOR=${_f} ${MAKE} limited-clean-depends
.endif
.if target(pre-clean)
CLEAN_DEPENDENCIES+= pre-clean-${_f}
pre-clean-${_f}:
@cd ${.CURDIR} && ${SETENV} FLAVOR=${_f} ${MAKE} pre-clean
.endif
CLEAN_DEPENDENCIES+= do-clean-${_f}
do-clean-${_f}:
@cd ${.CURDIR} && ${SETENV} FLAVOR=${_f} ${MAKE} do-clean
.if target(post-clean)
CLEAN_DEPENDENCIES+= post-clean-${_f}
post-clean-${_f}:
@cd ${.CURDIR} && ${SETENV} FLAVOR=${_f} ${MAKE} post-clean
.endif
.ORDER: ${CLEAN_DEPENDENCIES}
clean: ${CLEAN_DEPENDENCIES}
.endfor
.endif

.if !target(distclean)
distclean: clean
@cd ${.CURDIR} && ${MAKE} delete-distfiles RESTRICTED_FILES="${_DISTFILES:Q} ${_PATCHFILES:Q}"
.endif

.if !target(delete-distfiles)
delete-distfiles:
@${ECHO_MSG} "===> Deleting distfiles for ${PKGNAME}"
@(if [ "X${RESTRICTED_FILES}" != "X" -a -d ${_DISTDIR} ]; then
cd ${_DISTDIR};
for file in ${RESTRICTED_FILES}; do
${RM} $${file};
dir=$${file%/*};
if [ "$${dir}" != "$${file}" ]; then
${RMDIR} -p $${dir} >/dev/null 2>&1 || :;
fi;
done;
fi)
.if defined(DIST_SUBDIR)
-@${RMDIR} ${_DISTDIR} >/dev/null 2>&1 || ${TRUE}
.endif
.endif

.if !target(delete-distfiles-list)
delete-distfiles-list:
@${ECHO_CMD} "# ${PKGNAME}"
@if [ "X${RESTRICTED_FILES}" != "X" ]; then
for file in ${RESTRICTED_FILES}; do
${ECHO_CMD} "[ -f ${_DISTDIR}/$$file ] && (${ECHO_CMD} deleting ${_DISTDIR}/$$file; ${RM} ${_DISTDIR}/$$file)";
dir=$${file%/*};
if [ "$${dir}" != "$${file}" ]; then
${ECHO_CMD} "(cd ${_DISTDIR} && ${RMDIR} -p $${dir} 2>/dev/null)";
fi;
done;
fi
.if defined(DIST_SUBDIR)
@${ECHO_CMD} "${RMDIR} ${_DISTDIR} 2>/dev/null || ${TRUE}"
.endif
.endif

Generates patches.

update-patches:
@Toedit=PATCH_WRKSRC=${PATCH_WRKSRC} \ PATCHDIR=${PATCHDIR} \ PATCH_LIST=${PATCHDIR}/patch-* \ DIFF_ARGS=${DIFF_ARGS} \ DISTORIG=${DISTORIG} \ ${SH} ${PORTSDIR}/Tools/scripts/update-patches;
case $$toedit in "");;
*) ${ECHO_CMD} -n 'edit patches: '; read i;
cd ${PATCHDIR} &amp;&amp; $${VISUAL:-$${EDIT:-/usr/bin/vi}} $$toedit;; esac

Checksumming utilities

List all algorithms here, all the variables name must begin with dp_

_CHECKSUM_INIT_ENV=
dp_SHA256=${SHA256}

.if !target(makesum)

Some port change the options with OPTIONS_*_FORCE when make(makesum) to be

able to add all distfiles in one go.

For this to work, we need to call the do-fetch script directly here so that

the options consistent when fetching and when makesum'ing.

As we're fetching new distfiles, that are not in the distinfo file, disable

checksum and sizes checks.

makesum: check-sanity
@cd ${.CURDIR} && ${MAKE} fetch NO_CHECKSUM=yes
DISABLE_SIZE=yes DISTFILES="${DISTFILES}"
MASTER_SITES="${MASTER_SITES}"
PATCH_SITES="${PATCH_SITES}"
@${SETENV}
${_CHECKSUM_INIT_ENV}
dp_CHECKSUM_ALGORITHMS='${CHECKSUM_ALGORITHMS:tu}'
dp_CKSUMFILES='${_CKSUMFILES}'
dp_DISTDIR='${DISTDIR}'
dp_DISTINFO_FILE='${DISTINFO_FILE}'
dp_ECHO_MSG='${ECHO_MSG}'
dp_SCRIPTSDIR='${SCRIPTSDIR}'
${SH} ${SCRIPTSDIR}/makesum.sh ${DISTFILES:C/.*/'&'/}
.endif

.if !target(checksum)
checksum: fetch
.if !empty(_CKSUMFILES) && !defined(NO_CHECKSUM)
@${SETENV}
${_CHECKSUM_INIT_ENV}
dp_CHECKSUM_ALGORITHMS='${CHECKSUM_ALGORITHMS:tu}'
dp_CURDIR='${.CURDIR}'
dp_DISTDIR='${DISTDIR}'
dp_DISTINFO_FILE='${DISTINFO_FILE}'
dp_DIST_SUBDIR='${DIST_SUBDIR}'
dp_ECHO_MSG='${ECHO_MSG}'
dp_FETCH_REGET='${FETCH_REGET}'
dp_MAKE='${MAKE}'
dp_MAKEFLAGS='${.MAKEFLAGS}'
dp_SCRIPTSDIR='${SCRIPTSDIR}'
dp_DISABLE_SIZE='${DISABLE_SIZE}'
dp_NO_CHECKSUM='${NO_CHECKSUM}'
${SH} ${SCRIPTSDIR}/checksum.sh ${_CKSUMFILES:C/.*/'&'/}
.endif
.endif

Some port's archives contains files modes that are a bit too restrictive for

some usage. For example:

BUILD_DEPENDS= ${NONEXISTENT}:foo/bar:configure

When building as a regular user, dependencies are installed/built as root, so

if the archive contains files that have a mode of, say, 600, they will not be

readable by the port requesting the dependency.

This will also fix broken distribution files where directories don't have the

executable bit on.

extract-fixup-modes:
@${CHMOD} -R u+w,a+rX ${WRKDIR}

################################################################

The special package-building targets

You probably won't need to touch these

################################################################

Nobody should want to override this unless PKGNAME is simply bogus.

.if !target(package-name)
package-name:
@${ECHO_CMD} ${PKGNAME}
.endif

Build a package but don't check the package cookie

.if !target(repackage)
repackage: pre-repackage package

pre-repackage:
@${RM} ${PACKAGE_COOKIE}
.endif

Build a package but don't check the cookie for installation, also don't

install package cookie

.if !target(package-noinstall)
package-noinstall: package
.endif

################################################################

Dependency checking

################################################################

.if !target(depends)
depends: pkg-depends extract-depends patch-depends lib-depends fetch-depends build-depends run-depends

.for deptype in PKG EXTRACT PATCH FETCH BUILD LIB RUN TEST
${deptype:tl}-depends:
.if defined(${deptype}_DEPENDS) && !defined(NO_DEPENDS)
@${SETENV}
dp_RAWDEPENDS="${${deptype}_DEPENDS}"
dp_DEPTYPE="${deptype}_DEPENDS"
dp_DEPENDS_TARGET="${DEPENDS_TARGET}"
dp_DEPENDS_PRECLEAN="${DEPENDS_PRECLEAN}"
dp_DEPENDS_CLEAN="${DEPENDS_CLEAN}"
dp_DEPENDS_ARGS="${DEPENDS_ARGS}"
dp_USE_PACKAGE_DEPENDS="${USE_PACKAGE_DEPENDS}"
dp_USE_PACKAGE_DEPENDS_ONLY="${USE_PACKAGE_DEPENDS_ONLY}"
dp_PKG_ADD="${PKG_ADD}"
dp_PKG_INFO="${PKG_INFO}"
dp_WRKDIR="${WRKDIR}"
dp_PKGNAME="${PKGNAME}"
dp_STRICT_DEPENDS="${STRICT_DEPENDS}"
dp_LOCALBASE="${LOCALBASE}"
dp_LIB_DIRS="${LIB_DIRS}"
dp_SH="${SH}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
PORTSDIR="${PORTSDIR}"
dp_OVERLAYS="${OVERLAYS}"
dp_MAKE="${MAKE}"
dp_MAKEFLAGS='${.MAKEFLAGS}'
${SH} ${SCRIPTSDIR}/do-depends.sh
.endif
.endfor

.endif

Dependency lists: both build and runtime, recursive. Print out directory names.

_UNIFIED_DEPENDS=${PKG_DEPENDS} ${EXTRACT_DEPENDS} ${PATCH_DEPENDS} ${FETCH_DEPENDS} ${BUILD_DEPENDS} ${LIB_DEPENDS} ${RUN_DEPENDS} ${TEST_DEPENDS}
_DEPEND_SPECIALS= ${_UNIFIED_DEPENDS:M*:::C,^[^:]:([^:]):.*$,\1,}

.for d in ${_UNIFIED_DEPENDS:M*:/*}
_PORTSDIR_STR= $${PORTSDIR}/
DEV_WARNING+= "It looks like the ${d} depends line has an absolute port origin, make sure to remove $${_PORTSDIR_STR} from it."
.endfor

all-depends-list:
@${ALL-DEPENDS-LIST}

_FLAVOR_RECURSIVE_SH=
if [ -z "$${recursive_cmd}" ]; then
${ECHO_MSG} "_FLAVOR_RECURSIVE_SH requires recursive_cmd to be set to the recursive make target to run." >&2;
${FALSE};
fi;
if [ "$${recursive_dirs-null}" = "null" ]; then
${ECHO_MSG} "_FLAVOR_RECURSIVE_SH requires recursive_dirs to be set to the directories to recurse." >&2;
${FALSE};
fi;
for dir in $${recursive_dirs}; do
unset flavor FLAVOR;
case $${dir} in
@/) ;;
@)
flavor=$${dir#@};
dir=$${dir%@};
;;
esac;
case $$dir in
/) ;;
*) dir=${PORTSDIR}/$$dir ;;
esac;
(cd $$dir; ${SETENV} $${flavor:+FLAVOR=$${flavor}} ${MAKE} $${recursive_cmd});
done

This script is shared among several dependency list variables. See file for

usage.

