Lots more opcodes including float support. Define float and double to be the
same thing (as the VC4 seems not to have double-precision float support). --HG-- branch : dtrg-videocore
This commit is contained in:
David Given
parent
6cdea73e84
commit
877e06ed89
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@ -9,12 +9,9 @@ EM_WSIZE = 4
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EM_PSIZE = 4
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EM_BSIZE = 8 /* two words saved in call frame */
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INT8 = 1 /* Size of values */
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INT16 = 2
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INT32 = 4
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INT64 = 8
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FLOAT32 = 4
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FLOAT64 = 8
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BYTE = 1 /* Size of values */
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WORD = 2
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QUAD = 4
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FP_OFFSET = 0 /* Offset of saved FP relative to our FP */
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PC_OFFSET = 4 /* Offset of saved PC relative to our FP */
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@ -22,7 +19,7 @@ PC_OFFSET = 4 /* Offset of saved PC relative to our FP */
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#define COMMENT(n) /* noop */
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#define nicesize(x) ((x)==INT8 || (x)==INT16 || (x)==INT32 || (x)==INT64)
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#define nicesize(x) ((x)==BYTE || (x)==WORD || (x)==QUAD)
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@ -103,6 +100,7 @@ INSTRUCTIONS
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add GPRI:wo, GPRI:ro, GPRI+CONST:ro.
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add GPRI:rw, GPRI+CONST:ro.
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and GPRI:rw, GPRI+CONST:ro.
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asr GPRI:rw, GPRI+CONST:ro.
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beq "b.eq" LABEL:ro.
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bne "b.ne" LABEL:ro.
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bgt "b.gt" LABEL:ro.
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@ -116,6 +114,11 @@ INSTRUCTIONS
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eor GPRI:rw, GPRI+CONST:ro.
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exts GPRI:wo, GPRI:ro, GPRI+CONST:ro.
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exts GPRI:rw, GPRI+CONST:ro.
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fadd GPRI:wo, GPRI:ro, GPRI:ro.
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fcmp GPRI:wo, GPRI:ro, GPRI:ro.
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fdiv GPRI:wo, GPRI:ro, GPRI:ro.
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fmul GPRI:wo, GPRI:ro, GPRI:ro.
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fsub GPRI:wo, GPRI:ro, GPRI:ro.
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ld GPRI:wo, GPROFFSET+GPRGPR+LABEL:ro.
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ldb GPRI:wo, GPROFFSET+GPRGPR+LABEL:ro.
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ldh GPRI:wo, GPROFFSET+GPRGPR+LABEL:ro.
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@ -123,6 +126,7 @@ INSTRUCTIONS
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lea GPRI:wo, LABEL:ro.
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lsl GPRI:rw, GPRI+CONST:ro.
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lsl GPRI:wo, GPRI:ro, GPRI+CONST:ro.
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lsr GPRI:rw, GPRI+CONST:ro.
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mov GPRI:wo, GPRI+CONST:ro.
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mul GPRI:rw, GPRI+CONST:ro.
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neg GPRI:rw, GPRI+CONST:ro.
