+#!/bin/sh
+# the next line restarts using tclsh \
+exec tclsh "$0" "$@"
+#
+# yaz-comp: ASN.1 Compiler for YAZ
+# (c) Index Data 1996-2000
+# See the file LICENSE for details.
+#
+# $Log: yaz-comp,v $
+# Revision 1.1 2000-03-02 08:48:20 adam
+# Renamed ASN.1 compiler to yaz-comp (used to be yc.tcl).
+#
+# Revision 1.6 2000/02/10 13:44:02 adam
+# Tcl command clock not used if unavailable (Tcl7.4 and earlier).
+#
+# Revision 1.5 2000/01/15 09:18:42 adam
+# Bug fix: some elements where treated as OPTIONAL when they shouldn't.
+#
+# Revision 1.4 1999/12/16 23:36:19 adam
+# Implemented ILL protocol. Minor updates ASN.1 compiler.
+#
+# Revision 1.3 1999/11/30 13:47:12 adam
+# Improved installation. Moved header files to include/yaz.
+#
+# Revision 1.2 1999/06/09 09:43:11 adam
+# Added option -I and variable h-path to specify path for header files.
+#
+# Revision 1.1 1999/06/08 10:10:16 adam
+# New sub directory zutil. Moved YAZ Compiler to be part of YAZ tree.
+#
+# Revision 1.8 1999/04/20 10:37:04 adam
+# Updated for ODR - added name parameter.
+#
+# Revision 1.7 1998/04/03 14:44:20 adam
+# Small fix.
+#
+# Revision 1.6 1998/04/03 13:21:17 adam
+# Yet another fix.
+#
+# Revision 1.5 1998/04/03 12:48:17 adam
+# Fixed bug: missed handling of constructed tags for CHOICE.
+#
+# Revision 1.4 1998/03/31 15:47:45 adam
+# First compiled ASN.1 code for YAZ.
+#
+# Revision 1.3 1998/03/23 17:13:20 adam
+# Implemented SET OF and ENUM. The Compiler now eats ILL (ISO10161) and
+# LDAP (RFC1777).
+#
+# Revision 1.2 1997/10/07 10:31:01 adam
+# Added facility to specify tag type (CONTEXT, APPLICATION, ...).
+#
+# Revision 1.1.1.1 1996/10/31 14:04:40 adam
+# First version of the compiler for YAZ.
+#
+#
+
+set yc_version 0.3
+
+# Syntax for the ASN.1 supported:
+# file -> file module
+# | module
+# module -> name skip DEFINITIONS ::= mbody END
+# mbody -> EXPORTS { nlist }
+# | IMPORTS { imlist }
+# | name ::= tmt
+# | skip
+# tmt -> tag mod type
+# type -> SEQUENCE { sqlist }
+# | SEQUENCE OF type
+# | CHOICE { chlist }
+# | basic enlist
+#
+# basic -> INTEGER
+# | BOOLEAN
+# | OCTET STRING
+# | BIT STRING
+# | EXTERNAL
+# | name
+# sqlist -> sqlist , name tmt opt
+# | name tmt opt
+# chlist -> chlist , name tmt
+# | name tmt
+# enlist -> enlist , name (n)
+# | name (n)
+# imlist -> nlist FROM name
+# imlist nlist FROM name
+# nlist -> name
+# | nlist , name
+# mod -> IMPLICIT | EXPLICIT | e
+# tag -> [tagtype n] | [n] | e
+# opt -> OPTIONAL | e
+#
+# name identifier/token
+# e epsilon/empty
+# skip one token skipped
+# n number
+# tagtype APPLICATION, CONTEXT, etc.
+
+# lex: moves input file pointer and returns type of token.
+# The globals $type and $val are set. $val holds name if token
+# is normal identifier name.
+# sets global var type to one of:
+# {} eof-of-file
+# \{ left curly brace
+# \} right curly brace
+# , comma
+# ; semicolon
+# ( (n)
+# [ [n]
+# : ::=
+# n other token n
+proc lex {} {
+ global inf val type
+ while {![string length $inf(str)]} {
+ incr inf(lineno)
+ set inf(cnt) [gets $inf(inf) inf(str)]
+ if {$inf(cnt) < 0} {
+ set type {}
+ return {}
+ }
+ lappend inf(asn,$inf(asndef)) $inf(str)
+ set l [string first -- $inf(str)]
+ if {$l >= 0} {
+ incr l -1
+ set inf(str) [string range $inf(str) 0 $l]
+ }
+ set inf(str) [string trim $inf(str)]
+ }
+ set s [string index $inf(str) 0]
+ set type $s
+ set val {}
+ switch -- $s {
+ \{ { }
+ \} { }
+ , { }
+ ; { }
+ \( { }
+ \) { }
+ \[ { regexp {^\[[ ]*(.+)[ ]*\]} $inf(str) s val }
+ : { regexp {^::=} $inf(str) s }
+ default {
+ regexp "^\[^,\t :\{\}();\]+" $inf(str) s
+ set type n
+ set val $s
+ }
+ }
+ set off [string length $s]
+ set inf(str) [string trim [string range $inf(str) $off end]]
+ return $type
+}
+
+# lex-expect: move pointer and expect token $t
+proc lex-expect {t} {
+ global type val
+ lex
+ if {[string compare $t $type]} {
+ asnError "Got $type '$val', expected $t"
+ }
+}
+
+# lex-name-move: see if token is $name; moves pointer and returns
+# 1 if it is; returns 0 otherwise.
