d6
/
uxn11
1
0
Fork 0
Code Issues Pull Requests Packages Projects Releases Wiki Activity

remove host-get and proc-get

This commit is contained in:
~d6 2023-12-03 22:13:43 -05:00
parent da202786ec
commit 8cd1974d14
3 changed files with 26 additions and 167 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

177
console.txt
View File

@ -4,8 +4,8 @@ CONSOLE DEVICE
0x11 (vector) 0x19 @stderr
0x12 stdin 0x1a @proc-put
0x13 0x1b
0x14 proc-get 0x1c param*
0x15 host-get 0x1d (param)
0x14 0x1c param*
0x15 0x1d (param)
0x16 0x1e opts
0x17 type 0x1f @host-put
@ -17,13 +17,8 @@ available. when the vector fires one byte can be read from the read
port (0x12), and its meaning is defined by the type (0x17).
the stdin port (0x12) contains one byte of data to be read. the byte
represents input read from the emulator's stdin.
the proc-get port (0x14) contains one byte of data to be read. the byte
represents input read from one of the emulator's subprocesses.
the host-get port (0x15) contains one byte of data to be read. the byte
represents part of a response to a host-put (0x1f).
represents input read from one of the following: arguments, stdin,
child processes, or host messages. the type port (0x17) says which.
the type (0x17) field explains how to interpret calls to the console
vector (0x10) and where data can be read from:
@ -32,21 +27,21 @@ vector (0x10) and where data can be read from:
- 0x02 - argument (stdin)
- 0x03 - argument spacer (-)
- 0x04 - argument end (-)
- 0x05 - host response (host-get)
- 0x05 - host response
- 0x06 - host response end (-)
- 0x07 - stdin end (-)
- 0x20 - child 0 sent data (proc-get)
- 0x21 - child 1 sent data (proc-get)
- 0x22 - child 2 sent data (proc-get)
- 0x23 - child 3 sent data (proc-get)
- 0x40 - child 0 data end (proc-get)
- 0x41 - child 1 data end (proc-get)
- 0x42 - child 2 data end (proc-get)
- 0x43 - child 3 data end (proc-get)
- 0x80 - child 0 exited (host-get contains exit code)
- 0x81 - child 1 exited (host-get contains exit code)
- 0x82 - child 2 exited (host-get contains exit code)
- 0x83 - child 3 exited (host-get contains exit code)
- 0x20 - child 0 sent data
- 0x21 - child 1 sent data
- 0x22 - child 2 sent data
- 0x23 - child 3 sent data
- 0x40 - child 0 data end
- 0x41 - child 1 data end
- 0x42 - child 2 data end
- 0x43 - child 3 data end
- 0x80 - child 0 exited (stdin contains exit code)
- 0x81 - child 1 exited (stdin contains exit code)
- 0x82 - child 2 exited (stdin contains exit code)
- 0x83 - child 3 exited (stdin contains exit code)
writing a byte to the stdout port (0x18) will send one byte of data to
the emulator's stdout.
@ -94,140 +89,4 @@ the host-put port (0x1f) specifies which host action to take:
- 0x10 - getenv: looks up a name (e.g. TERM) in env, responds with value
- 0x11 - setenv: reads an assignment (e.g. TERM=vt100), updates env
EXAMPLE PROGRAM FRAGMENTS
( ----------------------------------- )
0. The following fragment uses `stty raw -echo` to enable a raw tty:
|0100 ( -- BRK )
run-stty ( ; set up raw mode )
... BRK ( ; do other initialization )
@run-stty ( -- )
;stty-cmd .Console/param DEO2 ( ; set up make to run )
#00 .Console/opts DEO ( ; use child 0 without pipelines )
#01 .Console/host-put DEO JMP2r ( ; run the command now and return )
@stty-cmd "stty 20 "raw 20 "-echo 00 ( ; buffer containing cmd to run )
( ----------------------------------- )
1. The following fragment runs `make` and acts based on its exit code:
|0100 ( -- BRK )
;on-console .Console/vector DEO2 ( ; set up console vector callback )
... BRK ( ; do other initialization )
@on-console ( -- BRK )
.Console/type DEI #41 ?on-child-exit ( ; 0x41 signals child 1's exit )
... BRK ( ; handle other console input )
@on-child-exit ( -- BRK )
.Console/host-get DEI ( ; read child 1's exit code )
?{ display-success-msg BRK } ( ; zero exit code means success )
display-failure-msg BRK ( ; non-zero exit code means failure )
@run-make ( -- )
