#

# Copyright (c) 2011, 2014, Oracle and/or its affiliates. All rights reserved.

# DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER.

#

# This code is free software; you can redistribute it and/or modify it

# under the terms of the GNU General Public License version 2 only, as

# published by the Free Software Foundation.  Oracle designates this

# particular file as subject to the "Classpath" exception as provided

# by Oracle in the LICENSE file that accompanied this code.

#

# This code is distributed in the hope that it will be useful, but WITHOUT

# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or

# FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License

# version 2 for more details (a copy is included in the LICENSE file that

# accompanied this code).

#

# You should have received a copy of the GNU General Public License version

# 2 along with this work; if not, write to the Free Software Foundation,

# Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA.

#

# Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA

# or visit www.oracle.com if you need additional information or have any

# questions.

#

GENSRC_BUFFER_DST := $(SUPPORT_OUTPUTDIR)/gensrc/java.base/java/nio

GENSRC_BUFFER_SRC := $(JDK_TOPDIR)/src/java.base/share/classes/java/nio

###

	$(TOUCH) $@

define fixRw

  $1_RW := $2

  $1_rwkey := rw

  ifeq (R, $2)

    $1_rwkey := ro

  endif

endef

define typesAndBits

  # param 1 target

  # param 2 type

  # param 3 BO

  $1_a := a

  $1_A := A

  $1_type := $2

  ifeq ($2, byte)

    $1_x        := b

    $1_Type     := Byte

    $1_fulltype := byte

    $1_Fulltype := Byte

    $1_category := integralType

    $1_LBPV     := 0

  endif

  ifeq ($2, char)

    $1_x        := c

    $1_Type     := Char

    $1_fulltype := character

    $1_Fulltype := Character

    $1_category := integralType

    $1_streams  := streamableType

    $1_streamtype := int

    $1_Streamtype := Int

    $1_LBPV     := 1

  endif

  ifeq ($2, short)

    $1_x        := s

    $1_Type     := Short

    $1_fulltype := short

    $1_Fulltype := Short

    $1_category := integralType

    $1_LBPV     := 1

  endif

  ifeq ($2, int)

    $1_a        := an

    $1_A        := An

    $1_x        := i

    $1_Type     := Int

    $1_fulltype := integer

    $1_Fulltype := Integer

    $1_category := integralType

    $1_LBPV     := 2

  endif

  ifeq ($2, long)

    $1_x        := l

    $1_Type     := Long

    $1_fulltype := long

    $1_Fulltype := Long

    $1_category := integralType

    $1_LBPV     := 3

  endif

  ifeq ($2, float)

    $1_x        := f

    $1_Type     := Float

    $1_fulltype := float

    $1_Fulltype := Float

    $1_category := floatingPointType

    $1_LBPV     := 2

  endif

  ifeq ($2, double)

    $1_x        := d

    $1_Type     := Double

    $1_fulltype := double

    $1_Fulltype := Double

    $1_category := floatingPointType

    $1_LBPV     := 3

  endif

  $1_Swaptype := $$($1_Type)

  $1_memtype := $2

  $1_Memtype := $$($1_Type)

  ifeq ($2, float)

    $1_memtype := int

    $1_Memtype := Int

    ifneq ($3, U)

      $1_Swaptype := Int

      $1_fromBits := Float.intBitsToFloat

      $1_toBits   := Float.floatToRawIntBits

    endif

  endif

  ifeq ($2, double)

    $1_memtype := long

    $1_Memtype := Long

    ifneq ($3, U)

      $1_Swaptype := Long

      $1_fromBits := Double.longBitsToDouble

      $1_toBits   := Double.doubleToRawLongBits

    endif

  endif

  ifeq ($3, S)

    $1_swap := Bits.swap

  endif

endef

define genBinOps

  # param 1 target

  # param 2 type

  # param 3 BO

  # param 4 RW

  # param 5 nbytes

  # param 6 nbytesButOne

  $(call typesAndBits,$1,$2,$3)

  $(call fixRw,$1,$4)

  $1_nbytes := $5

  $1_nbytesButOne := $6

  $1_CMD := $(TOOL_SPP) \

    -Dtype=$$($1_type) \

    -DType=$$($1_Type) \

    -Dfulltype=$$($1_fulltype) \

    -Dmemtype=$$($1_memtype) \

    -DMemtype=$$($1_Memtype) \

    -DfromBits=$$($1_fromBits) \

    -DtoBits=$$($1_toBits) \

    -DLG_BYTES_PER_VALUE=$$($1_LBPV) \

    -DBYTES_PER_VALUE="(1 << $$($1_LBPV))" \

    -Dnbytes=$$($1_nbytes) \

    -DnbytesButOne=$$($1_nbytesButOne) \

    -DRW=$$($1_RW) \

    -K$$($1_rwkey) \

    -Da=$$($1_a) \

    -be

endef

define SetupGenBuffer

  # param 1 is for output file

  # param 2 is template dependency

  # param 3-9 are named args.

  #   type :=

  #   BIN :=

  #   RW := Mutability (R)ead-only (W)ritable

  #   BO := (U)nswapped/(S)wapped/(L)ittle/(B)ig

  #

  $(if $3,$1_$(strip $3))

