-#!/usr/bin/tk
+#!/usr/bin/wish
+
+# usage:
+# run show-thing without args
+# then on stdin write
+# one line which is a Tcl list for foolist
+# the xpm in the format expected
+# then expect child to raise SIGSTOP or exit 0 or exit nonzero
+# if child raised SIGSTOP, check database was updated
proc manyset {list args} {
foreach val $list var $args {
}
}
-set foolist {
- 7 11 1 M
- 13 17 0 a
- 19 23 0 n
-}
-set unk_l 25
-set unk_r 29
-set unk_context 0
-
-
-
set mul 6
set inter 1
-set rhsmost_max -1
-
-set f [open text.xpm]
-set o {}
-set y -3
-while {[gets $f l] >= 0} {
- if {![regexp {^"(.*)",$} $l dummy l]} {
- append o "$l\n"
- continue
- }
- if {$y==-3} {
- manyset $l cols rows colours cpp
- #assert {$colours==2}
- #assert {$cpp==1}
- set mulcols [expr {$cols*$mul+$inter}]
- set mulrows [expr {$rows*$mul+$inter}]
- append o "\"$mulcols $mulrows 9 1\",\n"
- for {set x 0} {$x<$cols} {incr x} { set wordmap($x) 0 }
- } elseif {$y==-2} { # first pixel
- append o \
+
+set gotsh 20
+set csrh 20
+
+proc read_xpm {f} {
+ global foolist mul inter rhsmost_max unk_l unk_r gotsh csrh
+ global cols rows wordmap
+
+ set o {}
+ set y -3
+ while 1 {
+ if {[gets $f l] < 0} { error "huh? "}
+ if {![regexp {^"(.*)",$} $l dummy l]} {
+ append o "$l\n"
+ if {[regexp {^\}\;$} $l]} break
+ continue
+ }
+ if {$y==-3} {
+ manyset $l cols rows colours cpp
+ #assert {$colours==2}
+ #assert {$cpp==1}
+ set mulcols [expr {$cols*$mul+$inter}]
+ set mulrows [expr {$rows*$mul+$inter}]
+ append o "\"$mulcols $mulrows 9 1\",\n"
+ for {set x 0} {$x<$cols} {incr x} { set wordmap($x) 0 }
+ } elseif {$y==-2} { # first pixel
+ append o \
"\"+ c #111\",
\"a c #800\",
\"A c #fcc\",
\"U c #ff0\",
\"q c #000\",
\"Q c #ff0\",\n"
- } elseif {$y==-1} { # 2nd pixel but we've already printed ours
- } else {
- set ybit [expr {1<<$y}]
- set x 0
- set ol "\"+"
- set olh $ol
- foreach c [split $l ""] {
- set how "u"
- if {$x >= $unk_l && $x <= $unk_r} {
- set how q
- } else {
- set ab 0
- foreach {min max context got} $foolist {
- set rhsmost_max $max
- if {$x >= $min && $x <= $max} {
- set how [lindex {a b} $ab]
- break
+ } elseif {$y==-1} { # 2nd pixel but we've already printed ours
+ } else {
+ set ybit [expr {1<<$y}]
+ set x 0
+ set ol "\"+"
+ set olh $ol
+ foreach c [split $l ""] {
+ set how "u"
+ if {$x >= $unk_l && $x <= $unk_r} {
+ set how q
+ } else {
+ set ab 0
+ foreach {min max context got} $foolist {
+ set rhsmost_max $max
+ if {$x >= $min && $x <= $max} {
+ set how [lindex {a b} $ab]
+ break
+ }
+ set ab [expr {!$ab}]
}
- set ab [expr {!$ab}]
}
- }
- switch -exact $c {
- " " { set p $how }
- "o" {
- set p [string toupper $how]
- incr wordmap($x) $ybit
+ switch -exact $c {
+ " " { set p $how }
+ "o" {
+ set p [string toupper $how]
+ incr wordmap($x) $ybit
+ }
+ default { error "$c ?" }
}
- default { error "$c ?" }
- }
- append ol "[string repeat $p [expr {$mul-$inter}]][
+ append ol "[string repeat $p [expr {$mul-$inter}]][
string repeat + $inter]"
- append olh [string repeat + $mul]
- incr x
+ append olh [string repeat + $mul]
+ incr x
+ }
+ set ole "\",\n"
+ append ol $ole
+ append olh $ole
+ set olhn [string repeat $olh $inter]
+ if {!$y} { append o $olhn }
+ append o [string repeat $ol [expr {$mul-1}]]
+ append o $olhn
}
- set ole "\",\n"
- append ol $ole
- append olh $ole
- set olhn [string repeat $olh $inter]
- if {!$y} { append o $olhn }