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@ -223,6 +227,7 @@ STACKINGRULES
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st SCRATCH, {GPROFFSET, SP, 0}
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COERCIONS
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from GPRE
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@ -259,22 +264,22 @@ PATTERNS
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pat loc /* Load constant */
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yields {CONST, $1}
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pat dup $1<=INT32 /* Duplicate word on top of stack */
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with GPR
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pat dup $1<=QUAD /* Duplicate word on top of stack */
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with GPRI
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yields %1 %1
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pat dup $1==INT64 /* Duplicate double-word on top of stack */
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with GPR GPR
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yields %2 %1 %2 %1
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pat dup $1<=(2*QUAD) /* Duplicate word pair on top of stack */
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with GPRI GPRI
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yields %1 %2 %1 %2
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pat exg $1==INT32 /* Exchange top two words on stack */
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with GPR GPR
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pat exg $1==QUAD /* Exchange top two words on stack */
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with GPRI GPRI
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yields %1 %2
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#if 0
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pat stl lol $1==$2 /* Store then load local */
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leaving
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dup INT32
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dup QUAD
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stl $1
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#endif
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@ -298,7 +303,7 @@ PATTERNS
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loc $2
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cii
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pat loc loc cii loc loc cii $2==INT32 && $5==INT32 && $4<$2 /* madness, generated by the C compiler */
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pat loc loc cii loc loc cii $2==QUAD && $5==QUAD && $4<$2 /* madness, generated by the C compiler */
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leaving
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loc $4
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loc $5
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@ -319,20 +324,20 @@ PATTERNS
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pat loc loc cui $1==$2 /* unsigned X -> signed X */
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/* nop */
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pat loc loc cui $1==INT8 && $2==INT32 /* unsigned char -> signed int */
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pat loc loc cui $1==BYTE && $2==QUAD /* unsigned char -> signed int */
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/* nop */
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pat loc loc cui $1==INT16 && $2==INT32 /* unsigned short -> signed int */
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pat loc loc cui $1==WORD && $2==QUAD /* unsigned short -> signed int */
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/* nop */
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pat loc loc cii $1==INT8 && $2>INT8 /* signed char -> anything */
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pat loc loc cii $1==BYTE && $2>BYTE /* signed char -> anything */
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with REG
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uses reusing %1, REG=%1
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gen
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exts %a, {CONST, 8}
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yields %a
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pat loc loc cii $1==INT16 && $2>INT16 /* signed short -> anything */
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pat loc loc cii $1==WORD && $2>WORD /* signed short -> anything */
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with REG
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uses reusing %1, REG=%1
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gen
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@ -362,7 +367,7 @@ PATTERNS
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pat ldl /* Load double-word from local */
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leaving
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lal $1
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loi INT32*2
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loi QUAD*2
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pat stl inreg($1)>0 /* Store to local */
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with CONST+GPRI
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@ -378,7 +383,7 @@ PATTERNS
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pat sdl /* Store double-word to local */
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leaving
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lal $1
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sti INT32*2
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sti QUAD*2
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pat lil inreg($1)>0 /* Load from indirected local */
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uses REG
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@ -389,12 +394,12 @@ PATTERNS
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pat lil /* Load from indirected local */