DEPENDS-LIST=
${SETENV}
PORTSDIR="${PORTSDIR}"
dp_MAKE="${MAKE}"
dp_PKGNAME="${PKGNAME}"
dp_PKG_INFO="${PKG_INFO}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_OVERLAYS="${OVERLAYS}"
${SH} ${SCRIPTSDIR}/depends-list.sh
${DEPENDS_SHOW_FLAVOR:D-f}

ALL-DEPENDS-LIST= ${DEPENDS-LIST} -r ${_UNIFIED_DEPENDS:Q}
ALL-DEPENDS-FLAVORS-LIST= ${DEPENDS-LIST} -f -r ${_UNIFIED_DEPENDS:Q}
DEINSTALL-DEPENDS-FLAVORS-LIST= ${DEPENDS-LIST} -f -r ${_UNIFIED_DEPENDS:N${PKG_DEPENDS}:Q}
MISSING-DEPENDS-LIST= ${DEPENDS-LIST} -m ${_UNIFIED_DEPENDS:Q}
BUILD-DEPENDS-LIST= ${DEPENDS-LIST} "${PKG_DEPENDS} ${EXTRACT_DEPENDS} ${PATCH_DEPENDS} ${FETCH_DEPENDS} ${BUILD_DEPENDS} ${LIB_DEPENDS}"
RUN-DEPENDS-LIST= ${DEPENDS-LIST} "${LIB_DEPENDS} ${RUN_DEPENDS}"
TEST-DEPENDS-LIST= ${DEPENDS-LIST} ${TEST_DEPENDS:Q}
CLEAN-DEPENDS-LIST= ${DEPENDS-LIST} -wr ${_UNIFIED_DEPENDS:Q}
CLEAN-DEPENDS-LIMITED-LIST= ${DEPENDS-LIST} -w ${_UNIFIED_DEPENDS:Q}

.if !target(clean-depends)
clean-depends:
@for dir in $$(${CLEAN-DEPENDS-LIST}); do
(cd $$dir; ${MAKE} NOCLEANDEPENDS=yes clean);
done
.endif

.if !target(limited-clean-depends)
limited-clean-depends:
@for dir in $$(${CLEAN-DEPENDS-LIMITED-LIST}); do
(cd $$dir; ${MAKE} NOCLEANDEPENDS=yes clean);
done
.endif

.if !target(deinstall-depends)
deinstall-depends:
@recursive_cmd="deinstall";
recursive_dirs="$$(${DEINSTALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif

.if !target(fetch-specials)
fetch-specials:
@${ECHO_MSG} "===> Fetching all distfiles required by ${PKGNAME} for building"
@recursive_cmd="fetch";
recursive_dirs="${_DEPEND_SPECIALS}";
${_FLAVOR_RECURSIVE_SH}
.endif

.if !target(fetch-recursive)
fetch-recursive:
@${ECHO_MSG} "===> Fetching all distfiles for ${PKGNAME} and dependencies"
@recursive_cmd="fetch";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif

.if !target(fetch-recursive-list)
fetch-recursive-list:
@recursive_cmd="fetch-list";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif

Used by fetch-required and fetch-required list, this script looks

at each of the dependencies. If 3 items are specified in the tuple,

such as foo:graphics/foo:extract, the first item (foo)

is examined. Only if it begins with a / and does not exist on the

file-system will ``make targ'' proceed.

For more usual (dual-item) dependency tuples, the ``make targ''

proceeds, if the exact package, which the directory WOULD'VE installed,

is not yet installed.

This is the exact behaviour of the old code, and it may need

revisiting. For example, the entire first case seems dubious, and in

the second case we, probably, should be satisfied with any (earlier)

package, with the same origin as that of the dir.

-mi

FETCH_LIST?= for i in $$deps; do
prog=$${i%%:}; dir=$${i#:};
case $$dir in
/*) ;;
) dir=${PORTSDIR}/$$dir ;;
esac;
case $$dir in
:) if [ $$prog != $${prog#/} -o ! -e $$prog ]; then
dir=$${dir%%:};
else
continue;
fi;;
*) if [ -d ${PKG_DBDIR}/$$(cd $$dir; ${MAKE} -V PKGNAME) ]; then
continue;
fi;;
esac;
echo cd $$dir; cd $$dir; ${MAKE} $$targ;
done

.if !target(fetch-required)
fetch-required: fetch
.if defined(NO_DEPENDS)
@${ECHO_MSG} "===> NO_DEPENDS is set, not fetching any other distfiles for ${PKGNAME}"
.else
@${ECHO_MSG} "===> Fetching all required distfiles for ${PKGNAME} and dependencies"
.for deptype in PKG EXTRACT PATCH FETCH BUILD RUN
.if defined(${deptype}_DEPENDS)
@targ=fetch; deps="${${deptype}_DEPENDS}"; ${FETCH_LIST}
.endif
.endfor
.endif

.endif

.if !target(fetch-required-list)
fetch-required-list: fetch-list
.if !defined(NO_DEPENDS)
.for deptype in PKG EXTRACT PATCH FETCH BUILD RUN
.if defined(${deptype}_DEPENDS)
@targ=fetch-list; deps="${${deptype}_DEPENDS}"; ${FETCH_LIST}
.endif
.endfor
.endif
.endif

.if !target(checksum-recursive)
checksum-recursive:
@${ECHO_MSG} "===> Fetching and checking checksums for ${PKGNAME} and dependencies"
@recursive_cmd="checksum";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif

Dependency lists: build and runtime. Print out directory names.

build-depends-list:
.if defined(PKG_DEPENDS) || defined(EXTRACT_DEPENDS) || defined(PATCH_DEPENDS) || defined(FETCH_DEPENDS) || defined(BUILD_DEPENDS) || defined(LIB_DEPENDS)
@${BUILD-DEPENDS-LIST}
.endif

run-depends-list:
.if defined(LIB_DEPENDS) || defined(RUN_DEPENDS)
@${RUN-DEPENDS-LIST}
.endif

test-depends-list:
.if defined(TEST_DEPENDS)
@${TEST-DEPENDS-LIST}
.endif

Package (recursive runtime) dependency list. Print out both directory names

and package names.

package-depends-list:
.if defined(CHILD_DEPENDS) || defined(LIB_DEPENDS) || defined(RUN_DEPENDS)
@${PACKAGE-DEPENDS-LIST}
.endif

_LIB_RUN_DEPENDS= ${LIB_DEPENDS} ${RUN_DEPENDS}
PACKAGE-DEPENDS-LIST?=
if [ "${CHILD_DEPENDS}" ]; then
installed=$$(${PKG_INFO} -qO ${PKGORIGIN} 2>/dev/null ||
${TRUE});
if [ "$$installed" ]; then
break;
fi;
if [ -z "$$installed" ]; then
installed="${PKGNAME}";
fi;
for pkgname in $$installed; do
${ECHO_CMD} "$$pkgname ${.CURDIR} ${PKGORIGIN}";
done;
fi;
checked="${PARENT_CHECKED}";
for dir in ${_LIB_RUN_DEPENDS:C,[^:]:([^:]):?.,\1,}; do
unset flavor;
case $${dir} in
@)
flavor=$${dir#@};
dir=$${dir%@};
;;
esac;
case "$$dir" in
/) ;;
) dir=${PORTSDIR}/$$dir ;;
esac ;
dir=$$(${REALPATH} $$dir);
if [ -d $$dir ]; then
case $$checked in
$$dir|$$dir\ |\ $$dir|\ $$dir\ *) continue;;
esac;
childout=$$(cd $$dir; ${SETENV} FLAVOR=$${flavor} ${MAKE} CHILD_DEPENDS=yes PARENT_CHECKED="$$checked" package-depends-list);
set -- $$childout;
childdir="";
while [ $$# != 0 ]; do
childdir="$$childdir $$2";
${ECHO_CMD} "$$1 $$2 $$3";
shift 3;
done;
checked="$$dir $$childdir $$checked";
else
${ECHO_MSG} "${PKGNAME}: "$$dir" non-existent -- dependency list incomplete" >&2;
fi;
done

ACTUAL-PACKAGE-DEPENDS?=
depfiles="" ;
for lib in ${LIB_DEPENDS:C/:.//}; do
depfiles="$$depfiles ${SETENV} LIB_DIRS="${LIB_DIRS}" LOCALBASE="${LOCALBASE}" ${SH} ${SCRIPTSDIR}/find-lib.sh $${lib}" ;
done ;
${SETENV} PKG_BIN="${PKG_BIN}" ${SH} ${SCRIPTSDIR}/actual-package-depends.sh $${depfiles} ${RUN_DEPENDS:C/(.):.*/"\1"/}