+proc lex-name-move {name} {
+ global type val
+ if {![string compare $type n] && ![string compare $val $name]} {
+ lex
+ return 1
+ }
+ return 0
+}
+
+# asnError: Report error and die
+proc asnError {msg} {
+ global inf
+
+ puts "Error in line $inf(lineno) in module $inf(module)"
+ puts " $msg"
+ error
+ exit 1
+}
+
+# asnWarning: Report warning and return
+proc asnWarning {msg} {
+ global inf
+
+ puts "Warning in line $inf(lineno) in module $inf(module)"
+ puts " $msg"
+}
+
+# asnEnum: parses enumerated list - { name1 (n), name2 (n), ... }
+# Uses $name as prefix. If there really is a list, $lx holds the C
+# preprocessor definitions on return; otherwise lx isn't set.
+proc asnEnum {name lx} {
+ global type val inf
+
+ if {[string compare $type \{]} return
+ upvar $lx l
+ while {1} {
+ set pq [asnName $name]
+ set id [lindex $pq 0]
+ set id ${name}_$id
+ lex-expect n
+ lappend l "#define $inf(dprefix)$id $val"
+ lex-expect ")"
+ lex
+ if {[string compare $type ,]} break
+ }
+ if {[string compare $type \}]} {
+ asnError "Missing \} in enum list got $type '$val'"
+ }
+ lex
+}
+
+# asnMod: parses tag and modifier.
+# $xtag and $ximplicit holds tag and implicit-indication on return.
+# $xtag is empty if no tag was specified. $ximplicit is 1 on implicit
+# tagging; 0 otherwise.
+proc asnMod {xtag ximplicit xtagtype} {
+ global type val inf
+
+ upvar $xtag tag
+ upvar $ximplicit implicit
+ upvar $xtagtype tagtype
+
+ set tag {}
+ set tagtype {}
+ if {![string compare $type \[]} {
+ if {[regexp {^([a-zA-Z]+)[ ]+([0-9]+)$} $val x tagtype tag]} {
+ set tagtype ODR_$tagtype
+ } elseif {[regexp {^([0-9]+)$} $val x tag]} {
+ set tagtype ODR_CONTEXT
+ } else {
+ asnError "bad tag specification: $val"
+ }
+ lex
+ }
+ set implicit $inf(implicit-tags)
+ if {![string compare $type n]} {
+ if {![string compare $val EXPLICIT]} {
+ lex
+ set implicit 0
+ } elseif {![string compare $val IMPLICIT]} {
+ lex
+ set implicit 1
+ }
+ }
+}
+
+# asnName: moves pointer and expects name. Returns C-validated name.
+proc asnName {name} {
+ global val inf
+ lex-expect n
+ if {[info exists inf(membermap,$inf(module),$name,$val)]} {
+ set nval $inf(membermap,$inf(module),$name,$val)
+ if {$inf(verbose)} {
+ puts " mapping member $name,$val to $nval"
+ }
+ lex
+ } else {
+ set nval $val
+ if {![string match {[A-Z]*} $val]} {
+ lex
+ }
+ }
+ return [join [split $nval -] _]
+}
+
+# asnOptional: parses optional modifier. Returns 1 if OPTIONAL was
+# specified; 0 otherwise.
+proc asnOptional {} {
+ global type val
+ if {[lex-name-move OPTIONAL]} {
+ return 1
+ } elseif {[lex-name-move DEFAULT]} {
+ lex
+ return 0
+ }
+ return 0
+}
+
+# asnSizeConstraint: parses the optional SizeConstraint.
+# Currently not used for anything.
+proc asnSizeConstraint {} {
+ global type val
+ if {[lex-name-move SIZE]} {
+ asnSubtypeSpec
+ }
+}
+
+# asnSubtypeSpec: parses the SubtypeSpec ...
+# Currently not used for anything. We now it's balanced however, i.e.
+# (... ( ... ) .. )
+proc asnSubtypeSpec {} {
+ global type val
+
+ if {[string compare $type "("]} {
+ return
+ }
+ lex
+ set level 1
+ while {$level > 0} {
+ if {![string compare $type "("]} {
+ incr level
+ } elseif {![string compare $type ")"]} {
+ incr level -1
+ }
+ lex
+ }
+}
+
+# asnType: parses ASN.1 type.
+# On entry $name should hold the name we are currently defining.
+# Returns type indicator:
+# SequenceOf SEQUENCE OF
+# Sequence SEQUENCE
+# SetOf SET OF
+# Set SET
+# Choice CHOICE
+# Simple Basic types.
+# In this casecalling procedure's $tname variable is a list holding:
+# {C-Function C-Type} if the type is IMPORTed or ODR defined.