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leaving
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lol $1
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loi INT32
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loi QUAD
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pat sil /* Save to indirected local */
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leaving
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lol $1
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sti INT32
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sti QUAD
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pat stl lol $1==$2 /* Save then load (generated by C compiler) */
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leaving
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@ -433,22 +438,12 @@ PATTERNS
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pat loe /* Load word external */
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leaving
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lae $1
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loi INT32
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loi QUAD
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pat ste /* Store word external */
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leaving
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lae $1
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sti INT32
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pat lde /* Load double-word external */
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leaving
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lae $1
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loi INT64
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pat sde /* Store double-word external */
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leaving
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lae $1
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sti INT64
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sti QUAD
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pat zre /* Zero external */
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leaving
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@ -478,28 +473,19 @@ PATTERNS
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pat lof /* Load word offsetted */
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leaving
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adp $1
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loi INT32
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loi QUAD
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pat ldf /* Load double-word offsetted */
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leaving
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adp $1
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loi INT64
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pat stf /* Store word offsetted */
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leaving
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adp $1
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sti INT32
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pat sdf /* Store double-word offsetted */
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leaving
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adp $1
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sti INT64
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sti QUAD
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/* Loads and stores */
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pat loi $1==INT8 /* Load byte indirect */
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pat loi $1==BYTE /* Load byte indirect */
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with GPR
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uses reusing %1, REG
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gen
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@ -512,7 +498,7 @@ PATTERNS
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yields %a
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#if 0
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pat loi loc loc cii $1==INT16 && $2==INT16 && $3==INT32 /* Load half-word indirect and sign extend */
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pat loi loc loc cii $1==WORD && $2==WORD && $3==QUAD /* Load half-word indirect and sign extend */
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with GPR
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uses REG
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gen
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@ -529,7 +515,7 @@ PATTERNS
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move {IND_RC_H_S, %1.reg, %1.off}, %a
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yields %a
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pat loi $1==INT16 /* Load half-word indirect */
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pat loi $1==WORD /* Load half-word indirect */
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with GPR
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uses REG
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gen
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@ -547,7 +533,7 @@ PATTERNS
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yields %a
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#endif
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pat loi $1==INT32 /* Load quad indirect */
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pat loi $1==QUAD /* Load quad indirect */
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with GPR
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uses reusing %1, REG
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gen
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@ -555,19 +541,10 @@ PATTERNS
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ld %a, {GPROFFSET, %a, 0}
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yields %a
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pat loi $1==INT64 /* Load double-quad indirect */
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with GPRI