PKG_NOTES_ENV?=
.for note in ${PKG_NOTES}
PKG_NOTES_ENV+= dp_PKG_NOTE_${note}=${PKG_NOTE_${note}:Q}
.endfor

create-manifest:
@${SETENV}
dp_SCRIPTSDIR='${SCRIPTSDIR}'
dp_ACTUAL_PACKAGE_DEPENDS='${ACTUAL-PACKAGE-DEPENDS}'
dp_CATEGORIES='${CATEGORIES:u:S/$/,/}'
dp_COMMENT=${COMMENT:Q}
dp_COMPLETE_OPTIONS_LIST='${COMPLETE_OPTIONS_LIST}'
dp_DEPRECATED=${DEPRECATED:Q}
dp_DESCR='${DESCR}'
dp_EXPIRATION_DATE='${EXPIRATION_DATE}'
dp_GROUPS='${GROUPS:u:S/$/,/}'
dp_LICENSE='${LICENSE:u:S/$/,/}'
dp_LICENSE_COMB='${LICENSE_COMB}'
dp_MAINTAINER='${MAINTAINER}'
dp_METADIR='${METADIR}'
dp_NO_ARCH='${NO_ARCH}'
dp_PKGBASE='${PKGBASE}'
dp_PKGDEINSTALL='${PKGDEINSTALL}'
dp_PKGINSTALL='${PKGINSTALL}'
dp_PKGMESSAGES='${_PKGMESSAGES}'
dp_PKGORIGIN='${PKGORIGIN}'
dp_PKGPOSTDEINSTALL='${PKGPOSTDEINSTALL}'
dp_PKGPOSTINSTALL='${PKGPOSTINSTALL}'
dp_PKGPREDEINSTALL='${PKGPREDEINSTALL}'
dp_PKGPREINSTALL='${PKGPREINSTALL}'
dp_PKGVERSION='${PKGVERSION}'
dp_PKG_BIN='${PKG_BIN}'
dp_PKG_IGNORE_DEPENDS='${PKG_IGNORE_DEPENDS}'
dp_PKG_NOTES='${PKG_NOTES}'
dp_PORT_OPTIONS='${PORT_OPTIONS}'
dp_PREFIX='${PREFIX}'
dp_USERS='${USERS:u:S/$/,/}'
dp_WWW='${WWW}'
${PKG_NOTES_ENV}
${SH} ${SCRIPTSDIR}/create-manifest.sh

Print out package names.

package-depends:
@${PACKAGE-DEPENDS-LIST} | ${AWK} '{print $$1":"$$3}'

actual-package-depends:
@${ACTUAL-PACKAGE-DEPENDS}

Build packages for port and dependencies

package-recursive: package
@recursive_cmd="package-noinstall";
recursive_dirs="$$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}

Show missing dependencies

missing:
@for dir in $$(${MISSING-DEPENDS-LIST}); do
echo $${dir#${PORTSDIR}/};
done

Show missing dependencies by name

missing-packages:
@_packages=$$(${PKG_INFO} -aq);
for dir in $$(${ALL-DEPENDS-LIST}); do
_p=$$(cd $$dir; ${MAKE} -VPKGNAME);
if ! $$(${ECHO_CMD} $${_packages} | ${GREP} -q $${_p}); then
${ECHO_CMD} $${_p};
fi;
done

Install missing dependencies from package

install-missing-packages:
@_dirs=$$(${MISSING-DEPENDS-LIST});
${ECHO_CMD} "$${_dirs}" | ${SED} "s%${PORTSDIR}/%%g" |
${SU_CMD} "${XARGS} -o ${PKG_BIN} install -A"

################################################################

Everything after here are internal targets and really

shouldn't be touched by anybody but the release engineers.

################################################################

This target generates an index entry suitable for aggregation into

a large index. Format is:

distribution-name|port-path|installation-prefix|comment| \

description-file|maintainer|categories|extract-depends| \

patch-depends|fetch-depends|build-depends|run-depends|www site

If this ever changes, portmgr should contact the portsnap maintainer

first to avoid gratuitous breakage.

. if !target(describe)
_EXTRACT_DEPENDS=${EXTRACT_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,}
_PATCH_DEPENDS=${PATCH_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,}
_FETCH_DEPENDS=${FETCH_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,}
_LIB_DEPENDS=${LIB_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,}
_BUILD_DEPENDS=${BUILD_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,} ${_LIB_DEPENDS}
_RUN_DEPENDS=${RUN_DEPENDS:C/^[^ :]+:([^ :@]+)(@[^ :]+)?(:[^ :]+)?/\1/:O:u:C,(^[^/]),${PORTSDIR}/\1,} ${_LIB_DEPENDS}
. if exists(${DESCR})
_DESCR=${DESCR}
. else
_DESCR=/dev/null
. endif

. if defined(BUILDING_INDEX) && defined(INDEX_PORTS)
INDEX_OUT=${INDEX_TMPDIR}/${INDEXFILE}.desc.aggr
. else
INDEX_OUT=/dev/stdout
. endif

. if empty(FLAVORS) || defined(_DESCRIBE_WITH_FLAVOR)
describe:
@(${ECHO_CMD} -n "${PKGNAME}|${.CURDIR}|${PREFIX}|";
${ECHO_CMD} -n ${COMMENT:Q};
${ECHO_CMD} -n "|${_DESCR}|${MAINTAINER}|${CATEGORIES}|${_EXTRACT_DEPENDS}|${_PATCH_DEPENDS}|${_FETCH_DEPENDS}|${_BUILD_DEPENDS:O:u}|${_RUN_DEPENDS:O:u}|";
while read one two discard; do
case "$$one" in
WWW:) case "$$two" in
https://|http://|ftp://*) ${ECHO_CMD} -n "$$two" ;;
*) ${ECHO_CMD} -n "http://$$two" ;;
esac;
break;
;;
esac;
done < ${DESCR}; ${ECHO_CMD}) >>${INDEX_OUT}
. else # empty(FLAVORS)
describe: ${FLAVORS:S/^/describe-/}
. for f in ${FLAVORS}
describe-${f}:
@cd ${.CURDIR} && ${SETENV} FLAVOR=${f} ${MAKE} -B -D_DESCRIBE_WITH_FLAVOR describe
. endfor
. endif # empty(FLAVORS)
. endif

www-site:
.if exists(${DESCR})
@${AWK} '$$1 ~ /^WWW:/ {print $$2}' ${DESCR} | ${HEAD} -1
.else
@${ECHO_CMD}
.endif

.if !target(readmes)
readmes: readme
.endif

.if !target(readme)
readme:
@${RM} ${.CURDIR}/README.html
@cd ${.CURDIR} && ${MAKE} ${.CURDIR}/README.html
.endif

${.CURDIR}/README.html:
@${ECHO_MSG} "===> Creating README.html for ${PKGNAME}"
@${SED} -e 's|%%PORT%%|'$$(${ECHO_CMD} ${.CURDIR} |
${SED} -e 's|./([^/]/[^/])$$|\1|')'|g'
-e 's|%%PKG%%|${PKGNAME}|g'
-e 's|%%COMMENT%%|'"$$(${ECHO_CMD} ${COMMENT:Q})"'|'
-e '/%%COMMENT%%/d'
-e 's|%%DESCR%%|'"$$(${ECHO_CMD} ${DESCR} |
${SED} -e 's|${.CURDIR}/||')"'|'
-e 's|%%EMAIL%%|'"$$(${ECHO_CMD} "${MAINTAINER}" |
${SED} -e 's/([^)])//;s/.<//;s/>.//')"'|g'
-e 's|%%MAINTAINER%%|${MAINTAINER}|g'
-e 's|%%WEBSITE%%|'"$$(cd ${.CURDIR} && eval ${MAKE} pretty-print-www-site)"'|'
-e 's|%%BUILD_DEPENDS%%|'"$$(cd ${.CURDIR} && eval ${MAKE} pretty-print-build-depends-list)"'|'
-e 's|%%RUN_DEPENDS%%|'"$$(cd ${.CURDIR} && eval ${MAKE} pretty-print-run-depends-list)"'|'
-e 's|%%TOP%%|'"$$(${ECHO_CMD} ${CATEGORIES} |
${SED} -e 's| .||' -e 's|[^/]|..|g')"'/..|'
${TEMPLATES}/README.port >> ${.TARGET}

The following two targets require an up-to-date INDEX in ${PORTSDIR}

_PRETTY_PRINT_DEPENDS_LIST=
if [ ! -r ${INDEXDIR}/${INDEXFILE} ] ; then
${ECHO_MSG} "${.TARGET} requires an INDEX file (${INDEXFILE}). Please run make index or make fetchindex.";
else
target=${.TARGET:C/pretty-print-(.*)-depends-list/\1/} ;
if [ "$$target" = "build" ] ; then fldnum=8 ; else fldnum=9 ; fi;
${ECHO_MSG} -n 'This port requires package(s) "' ;
${ECHO_MSG} -n ${AWK} -F\| "\\$$1 ~ /^${PKGNAME}/ {print \\$$$${fldnum};}" ${INDEXDIR}/${INDEXFILE} ;
${ECHO_MSG} "" to $$target.";
fi;

.if !target(pretty-print-build-depends-list)
pretty-print-build-depends-list:
.if defined(PKG_DEPENDS) || defined(EXTRACT_DEPENDS) || defined(PATCH_DEPENDS) ||
defined(FETCH_DEPENDS) || defined(BUILD_DEPENDS) || defined(LIB_DEPENDS)
@${_PRETTY_PRINT_DEPENDS_LIST}
.endif
.endif

.if !target(pretty-print-run-depends-list)
pretty-print-run-depends-list:
.if defined(RUN_DEPENDS) || defined(LIB_DEPENDS)
@${_PRETTY_PRINT_DEPENDS_LIST}
.endif
.endif

_SUB_LIST_TEMP= ${SUB_LIST:S/$/!g/:S/^/ -e s!%%/:S/=/%%!/}
.if !target(apply-slist) && defined(SUB_FILES)
apply-slist:
.for file in ${SUB_FILES}
.if !exists(${FILESDIR}/${file}.in)
@${ECHO_MSG} "** Missing ${FILESDIR}/${file}.in for ${PKGNAME}."; exit 1
.else
@${SED} ${_SUB_LIST_TEMP} -e '/^@comment /d' ${FILESDIR}/${file}.in > ${WRKDIR}/${file}
.endif
.endfor
.for i in pkg-message pkg-install pkg-deinstall pkg-req
.if ${SUB_FILES:M${i}}!=""
${i:S/-//:tu}= ${WRKDIR}/${SUB_FILES:M${i}}
.endif
.endfor
.endif

Generate packing list. Also tests to make sure all required package

files exist.

