<commit_before>;****************************************************************************************
; Copyright (C) 2017 The 8-Bit Bunch. Licensed under the Apache License, Version 1.1
; (the "License"); you may not use this file except in compliance with the License.
; You may obtain a copy of the License at <http://www.apache.org/licenses/LICENSE-1.1>.
; Unless required by applicable law or agreed to in writing, software distributed under
; the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF
; ANY KIND, either express or implied. See the License for the specific language
; governing permissions and limitations under the License.
;****************************************************************************************

;@com.wudsn.ide.asm.hardware=APPLE2
; LegendOS bootstrapping loader
; -----------------------------

; Use hi-bit ASCII for Apple II
!convtab "../include/hiBitAscii.ct"

; Handy global defs
!source "../include/global.i"

DEBUG	= 0

* = $2000

pDst	= $C		; len 2		; opposite order from memmgr,
pSrc	= $E		; len 2		;	so it can avoid swapping
pEnd	= $10		; len 2

pData	= $80		; len 2
pRun	= $82		; len 2
pDcmp	= $84		; len 2

decomp	= $DF00

init	; Put something interesting on the screen :)
	sta clr80Vid
	jsr ROM_setnorm
	jsr ROM_setkbd
	jsr ROM_setvid
	jsr ROM_home
	ldy #0
-	lda .welcomeText,y
	beq +
	jsr ROM_cout
	iny
	bne -
	beq +
.welcomeText: !text "Welcome to LegendOS.",$8D,0
; Init pointer to blocks we're going to move/decompress
+	lda #<dataStart
	sta pData
	lda #>dataStart
	sta pData+1
	; For first phase, before initting ProRWTS, decomp needs to be in bank 2
	; to avoid trashing ProDOS. (Only safe to trash after ProRWTS init).
	bit setLcWr+lcBank2	; read from ROM, write to LC ram
	bit setLcWr+lcBank2
	; First is the decompressor itself (special: just copy one page)
	jsr getBlk
	lda pSrc	; save src ptr for later re-copy to final home
	sta pDcmp
	lda pSrc+1
	sta pDcmp+1
-	lda (pSrc),y
	sta decomp,y
	iny
	bne -
	; Next comes ProRWTS
	jsr runBlk
	; Now we can move decomp to its final home in bank 1
	bit setLcWr+lcBank1	; read from ROM, write to LC ram
	ldy #0
-	lda (pDcmp),y
	sta decomp,y
	iny
	bne -
	; Then PLASMA
	jsr runBlk
	; And finally the memory mgr (fall through)
runBlk	jsr getBlk	; get block size and calc pointers
!if DEBUG { 
;	lda #1		; turn on printer
;	jsr $FE95
	jsr debug
}
	bit setLcRW+lcBank2
	jsr decomp	; decompress the code
	bit setLcWr+lcBank2
!if DEBUG {
	lda #"R"
	jsr ROM_cout
	jsr ROM_crout
}
	jsr $4000	; and run it so it'll relocate itself
	bit setLcWr+lcBank2
!if DEBUG {
	lda #"r"
	jsr ROM_cout
	jsr ROM_crout
}
	rts

getByte	ldy #0
	lda (pData),y
	inc pData
	bne +
	inc pData+1
+	rts

getWord	jsr getByte
	pha
	jsr getByte
	tax
	pla
	clc
	rts

getBlk	; Get uncompressed len from the block header,
	; and calculate dest end (based on start of $4000)
	jsr getWord
	sta pEnd
	txa
	adc #$40
	sta pEnd+1

	; Get compressed len
	jsr getWord
	pha		; save lo byte of len

	; We're now looking at start of compressed data. Record that pointer.
	lda pData
	sta pSrc
	lda pData+1
	sta pSrc+1

	; We always decompress to $4000
	sty pDst	; Y already zero
	lda #$40
	sta pDst+1

	; Add compressed length to get to start of next block
	pla		; get len back
	adc pData
	sta pData
	txa
	adc pData+1
	sta pData+1

	rts

!if DEBUG {
debug	jsr ROM_crout
	lda #"B"
	jsr ROM_cout
	lda pSrc+1
	ldx pSrc
	jsr .pr
	lda pDst+1
	ldx pDst
	jsr .pr
	lda pEnd+1
	ldx pEnd
	jsr ROM_prntax
	jmp ROM_crout
.pr	jsr ROM_prntax
	lda #" "
	jmp ROM_cout
}

dataStart = *<commit_msg>Test that AUX RAM is available; if not complain that 128K IIe or later is required.<commit_after>;****************************************************************************************
; Copyright (C) 2017 The 8-Bit Bunch. Licensed under the Apache License, Version 1.1
; (the "License"); you may not use this file except in compliance with the License.
; You may obtain a copy of the License at <http://www.apache.org/licenses/LICENSE-1.1>.
; Unless required by applicable law or agreed to in writing, software distributed under
; the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF
; ANY KIND, either express or implied. See the License for the specific language
; governing permissions and limitations under the License.
;****************************************************************************************