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uses reusing %1, REG, REG
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gen
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add %a, %1, GP
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ld %b, {GPROFFSET, %a, 4}
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ld %a, {GPROFFSET, %a, 0}
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yields %a %b
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pat loi /* Load arbitrary size */
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leaving
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loc $1
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los INT32
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los QUAD
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pat los /* Load arbitrary size */
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with STACK
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@ -575,7 +552,7 @@ PATTERNS
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gen
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bl {LABEL, ".los"}
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pat sti $1==INT8 /* Store byte indirect */
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pat sti $1==BYTE /* Store byte indirect */
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with GPR GPRI
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gen
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stb %2, {GPRGPR, %1, GP}
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@ -583,32 +560,24 @@ PATTERNS
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gen
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stb %2, {GPRGPR, %1.reg, GP}
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pat sti $1==INT16 /* Store half-word indirect */
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pat sti $1==WORD /* Store half-word indirect */
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with GPR GPR
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uses REG
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gen
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add %a, %1, GP
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sth %2, {GPROFFSET, %a, 0}
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pat sti $1==INT32 /* Store quad indirect */
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pat sti $1==QUAD /* Store quad indirect */
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with GPR GPR
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uses REG
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gen
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add %a, %1, GP
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st %2, {GPROFFSET, %a, 0}
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pat sti $1==INT64 /* Store double-quad indirect */
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with GPR GPR
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uses REG
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gen
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add %a, %1, GP
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st %1, {GPROFFSET, %a, 0}
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st %2, {GPROFFSET, %a, 4}
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pat sti /* Store arbitrary size */
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leaving
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loc $1
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sts INT32
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sts QUAD
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pat sts /* Load arbitrary size */
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with STACK
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@ -671,7 +640,7 @@ PATTERNS
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/* Word arithmetic */
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pat adi $1==INT32 /* Add word (second + top) */
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pat adi $1==QUAD /* Add word (second + top) */
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with GPRI+CONST GPRI
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uses reusing %2, REG=%2
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gen
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@ -683,21 +652,21 @@ PATTERNS
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add %a, %2
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yields %a
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pat sbi $1==INT32 /* Subtract word (second - top) */
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pat sbi $1==QUAD /* Subtract word (second - top) */
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with GPRI+CONST GPRI
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uses reusing %2, REG=%2
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gen
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sub %a, %1
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yields %a
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pat ngi $1==INT32 /* Negate word */
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pat ngi $1==QUAD /* Negate word */
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with GPRI
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uses reusing %1, REG=%1
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gen
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neg %a, %a
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yields %a
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pat and $1==INT32 /* AND word */
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pat and $1==QUAD /* AND word */
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with GPRI+CONST GPRI
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uses reusing %2, REG=%2
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gen
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@ -709,7 +678,7 @@ PATTERNS
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and %a, %2
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yields %a