+# or
+# {C-Function C-Type 1} if the type should be defined in this module
+proc asnType {name} {
+ global type val inf
+ upvar tname tname
+
+ set tname {}
+ if {[string compare $type n]} {
+ asnError "Expects type specifier, but got $type"
+ }
+ set v $val
+ lex
+ switch -- $v {
+ SEQUENCE {
+ asnSizeConstraint
+ if {[lex-name-move OF]} {
+ asnSubtypeSpec
+ return SequenceOf
+ } else {
+ asnSubtypeSpec
+ return Sequence
+ }
+ }
+ SET {
+ asnSizeConstraint
+ if {[lex-name-move OF]} {
+ asnSubtypeSpec
+ return SetOf
+ } else {
+ asnSubtypeSpec
+ return Set
+ }
+ }
+ CHOICE {
+ asnSubtypeSpec
+ return Choice
+ }
+ }
+ if {[string length [info commands asnBasic$v]]} {
+ set tname [asnBasic$v]
+ } else {
+ if {[info exists inf(map,$inf(module),$v)]} {
+ set v $inf(map,$inf(module),$v)
+ }
+ if {[info exists inf(imports,$v)]} {
+ set tname $inf(imports,$v)
+ } else {
+ set w [join [split $v -] _]
+ set tname [list $inf(fprefix)$w $inf(vprefix)$w 1]
+ }
+ }
+ if {[lex-name-move DEFINED]} {
+ if {[lex-name-move BY]} {
+ lex
+ }
+ }
+ asnSubtypeSpec
+ return Simple
+}
+
+proc mapName {name} {
+ global inf
+ if {[info exists inf(map,$inf(module),$name)]} {
+ set name $inf(map,$inf(module),$name)
+ if {$inf(verbose)} {
+ puts -nonewline " $name ($inf(lineno))"
+ puts " mapping to $name"
+ }
+ } else {
+ if {$inf(verbose)} {
+ puts " $name ($inf(lineno))"
+ }
+ }
+ return $name
+}
+
+# asnDef: parses type definition (top-level) and generates C code
+# On entry $name holds the type we are defining.
+proc asnDef {name} {
+ global inf file
+
+ set name [mapName $name]
+ if {[info exist inf(defined,$inf(fprefix)$name)]} {
+ incr inf(definedl,$name)
+ if {$inf(verbose) > 1} {
+ puts "set map($inf(module),$name) $name$inf(definedl,$name)"
+ }
+ } else {
+ set inf(definedl,$name) 0
+ }
+ set mname [join [split $name -] _]
+ asnMod tag implicit tagtype
+ set t [asnType $mname]
+ asnSub $mname $t $tname $tag $implicit $tagtype
+}
+
+
+# asnSub: parses type and generates C-code
+# On entry,
+# $name holds the type we are defining.
+# $t is the type returned by the asnType procedure.
+# $tname is the $tname set by the asnType procedure.
+# $tag is the tag as returned by asnMod
+# $implicit is the implicit indicator as returned by asnMod
+proc asnSub {name t tname tag implicit tagtype} {
+ global file inf
+
+ set ignore 0
+ set defname defined,$inf(fprefix)$name
+ if {[info exist inf($defname)]} {
+ asnWarning "$name already defined in line $inf($defname)"
+ set ignore 1
+ }
+ set inf($defname) $inf(lineno)
+ switch -- $t {
+ Sequence { set l [asnSequence $name $tag $implicit $tagtype] }
+ SequenceOf { set l [asnOf $name $tag $implicit $tagtype 0] }
+ SetOf { set l [asnOf $name $tag $implicit $tagtype 1] }
+ Choice { set l [asnChoice $name $tag $implicit $tagtype] }
+ Simple { set l [asnSimple $name $tname $tag $implicit $tagtype] }
+ default { asnError "switch asnType case not handled" }
+ }
+ if {$ignore} return
+
+ puts $file(outc) {}
+ puts $file(outc) "int $inf(fprefix)$name (ODR o, $inf(vprefix)$name **p, int opt, const char *name)"
+ puts $file(outc) \{
+ puts $file(outc) [lindex $l 0]
+ puts $file(outc) \}
+ set ok 1
+ set fdef "$inf(cprefix)int $inf(fprefix)$name (ODR o, $inf(vprefix)$name **p, int opt, const char *name);"
+ switch -- $t {
+ Simple {
+ set decl "typedef [lindex $l 1] $inf(vprefix)$name;"
+ if {![string compare [lindex $tname 2] 1]} {
+ if {![info exist inf(defined,[lindex $tname 0])]} {
+ set ok 0
+ }
+ }
+ set inf(var,$inf(nodef)) [join [lindex $l 2] \n]
+ incr inf(nodef)
+ }
+ default {
+ set decl "typedef struct $inf(vprefix)$name $inf(vprefix)$name;"
+ set inf(var,$inf(nodef)) "[lindex $l 1];"
+ incr inf(nodef)
+ }
+ }
+ if {$ok} {
+ puts $file(outh) {}
+ puts $file(outh) $decl
+ puts $file(outh) $fdef
+ asnForwardTypes $name
+ } else {
+ lappend inf(forward,code,[lindex $tname 0]) {} $decl $fdef
+ lappend inf(forward,ref,[lindex $tname 0]) $name
+ }
+}
+
+proc asnForwardTypes {name} {
+ global inf file
+
+ if {![info exists inf(forward,code,$inf(fprefix)$name)]} {
+ return 0
+ }
+ foreach r $inf(forward,code,$inf(fprefix)$name) {
+ puts $file(outh) $r
+ }
+ unset inf(forward,code,$inf(fprefix)$name)
+
+ while {[info exists inf(forward,ref,$inf(fprefix)$name)]} {
+ set n $inf(forward,ref,$inf(fprefix)$name)
+ set m [lrange $n 1 end]
+ if {[llength $m]} {
+ set inf(forward,ref,$inf(fprefix)$name) $m
+ } else {
+ unset inf(forward,ref,$inf(fprefix)$name)
+ }
+ asnForwardTypes [lindex $n 0]
+ }
+}
+
+# asnSimple: parses simple type definition and generates C code
+# On entry,
+# $name is the name we are defining
+# $tname is the tname as returned by asnType
+# $tag is the tag as returned by asnMod
+# $implicit is the implicit indicator as returned by asnMod
+# Returns,
+# {c-code, h-code}
+# Note: Doesn't take care of enum lists yet.