  $(if $4,$1_$(strip $4))

  $(if $5,$1_$(strip $5))

  $(if $6,$1_$(strip $6))

  $(if $7,$1_$(strip $7))

  $(if $8,$1_$(strip $8))

  $(if $9,$1_$(strip $9))

  $(if $(10),$1_$(strip $(10)))

  $(if $(11),$1_$(strip $(11)))

  $(if $(12),$1_$(strip $(12)))

  $(if $(13),$1_$(strip $(13)))

  $(if $(14),$1_$(strip $(14)))

  $(foreach i,3 4 5 6 7 8 9 10 11 12 13 14 15,$(if $($i),$1_$(strip $($i)))$(NEWLINE))

  $(call LogSetupMacroEntry,SetupGenBuffer($1),$2,$3,$4,$5,$6,$7,$8,$9,$(10),$(11),$(12),$(13),$(14),$(15))

  $(if $(16),$(error Internal makefile error: Too many arguments to SetupGenBuffer, please update GensrcBuffer.gmk))

  $(call fixRw,$1,$$($1_RW))

  $(call typesAndBits,$1,$$($1_type),$$($1_BO))

  $1_DST := $(GENSRC_BUFFER_DST)/$1.java

  $1_SRC := $(GENSRC_BUFFER_SRC)/$(strip $2).java.template

  $1_SRC_BIN := $(GENSRC_BUFFER_SRC)/$(strip $2)-bin.java.template

  $1_DEP := $$($1_SRC)

  ifneq ($$($1_BIN), 1)

    $1_DEP := $$($1_SRC)

    $1_OUT := $$($1_DST)

  else

    $1_DEP += $$($1_SRC) $$($1_SRC_BIN)

    $1_OUT := $(GENSRC_BUFFER_DST)/$1.binop.0.java

  endif

  ifeq ($$($1_BIN), 1)

    $(call genBinOps,$1_char,char,$$($1_BO),$$($1_RW),two,one)

    $(call genBinOps,$1_short,short,$$($1_BO),$$($1_RW),two,one)

    $(call genBinOps,$1_int,int,$$($1_BO),$$($1_RW),four,three)

    $(call genBinOps,$1_long,long,$$($1_BO),$$($1_RW),eight,seven)

    $(call genBinOps,$1_float,float,$$($1_BO),$$($1_RW),four,three)

    $(call genBinOps,$1_double,double,$$($1_BO),$$($1_RW),eight,seven)

  endif

  $$($1_DST): $$($1_DEP) $(GENSRC_BUFFER_DST)/_the.buffer.dir

	$(TOOL_SPP) < $$($1_SRC) > $$($1_OUT).tmp \

	    -K$$($1_type) \

	    -K$$($1_category) \

	    -K$$($1_streams) \

	    -Dtype=$$($1_type) \

	    -DType=$$($1_Type) \

	    -Dfulltype=$$($1_fulltype) \

	    -DFulltype=$$($1_Fulltype) \

	    -Dstreamtype=$$($1_streamtype) \

	    -DStreamtype=$$($1_Streamtype) \

	    -Dx=$$($1_x) \

	    -Dmemtype=$$($1_memtype) \

	    -DMemtype=$$($1_Memtype) \

	    -DSwaptype=$$($1_Swaptype) \

	    -DfromBits=$$($1_fromBits) \

	    -DtoBits=$$($1_toBits) \

	    -DLG_BYTES_PER_VALUE=$$($1_LBPV) \

	    -DBYTES_PER_VALUE="(1 << $$($1_LBPV))" \

	    -DBO=$$($1_BO) \

	    -Dswap=$$($1_swap) \

	    -DRW=$$($1_RW) \

	    -K$$($1_rwkey) \

	    -Da=$$($1_a) \

	    -DA=$$($1_A) \

	    -Kbo$$($1_BO)

	$(MV) $$($1_OUT).tmp $$($1_OUT)

        # Do the extra bin thing

        ifeq ($$($1_BIN), 1)

	  $(SED) -e '/#BIN/,$$$$d' < $$($1_OUT) > $$($1_DST).tmp

	  $(RM) $$($1_OUT)

	  $$($1_char_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $$($1_short_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $$($1_int_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $$($1_long_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $$($1_float_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $$($1_double_CMD) < $$($1_SRC_BIN) >> $$($1_DST).tmp