;make-cmd .Console/param DEO2 ( ; set up make to run )
#01 .Console/opts DEO ( ; use child without pipelines )
#01 .Console/host-put DEO JMP2r ( ; run the command now and return )
@make-cmd "make $3c ( ; buffer containing cmd to run )
( ----------------------------------- )
2. The `mpg123 <path>` commands plays an mp3 from the given path. The
following fragment demonstrates part of an mp3 jukebox:
|0000
@running $1
|0100
#01 .running STZ ( ; start running )
;on-console .Console/vector DEO2 ( ; set up console vector callback )
... BRK ( ; do other initialization and exit )
@on-console ( -- BRK )
.Console/type DEI #04 ?play-jukebox ( ; start jukebox after parsing cmd line )
.Console/type DEI #42 ?on-child-exit ( ; 0x42 signals child 2's exit )
... BRK ( ; handle other console input )
@on-child-exit ( -- BRK )
.running LDZ ?{ exit } ( ; if we are done, exit )
( ; else fall-through to play-jukebox )
@play-jukebox ( -- BRK )
next-song-path run-mpg123 BRK ( ; play the next song )
@exit ( -- BRK )
#80 .System/halt DEO BRK ( ; exit immediately with code 0 )
@quit-immediately ( -- BRK )
#00 .running STZ ( ; note that we are stopping )
#02 .Console/opts DEO ( ; set host action to use child 2 )
#03 .Console/host-put BRK ( ; kill child process 2 )
( ; this will trigger on-console )
( ; and then on-child-exit. )
@run-mpg123 ( path* -- )
;mpg123-cmd/buf scpy ( ; copy path into cmd buffer )
;mpg123-cmd .Console/param DEO2 ( ; set up `mpg123 <path>` cmd to run )
#02 .Console/opts DEO ( ; use child 2 without pipelines )
#01 .Console/host-put DEO JMP2r ( ; start playing mp3 now and return )
@mpg123-cmd "mpg123 20 &buf $100
@next-song-path ( -- path* ) ... JMP2r ( ; load the next song's path )
@scpy ( s* dest* -- ) ... JMP2r ( ; copy string, including null, to dest )
( ----------------------------------- )
3. The `ispell -a` command accepts a line. It prints "*\n\n" if the input
is a correctly-spelled word; otherwise it prints "<some other text>\n\n".
The following fragment uses `ispell -a` to implement a basic spell checker:
|0000
@spelled-ok? $1 ( ; was the last word spelled ok? )
@resume $2 ( ; if set should have effect ` -- BRK` )
|0100 ( -- BRK )
init-ispell ( ; set up ispell child process )
;on-ispell-init .Console/vector DEO2 ( ; set up console vector callback )
... BRK ( ; do other initialization )
@init-ispell ( -- )
;ispell-cmd .Console/param DEO2 ( ; set up `ispell -a` to run )
#61 .Console/opts DEO ( ; child 1: write to stdin, read from stdout )
#01 .Console/host-put DEO JMP2r ( ; run the command now and return )
@ispell-cmd "ispell 20 "-a 00 ( ; "ispell -a" )
@on-ispell-init ( -- BRK )
.Console/type DEI #81 EQU ?{ BRK } ( ; 0x81 signals input from child 1 )
.Console/proc-get #0a EQU ?{ BRK } ( ; skip ispell's one line banner )
;on-ispell-ready .Console/vector DEO2 ( ; finished banner, checker is ready )
@on-ispell-ready ( -- BRK )
.Console/type DEI #81 EQU ?{ BRK } ( ; 0x81 signals input from child 1 )
.Console/proc-get LIT "* EQU ( ; line starting with "*" means ok )
.spelled-ok STZ ( ; store spelling result )
#00 ,on-spell-drain/done STR ( ; drain two lines )
;on-ispell-drain .Console/vector DEO2 ( ; ignore rest of line )
BRK
@on-spell-drain ( -- BRK )
.Console/type DEI #81 EQU ?{ BRK } ( ; 0x81 signals input from child 1 )
.Console/proc-get #0a EQU ?{ BRK } ( ; skip ispell's outupt )
LIT [ &done $1 ] ?{ ( ; is this the second newline? )
#01 ,on-spell-drain/done STR BRK ( ; no, but next one will be. )
}
;on-ispell-ready .Console/vector DEO2 ( ; drain finished, checker is ready )
!resume ( ; resume whatever we wanted to do after checking )
@check-spelling ( word* continue* -- )
#01 .Console/opts DEO ( ; act on child 1 )
.resume STZ2 ( ; write continuation to resume )
&loop LDAk ?{ POP2 JMP2r } ( ; when we read \0 we are done )
LDAk .Console/proc-put DEO INC2 !&loop ( ; send byte to child 1 and loop )
( FRAGMENTS REMOVED UNTIL I VERIFY THEM WORKING )