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pat ior $1==INT32 /* OR word */
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pat ior $1==QUAD /* OR word */
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with GPRI+CONST GPRI
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uses reusing %2, REG=%2
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gen
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@ -721,7 +690,7 @@ PATTERNS
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or %a, %2
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yields %a
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pat xor $1==INT32 /* XOR word */
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pat xor $1==QUAD /* XOR word */
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with GPRI+CONST GPRI
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uses reusing %2, REG=%2
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gen
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@ -733,21 +702,21 @@ PATTERNS
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eor %a, %2
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yields %a
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pat dvi $1==INT32 /* Divide word (second / top) */
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pat dvi $1==QUAD /* Divide word (second / top) */
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with GPRI GPRI
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uses reusing %2, REG
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gen
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divs %a, %2, %1
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yields %a
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pat dvu $1==INT32 /* Divide unsigned word (second / top) */
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pat dvu $1==QUAD /* Divide unsigned word (second / top) */
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with GPRI GPRI
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uses reusing %2, REG
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gen
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divu %a, %2, %1
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yields %a
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pat rmu $1==INT32 /* Remainder unsigned word (second % top) */
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pat rmu $1==QUAD /* Remainder unsigned word (second % top) */
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with GPRI GPRI
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uses REG
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gen
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@ -796,7 +765,7 @@ PATTERNS
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gen
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bl {LABEL, ".xor"}
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pat com $1==INT32 /* NOT word */
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pat com $1==QUAD /* NOT word */
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with AND_RR
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uses REG
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gen
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@ -828,60 +797,50 @@ PATTERNS
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lsl %a, %1
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yields %a
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#if 0
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pat sri $1==4 /* Shift right signed (second >> top) */
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with CONST GPR
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uses reusing %2, REG
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with CONST+GPRI GPRI
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uses reusing %2, REG=%2
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gen
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srawi %a, %2, {CONST, %1.val & 0x1F}
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yields %a
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with GPR GPR
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uses reusing %2, REG
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gen
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sraw %a, %2, %1
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asr %2, %1
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yields %a
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pat sru $1==4 /* Shift right unsigned (second >> top) */
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with CONST GPR
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uses reusing %2, REG
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with CONST+GPRI GPRI
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uses reusing %2, REG=%2
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gen
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rlwinm %a, %2, {CONST, 32-(%1.val & 0x1F)}, {CONST, (%1.val & 0x1F)}, {CONST, 31}
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yields %a
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with GPR GPR
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uses reusing %2, REG
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gen
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srw %a, %2, %1
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lsr %2, %1
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yields %a
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#if 0
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/* Arrays */
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pat aar $1==INT32 /* Index array */
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pat aar $1==QUAD /* Index array */
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with GPR3 GPR4 GPR5
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gen
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bl {LABEL, ".aar4"}
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yields R3
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pat lae lar $2==INT32 && nicesize(rom($1, 3)) /* Load array */