	  $(PRINTF) "}\n" >> $$($1_DST).tmp

	  mv $$($1_DST).tmp $$($1_DST)

        endif

  GENSRC_BUFFER += $$($1_DST)

endef

###

X_BUF := X-Buffer

$(eval $(call SetupGenBuffer,ByteBuffer,  $(X_BUF), type:=byte, BIN:=1))

$(eval $(call SetupGenBuffer,CharBuffer,  $(X_BUF), type:=char))

$(eval $(call SetupGenBuffer,ShortBuffer, $(X_BUF), type:=short))

$(eval $(call SetupGenBuffer,IntBuffer,   $(X_BUF), type:=int))

$(eval $(call SetupGenBuffer,LongBuffer,  $(X_BUF), type:=long))

$(eval $(call SetupGenBuffer,FloatBuffer, $(X_BUF), type:=float))

$(eval $(call SetupGenBuffer,DoubleBuffer,$(X_BUF), type:=double))

# Buffers whose contents are heap-allocated

#

HEAP_X_BUF := Heap-X-Buffer

$(eval $(call SetupGenBuffer,HeapByteBuffer,   $(HEAP_X_BUF), type:=byte))

$(eval $(call SetupGenBuffer,HeapByteBufferR,  $(HEAP_X_BUF), type:=byte, RW:=R))

$(eval $(call SetupGenBuffer,HeapCharBuffer,   $(HEAP_X_BUF), type:=char))

$(eval $(call SetupGenBuffer,HeapCharBufferR,  $(HEAP_X_BUF), type:=char, RW:=R))

$(eval $(call SetupGenBuffer,HeapShortBuffer,  $(HEAP_X_BUF), type:=short))

$(eval $(call SetupGenBuffer,HeapShortBufferR, $(HEAP_X_BUF), type:=short, RW:=R))

$(eval $(call SetupGenBuffer,HeapIntBuffer,    $(HEAP_X_BUF), type:=int))

$(eval $(call SetupGenBuffer,HeapIntBufferR,   $(HEAP_X_BUF), type:=int, RW:=R))

$(eval $(call SetupGenBuffer,HeapLongBuffer,   $(HEAP_X_BUF), type:=long))

$(eval $(call SetupGenBuffer,HeapLongBufferR,  $(HEAP_X_BUF), type:=long, RW:=R))

$(eval $(call SetupGenBuffer,HeapFloatBuffer,  $(HEAP_X_BUF), type:=float))

$(eval $(call SetupGenBuffer,HeapFloatBufferR, $(HEAP_X_BUF), type:=float, RW:=R))

$(eval $(call SetupGenBuffer,HeapDoubleBuffer, $(HEAP_X_BUF), type:=double))

$(eval $(call SetupGenBuffer,HeapDoubleBufferR,$(HEAP_X_BUF), type:=double, RW:=R))

# Direct byte buffer

#

DIRECT_X_BUF := Direct-X-Buffer

$(eval $(call SetupGenBuffer,DirectByteBuffer, $(DIRECT_X_BUF), type:=byte, BIN:=1))

$(eval $(call SetupGenBuffer,DirectByteBufferR,$(DIRECT_X_BUF), type:=byte, BIN:=1, RW:=R))

# Unswapped views of direct byte buffers

#

$(eval $(call SetupGenBuffer,DirectCharBufferU,   $(DIRECT_X_BUF), type:=char, BO:=U))

$(eval $(call SetupGenBuffer,DirectCharBufferRU,  $(DIRECT_X_BUF), type:=char, RW:=R, BO:=U))

$(eval $(call SetupGenBuffer,DirectShortBufferU,  $(DIRECT_X_BUF), type:=short, BO:=U))

$(eval $(call SetupGenBuffer,DirectShortBufferRU, $(DIRECT_X_BUF), type:=short, RW:=R, BO:=U))

$(eval $(call SetupGenBuffer,DirectIntBufferU,    $(DIRECT_X_BUF), type:=int, BO:=U))

$(eval $(call SetupGenBuffer,DirectIntBufferRU,   $(DIRECT_X_BUF), type:=int, RW:=R, BO:=U))

$(eval $(call SetupGenBuffer,DirectLongBufferU,   $(DIRECT_X_BUF), type:=long, BO:=U))

$(eval $(call SetupGenBuffer,DirectLongBufferRU,  $(DIRECT_X_BUF), type:=long, RW:=R, BO:=U))

$(eval $(call SetupGenBuffer,DirectFloatBufferU,  $(DIRECT_X_BUF), type:=float, BO:=U))