+proc asnSimple {name tname tag implicit tagtype} {
+ global inf
+
+ set j "[lindex $tname 1] "
+
+ if {[info exists inf(unionmap,$inf(module),$name)]} {
+ set uName $inf(unionmap,$inf(module),$name)
+ } else {
+ set uName $name
+ }
+
+ asnEnum $uName jj
+ if {![string length $tag]} {
+ set l "\treturn [lindex $tname 0] (o, p, opt, name);"
+ } elseif {$implicit} {
+ set l \
+ "\treturn odr_implicit_tag (o, [lindex $tname 0], p, $tagtype, $tag, opt, name);"
+ } else {
+ set l \
+ "\treturn odr_explicit_tag (o, [lindex $tname 0], p, $tagtype, $tag, opt, name);" \
+ }
+ if {[info exists jj]} {
+ return [list $l $j $jj]
+ } else {
+ return [list $l $j]
+ }
+}
+
+# asnSequence: parses "SEQUENCE { s-list }" and generates C code.
+# On entry,
+# $name is the type we are defining
+# $tag tag
+# $implicit
+# Returns,
+# {c-code, h-code}
+proc asnSequence {name tag implicit tagtype} {
+ global val type inf
+
+ lappend j "struct $inf(vprefix)$name \{"
+ set level 0
+ set nchoice 0
+ if {![string length $tag]} {
+ lappend l "\tif (!odr_sequence_begin (o, p, sizeof(**p), name))"
+ lappend l "\t\treturn opt && odr_ok (o);"
+ } elseif {$implicit} {
+ lappend l "\tif (!odr_implicit_settag (o, $tagtype, $tag) ||"
+ lappend l "\t\t!odr_sequence_begin (o, p, sizeof(**p), name))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ } else {
+ lappend l "\tif (!odr_constructed_begin (o, p, $tagtype, $tag, name))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ lappend l "\tif (o->direction == ODR_DECODE)"
+ lappend l "\t\t*p = odr_malloc (o, sizeof(**p));"
+
+ lappend l "\tif (!odr_sequence_begin (o, p, sizeof(**p), 0))"
+ lappend l "\t\{"
+ lappend l "\t\t*p = 0;"
+ lappend l "\t\treturn 0;"
+ lappend l "\t\}"
+ }
+ lappend l "\treturn"
+ while {1} {
+ set p [lindex [asnName $name] 0]
+ asnMod ltag limplicit ltagtype
+ set t [asnType $p]
+
+ set uName { }
+ if {[info exists inf(unionmap,$inf(module),$name,$p)]} {
+ set uName $inf(unionmap,$inf(module),$name,$p)
+ }
+
+ if {![string compare $t Simple]} {
+ if {[string compare $uName { }]} {
+ set enumName $uName
+ } else {
+ set enumName $name
+ }
+ asnEnum $enumName j
+ set opt [asnOptional]
+ if {![string length $ltag]} {
+ lappend l "\t\t[lindex $tname 0](o, &(*p)->$p, $opt, \"$p\") &&"
+ } elseif {$limplicit} {
+ lappend l "\t\todr_implicit_tag (o, [lindex $tname 0],"
+ lappend l "\t\t\t&(*p)->$p, $ltagtype, $ltag, $opt, \"$p\") &&"
+ } else {
+ lappend l "\t\todr_explicit_tag (o, [lindex $tname 0],"
+ lappend l "\t\t\t&(*p)->$p, $ltagtype, $ltag, $opt, \"$p\") &&"
+ }
+ set dec "\t[lindex $tname 1] *$p;"
+ } elseif {![string compare $t SequenceOf] && [string length $uName] &&\
+ (![string length $ltag] || $limplicit)} {
+ set u [asnType $p]
+
+ if {[llength $uName] < 2} {
+ set uName [list num_$p $p]
+ }
+ if {[string length $ltag]} {
+ if {!$limplicit} {
+ asnError explicittag
+ }
+ lappend l "\t\todr_implicit_settag (o, $ltagtype, $ltag) &&"
+ }
+ switch -- $u {
+ Simple {
+ asnEnum $name j
