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  /src/usr.bin/make/unit-tests/
order.mk 1 # $NetBSD: order.mk,v 1.2 2020/11/09 20:50:56 rillig Exp $
3 # Test that .ORDER is handled correctly.
5 # the .ORDER will prevent us building it immediately,
12 .ORDER: the.c the.h
deptgt-order.mk 1 # $NetBSD: deptgt-order.mk,v 1.4 2021/12/13 23:38:54 rillig Exp $
3 # Tests for the special target .ORDER in dependency declarations.
12 # This .ORDER creates a circular dependency since 'three' depends on 'one'
15 .ORDER: three one
opt-jobs-no-action.mk 38 .ORDER: explained combined
  /src/tools/groff/
Makefile 27 echo '.ORDER: $$(ALLDIRS) dot';\
28 echo '.ORDER: all install' ) >> build/Makefile
56 .ORDER: realinstall ${TMACDIR}/${F}.tmac
62 .ORDER: realinstall ${SITETMACDIR}/${F}
72 .ORDER: realinstall install.grofflinks
  /src/usr.bin/ktruss/
Makefile 20 .ORDER: misc.c misc.h
  /src/bin/sh/
Makefile 64 .ORDER: builtins.h builtins.c
74 .ORDER: nodes.h nodes.c
  /src/sys/arch/m68k/fpe/
fpu_mul.c 110 * following order:
123 ORDER(x, y);
166 * As noted above, the low order bits of Y are often zero. Even
fpu_add.c 70 * following order:
87 ORDER(x, y);
fpu_div.c 89 * can sometimes remove additional lower-order 1 bits); this proof is
163 * Since divide is not commutative, we cannot just use ORDER.
165 * order the signalling one (if only one) onto the right, then
179 ORDER(x, y);
fpu_emulate.h 55 * always nonzero. Additional low-order `guard' and `round' bits are
61 * when we explode an external denorm, we normalize it, introducing low-order
88 #define FP_NG 2 /* number of low-order guard bits */
120 * ORDER(x,y) `sorts' a pair of `fpn *'s so that the right operand (y) points
134 #define ORDER(x, y) { \
  /src/sys/arch/sparc/fpu/
fpu_emu.h 58 * always nonzero. Additional low-order `guard' and `round' bits are
64 * when we explode an external denorm, we normalize it, introducing low-order
91 #define FP_NG 2 /* number of low-order guard bits */
115 * ORDER(x,y) `sorts' a pair of `fpn *'s so that the right operand (y) points
129 #define ORDER(x, y) { \
fpu_div.c 89 * can sometimes remove additional lower-order 1 bits); this proof is
161 * Since divide is not commutative, we cannot just use ORDER.
163 * order the signalling one (if only one) onto the right, then
177 ORDER(x, y);
fpu_mul.c 112 * following order:
125 ORDER(x, y);
171 * As noted above, the low order bits of Y are often zero. Even
fpu_add.c 74 * following order:
91 ORDER(x, y);
  /src/sys/arch/powerpc/fpu/
fpu_emu.h 54 * always nonzero. Additional low-order `guard' and `round' bits are
60 * when we explode an external denorm, we normalize it, introducing low-order
87 #define FP_NG 2 /* number of low-order guard bits */
113 * ORDER(x,y) `sorts' a pair of `fpn *'s so that the right operand (y) points
127 #define ORDER(x, y) { \
fpu_add.c 75 * following order:
104 ORDER(x, y);
fpu_mul.c 116 * following order:
142 ORDER(x, y);
188 * As noted above, the low order bits of Y are often zero. Even
  /src/share/mk/
bsd.dep.mk 7 .ORDER: beforedepend .depend afterdepend
  /src/distrib/sets/
Makefile 268 .ORDER: ${MAKETARSETS:@.TARS.@do-sum-${.TARS.}@}
  /src/tools/
Makefile 77 # else. Within this group, they must be built in a specific order, and
79 # be installed in any order. This can't be expressed using the .WAIT
82 # XXX .ORDER does not work when multiple targets are passed on the
83 # make command line without "-j", so use dependencies in addition to .ORDER.
85 .ORDER: dependall-host-mkdep dependall-compat dependall-binstall \
  /src/
Makefile 85 # Targets invoked by `make build,' in order:
213 # Targets (in order!) called by "make build".
259 .ORDER: ${BUILDTARGETS}
  /src/sys/arch/m68k/060sp/dist/
fplsp.s 281 # in order to promote readability within the corecode itself.
6795 # Notes: a) In order to reduce memory access, the coefficients #
6923 # Notes: a) In order to reduce memory access, the coefficients #
6981 # Notes: a) In order to reduce memory access, the coefficients #
8023 # Note 2. In Step 2 of lognp1, in order to preserved accuracy, #
9034 #--REGISTERS SAVED SO FAR ARE (IN ORDER) FPCR, D0, FP1, a1, AND FP2.
9131 #--REGISTERS SAVED SO FAR ARE (IN ORDER) FPCR, D0, FP1, a1, AND FP2.
9157 #--FPCR, FP2, FP3 ARE SAVED IN ORDER AS SHOWN.
fpsp.s 45 # example) that are referenced by the FPSP package itself in order
301 # in order to promote readability within the corecode itself.
1319 # Exceptions in order of precedence:
1437 # "corrected" in order to have the proper equivalent extended precision
1548 # Exceptions in order of precedence:
1864 # Exceptions in order of precedence:
2105 # Exceptions in order of precedence:
2616 # Exceptions in order of precedence:
3594 # instruction in order to get this value and then store it to the #
6901 # Notes: a) In order to reduce memory access, the coefficients
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