ptype: langsamer aber intelligenter. unterstuetzt indent und erkennung der position
This commit is contained in:
Denis Knauf
parent
29ec338934
commit
ece1351c38
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@ -1,12 +1,4 @@
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#! /usr/bin/gforth
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\ here-allokation wird als fifo verwendet.
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: copy ( addrdst addrsrc len -- addrdstend )
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over ( dst src len src ) + swap ( dst end src )
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+do ( dst+ )
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i ( dst+ src+ ) c@ ( dst+ chr )
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over ( dst+ chr dst+ ) c! ( dst+ ) 1+
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loop
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;
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\ 2-rot ist bei gforth anscheinend nicht definiert
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: 2-rot { a1 a2 b1 b2 c1 c2 } c1 c2 a1 a2 b1 b2 ;
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@ -42,10 +34,11 @@ needs ansi.fs
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: cursory@ ( -- y ) cursor@ nip ;
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: cursorx! ( x -- ) cursory@ cursor! ;
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: cursory! ( x -- ) cursorx@ swap cursor! ;
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: cursor^ ( i -- ) ESC[ 0 .r ." A" ;
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: cursor_ ( i -- ) ESC[ 0 .r ." B" ;
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: cursor> ( i -- ) ESC[ 0 .r ." C" ;
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: cursor< ( i -- ) ESC[ 0 .r ." D" ;
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: cursor' ( i c -- ) swap dup if ESC[ 0 .r emit else 2drop then ;
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: cursor^ ( i -- ) [char] A cursor' ;
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: cursor_ ( i -- ) [char] B cursor' ;
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: cursor> ( i -- ) [char] C cursor' ;
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: cursor< ( i -- ) [char] D cursor' ;
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: isnewline? ( c -- i ) dup 10 = swap 13 = or ;
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: isspace? ( c -- i ) dup 9 = over 11 = or swap 32 = or ;
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@ -82,7 +75,7 @@ variable scroll-delay
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;
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1 scroll-delay !
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variable ptype-lenl \ Wieviele Zeichen bereits in dieser Zeile geschrieben wurden
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variable ptype-indent \ Zeile Einruecken
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defer ptype-type
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' type is ptype-type
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: ptype-word ( addrw addrc c -- addrc+1 )
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@ -90,18 +83,12 @@ defer ptype-type
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dup -rot over - ptype-type \ c addrc
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swap emit 1+ \ addrc+1
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;
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: ptype-init ( addr len lenm lenl -- addre lenm lenl addrw addre addr )
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{ addr len lenm lenl } addr len + lenm lenl addr addr len + addr
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( 2over + \ addr len lenm lenl addre
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rot swap tuck 2-rot \ addre lenm addr len lenl addre
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2over drop rot swap \ addre lenm addr len addre lenl addr
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dup -rot 2-rot \ addre lenm lenl addrw addr len addre addr
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2nip \ addre lenm lenl addrw addre addr
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)
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: ptype-init ( addr len lenm x -- addre lenm lenl addrw addre addr )
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{ addr len lenm x } addr len + lenm x dup cursorx! addr addr len + addr
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;
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: ptype-newline ( lenm lenl addrw addrc -- lenm 0 addrw )
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: ptype-newline ( lenm lenl addrw addrc -- lenm lenl addrw )
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10 ptype-word \ lenm lenl addrw=addrc+1
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nip 0 swap \ lenm lenl=0 addrw
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ptype-indent @ dup cursor> swap \ lenm lenl0 addrw
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;
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: ptype-space ( lenm lenl addrw addrc -- lenm lenl1 addrw )
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32 ptype-word \ lenm lenl addrw=addrc+1
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@ -111,19 +98,20 @@ defer ptype-type
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2over <=
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if
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\ lenm lenl addrw addrc
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rot tuck over swap - \ lenm addrw lenl addrc addrc-lenl \ m w l c c-l
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rot tuck over swap - \ lenm addrw lenl addrc addrc-lenl
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2over drop >= \ lenm addrw lenl addrc addrc-lenl>=addrw
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if \ Wort ist laenger als eine Zeile -> muss umgebrochen werden.
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1- -rot 1- -rot 2dup - \ lenm lenl addrc-1 addrw addrc-1-addrw
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ptype-type ." -" nip 1 swap dup \ lenm lenl addrw=addrc-1 addrc-1
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else \ Word erst in der naechsten Zeile ausgeben.
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else \ Wort erst in der naechsten Zeile ausgeben.
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nip 2dup - negate -rot \ lenm addrc-addrw addrw addrc
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then
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10 emit
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cr
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rot ptype-indent @ dup cursor> + -rot
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then
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rot 1+ -rot
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;
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: ptype' ( addre lenm 0 addrw addre addr -- )
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: ptype' ( addre lenm lenl addrw addre addr -- )
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\ addre ist fuer die schleife unwichtig
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+do \ lenm lenl addrw
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i dup c@ \ lenm lenl addrw addrc c
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@ -134,17 +122,13 @@ defer ptype-type
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drop ptype-anychar
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endcase
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loop \ addre lenm lenl addrw
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over ptype-lenl !