PLIST_SUB_SANITIZED= ${PLIST_SUB:N*_regex=*}

.if !target(generate-plist)
generate-plist: ${WRKDIR}
@${ECHO_MSG} "===> Generating temporary packing list"
@${MKDIR} ${TMPPLIST:H}
@if [ ! -f ${DESCR} ]; then ${ECHO_MSG} "** Missing pkg-descr for ${PKGNAME}."; exit 1; fi
@>${TMPPLIST}
@for file in ${PLIST_FILES}; do
${ECHO_CMD} $${file} | ${SED} ${PLIST_SUB_SANITIZED:S/$/!g/:S/^/ -e s!%%/:S/=/%%!/} >> ${TMPPLIST};
done
.if !empty(PLIST)
.for f in ${PLIST}
@if [ -f "${f}" ]; then
${SED} ${PLIST_SUB_SANITIZED:S/$/!g/:S/^/ -e s!%%/:S/=/%%!/} ${f} >> ${TMPPLIST};
for i in owner group mode; do ${ECHO_CMD} "@$$i"; done >> ${TMPPLIST};
fi
.endfor
.endif

.for dir in ${PLIST_DIRS}
@${ECHO_CMD} ${dir} | ${SED} ${PLIST_SUB_SANITIZED:S/$/!g/:S/^/ -e s!%%/:S/=/%%!/} -e 's,^,@dir ,' >> ${TMPPLIST}
.endfor

.endif

${TMPPLIST}:
@cd ${.CURDIR} && ${MAKE} generate-plist

.for _type in EXAMPLES DOCS
.if !empty(_REALLY_ALL_POSSIBLE_OPTIONS:M${_type})
.if !target(add-plist-${_type:tl})
.if defined(PORT${_type}) && !empty(PORT_OPTIONS:M${_type})
add-plist-${_type:tl}:
.for x in ${PORT${_type}}
@if ${ECHO_CMD} "${x}"| ${AWK} '$$1 ~ /(*|||[|]|?|{|}|$$)/ { exit 1};'; then
if [ ! -e ${STAGEDIR}${${_type}DIR}/${x} ]; then
${ECHO_CMD} ${${_type}DIR}/${x} >> ${TMPPLIST};
fi;fi
.endfor
@${FIND} -P ${PORT${_type}:S/^/${STAGEDIR}${${_type}DIR}//} ! -type d 2>/dev/null |
${SED} -ne 's,^${STAGEDIR},,p' >> ${TMPPLIST}
.endif
.endif
.endif
.endfor

.if !target(add-plist-data)
.if defined(PORTDATA)
add-plist-data:
.for x in ${PORTDATA}
@if ${ECHO_CMD} "${x}"| ${AWK} '$$1 ~ /(*|||[|]|?|{|}|$$)/ { exit 1};'; then
if [ ! -e ${STAGEDIR}${DATADIR}/${x} ]; then
${ECHO_CMD} ${DATADIR}/${x} >> ${TMPPLIST};
fi;fi
.endfor
@${FIND} -P ${PORTDATA:S/^/${STAGEDIR}${DATADIR}//} ! -type d 2>/dev/null |
${SED} -ne 's,^${STAGEDIR},,p' >> ${TMPPLIST}
.endif
.endif

.if !target(add-plist-info)
.if defined(INFO)
add-plist-info:
.for i in ${INFO}
@${LS} ${STAGEDIR}${PREFIX}/${INFO_PATH}/$i.info* | ${SED} -e s:${STAGEDIR}:@info\ :g >> ${TMPPLIST}
.endfor
.endif
.endif

If we're installing into a non-standard PREFIX, we need to remove that directory at

deinstall-time

.if !target(add-plist-post)
.if (${PREFIX} != ${LOCALBASE} && ${PREFIX} != ${LINUXBASE} &&
${PREFIX} != "/usr" && ${PREFIX} != "/" && !defined(NO_PREFIX_RMDIR))
add-plist-post:
@${ECHO_CMD} "@dir ${PREFIX}" >> ${TMPPLIST}
.endif
.endif

.if !target(install-rc-script)
.if defined(USE_RC_SUBR)
install-rc-script:
@${ECHO_MSG} "===> Staging rc.d startup script(s)"
@for i in ${USE_RC_SUBR}; do
_prefix=${PREFIX};
[ "${PREFIX}" = "/usr" ] && _prefix="" ;
${INSTALL_SCRIPT} ${WRKDIR}/$${i} ${STAGEDIR}$${_prefix}/etc/rc.d/$${i%.sh};
${ECHO_CMD} "@(root,wheel,0755) $${_prefix}/etc/rc.d/$${i%.sh}" >> ${TMPPLIST};
done
.endif
.endif

.if !target(check-man)
check-man: stage
@${ECHO_MSG} "====> Checking man pages (check-man)"
@mdirs= ;
for dir in ${MANDIRS:S/^/${STAGEDIR}/} ; do
[ -d $$dir ] && mdirs="$$mdirs $$dir" ;
done ;
err=0 ;
for dir in $$mdirs; do
for f in $$(find $$dir -name ".gz"); do
${ECHO_CMD} "===> Checking $${f##/}" ;
gunzip -c $$f | mandoc -Tlint -Werror && continue ;
err=1 ;
done ;
done ;
exit $$err
.endif

Compress all manpage not already compressed which are not hardlinks

Find all manpages which are not compressed and are hardlinks, and only get the list of inodes concerned, for each of them compress the first one found and recreate the hardlinks for the others

Fixes all dead symlinks left by the previous round

.if !target(compress-man)
compress-man:
@${ECHO_MSG} "====> Compressing man pages (compress-man)"
@mdirs= ;
for dir in ${MANDIRS:S/^/${STAGEDIR}/} ; do
[ -d $$dir ] && mdirs="$$mdirs $$dir" ;
done ;
for dir in $$mdirs; do
${FIND} $$dir -type f ! -name ".gz" -links 1 -exec ${GZIP_CMD} {} ; ;
${FIND} $$dir -type f ! -name ".gz" ! -links 1 -exec ${STAT} -f '%i' {} ; |
${SORT} -u | while read inode ; do
unset ref ;
for f in $$(${FIND} $$dir -type f -inum $${inode} -print); do
if [ -z $$ref ]; then
ref=$${f}.gz ;
${GZIP_CMD} $${f} ;
continue ;
fi ;
${RM} $${f} ;
(cd $${f%/}; ${LN} -f $${ref##/} $${f##/}.gz) ;
done ;
done ;
${FIND} $$dir -type l ! -name ".gz" | while read link ; do
${LN} -sf $$(readlink $$link).gz $$link.gz ;
${RM} $$link ;
done;
done
.endif

.if !target(stage-dir)
stage-dir: ${STAGEDIR}${PREFIX}
.if !defined(NO_MTREE)
@${MTREE_CMD} ${MTREE_ARGS} ${STAGEDIR}${PREFIX} > /dev/null
.endif
.endif

.if !target(makeplist)
makeplist: stage
@${SETENV} ${CO_ENV} ${SH} ${SCRIPTSDIR}/check-stagedir.sh makeplist
.endif

.if !target(check-plist)
check-plist: stage
@${ECHO_MSG} "====> Checking for pkg-plist issues (check-plist)"
@${SETENV} ${CO_ENV} ${SH} ${SCRIPTSDIR}/check-stagedir.sh checkplist
@${ECHO_MSG} "===> No pkg-plist issues found (check-plist)"
.endif

.if !target(check-orphans)
check-orphans: check-plist
.endif

.if !target(stage-qa)
stage-qa:
@${ECHO_MSG} "====> Running Q/A tests (stage-qa)"
@${SETENV} ${QA_ENV} ${SH} ${SCRIPTSDIR}/qa.sh
.if !defined(DEVELOPER)
@${ECHO_MSG} "/!\ To run stage-qa automatically add DEVELOPER=yes to your environment /!\"
.endif
.endif

pretty-flavors-package-names: .PHONY
.if empty(FLAVORS)
@${ECHO_CMD} "no flavor: ${PKGNAME}"
.else
.for f in ${FLAVORS}
@${ECHO_CMD} -n "${f}: "
@cd ${.CURDIR} && ${SETENV} FLAVOR=${f} ${MAKE} -B -V PKGNAME
.endfor
.endif

flavors-package-names: .PHONY
.if empty(FLAVORS)
@${ECHO_CMD} "${PKGNAME}"
.else
.for f in ${FLAVORS}
@cd ${.CURDIR} && ${SETENV} FLAVOR=${f} ${MAKE} -B -V PKGNAME
.endfor
.endif

Fake installation of package so that user can pkg delete it later.