- append o [string repeat $ol [expr {$mul-1}]]
- append o $olhn
+ incr y
}
- incr y
+ set data [exec xpmtoppm << $o]
+ image create photo main_image -data $data
+
+ foreach w {.d .d.csr .d.got} {
+ $w configure -width $mulcols
+ }
+ .d configure -height [expr {$csrh+$mulrows+$gotsh}]
+ foreach w {0 1} {
+ .d.csr_$w configure -height $mulrows
+ }
+ place .d.got -x 0 -y [expr {$csrh+$mulrows}]
}
#puts $o
-set xpm [exec xpmtoppm << $o]
-
-set gotsh 20
-set csrh 20
-
-frame .d -width $mulcols -height [expr {$csrh+$mulrows+$gotsh}]
+frame .d
-set mi [image create photo -data $xpm]
+set mi main_image
+image create bitmap main_image
label .d.mi -image $mi -borderwidth 0
-frame .d.csr -bg black -width $mulcols -height $csrh
-frame .d.got -bg black -width $mulcols -height $gotsh
-
-foreach {min max context got} $foolist {
- frame .d.got.m$min -bd 0 -background \#888
- label .d.got.m$min.l -text "$got" -fg white -bg black -bd 0
- pack .d.got.m$min.l -padx 1 -pady 1
- place .d.got.m$min -x [expr {$min*$mul+$inter}] -y 0
+frame .d.csr -bg black -height $csrh
+frame .d.got -bg black -height $gotsh
+
+proc draw_foolist {} {
+ global foolist mul inter
+ eval destroy [winfo children .d.got]
+ foreach {min max context got} $foolist {
+ frame .d.got.m$min -bd 0 -background \#888
+ label .d.got.m$min.l -text "$got" -fg white -bg black -bd 0
+ pack .d.got.m$min.l -padx 1 -pady 1
+ place .d.got.m$min -x [expr {$min*$mul+$inter}] -y 0
+ }
}
set imcsr [image create bitmap -data \
entry .d.csr.csr.e -bd 0
pack .d.csr.csr.l -side left
-frame .d.csr_0 -bg white -height $mulrows -width 1
-frame .d.csr_1 -bg white -height $mulrows -width 1
+frame .d.csr_0 -bg white -width 1
+frame .d.csr_1 -bg white -width 1
place .d.csr -x 0 -y 0
place .d.mi -x 0 -y $csrh
-place .d.got -x 0 -y [expr {$csrh+$mulrows}]
pack .d
frame .help
pack .help
-set cur_already [expr {[llength $foolist]/4-1}]
-set cur_mode 1 ;# one of: 0 1 already text
+proc startup_cursor {} {
+ global cur_already cur_mode cur_0 cur_1 last_ht
+ global foolist unk_l unk_r
+
+ set cur_already [expr {[llength $foolist]/4-1}]
+ set cur_mode 1 ;# one of: 0 1 already text
-set cur_0 $unk_l
-set cur_1 [expr {$unk_r+1}]
-set last_ht {}
+ set cur_0 $unk_l
+ set cur_1 [expr {$unk_r+1}]
+ set last_ht {}
+}
proc helptext {t} {
global last_ht
global database
set f [open database r]
while {[gets $f l] >= 0} {
- if {![regexp {^(\w+) (\d+) ([0-9a-f]{2}+)$} $l \
+ if {![regexp {^(\w+) (\d+) ((?:[0-9a-f]{2})+)$} $l \
dummy context strl strh]} {
error "bad syntax"
}
- binary scan $strw h* strh
if {[string length $strh] != $strl*2} { error "$strh $strl" }
gets $f l; set width [format %d $l]
set bm $context
}
set database($bm) $strh
}
+ close $f
}
proc write_database {} {
foreach x [lrange $bm 1 end] { append o "$x\n" }
lappend ol $o
}
+ set f [open database.new w]
foreach o [lsort $ol] {
- puts -nonewline $o
+ puts -nonewline $f $o
}
+ close $f
+ file rename -force database.new database
}
proc update_database/DEFINE {c0 c1 strh} {
# bind . <Key-space> {}
-read_database
-recursor
+proc test_main {} {
+ global foolist unk_l unk_r unk_context
+
+ set foolist {
+ 7 11 1 M
+ 13 17 0 a
+ 19 23 0 n
+ }
+ set unk_l 25
+ set unk_r 29
+ set unk_context 0
+
+ set f [open text.xpm]
+ read_xpm $f
+ close $f
+
+ draw_foolist
+ startup_cursor
+
+ read_database
+ recursor
+}
+
+test_main
~yarrgweb / ypp-sc-tools.db-test.git / blobdiff