xref: /titanic_50/usr/src/uts/intel/bignum/Makefile.64 (revision b60f2a0b921611326383e4789e0874e9e8a2e708)
1*b60f2a0bSfr41279#
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8*b60f2a0bSfr41279# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
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12*b60f2a0bSfr41279#
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14*b60f2a0bSfr41279# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
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16*b60f2a0bSfr41279# fields enclosed by brackets "[]" replaced with your own identifying
17*b60f2a0bSfr41279# information: Portions Copyright [yyyy] [name of copyright owner]
18*b60f2a0bSfr41279#
19*b60f2a0bSfr41279# CDDL HEADER END
20*b60f2a0bSfr41279#
21*b60f2a0bSfr41279#
22*b60f2a0bSfr41279# Copyright 2008 Sun Microsystems, Inc.  All rights reserved.
23*b60f2a0bSfr41279# Use is subject to license terms.
24*b60f2a0bSfr41279#
25*b60f2a0bSfr41279#ident	"%Z%%M%	%I%	%E% SMI"
26*b60f2a0bSfr41279#
27*b60f2a0bSfr41279#	Configuration and targets for bignum module
28*b60f2a0bSfr41279#	specific to AMD 64-bit architecture, amd64.
29*b60f2a0bSfr41279#
30*b60f2a0bSfr41279# Bignum configuration (BIGNUM_CFG):
31*b60f2a0bSfr41279#   PSR_MUL:
32*b60f2a0bSfr41279#       There is a processor-specific implementation bignum multiply functions
33*b60f2a0bSfr41279#   HWCAP:
34*b60f2a0bSfr41279#       There are multiple implementations of bignum functions, and the
35*b60f2a0bSfr41279#	appropriate one must be chosen at run time, based on testing
36*b60f2a0bSfr41279#	hardware capabilites.
37*b60f2a0bSfr41279#
38*b60f2a0bSfr41279# -DPSR_MUL:
39*b60f2a0bSfr41279# For AMD64, there is a processor-specific implementation of
40*b60f2a0bSfr41279# the bignum multiply functions, which takes advantage of the
41*b60f2a0bSfr41279# 64x64->128 bit multiply instruction.
42*b60f2a0bSfr41279#
43*b60f2a0bSfr41279# -UHWCAP:
44*b60f2a0bSfr41279# There is only one implementation, because the 128 bit multiply using
45*b60f2a0bSfr41279# general-purpose registers is faster than any MMX or SSE2 implementation.
46*b60f2a0bSfr41279
47*b60f2a0bSfr41279BIGNUM_CFG = -DPSR_MUL
48*b60f2a0bSfr41279
49*b60f2a0bSfr41279$(OBJS_DIR)/bignumimpl.o $(LINTS_DIR)/bignumimpl.ln := \
50*b60f2a0bSfr41279	CPPFLAGS += $(BIGNUM_CFG)
51*b60f2a0bSfr41279$(OBJS_DIR)/bignum_amd64.o $(LINTS_DIR)/bignum_amd64.ln := \
52*b60f2a0bSfr41279	CPPFLAGS += $(BIGNUM_CFG)
53*b60f2a0bSfr41279
54*b60f2a0bSfr41279$(OBJS_DIR)/bignum_amd64.o: $(BIGNUMDIR)/amd64/bignum_amd64.c
55*b60f2a0bSfr41279	$(COMPILE.c) -o $@ $(BIGNUMDIR)/amd64/bignum_amd64.c
56*b60f2a0bSfr41279	$(CTFCONVERT_O)
57*b60f2a0bSfr41279	$(POST_PROCESS_O)
58*b60f2a0bSfr41279
59*b60f2a0bSfr41279$(OBJS_DIR)/bignum_amd64_asm.o: $(BIGNUMDIR)/amd64/bignum_amd64_asm.s
60*b60f2a0bSfr41279	$(COMPILE.s) -P -o $@ $(BIGNUM_CFG) $(BIGNUMDIR)/amd64/bignum_amd64_asm.s
61*b60f2a0bSfr41279	$(POST_PROCESS_O)
62*b60f2a0bSfr41279
63*b60f2a0bSfr41279$(LINTS_DIR)/bignum_amd64.ln: $(BIGNUMDIR)/amd64/bignum_amd64.c
64*b60f2a0bSfr41279	@($(LHEAD) $(LINT.c) $(BIGNUMDIR)/amd64/bignum_amd64.c $(LTAIL))
65*b60f2a0bSfr41279
66*b60f2a0bSfr41279$(LINTS_DIR)/bignum_amd64_asm.ln: $(BIGNUMDIR)/amd64/bignum_amd64_asm.s
67*b60f2a0bSfr41279	@($(LHEAD) $(LINT.s) $(BIGNUMDIR)/amd64/bignum_amd64_asm.s $(LTAIL))
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