.if !target(fake-pkg)
STAGE_ARGS= -i ${STAGEDIR}
.if defined(NO_PKG_REGISTER)
STAGE_ARGS= -N
.endif

fake-pkg:
.if defined(INSTALLS_DEPENDS)
.if !defined(NO_PKG_REGISTER)
@${ECHO_MSG} "===> Registering installation for ${PKGNAME} as automatic"
.endif
@${SETENV} ${PKG_ENV} FORCE_POST="${_FORCE_POST_PATTERNS}" ${PKG_REGISTER} -d ${STAGE_ARGS} -m ${METADIR} -f ${TMPPLIST}
.else
.if !defined(NO_PKG_REGISTER)
@${ECHO_MSG} "===> Registering installation for ${PKGNAME}"
.endif
@${SETENV} ${PKG_ENV} FORCE_POST="${_FORCE_POST_PATTERNS}" ${PKG_REGISTER} ${STAGE_ARGS} -m ${METADIR} -f ${TMPPLIST}
.endif
@${RM} -r ${METADIR}
.endif

Depend is generally meaningless for arbitrary ports, but if someone wants

one they can override this. This is just to catch people who've gotten into

the habit of typing `make depend all install' as a matter of course.

Same goes for tags

.for _t in depend tags
.if !target(${_t})
${_t}:
.endif
.endfor

.if !defined(NOPRECIOUSMAKEVARS)

These won't change, so we can pass them through the environment

.for var in ${_EXPORTED_VARS}
.if empty(.MAKEFLAGS:M${var}=*) && !empty(${var})
.MAKEFLAGS: ${var}=${${var}:Q}
.endif
.endfor
.endif
PORTS_ENV_VARS+= ${_EXPORTED_VARS}

.if !target(pre-check-config)
pre-check-config:
CHECK_OPTIONS_NAMES= OPTIONS_DEFINE OPTIONS_GROUP OPTIONS_MULTI
OPTIONS_RADIO OPTIONS_SINGLE
CHECK_OPTIONS_NAMES+= ${OPTIONS_GROUP:S/^/OPTIONS_GROUP/}
CHECK_OPTIONS_NAMES+= ${OPTIONS_MULTI:S/^/OPTIONS_MULTI/}
CHECK_OPTIONS_NAMES+= ${OPTIONS_RADIO:S/^/OPTIONS_RADIO/}
CHECK_OPTIONS_NAMES+= ${OPTIONS_SINGLE:S/^/OPTIONS_SINGLE/}
.for var in ${CHECK_OPTIONS_NAMES}
. if defined(${var})
. for o in ${${var}}
. if ${o:C/[-[:upper:][:digit:]]//g}
OPTIONS_BAD_NAMES+= ${o}
. endif
. endfor
. endif
.endfor
.if defined(OPTIONS_BAD_NAMES) && !empty(OPTIONS_BAD_NAMES)
DEV_WARNING+= "These options name have characters outside of [-A-Z0-9]:"
DEV_WARNING+= "${OPTIONS_BAD_NAMES:O:u}"
.endif
.for single in ${OPTIONS_SINGLE}
. for opt in ${OPTIONS_SINGLE${single}}
. if empty(ALL_OPTIONS:M${single}) || !empty(PORT_OPTIONS:M${single})
. if !empty(PORT_OPTIONS:M${opt})
OPTIONS_WRONG_SINGLE${single}+= ${opt}
. if defined(OPTFOUND)
OPTIONS_WRONG_SINGLE+= ${single}
. else
OPTFOUND= true
. endif
. endif
. else

if conditional and if the condition is unchecked, remove opt from the list of

set options

PORT_OPTIONS:= ${PORT_OPTIONS:N${opt}}
OPTNOCHECK= true
. endif
. endfor
. if !defined(OPTFOUND) && !defined(OPTNOCHECK)
OPTIONS_WRONG_SINGLE+= ${single}
. endif
. undef OPTFOUND
. undef OPTNOCHECK
.endfor
.undef single

.for radio in ${OPTIONS_RADIO}
. for opt in ${OPTIONS_RADIO_${radio}}
. if !empty(PORT_OPTIONS:M${opt})
OPTIONS_WRONG_RADIO_${radio}+= ${opt}
. if defined(OPTFOUND)
OPTIONS_WRONG_RADIO+= ${radio}
. else
OPTFOUND= true
. endif
. endif
. endfor
. undef OPTFOUND
.endfor

.for multi in ${OPTIONS_MULTI}
. for opt in ${OPTIONS_MULTI_${multi}}
. if empty(ALL_OPTIONS:M${multi}) || !empty(PORT_OPTIONS:M${multi})
. if !empty(PORT_OPTIONS:M${opt})
OPTFOUND= true
. endif
. else

if conditional and if the condition is unchecked, remove opt from the list of

set options

PORT_OPTIONS:= ${PORT_OPTIONS:N${opt}}
OPTNOCHECK= true
. endif
. endfor
. if !defined(OPTFOUND) && !defined(OPTNOCHECK)
OPTIONS_WRONG_MULTI+= ${multi}
. endif
. undef OPTFOUND
. undef OPTNOCHECK
.endfor
.undef multi

.for opt in ${PORT_OPTIONS}
. for conflict in ${${opt}PREVENTS}
. if ${PORT_OPTIONS:M${conflict}}
. if empty(OPTIONS_WRONG_PREVENTS:M${opt})
OPTIONS_WRONG_PREVENTS+= ${opt}
. endif
OPTIONS_WRONG_PREVENTS${opt}+= ${conflict}
. endif
. endfor
.endfor
.undef conflict
.undef opt
.endif #pre-check-config

.if !target(check-config)
check-config: pre-check-config
.for multi in ${OPTIONS_WRONG_MULTI}
@${ECHO_MSG} "====> You must check at least one option in the ${multi} multi"
.endfor
.for single in ${OPTIONS_WRONG_SINGLE}
@${ECHO_MSG} "====> You must select one and only one option from the ${single} single"
.if defined(OPTIONS_WRONG_SINGLE${single})
@${ECHO_MSG} "=====> Only one of these must be defined: ${OPTIONS_WRONG_SINGLE${single}}"
.else
@${ECHO_MSG} "=====> No option was selected (and one must be)"
.endif
.endfor
.for radio in ${OPTIONS_WRONG_RADIO}
@${ECHO_MSG} "====> You cannot select multiple options from the ${radio} radio"
@${ECHO_MSG} "=====> Only one of these must be defined: ${OPTIONS_WRONG_RADIO_${radio}}"
.endfor
.if defined(OPTIONS_WRONG_PREVENTS)
@${ECHO_MSG} "====> Two or more enabled options conflict with each other"
. for prevents in ${OPTIONS_WRONG_PREVENTS}
@${ECHO_MSG} "=====> Option ${prevents} conflicts with ${OPTIONS_WRONG_PREVENTS_${prevents}} (select only one)"
. if defined(${prevents}_PREVENTS_MSG)
@${ECHO_MSG} "======> ${${prevents}_PREVENTS_MSG}"
. endif
. endfor
.endif
.if !empty(OPTIONS_WRONG_MULTI) || !empty(OPTIONS_WRONG_SINGLE) || !empty(OPTIONS_WRONG_RADIO) || !empty(OPTIONS_WRONG_PREVENTS)
_CHECK_CONFIG_ERROR= true
.endif
.endif # _check-config

.if !target(check-config)
check-config: _check-config
.if !empty(_CHECK_CONFIG_ERROR)
@${FALSE}
.endif
.endif # check-config

.if !target(sanity-config)
sanity-config: _check-config
.if !empty(_CHECK_CONFIG_ERROR)
@echo -n "Config is invalid. Re-edit? [Y/n] ";
read answer;
case $$answer in
[Nn]|[Nn][Oo])
exit 0;
esac;
cd ${.CURDIR} && ${MAKE} config
.endif
.endif # sanity-config

.if !target(pre-config)
pre-config:
D4P_ENV= PKGNAME="${PKGNAME}"
PORT_OPTIONS="${PORT_OPTIONS}"
ALL_OPTIONS="${ALL_OPTIONS}"
OPTIONS_MULTI="${OPTIONS_MULTI}"
OPTIONS_SINGLE="${OPTIONS_SINGLE}"
OPTIONS_RADIO="${OPTIONS_RADIO}"
OPTIONS_GROUP="${OPTIONS_GROUP}"
NEW_OPTIONS="${NEW_OPTIONS}"
DIALOG4PORTS="${DIALOG4PORTS}"
PREFIX="${PREFIX}"
LOCALBASE="${LOCALBASE}"
PORTSDIR="${PORTSDIR}"
MAKE="${MAKE}"
D4PHEIGHT="${D4PHEIGHT}"
D4PMINHEIGHT="${D4PMINHEIGHT}"
D4PWIDTH="${D4PWIDTH}"
D4PFULLSCREEN="${D4PFULLSCREEN}"
D4PALIGNCENTER="${D4PALIGNCENTER}"
D4PASCIILINES="${D4PASCIILINES}"
.if exists(${PKGHELP})
D4P_ENV+= PKGHELP="${PKGHELP}"
.endif
.for opt in ${ALL_OPTIONS}
D4P_ENV+= ${opt}DESC=""${${opt}DESC:Q}""
.endfor
.for otype in MULTI GROUP SINGLE RADIO
. for m in ${OPTIONS${otype}}
D4P_ENV+= OPTIONS${otype}${m}="${OPTIONS${otype}_${m}}"
${m}DESC=""${${m}DESC:Q}""
. for opt in ${OPTIONS${otype}${m}}
D4P_ENV+= ${opt}_DESC=""${${opt}_DESC:Q}""
. endfor
. endfor
.endfor
.undef m
.undef otype
.undef opt
.endif # pre-config