$(eval $(call SetupGenBuffer,DirectFloatBufferRU, $(DIRECT_X_BUF), type:=float, RW:=R, BO:=U))

$(eval $(call SetupGenBuffer,DirectDoubleBufferU, $(DIRECT_X_BUF), type:=double, BO:=U))

$(eval $(call SetupGenBuffer,DirectDoubleBufferRU,$(DIRECT_X_BUF), type:=double, RW:=R, BO:=U))

# Swapped views of direct byte buffers

#

$(eval $(call SetupGenBuffer,DirectCharBufferS,   $(DIRECT_X_BUF), type:=char, BO:=S))

$(eval $(call SetupGenBuffer,DirectCharBufferRS,  $(DIRECT_X_BUF), type:=char, RW:=R, BO:=S))

$(eval $(call SetupGenBuffer,DirectShortBufferS,  $(DIRECT_X_BUF), type:=short, BO:=S))

$(eval $(call SetupGenBuffer,DirectShortBufferRS, $(DIRECT_X_BUF), type:=short, RW:=R, BO:=S))

$(eval $(call SetupGenBuffer,DirectIntBufferS,    $(DIRECT_X_BUF), type:=int, BO:=S))

$(eval $(call SetupGenBuffer,DirectIntBufferRS,   $(DIRECT_X_BUF), type:=int, RW:=R, BO:=S))

$(eval $(call SetupGenBuffer,DirectLongBufferS,   $(DIRECT_X_BUF), type:=long, BO:=S))

$(eval $(call SetupGenBuffer,DirectLongBufferRS,  $(DIRECT_X_BUF), type:=long, RW:=R, BO:=S))

$(eval $(call SetupGenBuffer,DirectFloatBufferS,  $(DIRECT_X_BUF), type:=float, BO:=S))

$(eval $(call SetupGenBuffer,DirectFloatBufferRS, $(DIRECT_X_BUF), type:=float, RW:=R, BO:=S))

$(eval $(call SetupGenBuffer,DirectDoubleBufferS, $(DIRECT_X_BUF), type:=double, BO:=S))

$(eval $(call SetupGenBuffer,DirectDoubleBufferRS,$(DIRECT_X_BUF), type:=double, RW:=R, BO:=S))

# Big-endian views of byte buffers

#

BYTE_X_BUF := ByteBufferAs-X-Buffer

$(eval $(call SetupGenBuffer,ByteBufferAsCharBufferB,   $(BYTE_X_BUF), type:=char, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsCharBufferRB,  $(BYTE_X_BUF), type:=char, RW:=R, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsShortBufferB,  $(BYTE_X_BUF), type:=short, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsShortBufferRB, $(BYTE_X_BUF), type:=short, RW:=R, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsIntBufferB,    $(BYTE_X_BUF), type:=int, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsIntBufferRB,   $(BYTE_X_BUF), type:=int, RW:=R, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsLongBufferB,   $(BYTE_X_BUF), type:=long, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsLongBufferRB,  $(BYTE_X_BUF), type:=long, RW:=R, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsFloatBufferB,  $(BYTE_X_BUF), type:=float, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsFloatBufferRB, $(BYTE_X_BUF), type:=float, RW:=R, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsDoubleBufferB, $(BYTE_X_BUF), type:=double, BO:=B))

$(eval $(call SetupGenBuffer,ByteBufferAsDoubleBufferRB,$(BYTE_X_BUF), type:=double, RW:=R, BO:=B))

# Little-endian views of byte buffers

#

$(eval $(call SetupGenBuffer,ByteBufferAsCharBufferL,   $(BYTE_X_BUF), type:=char, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsCharBufferRL,  $(BYTE_X_BUF), type:=char, RW:=R, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsShortBufferL,  $(BYTE_X_BUF), type:=short, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsShortBufferRL, $(BYTE_X_BUF), type:=short, RW:=R, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsIntBufferL,    $(BYTE_X_BUF), type:=int, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsIntBufferRL,   $(BYTE_X_BUF), type:=int, RW:=R, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsLongBufferL,   $(BYTE_X_BUF), type:=long, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsLongBufferRL,  $(BYTE_X_BUF), type:=long, RW:=R, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsFloatBufferL,  $(BYTE_X_BUF), type:=float, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsFloatBufferRL, $(BYTE_X_BUF), type:=float, RW:=R, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsDoubleBufferL, $(BYTE_X_BUF), type:=double, BO:=L))

$(eval $(call SetupGenBuffer,ByteBufferAsDoubleBufferRL,$(BYTE_X_BUF), type:=double, RW:=R, BO:=L))

###

$(GENSRC_BUFFER): $(BUILD_TOOLS_JDK)

GENSRC_JAVA_BASE += $(GENSRC_BUFFER)