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pat lae lar $2==QUAD && nicesize(rom($1, 3)) /* Load array */
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leaving
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lae $1
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aar INT32
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aar QUAD
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loi rom($1, 3)
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pat lar $1==INT32 /* Load array */
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pat lar $1==QUAD /* Load array */
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with GPR3 GPR4 GPR5 STACK
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kills ALL
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gen
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bl {LABEL, ".lar4"}
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pat lae sar $2==INT32 && nicesize(rom($1, 3)) /* Store array */
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pat lae sar $2==QUAD && nicesize(rom($1, 3)) /* Store array */
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leaving
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lae $1
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aar INT32
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aar QUAD
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sti rom($1, 3)
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pat sar $1==INT32 /* Store array */
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pat sar $1==QUAD /* Store array */
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with GPR3 GPR4 GPR5 STACK
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kills ALL
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gen
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@ -895,8 +854,8 @@ PATTERNS
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pat set defined($1) /* Create word with set bit */
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leaving
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loc 1
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exg INT32
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sli INT32
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exg QUAD
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sli QUAD
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pat set !defined($1) /* Create structure with set bit (variable) */
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with GPR3 GPR4 STACK
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@ -905,8 +864,8 @@ PATTERNS
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|||
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pat inn defined($1) /* Test for set bit */
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leaving
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set INT32
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and INT32
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||||
set QUAD
|
||||
and QUAD
|
||||
|
||||
pat inn !defined($1) /* Test for set bit (variable) */
|
||||
with GPR3 STACK
|
||||
|
|
@ -918,21 +877,59 @@ PATTERNS
|
|||
|
||||
/* Boolean resolutions */
|
||||
|
||||
proc anyt example teq
|
||||
proc cm_t example teq
|
||||
with GPRI GPRI
|
||||
uses reusing %1, REG
|
||||
gen
|
||||
cmp %1, %2
|
||||
mov %a, {CONST, 0}
|
||||
add[1] %a, {CONST, 1}
|
||||
yields %a
|
||||
|
||||
pat cmu teq call cm_t("add.eq") /* top = (second == top) */
|
||||
pat cmu tne call cm_t("add.ne") /* top = (second != top) */
|
||||
pat cmu tlt call cm_t("add.lo") /* top = unsigned (second < top) */
|
||||
pat cmu tle call cm_t("add.ls") /* top = unsigned (second <= top) */
|
||||
pat cmu tgt call cm_t("add.hi") /* top = unsigned (second < top) */
|
||||
pat cmu tge call cm_t("add.hs") /* top = unsigned (second >= top) */
|
||||
pat cmi teq call cm_t("add.eq") /* top = (second == top) */
|
||||
pat cmi tne call cm_t("add.ne") /* top = (second != top) */
|
||||
pat cmi tlt call cm_t("add.lt") /* top = signed (second < top) */
|
||||
pat cmi tle call cm_t("add.le") /* top = signed (second <= top) */
|
||||
pat cmi tgt call cm_t("add.gt") /* top = signed (second < top) */
|
||||
pat cmi tge call cm_t("add.ge") /* top = signed (second >= top) */
|
||||
|
||||
proc cmf_t example teq
|
||||
with GPRI GPRI
|
||||
uses reusing %1, REG
|
||||
gen
|
||||
fcmp %a, %1, %2
|
||||
mov %a, {CONST, 0}
|
||||
add[1] %a, {CONST, 1}
|
||||
yields %a
|
||||
|
||||
pat cmf teq call cmf_t("add.eq") /* top = float (second == top) */
|
||||
pat cmf tne call cmf_t("add.ne") /* top = float (second != top) */
|
||||
pat cmf tlt call cmf_t("add.lo") /* top = float (second < top) */
|
||||
pat cmf tle call cmf_t("add.ls") /* top = float (second <= top) */
|
||||
pat cmf tgt call cmf_t("add.hi") /* top = float (second < top) */
|
||||
pat cmf tge call cmf_t("add.hs") /* top = float (second >= top) */
|
||||
|
||||
proc fallback_t example teq
|
||||
with GPRI
|
||||
uses reusing %1, REG=%1
|
||||
uses reusing %1, REG
|
||||
gen
|
||||
cmp %1, {CONST, 0}
|
||||
mov %a, {CONST, 0}
|
||||
add[1] %a, {CONST, 1}
|
||||
yields %a
|
||||
|
||||
pat cmu teq call anyt("add.eq") /* top = (top == 0) */
|
||||
pat cmu tne call anyt("add.ne") /* top = (top != 0) */
|
||||
pat cmu tlt call anyt("add.lo") /* top = unsigned (top < 0) */
|
||||
pat cmu tle call anyt("add.ls") /* top = unsigned (top <= 0) */
|
||||
pat cmu tgt call anyt("add.hi") /* top = unsigned (top > 0) */
|
||||
pat cmu tge call anyt("add.hs") /* top = unsigned (top >= 0) */
|
||||
pat teq call fallback_t("add.eq") /* top = float (top == 0) */
|
||||
pat tne call fallback_t("add.ne") /* top = float (top != 0) */
|
||||
pat tlt call fallback_t("add.lo") /* top = float (top < 0) */
|
||||
pat tle call fallback_t("add.ls") /* top = float (top <= 0) */
|
||||
pat tgt call fallback_t("add.hi") /* top = float (top < 0) */
|
||||
pat tge call fallback_t("add.hs") /* top = float (top >= 0) */
|
||||
|
||||
|
||||
|
||||
|
|
@ -964,16 +961,29 @@ PATTERNS
|
|||
pat blt call anyz("b.lt") /* Branch if signed second < top */
|
||||
pat ble call anyz("b.le") /* Branch if signed second <= top */
|
||||
|
||||
proc anycmpb example cmu zeq
|
||||