.if !target(do-config)
do-config:
.if empty(ALL_OPTIONS) && empty(OPTIONS_SINGLE) && empty(OPTIONS_MULTI) && empty(OPTIONS_RADIO) && empty(OPTIONS_GROUP)
@${ECHO_MSG} "===> No options to configure"
.else
@optionsdir=${OPTIONS_FILE:H};
if [ ! -w "${PORT_DBDIR}" -a "stat -f %u ${PORT_DBDIR:H}" = 0 ];
then
${ECHO_MSG} "===&gt; Switching to root credentials to create $${optionsdir}";
(${SU_CMD} "${SH} -c "${MKDIR} $${optionsdir} 2> /dev/null"") ||
(${ECHO_MSG} "===&gt; Cannot create $${optionsdir}, check permissions"; exit 1);
${ECHO_MSG} "===> Returning to user credentials" ;
else
${MKDIR} $${optionsdir} 2> /dev/null ||
(${ECHO_MSG} "===&gt; Cannot create $${optionsdir}, check permissions"; exit 1) ;
fi
@TMPOPTIONSFILE=$$(mktemp -t portoptions);
trap "${RM} $${TMPOPTIONSFILE}; exit 1" 1 2 3 5 10 13 15;
${SETENV} ${D4P_ENV} ${SH} ${SCRIPTSDIR}/dialog4ports.sh $${TMPOPTIONSFILE} || {
${RM} $${TMPOPTIONSFILE};
${ECHO_MSG} "===> Options unchanged";
exit 0;
};
${ECHO_CMD};
if [ ! -e $${TMPOPTIONSFILE} ]; then
${ECHO_MSG} "===> No user-specified options to save for ${PKGNAME}";
exit 0;
fi;
SELOPTIONS=$$(${CAT} $${TMPOPTIONSFILE});
${RM} $${TMPOPTIONSFILE};
TMPOPTIONSFILE=$$(mktemp -t portoptions);
trap "${RM} $${TMPOPTIONSFILE}; exit 1" 1 2 3 5 10 13 15;
${ECHO_CMD} "# This file is auto-generated by 'make config'." &gt; $${TMPOPTIONSFILE};
${ECHO_CMD} "# Options for ${PKGNAME}" >> $${TMPOPTIONSFILE};
${ECHO_CMD} "_OPTIONS_READ=${PKGNAME}" >> $${TMPOPTIONSFILE};
${ECHO_CMD} "_FILE_COMPLETE_OPTIONS_LIST=${COMPLETE_OPTIONS_LIST}" >> $${TMPOPTIONSFILE};
for i in ${COMPLETE_OPTIONS_LIST}; do
if ${ECHO_CMD} $${SELOPTIONS} | ${GREP} -qw $${i}; then
${ECHO_CMD} "OPTIONS_FILE_SET+=$${i}" >> $${TMPOPTIONSFILE};
else
${ECHO_CMD} "OPTIONS_FILE_UNSET+=$${i}" >> $${TMPOPTIONSFILE};
fi;
done;
if [ ! -w "${OPTIONS_FILE:H}" -a "stat -f %u ${OPTIONS_FILE:H}" != ${UID} ];
then
${ECHO_MSG} "===> Switching to root credentials to write ${OPTIONS_FILE}";
${SU_CMD} "${CAT} $${TMPOPTIONSFILE} > ${OPTIONS_FILE}";
${ECHO_MSG} "===> Returning to user credentials";
else
${CAT} $${TMPOPTIONSFILE} > ${OPTIONS_FILE};
fi;
${RM} $${TMPOPTIONSFILE}
@cd ${.CURDIR} && ${MAKE} sanity-config
.endif
.endif # do-config

.if !target(config)
.if !defined(NO_DIALOG)
config: pre-config do-config
.else
config:
@${ECHO_MSG} "===> Skipping 'config' as NO_DIALOG is defined"
.endif
.endif # config

.if !target(config-recursive)
config-recursive:
@${ECHO_MSG} "===> Setting user-specified options for ${PKGNAME} and dependencies";
@recursive_cmd="config-conditional";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif # config-recursive

.if !target(config-conditional)
config-conditional:
.if !empty(NEW_OPTIONS)
@cd ${.CURDIR} && ${MAKE} config;
.endif
.endif # config-conditional

.if !target(showconfig) && (make(config) || (!empty(.MAKEFLAGS:M-V) && !empty(.MAKEFLAGS:M*_DESC)))
.include "${PORTSDIR}/Mk/bsd.options.desc.mk"
MULTI_EOL= : you have to choose at least one of them
SINGLE_EOL= : you have to select exactly one of them
RADIO_EOL= : you can only select none or one of them
showconfig: check-config
.if !empty(COMPLETE_OPTIONS_LIST)
@${ECHO_MSG} "===> The following configuration options are available for ${PKGNAME}":
.for opt in ${ALL_OPTIONS}
@[ -z "${PORT_OPTIONS:M${opt}}" ] || match="on" ; ${ECHO_MSG} -n " ${opt}=$${match:-off}"
. if !empty(${opt}_DESC)
@${ECHO_MSG} -n ": "${${opt}_DESC:Q}
. endif
@${ECHO_MSG} ""
.endfor

#multi and conditional multis
.for otype in MULTI GROUP SINGLE RADIO
. for m in ${OPTIONS_${otype}}
. if empty(${m}_DESC)
@${ECHO_MSG} "====> Options available for the ${otype:tl} ${m}${${otype}_EOL}"
. else
@${ECHO_MSG} "====> ${${m}DESC}${${otype}EOL}"
. endif
. for opt in ${OPTIONS${otype}${m}}
@[ -z "${PORT_OPTIONS:M${opt}}" ] || match="on" ; ${ECHO_MSG} -n " ${opt}=$${match:-off}"
. if !empty(${opt}_DESC)
@${ECHO_MSG} -n ": "${${opt}_DESC:Q}
. endif
@${ECHO_MSG} ""
. endfor
. endfor
.endfor

.undef otype
.undef m
.undef opt
@${ECHO_MSG} "===> Use 'make config' to modify these settings"
.endif
.endif # showconfig

.if !target(showconfig-recursive)
showconfig-recursive:
@${ECHO_MSG} "===> The following configuration options are available for ${PKGNAME} and its dependencies";
@recursive_cmd="showconfig";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif # showconfig-recursive

.if !target(rmconfig)
rmconfig:
.if exists(${OPTIONS_FILE})
-@${ECHO_MSG} "===> Removing user-configured options for ${PKGNAME}";
optionsdir=${OPTIONS_FILE:H};
if [ ${UID} != 0 -a "x${INSTALL_AS_USER}" = "x" -a ! -w "${OPTIONS_FILE}" ]; then
${ECHO_MSG} "===> Switching to root credentials to remove ${OPTIONS_FILE} and $${optionsdir}";
${SU_CMD} "${RM} ${OPTIONS_FILE} ;
${RMDIR} $${optionsdir}";
${ECHO_MSG} "===> Returning to user credentials";
else
${RM} ${OPTIONS_FILE};
${RMDIR} $${optionsdir} 2>/dev/null || return 0;
fi
.else
@${ECHO_MSG} "===> No user-specified options configured for ${PKGNAME}"
.endif
.endif # rmconfig

.if !target(rmconfig-recursive)
rmconfig-recursive:
@${ECHO_MSG} "===> Removing user-specified options for ${PKGNAME} and its dependencies";
@recursive_cmd="rmconfig";
recursive_dirs="${.CURDIR}${FLAVOR:D@${FLAVOR}} $$(${ALL-DEPENDS-FLAVORS-LIST})";
${_FLAVOR_RECURSIVE_SH}
.endif # rmconfig-recursive

.if !target(pretty-print-config)
MULTI_START= [
MULTI_END= ]
GROUP_START= [
GROUP_END= ]
SINGLE_START= (
SINGLE_END= )
RADIO_START= (
RADIO_END= )
pretty-print-config:
.for opt in ${ALL_OPTIONS}
@[ -z "${PORT_OPTIONS:M${opt}}" ] || match="+" ; ${ECHO_MSG} -n "$${match:--}${opt} "
.endfor
.for otype in MULTI GROUP SINGLE RADIO
. for m in ${OPTIONS_${otype}}
@${ECHO_MSG} -n "${m}${${otype}START} "
. for opt in ${OPTIONS${otype}_${m}}
@[ -z "${PORT_OPTIONS:M${opt}}" ] || match="+" ; ${ECHO_MSG} -n "$${match:--}${opt} "
. endfor
@${ECHO_MSG} -n "${${otype}_END} "
. endfor
.endfor
.undef otype
.undef m
.undef opt
@${ECHO_MSG} ""
.endif # pretty-print-config

desktop-categories:
@${SETENV}
dp_CATEGORIES="${CATEGORIES}"
dp_ECHO_CMD=${ECHO_CMD}
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_SORT="${SORT}"
dp_TR="${TR}"
${SH} ${SCRIPTSDIR}/desktop-categories.sh

.if defined(DESKTOP_ENTRIES)
check-desktop-entries:
@${SETENV}
dp_CURDIR="${.CURDIR}"
dp_ECHO_CMD=${ECHO_CMD}
dp_ECHO_MSG=${ECHO_MSG}
dp_EXPR="${EXPR}"
dp_GREP="${GREP}"
dp_MAKE="${MAKE}"
dp_PKGNAME="${PKGNAME}"
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_SED="${SED}"
dp_VALID_DESKTOP_CATEGORIES="${VALID_DESKTOP_CATEGORIES}"
dp_TR="${TR}"
${SH} ${SCRIPTSDIR}/check-desktop-entries.sh ${DESKTOP_ENTRIES}
.endif