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nip nip tuck - ptype-type
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;
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: ptype ( addr len -- ) term-width ptype-lenl @ ptype-init ptype' ;
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: ptype-reset ( -- ) 0 ptype-lenl ! ;
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ptype-reset \ ptype-lenl sollte von Anfang an 0 sein
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: ptype ( addr len -- ) term-width 1- cursorx@ ptype-init ptype' ;
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: ptype-reset ( -- ) 0 ptype-indent ! ; \ Nicht einruecken
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ptype-reset
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: beep
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0 term-height 2 - at-xy
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7 emit s" *beep* not" type
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;
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: beep 0 term-height 2 - cursor! 7 emit s" *beep* not" type ;
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\ Es folgen ein paar syntaktische Textauszeichnungen.
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: {i} ( addr -- addr ) 7 sgr ;
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@ -181,21 +165,17 @@ ptype-reset \ ptype-lenl sollte von Anfang an 0 sein
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: {h} ( addr , len -- addr )
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cr
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term-width over @ - 2 / \ addr width-twidth/2
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dup ptype-lenl !
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1 +do 32 emit loop
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cell+
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{b}
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dup cursor> ptype-indent !
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cell+ {b}
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; \ header
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: <h> ( -- addr 0 , xt-{h} 0 ) ['] {h} , here 0 , 0 ;
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: {/h} ( addr , len -- addr1 )
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{/b}
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{/b} cursorx@ 1+ \ addr x
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cr
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term-width over @ - 2 / \ addr width-twidth/2
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dup
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2 +do 32 emit loop
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ptype-lenl @ swap 2 - +do 61 ( = ) emit loop
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cr
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cell+
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over @ term-width swap - 2 / 1- \ addr x indent
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cursor> \ addr x
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cursorx@ +do ." =" loop \ addr
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cr cell+
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;
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: </h> ( addr len -- , xt-{/h} len0 ) ['] {/h} , dup , swap ! ;
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: {p} ( addr -- addr ) cr ptype-reset cell+ ; \ paragraph
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@ -203,8 +183,8 @@ ptype-reset \ ptype-lenl sollte von Anfang an 0 sein
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: {/p} ( addr -- addr ) cr ;
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: </p> ( addr len -- , xt-{/p} ) ['] {/p} , swap ! ;
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: {li} ( addr -- addr )
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s\" * " type
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4 ptype-lenl !
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2 cursor> space 1 cursor>
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6 ptype-indent !
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cell+
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;
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: <li> ( -- addr u0 , xt-{li} 0 ) ['] {li} , here 0 , 0 ;
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@ -214,19 +194,20 @@ ptype-reset \ ptype-lenl sollte von Anfang an 0 sein
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variable enumerationCount ( -- addr )
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: {||} ( addr -- addr ) \ increments enumeration count and prints prefix
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enumerationCount dup @ 1+ dup rot !
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s" " type 0 U.R s" ) " type
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5 ptype-lenl !
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2 cursor> 0 U.R ." ." 1 cursor>
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;
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: <||> ( -- , xt-{||} 0 ) ['] {||} , ;
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: {/||} ( addr -- addr ) cr ;
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: </||> ( -- , xt-{/||} ) ['] {/||} , ;
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: {en} ( -- ) 0 enumerationCount ! ; \ resets enumeration count
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: {en} ( -- )
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5 ptype-indent ! \ 6 Zeichen weit einruecken
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0 enumerationCount ! \ resets enumeration count
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;
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: <en> ( -- , xt-{en} ) ['] {en} , ;
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: {/en} ( -- ) ;
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: {/en} ( -- ) ptype-reset ;
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: </en> ( -- , xt-{/en} ) ['] {en} , ;
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: {np} ( -- )
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0 sgr \ Alle Bildschirmeigenschaften zuruecksetzen
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page \ Bildschirm leeren
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@ -54,7 +54,7 @@ Create line-buffer max-line 2 + allot
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while
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swap 2over rot swap over >= if
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swap over <= if
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dup 0 U.R s" -> " type swap line-buffer swap type cr
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dup 0 U.R s" -> " ptype-type swap line-buffer swap ptype-type {br}
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else swap drop
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endif
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else swap drop swap drop
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@ -76,15 +76,15 @@ Create line-buffer max-line 2 + allot
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<presentation>
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<h> !" Dies ist eine Testpraesentation!" </h>
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<p>
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!" Eines Tages hatten wir [" <b> <tw> !" Harald Steinlechner" </tw> </b>
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!" und " <b> <tw> !" Denis Knauf" </tw> </b>
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!" Eines Tages hatten wir [" ( <b> <tw> ) !" Harald Steinlechner" </tw> </b>
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!" und " ( <b> <tw> ) !" Denis Knauf" </tw> </b>
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!" ] die tolle Idee, eine Praesentationssoftware zu schreiben."
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</p>
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<p> <en>
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<||> !" Forth eignet sich gut für Domain specific languages." </||>
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<||> !" Makros sind ein Heidenspass." </||>
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<||> !" Execution tokens erzeugen unseren Code." </||>
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</en> </p>
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\ <p> <en>
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\ <||> !" Forth eignet sich gut für Domain specific languages." </||>
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\ <||> !" Makros sind ein Heidenspass." </||>
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\ <||> !" Execution tokens erzeugen unseren Code. text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text text" </||>
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\ </en> </p>
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<np>
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<h> !" Ergebnis" </h>
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<p> <b> !" Das hier" </b> </p>
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