proc cmu_z example cmu zeq
|
||||
with GPR+CONST GPRI STACK
|
||||
gen
|
||||
cmp %2, %1
|
||||
beq[1] {LABEL, $2}
|
||||
|
||||
pat cmu zgt call anycmpb("b.hi") /* Branch if unsigned second > top */
|
||||
pat cmu zlt call anycmpb("b.lo") /* Branch if unsigned second < top */
|
||||
pat cmu zge call anycmpb("b.hs") /* Branch if unsigned second >= top */
|
||||
pat cmu zle call anycmpb("b.ls") /* Branch if unsigned second <= top */
|
||||
pat cmu zgt call cmu_z("b.hi") /* Branch if unsigned second > top */
|
||||
pat cmu zlt call cmu_z("b.lo") /* Branch if unsigned second < top */
|
||||
pat cmu zge call cmu_z("b.hs") /* Branch if unsigned second >= top */
|
||||
pat cmu zle call cmu_z("b.ls") /* Branch if unsigned second <= top */
|
||||
|
||||
proc cmf_z example cmu zeq
|
||||
with GPRI GPRI STACK
|
||||
gen
|
||||
fcmp %2, %2, %1
|
||||
beq[1] {LABEL, $2}
|
||||
|
||||
pat cmf zeq call cmf_z("b.eq") /* Branch if float second == top */
|
||||
pat cmf zne call cmf_z("b.ne") /* Branch if float second != top */
|
||||
pat cmf zgt call cmf_z("b.gt") /* Branch if float second > top */
|
||||
pat cmf zlt call cmf_z("b.lt") /* Branch if float second < top */
|
||||
pat cmf zge call cmf_z("b.ge") /* Branch if float second >= top */
|
||||
pat cmf zle call cmf_z("b.le") /* Branch if float second <= top */
|
||||
|
||||
|
||||
#if 0
|
||||
|
|
@ -993,54 +1003,58 @@ PATTERNS
|
|||
|
||||
pat cmp /* Compare pointers */
|
||||
leaving
|
||||
cmu INT32
|
||||
cmu QUAD
|
||||
|
||||
pat cms $1==INT32 /* Compare blocks (word sized) */
|
||||
pat cms $1==QUAD /* Compare blocks (word sized) */
|
||||
leaving
|
||||
cmi INT32
|
||||
|
||||
proc anycmf64 example teq
|
||||
with STACK
|
||||
uses REG
|
||||
gen
|
||||
bl {LABEL, ".cmf8"}
|
||||
mov %a, {CONST, 0}
|
||||
add[1] %a, {CONST, 1}
|
||||
yields %a
|
||||
|
||||
pat cmf tlt $1==FLOAT64 call anyt("add.lo") /* top = unsigned (top < 0) */
|
||||
pat cmf tle $1==FLOAT64 call anyt("add.ls") /* top = unsigned (top <= 0) */
|
||||
pat cmf tgt $1==FLOAT64 call anyt("add.hi") /* top = unsigned (top > 0) */
|
||||
pat cmf tge $1==FLOAT64 call anyt("add.hs") /* top = unsigned (top >= 0) */
|
||||
cmi QUAD
|
||||
|
||||
|
||||
|
||||
#if 0
|
||||
|
||||
|
||||
/* Other branching and labelling */
|
||||
|
||||
pat lab topeltsize($1)==4 && !fallthrough($1)
|
||||
#if 0
|
||||
pat lab topeltsize($1)<=4 && !fallthrough($1)
|
||||
gen
|
||||
labeldef $1
|
||||
yields R3
|
||||
yields R0
|
||||
|
||||
pat lab topeltsize($1)==4 && fallthrough($1)
|
||||
with GPR3
|
||||
pat lab topeltsize($1)<=4 && fallthrough($1)
|
||||
with GPR0
|
||||
gen
|
||||
labeldef $1
|
||||
yields %1
|
||||
|
||||
pat lab topeltsize($1)!=4
|
||||
pat lab topeltsize($1)>4
|
||||
with STACK
|
||||
kills ALL
|
||||
gen
|
||||
labeldef $1
|
||||
#endif
|
||||
|
||||
pat bra /* Unconditional jump */
|
||||
pat bra topeltsize($1)<=4 /* Unconditional jump with TOS register */
|
||||
with GPR0 STACK
|
||||
gen
|
||||
b {LABEL, $1}
|
||||
|
||||
pat bra topeltsize($1)>4 /* Unconditional jump without TOS register */
|
||||
with STACK
|
||||
gen
|
||||
b {LABEL, $1}
|
||||
#endif
|
||||
|
||||
pat lab
|
||||
with STACK
|
||||
kills ALL
|
||||
gen
|
||||
labeldef $1
|
||||
|
||||
pat bra
|
||||
with STACK
|
||||
gen
|
||||
b {LABEL, $1}
|
||||
|
||||
|
||||
|
||||
|
||||
|
|
@ -1058,28 +1072,24 @@ PATTERNS
|
|||
gen
|
||||
bl %1
|
||||
|
||||
pat lfr $1==INT32 /* Load function result, word */
|
||||
pat lfr $1==QUAD /* Load function result, word */
|
||||
yields R0
|
||||
|
||||
pat lfr $1==INT64 /* Load function result, double-word */
|
||||
yields R0 R1
|
||||
|
||||
pat ret $1==0 /* Return from procedure */
|
||||
gen
|
||||
return
|
||||
mov SP, FP
|
||||
pop FP, PC
|
||||
|
||||
pat ret $1==INT32 /* Return from procedure, word */
|
||||
pat ret $1<=QUAD /* Return from procedure, word */
|
||||
with GPR0
|
||||
gen
|
||||
return
|
||||
mov SP, FP
|
||||
pop FP, PC
|
||||
|
||||
pat ret $1==INT64 /* Return from procedure, double-word */
|
||||
with GPR0 GPR1
|
||||
with STACK
|
||||
gen
|
||||
pop R0
|
||||
return
|
||||
mov SP, FP
|
||||
pop FP, PC
|
||||
|
|
@ -1253,3 +1263,68 @@ PATTERNS
|
|||
loc $1
|
||||
ass
|
||||
|
||||
|
||||
|
||||
/* Floating point */
|
||||
|
||||
pat ngf /* Negate float */
|
||||
leaving
|
||||
loc 0
|
||||
exg QUAD
|
||||
sbf QUAD
|
||||
|
||||
proc simple_f example adf
|
||||
with GPRI GPRI
|
||||
uses reusing %1, REG
|
||||
gen
|
||||
fadd[1] %a, %2, %1
|
||||
yields %a
|
||||
|
||||
pat adf call simple_f("fadd") /* Float subtract (second + top) */
|
||||
pat sbf call simple_f("fsub") /* Float subtract (second - top) */
|
||||
pat mlf call simple_f("fmul") /* Float multiply (second * top) */
|
||||
pat dvf call simple_f("fdiv") /* Float divide (second / top) */
|
||||
|
||||
pat loc loc cff $1==$2 && $1==QUAD /* Convert float to float */
|
||||
leaving
|
||||
nop
|
||||
|
||||
pat loc loc cfi $1==$2 && $1==QUAD /* Convert float -> integer */
|
||||
with GPR0
|
||||
gen
|
||||
bl {LABEL, ".cfi"}
|
||||
yields R0
|
||||
|
||||
pat loc loc cfu $1==$2 && $1==QUAD /* Convert float -> unsigned */
|
||||
with GPR0
|
||||
gen
|
||||
bl {LABEL, ".cfu"}
|
||||
yields R0
|
||||
|
||||
pat loc loc cif $1==$2 && $1==QUAD /* Convert integer -> float */
|
||||
with GPR0
|
||||
gen
|
||||
bl {LABEL, ".cif"}
|
||||
yields R0
|
||||
|
||||
pat loc loc cuf $1==$2 && $1==QUAD /* Convert unsigned -> float */
|
||||
with GPR0
|
||||
gen
|
||||
bl {LABEL, ".cuf"}
|
||||
yields R0
|
||||
|
||||
pat fef /* Split float */
|
||||
with GPR0
|
||||
kills GPR1
|
||||
gen
|
||||
bl {LABEL, ".fef"}
|
||||
yields R0 R1
|
||||
|
||||
pat fif /* Multiply float and split (?) */
|
||||
with GPRI GPRI
|
||||
kills GPR0, GPR1
|
||||
gen
|
||||
fmul R0, %2, %1
|
||||
bl {LABEL, ".fef"}
|
||||
yields R0 R1
|
||||
|
||||
|
|
|
|||
|
|
@ -12,6 +12,7 @@ OPTIMISATION := -O
|
|||
D := plat/rpi/
|
||||
|
||||
platform-headers := \
|
||||
unistd.h \
|
||||
ack/config.h
|
||||
|
||||
platform-libsys := \
|
||||
|
|
|
|||
|
|
@ -7,7 +7,7 @@ var p=4
|
|||
var s=2
|
||||
var l=4
|
||||
var f=4
|
||||
var d=8
|
||||
var d=4
|
||||
var ARCH=vc4
|
||||
var PLATFORM=rpi
|
||||
var PLATFORMDIR={EM}/share/ack/{PLATFORM}
|
||||
|
|
|
|||
Loading…
Reference in a new issue