c84f75c1b5
Add bind9.11.4pl1 (BIND 9.11.4-P1) package. Note: named(8) requires writable permission to current directory when start up or the directory specified by "directory" in options statement. BIND, the Berkeley Internet Name Daemon, version 9 is a major rewrite of nearly all aspects of the underlying BIND architecture. Some of the important features of BIND-9 are: - DNS Security - IP version 6 - DNS Protocol Enhancements - Views - Multiprocessor Support - Improved Portability Architecture - Full NSEC3 support - Automatic zone re-signing - New update-policy methods tcp-self and 6to4-self This package contains the BIND 9.11 release. - Catalog Zones, a new method for provisioning servers - "dnstap", a fast and flexible method of capturing and logging DNS traffic. - "dyndb", a new API for loading zone data from an external database - dnssec-keymgr, a new key mainenance utility - mdig, an alternate version of dig utility - And more...
92 lines
2.5 KiB
Makefile
92 lines
2.5 KiB
Makefile
# $NetBSD: builtin.mk,v 1.1 2018/09/09 13:11:38 taca Exp $
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BUILTIN_PKG:= bind
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BUILTIN_FIND_FILES_VAR:= EXE_NAMED
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BUILTIN_FIND_FILES.EXE_NAMED= /usr/sbin/named
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BUILTIN_FIND_LIBS:= bind
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.include "../../mk/buildlink3/bsd.builtin.mk"
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###
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### Figure out the version of BIND if an ISC BIND named exists on the
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### system.
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###
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.if !defined(BUILTIN_VERSION.bind) && \
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empty(EXE_NAMED:M__nonexistent__) && \
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empty(EXE_NAMED:M${LOCALBASE}/*)
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BUILTIN_VERSION.bind!= \
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${EXE_NAMED} -v 2>/dev/null | ${HEAD} -1 | \
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${AWK} 'BEGIN { v = "4.9.11"; } \
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/^BIND / { v = $$2; sub("-.*", "", v); } \
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/^named / { v = $$2; sub("-.*", "", v); } \
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END { print v; }'
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.endif
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MAKEVARS+= BUILTIN_VERSION.bind
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###
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### Determine if there is a built-in implementation of the package and
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### set IS_BUILTIN.<pkg> appropriately ("yes" or "no").
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###
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.if !defined(IS_BUILTIN.bind)
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IS_BUILTIN.bind= no
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. if defined(BUILTIN_VERSION.bind)
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IS_BUILTIN.bind= yes
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. endif
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.endif
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MAKEVARS+= IS_BUILTIN.bind
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###
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### If there is a built-in implementation, then set BUILTIN_PKG.<pkg> to
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### a package name to represent the built-in package.
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###
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.if !defined(BUILTIN_PKG.bind) && \
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!empty(IS_BUILTIN.bind:M[yY][eE][sS]) && \
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defined(BUILTIN_VERSION.bind)
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BUILTIN_PKG.bind= bind-${BUILTIN_VERSION.bind}
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.endif
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MAKEVARS+= BUILTIN_PKG.bind
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###
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### Determine whether we should use the built-in implementation if it
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### exists, and set USE_BUILTIN.<pkg> appropriate ("yes" or "no").
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###
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.if !defined(USE_BUILTIN.bind)
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. if ${PREFER.bind} == "pkgsrc"
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USE_BUILTIN.bind= no
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. else
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USE_BUILTIN.bind= ${IS_BUILTIN.bind}
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. if defined(BUILTIN_PKG.bind) && \
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!empty(IS_BUILTIN.bind:M[yY][eE][sS])
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USE_BUILTIN.bind= yes
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. for dep in ${BUILDLINK_API_DEPENDS.bind}
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. if !empty(USE_BUILTIN.bind:M[yY][eE][sS])
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USE_BUILTIN.bind!= \
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if ${PKG_ADMIN} pmatch ${dep:Q} ${BUILTIN_PKG.bind:Q}; then \
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${ECHO} yes; \
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else \
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${ECHO} no; \
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fi
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. endif
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. endfor
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. endif
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. endif # PREFER.bind
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.endif
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MAKEVARS+= USE_BUILTIN.bind
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###
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### The section below only applies if we are not including this file
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### solely to determine whether a built-in implementation exists.
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###
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CHECK_BUILTIN.bind?= no
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.if !empty(CHECK_BUILTIN.bind:M[nN][oO])
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. if !empty(USE_BUILTIN.bind:M[yY][eE][sS])
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. if !empty(BUILTIN_LIB_FOUND.bind:M[yY][eE][sS])
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BUILDLINK_LDADD.bind?= -lbind
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. endif
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. elif !empty(USE_BUILTIN.bind:M[nN][oO])
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BUILDLINK_LDADD.bind?= -lbind
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. endif
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.endif # CHECK_BUILTIN.bind
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