.if !target(install-desktop-entries)
.if defined(DESKTOP_ENTRIES)
install-desktop-entries:
@${SETENV}
dp_CURDIR="${.CURDIR}"
dp_ECHO_CMD=${ECHO_CMD}
dp_SCRIPTSDIR="${SCRIPTSDIR}"
dp_STAGEDIR="${STAGEDIR}"
dp_DESKTOPDIR="${DESKTOPDIR}"
dp_TMPPLIST="${TMPPLIST}"
dp_MAKE="${MAKE}"
dp_SED="${SED}"
${SH} ${SCRIPTSDIR}/install-desktop-entries.sh ${DESKTOP_ENTRIES}
.endif
.endif

.if !empty(BINARY_ALIAS)
.if !target(create-binary-alias)
create-binary-alias: ${BINARY_LINKDIR}
.for target src in ${BINARY_ALIAS:C/=/ /}
@if srcpath=which -- ${src}; then
${RLN} $${srcpath} ${BINARY_LINKDIR}/${target};
else
${ECHO_MSG} "===> Missing "${src}" to create a binary alias at "${BINARY_LINKDIR}/${target}"";
${FALSE};
fi
.endfor
.endif
.endif

.if !empty(BINARY_WRAPPERS)
.if !target(create-binary-wrappers)
create-binary-wrappers: ${BINARY_LINKDIR}
.for bin in ${BINARY_WRAPPERS}
@${INSTALL_SCRIPT} ${WRAPPERSDIR}/${bin} ${BINARY_LINKDIR}
.endfor
.endif
.endif

.if defined(WARNING)
WARNING_WAIT?= 10
show-warnings:
@${ECHO_MSG} "/!\ WARNING /!\"
@${ECHO_MSG}
.for m in ${WARNING}
@${ECHO_MSG} "${m}" | ${FMT_80}
@${ECHO_MSG}
.endfor
@sleep ${WARNING_WAIT}
.endif

.if defined(ERROR)
show-errors:
@${ECHO_MSG} "/!\ ERRORS /!\"
@${ECHO_MSG}
.for m in ${ERROR}
@${ECHO_MSG} "${m}" | ${FMT_80}
@${ECHO_MSG}
.endfor
@${FALSE}
.endif

.if defined(DEVELOPER)
.if defined(DEV_WARNING)
DEV_WARNING_WAIT?= 10
show-dev-warnings:
@${ECHO_MSG} "/!\ ${PKGNAME}: Makefile warnings, please consider fixing /!\"
@${ECHO_MSG}
.for m in ${DEV_WARNING}
@${ECHO_MSG} ${m} | ${FMT_80}
@${ECHO_MSG}
.endfor
.if defined(DEV_WARNING_FATAL)
@${FALSE}
.else
@sleep ${DEV_WARNING_WAIT}
.endif
.endif

.if defined(DEV_ERROR)
show-dev-errors:
@${ECHO_MSG} "/!\ ${PKGNAME}: Makefile errors /!\"
@${ECHO_MSG}
.for m in ${DEV_ERROR}
@${ECHO_MSG} "${m}" | ${FMT_80}
@${ECHO_MSG}
.endfor
@${FALSE}
.endif
.endif #DEVELOPER

${_PORTS_DIRECTORIES}:
@${MKDIR} ${.TARGET}

Please note that the order of the following targets is important, and

should not be modified.

_TARGETS_STAGES= SANITY PKG FETCH EXTRACT PATCH CONFIGURE BUILD INSTALL TEST PACKAGE STAGE

Define the SEQ of actions to take when each target is ran, and which targets

it depends on before running its SEQ.

Main target has a priority of 500, pre-target 300, post-target 700,

target-depends 150. Other targets are spaced in between those

If you change the pre-foo and post-foo values here, go and keep them in sync

in _OPTIONS_TARGETS in bsd.options.mk

_SANITY_SEQ= 050:post-chroot 100:pre-everything
125:show-unsupported-system-error 150:check-makefile
190:show-errors 200:show-warnings
210:show-dev-errors 220:show-dev-warnings
250:check-categories 300:check-makevars
350:check-desktop-entries 400:check-depends
450:identify-install-conflicts 500:check-deprecated
550:check-vulnerable 600:check-license 650:check-config
700:buildanyway-message 750:options-message ${_USES_sanity}

_PKG_DEP= check-sanity
_PKG_SEQ= 500:pkg-depends
_FETCH_DEP= pkg
_FETCH_SEQ= 150:fetch-depends 300:pre-fetch 450:pre-fetch-script
500:do-fetch 550:fetch-specials 700:post-fetch
850:post-fetch-script
${_OPTIONS_fetch} ${_USES_fetch}
_EXTRACT_DEP= fetch
_EXTRACT_SEQ= 010:check-build-conflicts 050:extract-message 100:checksum
150:extract-depends 190:clean-wrkdir 200:${EXTRACT_WRKDIR}
300:pre-extract 450:pre-extract-script 500:do-extract
700:post-extract 850:post-extract-script
999:extract-fixup-modes
${_OPTIONS_extract} ${_USES_extract} ${_SITES_extract}
_PATCH_DEP= extract
_PATCH_SEQ= 050:ask-license 100:patch-message 150:patch-depends
300:pre-patch 450:pre-patch-script 500:do-patch
700:post-patch 850:post-patch-script
${_OPTIONS_patch} ${_USES_patch}
_CONFIGURE_DEP= patch
_CONFIGURE_SEQ= 150:build-depends 151:lib-depends 160:create-binary-alias
161:create-binary-wrappers
200:configure-message 210:apply-slist
300:pre-configure 450:pre-configure-script
490:run-autotools-fixup 500:do-configure 700:post-configure
850:post-configure-script
${_OPTIONS_configure} ${_USES_configure}
_BUILD_DEP= configure
_BUILD_SEQ= 100:build-message 300:pre-build 450:pre-build-script
500:do-build 700:post-build 850:post-build-script
${_OPTIONS_build} ${_USES_build}
_STAGE_DEP= build

STAGE is special in its numbering as it has install and stage, so install is

the main, and stage goes after.

_STAGE_SEQ= 050:stage-message 100:stage-dir 150:run-depends
300:pre-install
400:generate-plist 450:pre-su-install 475:create-users-groups
500:do-install 550:kmod-post-install 600:fixup-lib-pkgconfig 700:post-install
750:post-install-script 800:post-stage 850:compress-man
860:install-rc-script 870:install-ldconfig-file
880:install-license 890:install-desktop-entries
900:add-plist-info 910:add-plist-docs 920:add-plist-examples
930:add-plist-data 940:add-plist-post ${POST_PLIST:C/^/990:/}
${_OPTIONS_install} ${_USES_install}
${_OPTIONS_stage} ${_USES_stage}
.if defined(DEVELOPER)
_STAGE_SEQ+= 995:stage-qa
.else
stage-qa: stage
.endif
_TEST_DEP= stage
_TEST_SEQ= 100:test-message 150:test-depends 300:pre-test 500:do-test
800:post-test
${_OPTIONS_test} ${_USES_test}
_INSTALL_DEP= stage
_INSTALL_SEQ= 100:install-message
200:check-already-installed
300:create-manifest
_INSTALL_SUSEQ= 400:fake-pkg 500:security-check

_PACKAGE_DEP= stage
_PACKAGE_SEQ= 100:package-message 300:pre-package 450:pre-package-script
500:do-package 850:post-package-script
${_OPTIONS_package} ${_USES_package}

Enforce order for -jN builds

.for _t in ${_TARGETS_STAGES}

Check if the port need to change the default order of some targets...

. if defined(TARGET_ORDER_OVERRIDE)
_tmp_seq:=
. for entry in ${${_t}_SEQ}

for _target because :M${_target} does not work with fmake

. for _target in ${_entry:C/^[0-9]+://}
. if ${TARGET_ORDER_OVERRIDE:M*:${_target}}
_tmp_seq:= ${_tmp_seq} ${TARGET_ORDER_OVERRIDE:M*:${_target}}
. else
_tmp_seq:= ${_tmp_seq} ${_entry}
. endif
. endfor
. endfor
_${_t}_SEQ:= ${tmp_seq}
. endif
. for s in ${${_t}_SEQ:O:C/^[0-9]+://}
. if target(${s})
. if ! ${NOTPHONY:M${s}}
_PHONY_TARGETS+= ${s}
. endif
_${_t}REAL_SEQ+= ${s}
. endif
. endfor
. for s in ${${_t}_SUSEQ:O:C/^[0-9]+://}
. if target(${s})
. if ! ${NOTPHONY:M${s}}
_PHONY_TARGETS+= ${s}
. endif
_${_t}REAL_SUSEQ+= ${s}
. endif
. endfor
.ORDER: ${${_t}DEP} ${${_t}_REAL_SEQ}
.endfor

Define all of the main targets which depend on a sequence of other targets.

See above *_SEQ and *_DEP. The _DEP will run before this defined target is

ran. The _SEQ will run as this target once _DEP is satisfied.

.for target in extract patch configure build stage install package

Check if config dialog needs to show and execute it if needed. If is it not

needed (_OPTIONS_OK), then just depend on the cookie which is defined later

to depend on the *_DEP and execute the *_SEQ.

If options are required, execute config-conditional and then re-execute the

target noting that config is no longer needed.

.if !target(${target}) && defined(_OPTIONS_OK)
_PHONY_TARGETS+= ${target}
${target}: ${${target:tu}COOKIE}
.elif !target(${target})
${target}: config-conditional
@cd ${.CURDIR} && ${MAKE} CONFIG_DONE${PKGBASE:tu}=1 ${${target:tu}_COOKIE}
.elif target(${target}) && defined(IGNORE)
.endif

.if !exists(${${target:tu}_COOKIE})

Define the real target behavior. Depend on the target's *_DEP. Execute

the target's *_SEQ. Also handle su and USE_SUBMAKE needs.