4
src/devices/console.c
View File

@ -301,12 +301,12 @@ console_monitor(Uxn *u)
}
}
// TODO ignore port
int
console_input(Uxn *u, int port, char c, int type)
{
Uint8 *d = &u->dev[0x10];
d[0x2] = d[0x4] = d[0x5] = 0;
d[port] = c;
d[0x2] = c;
d[0x7] = type;
return uxn_eval(u, PEEK2(d));
}

12
test/ispell.tal
View File

@ -4,8 +4,8 @@
( kind of brittle in the same ways as `ispell -a` on raw input )
|10 @Console [
&vector $2 &stdin $1 &pad1 $1 &proc-get $1 &host-get $1 &pad2 $1 &type $1
&stdout $1 &stderr $1 &proc-put $1 &pad3 $1 &param $2 &opts $1 &host-put $1
&vector $2 &stdin $1 &pad1 $4 &type $1
&stdout $1 &stderr $1 &proc-put $1 &pad2 $1 &param $2 &opts $1 &host-put $1
]
|0000
@ -40,8 +40,8 @@
@on-ispell-input ( -> BRK )
.ready LDZ ?{ !on-console-init } ( ; if not ready, parse ispell banner )
.Console/proc-get DEI LIT "* EQU ( ; line starting with "*" means ok )
.Console/proc-get DEI LIT "+ EQU ORA ( ; line starting with "+" means ok too )
.Console/stdin DEI LIT "* EQU ( ; line starting with "*" means ok )
.Console/stdin DEI LIT "+ EQU ORA ( ; line starting with "+" means ok too )
.correct STZ ( ; store spelling result )
#20 print ( ; print a space )
LIT "0 .correct LDZ ADD println ( ; print 1 if ok, 0 otherwise )
@ -50,13 +50,13 @@
BRK
@on-console-init ( -- BRK )
.Console/proc-get DEI #0a EQU ?{ BRK } ( ; skip ispell's one line banner )
.Console/stdin DEI #0a EQU ?{ BRK } ( ; skip ispell's one line banner )
#01 .ready STZ ( ; after newline we are ready )
LIT "> print BRK ( ; print simple prompt and return )
@on-ispell-drain ( -> BRK )
.Console/type DEI #21 EQU ?{ BRK } ( ; 0x21 signals input from child 1 )
.Console/proc-get DEI #0a EQU ?{ BRK } ( ; skip ispell's outupt )
.Console/stdin DEI #0a EQU ?{ BRK } ( ; skip ispell's outupt )
LIT &done $1 ?{ #01 ,&done STR BRK } ( ; only exit if second newline )
;on-console-read .Console/vector DEO2 ( ; drain finished, checker is ready )
word-reset LIT "> print BRK ( ; reset buffer, print prompt, return )