+ set tmpa "odr_sequence_of(o, (Odr_fun) [lindex $tname 0], &(*p)->$p,"
+ set tmpb "&(*p)->[lindex $uName 0], \"$p\")"
+ lappend j "\tint [lindex $uName 0];"
+ set dec "\t[lindex $tname 1] **[lindex $uName 1];"
+ }
+ default {
+ set subName [mapName ${name}_$level]
+ asnSub $subName $u {} {} 0 {}
+
+ set tmpa "odr_sequence_of(o, (Odr_fun) $inf(fprefix)$subName, &(*p)->$p,"
+ set tmpb "&(*p)->[lindex $uName 0], \"$p\")"
+ lappend j "\tint [lindex $uName 0];"
+ set dec "\t$inf(vprefix)$subName **[lindex $uName 1];"
+ incr level
+ }
+ }
+ set opt [asnOptional]
+ if {$opt} {
+ lappend l "\t\t($tmpa"
+ lappend l "\t\t $tmpb || odr_ok(o)) &&"
+ } else {
+ lappend l "\t\t$tmpa"
+ lappend l "\t\t $tmpb &&"
+ }
+ } elseif {!$nchoice && ![string compare $t Choice] && \
+ [string length $uName]} {
+ if {[llength $uName] < 3} {
+ set uName [list which u $name]
+ incr nchoice
+ }
+ lappend j "\tint [lindex $uName 0];"
+ lappend j "\tunion \{"
+ lappend v "\tstatic Odr_arm arm\[\] = \{"
+ asnArm $name [lindex $uName 2] v j
+ lappend v "\t\};"
+ set dec "\t\} [lindex $uName 1];"
+ set opt [asnOptional]
+ set oa {}
+ set ob {}
+ if {[string length $ltag]} {
+ if {$limplicit} {
+ lappend l "\t\todr_implicit_settag (o, $ltagtype, $ltag) &&"
+ if {$opt} {
+ asnWarning "optional handling missing in CHOICE in SEQUENCE"
+ asnWarning " set unionmap($inf(module),$name,$p) to {}"
+ }
+ } else {
+ if {$opt} {
+ set la "(("
+ } else {
+ set la ""
+ }
+ lappend l "\t\t${la}odr_constructed_begin (o, &(*p)->[lindex $uName 1], $ltagtype, $ltag, \"$p\") &&"
+ }
+ } else {
+ if {$opt} {
+ set oa "("
+ set ob " || odr_ok(o))"
+ }
+ }
+ lappend l "\t\t${oa}odr_choice (o, arm, &(*p)->[lindex $uName 1], &(*p)->[lindex $uName 0], 0)${ob} &&"
+ if {[string length $ltag]} {
+ if {!$limplicit} {
+ if {$opt} {
+ set lb ") || odr_ok(o))"
+ } else {
+ set lb ""
+ }
+ lappend l "\t\todr_constructed_end (o)${lb} &&"
+ }
+ }
+ } else {
+ set subName [mapName ${name}_$level]
+ asnSub $subName $t {} {} 0 {}
+ set opt [asnOptional]
+ if {![string length $ltag]} {
+ lappend l "\t\t$inf(fprefix)${subName} (o, &(*p)->$p, $opt, \"$p\") &&"
+ } elseif {$limplicit} {
+ lappend l "\t\todr_implicit_tag (o, $inf(fprefix)${subName},"
+ lappend l "\t\t\t&(*p)->$p, $ltagtype, $ltag, $opt, \"$p\") &&"
+ } else {
+ lappend l "\t\todr_explicit_tag (o, $inf(fprefix)${subName},"
+ lappend l "\t\t\t&(*p)->$p, $ltagtype, $ltag, $opt, \"$p\") &&"
+ }
+ set dec "\t$inf(vprefix)${subName} *$p;"
+ incr level
+ }
+ if {$opt} {
+ lappend j "$dec /* OPT */"
+ } else {
+ lappend j $dec
+ }
+ if {[string compare $type ,]} break
+ }
+ lappend j "\}"
+ if {[string length $tag] && !$implicit} {
+ lappend l "\t\todr_sequence_end (o) &&"
+ lappend l "\t\todr_constructed_end (o);"
+ } else {
+ lappend l "\t\todr_sequence_end (o);"
+ }
+ if {[string compare $type \}]} {
+ asnError "Missing \} got $type '$val'"
+ }
+ lex
+ if {[info exists v]} {
+ set l [concat $v $l]
+ }
+ return [list [join $l \n] [join $j \n]]
+}
+
+# asnOf: parses "SEQUENCE/SET OF type" and generates C code.