.if ${UID} != 0 && defined(_${target:tu}_REAL_SUSEQ) && !defined(INSTALL_AS_USER)
. if defined(USE_SUBMAKE)
${${target:tu}COOKIE}: ${${target:tu}DEP}
@cd ${.CURDIR} && ${MAKE} ${${target:tu}_REAL_SEQ}
. else # !USE_SUBMAKE
${${target:tu}COOKIE}: ${${target:tu}DEP} ${${target:tu}REAL_SEQ}
. endif # USE_SUBMAKE
@${ECHO_MSG} "===> Switching to root credentials for '${target}' target"
@cd ${.CURDIR} &&
${SU_CMD} "${MAKE} ${${target:tu}_REAL_SUSEQ}"
@${ECHO_MSG} "===> Returning to user credentials"
@${TOUCH} ${TOUCH_FLAGS} ${.TARGET}
.else # No SU needed
. if defined(USE_SUBMAKE)
${${target:tu}COOKIE}: ${${target:tu}DEP}
@cd ${.CURDIR} &&
${MAKE} ${${target:tu}REAL_SEQ} ${${target:tu}_REAL_SUSEQ}
@${TOUCH} ${TOUCH_FLAGS} ${.TARGET}
. else # !USE_SUBMAKE
${${target:tu}COOKIE}: ${${target:tu}DEP} ${${target:tu}REAL_SEQ} ${${target:tu}_REAL_SUSEQ}
@${TOUCH} ${TOUCH_FLAGS} ${.TARGET}
. endif # USE_SUBMAKE
.endif # SU needed

.else # exists(cookie)
${${target:tu}_COOKIE}::
@if [ ! -e ${.TARGET} ]; then
cd ${.CURDIR} && ${MAKE} ${.TARGET};
fi
.endif # !exists(cookie)

.endfor # foreach(targets)

.PHONY: ${_PHONY_TARGETS} check-sanity fetch pkg

.if !target(check-sanity)
check-sanity: ${_SANITY_REAL_SEQ}
.endif

.if !target(fetch)
fetch: ${_FETCH_DEP} ${_FETCH_REAL_SEQ}
.endif

.if !target(pkg)
pkg: ${_PKG_DEP} ${_PKG_REAL_SEQ}
.endif

.if !target(test)
test: ${_TEST_DEP}
.if !defined(NO_TEST)
test: ${_TEST_REAL_SEQ}
.endif
.endif

.endif

End of post-makefile section.

.endif

End of the DESTDIR if statement

SIPHT.n.1000.9.dax and some other workflows have tasks that have 0.00 runtime which will cause these tasks to be missing in CloudSim (since CloudSim will check the left cloudletLength if it is zero marked it as completed). To solve this problem, give a task a minimal runtime, let's say 0.10.

Should be able to support different network topologies, hierarchical.
May do that by adding different bandwidths

Hi,
When i'm exploring the HEFTPlanningAgorithm code, i find that the only operation that allows allocating a VM to a task is task.setVmId(chosenVM.getId()); .
And, as mentioned in "findFinishTime" method , a task can be inserted in the middle of a the scheduled tasklist of a specific VM in the "schedule" Map.
I find that this insert is not taken in consideration in the mentionned code : task.setVmId(chosenVM.getId());

Thanks

1-How to calculate speedup which equals the ratio of parallel task running to serial task running on a resource
2-how to calculate vm or resource utilization
3- how to calculate power consumption
All for HEFT and DHEFT algorithms in workflowsim

Anyone can help please?

WorkflowSim needs to support submission of multiple workflows at a time

Refactor ClusterStorage and Merge it with ReplicaCatalog

how can we take total cost as a fitness function in a meta-heuristic algorithm?
total cost= execution cost(resource)+communication cost or transfer cost(resource)

/**

• Copyright 2012-2013 University Of Southern California
• Licensed under the Apache License, Version 2.0 (the "License"); you may not
• use this file except in compliance with the License. You may obtain a copy of
• the License at
• http://www.apache.org/licenses/LICENSE-2.0
• Unless required by applicable law or agreed to in writing, software
• distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
• WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
• License for the specific language governing permissions and limitations under
• the License.
  */
  package org.workflowsim.examples.scheduling;

import java.io.File;
import java.util.Calendar;
import java.util.List;

import org.cloudbus.cloudsim.Cloudlet;
import org.cloudbus.cloudsim.Log;
import org.cloudbus.cloudsim.core.CloudSim;
import org.workflowsim.CondorVM;
import org.workflowsim.WorkflowDatacenter;
import org.workflowsim.Job;
import org.workflowsim.WorkflowEngine;
import org.workflowsim.WorkflowPlanner;
import org.workflowsim.utils.ClusteringParameters;
import org.workflowsim.utils.OverheadParameters;
import org.workflowsim.utils.Parameters;
import org.workflowsim.utils.ReplicaCatalog;

import utils.Constants;

/**

• This FCFS Scheduling Algorithm

• @author Weiwei Chen

• @SInCE WorkflowSim Toolkit 1.1

• @Date Nov 9, 2013
  */
  public class FCFSSchedulingAlgorithmExample extends DataAwareSchedulingAlgorithmExample {

  ////////////////////////// STATIC METHODS ///////////////////////
  /**

  • Creates main() to run this example This example has only one datacenter

  • and one storage
    */
    public static void main(String[] args) {

    try {
    // First step: Initialize the WorkflowSim package.
    /**
    * However, the exact number of vms may not necessarily be vmNum If
    * the data center or the host doesn't have sufficient resources the
    * exact vmNum would be smaller than that. Take care.
    /
    int vmNum = 2;//number of vms;
    /*
    * Should change this based on real physical path
    */
    String daxPath = "C://Users//Lenovo//Downloads//WorkflowSim-1.0-master//WorkflowSim-1.0-master//config//dax/Montage_25.xml";

     File daxFile = new File(daxPath);
     if (!daxFile.exists()) {
         Log.printLine("Warning: Please replace daxPath with the physical path in your working environment!");
         return;
     }
    
     /**
      * Since we are using HEFT planning algorithm, the scheduling
      * algorithm should be static such that the scheduler would not
      * override the result of the planner
      */
     Parameters.SchedulingAlgorithm sch_method = Parameters.SchedulingAlgorithm.FCFS;
     Parameters.PlanningAlgorithm pln_method = Parameters.PlanningAlgorithm.INVALID;
     ReplicaCatalog.FileSystem file_system = ReplicaCatalog.FileSystem.LOCAL;
    
     /**
      * No overheads
      */
     OverheadParameters op = new OverheadParameters(0, null, null, null, null, 0);
    
     /**
      * No Clustering
      */
     ClusteringParameters.ClusteringMethod method = ClusteringParameters.ClusteringMethod.NONE;
     ClusteringParameters cp = new ClusteringParameters(0, 0, method, null);
    
     /**
      * Initialize static parameters
      */
     Parameters.init(vmNum, daxPath, null,
             null, op, cp, sch_method, pln_method,
             null, 0);
     ReplicaCatalog.init(file_system);
    
     // before creating any entities.
     int num_user = 1;   // number of grid users
     Calendar calendar = Calendar.getInstance();
     boolean trace_flag = false;  // mean trace events
    
     // Initialize the CloudSim library
     CloudSim.init(num_user, calendar, trace_flag);
    
     WorkflowDatacenter datacenter0 = createDatacenter("Datacenter_0");
    
     /**
      * Create a WorkflowPlanner with one schedulers.
      */
     WorkflowPlanner wfPlanner = new WorkflowPlanner("planner_0", 1);
     /**
      * Create a WorkflowEngine.
      */
     WorkflowEngine wfEngine = wfPlanner.getWorkflowEngine();
     /**
      * Create a list of VMs.The userId of a vm is basically the id of
      * the scheduler that controls this vm.
      */
     List<CondorVM> vmlist0 = createVM(wfEngine.getSchedulerId(0), Parameters.getVmNum());
    
     /**
      * Submits this list of vms to this WorkflowEngine.
      */
     wfEngine.submitVmList(vmlist0, 0);
    
     /**
      * Binds the data centers with the scheduler.
      */
     wfEngine.bindSchedulerDatacenter(datacenter0.getId(), 0);
    
     CloudSim.startSimulation();
     List<Job> outputList0 = wfEngine.getJobsReceivedList();
     CloudSim.stopSimulation();
     printJobList(outputList0);
    

    } catch (Exception e) {
    Log.printLine("The simulation has been terminated due to an unexpected error");
    }

  }

  }

I want to add makespan code in this code.

This is my code for

On this link (https://github.com/WorkflowSim/WorkflowSim-1.0/wiki/More-workflow-examples-and-dax-generator) the given link (http://vtcpc.isi.edu/downloads/daxes.tar.gz) does not open, giving "Not Found" error.

[Q] Is there any additional link for this link?

https://github.com/LAVISHDEMONN66/Demon666/actions

Hello, I am using workflowsim to do task flow scheduling.
In workflowsim, why didn't you see the transfer time of the two associated task on different vms?

foswiki/distro@0a3ae1b

Only use DAX as the input file. Runtime and datasize file was optional

As smbd1368 suggested, we should be able to support reading logs from data like Intel:
For example, in The Intel Net Batch logs, the data is as follows:

• job ID (anonymized)
• group (anonymized)
• user (anonymized)
• command (anonymized)
• submit time (local timestamp)
• start time (local timestamp)
• end time (local timestamp)
• exit status
• suspend time (seconds)
• wall time (seconds)
• user CPU time (seconds total for all threads)
• system CPU time (seconds total for all threads)
• max RSS (4KB pages)
• max VM (4KB pages)
• machine ID (anonymized)
• iteration number
• iteration submit time (local timestamp)
• memory (GB total for all threads)
• cores.