mirror of
https://github.com/A2osX/A2osX.git
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335 lines
5.9 KiB
Plaintext
335 lines
5.9 KiB
Plaintext
NEW
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AUTO 3,1
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.LIST OFF
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*--------------------------------------
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EXP.GET jsr CORE.ArgV.Next
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bne .1
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>LDYA ZPArgVBufPrev no op, return text value
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clc
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rts
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.1 >LDYA ZPArgVBufPrev
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>SYSCALL AToL
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bcs .9
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.2 >LDYA L.EXP.OP.MATH + - .... ?
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jsr CORE.LookupArgVBuf
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bcs .94
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txa
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>STA.G CORE.Operator
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jsr CORE.ArgV.Next get next argument in ACC
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beq .94
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>LDYA ZPArgVBufPtr
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>SYSCALL AToL
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bcs .94
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jsr EXP.FPU.EXEC
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jsr CORE.ArgV.Next another op ?
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bne .2
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.8 >PUSHBI 4 ACC on stack
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>PUSHW L.M32.Printf
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>LEA.G M32.BUF
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>SYSCALL sprintf
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bcs .9
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>LEA.G M32.BUF
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rts
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.94 lda pStack POP 4 bytes
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clc
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adc #4
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sta pStack
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.9 lda #E.ESYN
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sec
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rts
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EXP.FPU.EXEC >LDA.G CORE.Operator
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tax
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lda EXP.OP.MATH.FPU,x
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tax
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jmp A2osX.FpuCall
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*--------------------------------------
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EXP.TEST lda (ZPArgVBufPtr)
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beq .9
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lda #$80
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>STA.G CORE.TestOp No Op
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.10 >LDYA L.EXP.BEGIN
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jsr CORE.LookupArgVBuf
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bcs .9
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dex 0=[ or 1=![ , $ff or 0
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txa
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asl in C
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php
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>LDA.G CORE.Test get parent
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asl discard true/false
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plp get new
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ror set ctx and parent
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>STA.G CORE.Test
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jsr CORE.ArgV.Next
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beq .9
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>LDYA L.EXP.OP.UNARY -d -e -f -n -z ?
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jsr CORE.LookupArgVBuf
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bcs .1
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txa
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>STA.G CORE.Operator
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jsr EXP.TEST.UNARY
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bcs .9
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>EOR.G CORE.Test
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sta (pData),y
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lda (ZPArgVBufPtr)
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bra .8 go check ]
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.9 lda #E.ESYN
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sec
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.99 rts
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.1 jsr CORE.ArgV.Next
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beq .9
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>LDYA L.EXP.OP.BINARY -eq -ne .... ?
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jsr CORE.LookupArgVBuf
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bcs .9
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txa
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>STA.G CORE.Operator
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jsr EXP.TEST.BINARY
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bcs .9
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>EOR.G CORE.Test
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sta (pData),y
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jsr CORE.ArgV.Next
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beq .9
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.8 cmp #']'
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bne .9
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ldy #1
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lda (ZPArgVBufPtr),y
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bne .9
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jsr CORE.ArgV.Next
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beq .80
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>LDYA L.EXP.OP.LOGIC
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jsr CORE.LookupArgVBuf
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bcs .9
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txa 0 = AND, 1 = OR
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>STA.G CORE.TestOp
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txa
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beq .84
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>lda.G CORE.Test OR : prev test is true, exit
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bmi .88
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bra .85
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.84 >lda.G CORE.Test AND : prev test is false, exit
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bpl .88
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.85 >LDA.G CORE.Test
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>STA.G CORE.TestArg
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jsr CORE.ArgV.Next
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beq .9
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jmp .10
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.80 >LDA.G CORE.TestOp
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bne .88 NONE, or OR : exit with last result
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>LDA.G CORE.TestArg AND : stop if false
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>AND.G CORE.Test
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>STA.G CORE.Test
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.88 clc
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rts
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*--------------------------------------
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EXP.TEST.UNARY jsr CORE.ArgV.Next
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beq EXP.OP.UNARY.ESYN we need one arg or ]
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>LDA.G CORE.Operator
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asl