+# On entry,
+# $name is the type we are defining
+# $tag tag
+# $implicit
+# Returns,
+# {c-code, h-code}
+proc asnOf {name tag implicit tagtype isset} {
+ global inf
+
+ if {$isset} {
+ set func odr_set_of
+ } else {
+ set func odr_sequence_of
+ }
+
+ if {[info exists inf(unionmap,$inf(module),$name)]} {
+ set numName $inf(unionmap,$inf(module),$name)
+ } else {
+ set numName {num elements}
+ }
+
+ lappend j "struct $inf(vprefix)$name \{"
+ lappend j "\tint [lindex $numName 0];"
+
+ lappend l "\tif (!odr_initmember (o, p, sizeof(**p)))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ if {[string length $tag]} {
+ if {$implicit} {
+ lappend l "\todr_implicit_settag (o, $tagtype, $tag);"
+ } else {
+ asnWarning "Constructed SEQUENCE/SET OF not handled"
+ }
+ }
+ set t [asnType $name]
+ switch -- $t {
+ Simple {
+ asnEnum $name j
+ lappend l "\tif ($func (o, (Odr_fun) [lindex $tname 0], &(*p)->[lindex $numName 1],"
+ lappend l "\t\t&(*p)->[lindex $numName 0], name))"
+ lappend j "\t[lindex $tname 1] **[lindex $numName 1];"
+ }
+ default {
+ set subName [mapName ${name}_s]
+ lappend l "\tif ($func (o, (Odr_fun) $inf(fprefix)$subName, &(*p)->[lindex $numName 1],"
+ lappend l "\t\t&(*p)->[lindex $numName 0], name))"
+ lappend j "\t$inf(vprefix)$subName **[lindex $numName 1];"
+ asnSub $subName $t {} {} 0 {}
+ }
+ }
+ lappend j "\}"
+ lappend l "\t\treturn 1;"
+ lappend l "\t*p = 0;"
+ lappend l "\treturn opt && odr_ok(o);"
+ return [list [join $l \n] [join $j \n]]
+}
+
+# asnArm: parses c-list in choice
+proc asnArm {name defname lx jx} {
+ global type val inf
+
+ upvar $lx l
+ upvar $jx j
+ while {1} {
+ set pq [asnName $name]
+ set p [lindex $pq 0]
+ set q [lindex $pq 1]
+ if {![string length $q]} {
+ set q $p
+ set p ${defname}_$p
+ }
+ asnMod ltag limplicit ltagtype
+ set t [asnType $q]
+
+ lappend enums "$inf(dprefix)$p"
+ if {![string compare $t Simple]} {
+ asnEnum $name j
+ if {![string length $ltag]} {
+ lappend l "\t\t\{-1, -1, -1, $inf(dprefix)$p,"
+ lappend l "\t\t (Odr_fun) [lindex $tname 0], \"$q\"\},"
+ } elseif {$limplicit} {
+ lappend l "\t\t\{ODR_IMPLICIT, $ltagtype, $ltag, $inf(dprefix)$p,"
+ lappend l "\t\t(Odr_fun) [lindex $tname 0], \"$q\"\},"
+ } else {
+ lappend l "\t\t\{ODR_EXPLICIT, $ltagtype, $ltag, $inf(dprefix)$p,"
+ lappend l "\t\t(Odr_fun) [lindex $tname 0], \"$q\"\},"
+ }
+ lappend j "\t\t[lindex $tname 1] *$q;"
+ } else {
+ set subName [mapName ${name}_$q]
+ if {![string compare $inf(dprefix)${name}_$q \
+ $inf(vprefix)$subName]} {
+ set po [string toupper [string index $q 0]][string \
+ range $q 1 end]
+ set subName [mapName ${name}${po}]
+ }
+ asnSub $subName $t $tname {} 0 {}
+ if {![string length $ltag]} {
+ lappend l "\t\t\{-1, -1, -1, $inf(dprefix)$p,"
+ lappend l "\t\t (Odr_fun) $inf(fprefix)$subName, \"$q\"\},"
+ } elseif {$limplicit} {
+ lappend l "\t\t\{ODR_IMPLICIT, $ltagtype, $ltag, $inf(dprefix)$p,"
+ lappend l "\t\t(Odr_fun) $inf(fprefix)$subName, \"$q\"\},"
+ } else {
+ lappend l "\t\t\{ODR_EXPLICIT, $ltagtype, $ltag, $inf(dprefix)$p,"
+ lappend l "\t\t(Odr_fun) $inf(fprefix)$subName, \"$q\"\},"
+ }
+ lappend j "\t\t$inf(vprefix)$subName *$q;"
+ }
+ if {[string compare $type ,]} break
+ }
+ if {[string compare $type \}]} {
+ asnError "Missing \} got $type '$val'"
+ }
+ lex
+ set level 1
+ foreach e $enums {
+ lappend j "#define $e $level"
+ incr level
+ }
+ lappend l "\t\t\{-1, -1, -1, -1, (Odr_fun) 0, 0\}"
+}
+
+# asnChoice: parses "CHOICE {c-list}" and generates C code.