;@com.wudsn.ide.asm.hardware=APPLE2
; LegendOS bootstrapping loader
; -----------------------------

; Use hi-bit ASCII for Apple II
!convtab "../include/hiBitAscii.ct"

; Handy global defs
!source "../include/global.i"

DEBUG	= 0

* = $2000

pDst	= $C		; len 2		; opposite order from memmgr,
pSrc	= $E		; len 2		;	so it can avoid swapping
pEnd	= $10		; len 2

pData	= $80		; len 2
pRun	= $82		; len 2
pDcmp	= $84		; len 2

decomp	= $DF00

init	; Put something interesting on the screen :)
	sta clr80Vid
	jsr ROM_setnorm
	jsr ROM_setkbd
	jsr ROM_setvid
	jsr ROM_home
+	; Test that we have AUX RAM (required)
	sty pSrc
	sta setAuxZP
	iny
	sty pSrc
	cpy pSrc
	sta clrAuxZP
	bne +
	cpy pSrc
	bne ++
+	ldy #0
-	lda .insuffText,y
	beq -		; loop forever
	jsr ROM_cout
	iny
	bne -
	; Display welcome message
++	ldy #0
-	lda .welcomeText,y
	beq +
	jsr ROM_cout
	iny
	bne -
	; Init pointer to blocks we're going to move/decompress
+	lda #<dataStart
	sta pData
	lda #>dataStart
	sta pData+1
	; For first phase, before initting ProRWTS, decomp needs to be in bank 2
	; to avoid trashing ProDOS. (Only safe to trash after ProRWTS init).
	bit setLcWr+lcBank2	; read from ROM, write to LC ram
	bit setLcWr+lcBank2
	; First is the decompressor itself (special: just copy one page)
	jsr getBlk
	lda pSrc	; save src ptr for later re-copy to final home
	sta pDcmp
	lda pSrc+1
	sta pDcmp+1
-	lda (pSrc),y
	sta decomp,y
	iny
	bne -
	; Next comes ProRWTS
	jsr runBlk
	; Now we can move decomp to its final home in bank 1
	bit setLcWr+lcBank1	; read from ROM, write to LC ram
	ldy #0
-	lda (pDcmp),y
	sta decomp,y
	iny
	bne -
	; Then PLASMA
	jsr runBlk
	; And finally the memory mgr (fall through)
runBlk	jsr getBlk	; get block size and calc pointers
!if DEBUG { 
;	lda #1		; turn on printer
;	jsr $FE95
	jsr debug
}
	bit setLcRW+lcBank2
	jsr decomp	; decompress the code
	bit setLcWr+lcBank2
!if DEBUG {
	lda #"R"
	jsr ROM_cout
	jsr ROM_crout
}
	jsr $4000	; and run it so it'll relocate itself
	bit setLcWr+lcBank2
!if DEBUG {
	lda #"r"
	jsr ROM_cout
	jsr ROM_crout
}
	rts

getByte	ldy #0
	lda (pData),y
	inc pData
	bne +
	inc pData+1
+	rts

getWord	jsr getByte
	pha
	jsr getByte
	tax
	pla
	clc
	rts

getBlk	; Get uncompressed len from the block header,
	; and calculate dest end (based on start of $4000)
	jsr getWord
	sta pEnd
	txa
	adc #$40
	sta pEnd+1

	; Get compressed len
	jsr getWord
	pha		; save lo byte of len

	; We're now looking at start of compressed data. Record that pointer.
	lda pData
	sta pSrc
	lda pData+1
	sta pSrc+1

	; We always decompress to $4000
	sty pDst	; Y already zero
	lda #$40
	sta pDst+1

	; Add compressed length to get to start of next block
	pla		; get len back
	adc pData
	sta pData
	txa
	adc pData+1
	sta pData+1

	rts

!if DEBUG {
debug	jsr ROM_crout
	lda #"B"
	jsr ROM_cout
	lda pSrc+1
	ldx pSrc
	jsr .pr
	lda pDst+1
	ldx pDst
	jsr .pr
	lda pEnd+1
	ldx pEnd
	jsr ROM_prntax
	jmp ROM_crout
.pr	jsr ROM_prntax
	lda #" "
	jmp ROM_cout
}

.insuffText : !text "REQUIRES 128K IIE OR LATER.",0
.welcomeText: !text "Welcome to LegendOS.",$8D,0

dataStart = *
{'fraction_non_alphanumeric': 0.12428170519844982, 'fraction_numerical': 0.021916343712414806, 'mean_word_length': 3.42055522740697, 'pattern_counts': {'":': 0, '<': 7, '<?xml version=': 0, '>': 7, 'https://': 0, 'lorem ipsum': 0, 'www.': 2, 'xml': 0}, 'pii_count': 0, 'substrings_counts': 0, 'word_list_counts': {'cursed_substrings.json': 0, 'profanity_word_list.json': 0, 'sexual_word_list.json': 0, 'zh_pornsignals.json': 0}}
{'dir': 'git-commits-cleaned', 'id': '809604', 'n_tokens_mistral': 3071, 'n_tokens_neox': 2900, 'n_words': 1079}