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tax
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jmp (J.EXP.OP.UNARY,x)
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EXP.OP.UNARY.ESYN
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lda #E.ESYN
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sec
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rts
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EXP.OP.UNARY.D jsr EXP.OP.UNARY.STAT
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bcs EXP.OP.UNARY.DEF.9
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>LDA.G StatBuf+S.STAT.P.TYPE
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cmp #S.FI.T.DIR
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bne EXP.OP.UNARY.DEF.9
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bra EXP.OP.UNARY.DEF.8
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EXP.OP.UNARY.E jsr EXP.OP.UNARY.STAT
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bcs EXP.OP.UNARY.DEF.9
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bra EXP.OP.UNARY.DEF.8 DIR or FILE exist
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EXP.OP.UNARY.F jsr EXP.OP.UNARY.STAT
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bcs EXP.OP.UNARY.DEF.9
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>LDA.G StatBuf+S.STAT.P.TYPE
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cmp #S.FI.T.DIR
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beq EXP.OP.UNARY.DEF.9
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bra EXP.OP.UNARY.DEF.8
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EXP.OP.UNARY.STAT
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>PUSHEA.G StatBuf
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>LDYA ZPArgVBufPtr
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>SYSCALL STAT
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php
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jsr CORE.ArgV.Next
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plp
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rts
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EXP.OP.UNARY.DEF.8
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lda #$80 true
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clc
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rts
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EXP.OP.UNARY.DEF.9
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lda #0 false
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clc
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rts
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*--------------------------------------
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EXP.OP.UNARY.N lda (ZPArgVBufPtr) [ -N ] ?
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cmp #']'
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beq EXP.OP.UNARY.DEF.9 FALSE
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jsr CORE.ArgV.Next
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beq EXP.OP.UNARY.ESYN
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bra EXP.OP.UNARY.DEF.8 arg is not empty TRUE
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EXP.OP.UNARY.Z lda (ZPArgVBufPtr) [ -Z ] ?
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cmp #']'
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beq EXP.OP.UNARY.DEF.8 TRUE
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jsr CORE.ArgV.Next
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beq EXP.OP.UNARY.ESYN
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bra EXP.OP.UNARY.DEF.9 FALSE
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*--------------------------------------
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EXP.TEST.BINARY >LDA.G CORE.Operator
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cmp #6 =, !=, <= <, >=, >
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bcs EXP.TEST.BINARY.NUM
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>LDYA ZPArgVBufPrev
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>STYA ZPPtr1
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jsr CORE.ArgV.Next
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beq EXP.TEST.BINARY.ESYN
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>PUSHW ZPPtr1
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>LDYA ZPArgVBufPtr
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>SYSCALL strcmp
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bcs .1 CS if !=
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lda #%010 010 str1 = str2
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bra EXP.TEST.BINARY.END
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.1 asl CS if <
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bcs .2
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lda #%100 010 str1 < str2
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bra EXP.TEST.BINARY.END
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.2 lda #%001 010 str1 > str2
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bra EXP.TEST.BINARY.END
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EXP.TEST.BINARY.ESYN
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lda #E.ESYN
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sec
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rts
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*--------------------------------------
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EXP.TEST.BINARY.NUM
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>LDYA ZPArgVBufPrev
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>SYSCALL AToL
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bcs EXP.TEST.BINARY.ESYN
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>PULLL M32.ACC
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jsr CORE.ArgV.Next
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beq EXP.TEST.BINARY.ESYN
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>LDYA ZPArgVBufPtr
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>SYSCALL AToL
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bcs EXP.TEST.BINARY.ESYN
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>PULLL M32.ARG
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ldx #4
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ldy #0
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sec
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.1 lda M32.ARG,y
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sbc M32.ACC,y
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sta M32.ACC,y
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iny
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dex
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bne .1
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bcc .5 CC if ACC < ARG
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lda M32.ACC
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ora M32.ACC+1
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ora M32.ACC+2
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ora M32.ACC+3 Z if ACC = ARG
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bne .4
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lda #%010 010 ACC = ARG
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bra EXP.TEST.BINARY.END
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.4 lda #%100 100 ACC > ARG
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bra EXP.TEST.BINARY.END
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.5 lda #%001 001 ACC < ARG
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EXP.TEST.BINARY.END
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pha
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>LDA.G CORE.Operator
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tax
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pla
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and EXP.OP.BINARY.BITS,x
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beq .80
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lda #$80 true
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clc
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rts
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.80 lda #0 false
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clc
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rts
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*--------------------------------------
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MAN
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SAVE USR/SRC/BIN/SH.S.EXP
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LOAD USR/SRC/BIN/SH.S
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ASM
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