+# On entry,
+# $name is the type we are defining
+# $tag tag
+# $implicit
+# Returns,
+# {c-code, h-code}
+proc asnChoice {name tag implicit tagtype} {
+ global type val inf
+
+ if {[info exists inf(unionmap,$inf(module),$name)]} {
+ set uName $inf(unionmap,$inf(module),$name)
+ } else {
+ set uName [list which u $name]
+ }
+
+ lappend j "struct $inf(vprefix)$name \{"
+ lappend j "\tint [lindex $uName 0];"
+ lappend j "\tunion \{"
+ lappend l "\tstatic Odr_arm arm\[\] = \{"
+ asnArm $name [lindex $uName 2] l j
+ lappend j "\t\} [lindex $uName 1];"
+ lappend j "\}"
+ lappend l "\t\};"
+ if {![string length $tag]} {
+ lappend l "\tif (!odr_initmember(o, p, sizeof(**p)))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ lappend l "\tif (odr_choice(o, arm, &(*p)->[lindex $uName 1], &(*p)->[lindex $uName 0], name))"
+ } elseif {$implicit} {
+ lappend l "\tif (!odr_initmember(o, p, sizeof(**p)))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ lappend l "\todr_implicit_settag(o, $tagtype, $tag);"
+ lappend l "\tif (odr_choice(o, arm, &(*p)->[lindex $uName 1], &(*p)->[lindex $uName 0], name))"
+ } else {
+ lappend l "\tif (!*p && o->direction != ODR_DECODE)"
+ lappend l "\t\treturn opt;"
+ lappend l "\tif (!odr_constructed_begin(o, p, $tagtype, $tag, 0))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ lappend l "\tif (!odr_initmember(o, p, sizeof(**p)))"
+ lappend l "\t\treturn opt && odr_ok(o);"
+ lappend l "\tif (odr_choice(o, arm, &(*p)->[lindex $uName 1], &(*p)->[lindex $uName 0], name) &&"
+ lappend l "\t\todr_constructed_end(o))"
+ }
+ lappend l "\t\treturn 1;"
+ lappend l "\t*p = 0;"
+ lappend l "\treturn opt && odr_ok(o);"
+ return [list [join $l \n] [join $j \n]]
+}
+
+# asnImports: parses i-list in "IMPORTS {i-list}"
+# On return inf(import,..)-array is updated.
+# inf(import,"module") is a list of {C-handler, C-type} elements.
+# The {C-handler, C-type} is compatible with the $tname as is used by the
+# asnType procedure to solve external references.
+proc asnImports {} {
+ global type val inf file
+
+ while {1} {
+ if {[string compare $type n]} {
+ asnError "Missing name in IMPORTS list"
+ }
+ lappend nam $val
+ lex
+ if {![string compare $type n] && ![string compare $val FROM]} {
+ lex
+
+ if {[info exists inf(filename,$val)]} {
+ set fname $inf(filename,$val)
+ } else {
+ set fname $val
+ }
+ puts $file(outh) "\#include <$inf(h-dir)${fname}.h>"
+
+ if {[info exists inf(prefix,$val)]} {
+ set prefix $inf(prefix,$val)
+ } else {
+ set prefix $inf(prefix)
+ }
+ foreach n $nam {
+ if {[info exists inf(map,$val,$n)]} {
+ set v $inf(map,$val,$n)
+ } else {
+ set v $n
+ }
+ set w [join [split $v -] _]
+ set inf(imports,$n) [list [lindex $prefix 0]$w \
+ [lindex $prefix 1]$w]
+ }
+ unset nam
+ lex
+ if {[string compare $type n]} break
+ } elseif {![string compare $type ,]} {
+ lex
+ } else break
+ }
+ if {[string compare $type \;]} {
+ asnError "Missing ; after IMPORTS list - got $type '$val'"
+ }
+ lex
+}
+
+# asnExports: parses e-list in "EXPORTS {e-list}"
+# This function does nothing with elements in the list.
+proc asnExports {} {
+ global type val inf
+
+ while {1} {
+ if {[string compare $type n]} {
+ asnError "Missing name in EXPORTS list"
+ }
+ set inf(exports,$val) 1
+ lex
+ if {[string compare $type ,]} break
+ lex
+ }
+ if {[string compare $type \;]} {
+ asnError "Missing ; after EXPORTS list - got $type ($val)"
+ }
+ lex
+}
+
+# asnModuleBody: parses a module specification and generates C code.
+# Exports lists, imports lists, and type definitions are handled;
+# other things are silently ignored.
+proc asnModuleBody {} {
+ global type val file inf
+
+ if {[info exists inf(prefix,$inf(module))]} {
+ set prefix $inf(prefix,$inf(module))
+ } else {
+ set prefix $inf(prefix)
+ }
+ set inf(fprefix) [lindex $prefix 0]
+ set inf(vprefix) [lindex $prefix 1]
+ set inf(dprefix) [lindex $prefix 2]
+ if {[llength $prefix] > 3} {
+ set inf(cprefix) [lindex $prefix 3]
+ } else {
+ set inf(cprefix) {YAZ_EXPORT }
+ }
+
+ if {$inf(verbose)} {
+ puts "Module $inf(module), $inf(lineno)"
+ }
+
+ set defblock 0
+ if {[info exists inf(init,$inf(module),c)]} {
+ puts $file(outc) $inf(init,$inf(module),c)
+ }
+ if {[info exists inf(init,$inf(module),h)]} {
+ puts $file(outh) "\#ifdef __cplusplus"
+ puts $file(outh) "extern \"C\" \{"
+ puts $file(outh) "\#endif"
+ set defblock 1
+ puts $file(outh) $inf(init,$inf(module),h)
+ }
+ if {[info exists inf(init,$inf(module),p)]} {
+ puts $file(outp) $inf(init,$inf(module),p)
+ }
+
+ while {[string length $type]} {
+ if {[string compare $type n]} {
+ lex
+ continue
+ }
+ if {![string compare $val END]} {
+ break
+ } elseif {![string compare $val EXPORTS]} {
+ lex
+ asnExports
+ } elseif {![string compare $val IMPORTS]} {
+ if {$defblock} {
+ puts $file(outh) "\#ifdef __cplusplus"
+ puts $file(outh) "\}"
+ puts $file(outh) "\#endif"
+ set defblock 0
+ }
+ lex
+ asnImports
+ } else {
+ if {!$defblock} {
+ puts $file(outh) "\#ifdef __cplusplus"
+ puts $file(outh) "extern \"C\" \{"
+ puts $file(outh) "\#endif"
+ set defblock 1
+ }
+ set inf(asndef) $inf(nodef)
+ set oval $val
+ lex
+ if {![string compare $type :]} {
+ lex
+ asnDef $oval
+ set inf(asndef) 0
+ } elseif {![string compare $type n]} {
+ lex
+ if {[string length $type]} {
+ lex
+ }
+ }
+ }
+ }
+ if {$defblock} {
+ puts $file(outh) "\#ifdef __cplusplus"
+ puts $file(outh) "\}"
+ puts $file(outh) "\#endif"
+ set defblock 0
+ }
+ foreach x [array names inf imports,*] {
+ unset inf($x)
+ }
+}
+
+# asnTagDefault: parses TagDefault section
+proc asnTagDefault {} {
+ global type val inf file
+
+ set inf(implicit-tags) 0
+ while {[string length $type]} {
+ if {[lex-name-move EXPLICIT]} {
+ lex
+ set inf(implicit-tags) 0
+ } elseif {[lex-name-move IMPLICIT]} {
+ lex
+ set inf(implicit-tags) 1
+ } else {
+ break
+ }
+ }
+}
+
+# asnModules: parses a collection of module specifications.
+# Depending on the module pattern, $inf(moduleP), a module is either
+# skipped or processed.
+proc asnModules {} {
+ global type val inf file yc_version
+
+ set inf(nodef) 0
+ set inf(asndef) 0
+ lex
+ while {![string compare $type n]} {
+ set inf(module) $val
+ if {[info exists inf(moduleP)] && ![string match $inf(moduleP) $val]} {
+ if {$inf(verbose)} {
+ puts "Skipping $id"
+ }
+ while {![lex-name-move END]} {
+ lex
+ }
+ } else {
+ set inf(nodef) 1
+ set inf(asndef) 1
+
+ while {![lex-name-move DEFINITIONS]} {
+ lex
+ if {![string length $type]} return
+ }
+ if {[info exists inf(filename,$inf(module))]} {
+ set fname $inf(filename,$inf(module))
+ } else {
+ set fname $inf(module)
+ }
+ set ppname [join [split $fname -] _]
+
+ if {![info exists inf(c-file)]} {
+ set inf(c-file) ${fname}.c
+ }
+ set file(outc) [open $inf(c-file) w]
+
+ if {![info exists inf(h-file)]} {
+ set inf(h-file) ${fname}.h
+ }
+ set file(outh) [open $inf(h-path)/$inf(h-dir)$inf(h-file) w]
+
+ if {0} {
+ if {![info exists inf(p-file)]} {
+ set inf(p-file) ${fname}-p.h
+ }
+ set file(outp) [open $inf(h-path)/$inf(h-dir)$inf(p-file) w]
+ }
+
+ set greeting {Generated automatically by the YAZ ASN.1 Compiler}
+
+ puts $file(outc) "/* ${greeting} ${yc_version} */"
+ puts $file(outc) "/* Module-C: $inf(module) */"
+ puts $file(outc) {}
+
+ puts $file(outh) "/* ${greeting} ${yc_version} */"
+ puts $file(outh) "/* Module-H $inf(module) */"
+ puts $file(outh) {}
+
+ if {[info exists file(outp)]} {
+ puts $file(outp) "/* ${greeting} ${yc_version} */"
+ puts $file(outp) "/* Module-P: $inf(module) */"
+ puts $file(outp) {}
+ }
+
+ if {[info exists inf(p-file)]} {
+ puts $file(outc) "\#include <$inf(h-dir)$inf(p-file)>"
+ } else {
+ puts $file(outc) "\#include <$inf(h-dir)$inf(h-file)>"
+ }
+ puts $file(outh) "\#ifndef ${ppname}_H"
+ puts $file(outh) "\#define ${ppname}_H"
+ puts $file(outh) {}
+ puts $file(outh) "\#include <$inf(h-dir)odr.h>"
+
+ if {[info exists file(outp)]} {
+ puts $file(outp) "\#ifndef ${ppname}_P_H"
+ puts $file(outp) "\#define ${ppname}_P_H"
+ puts $file(outp) {}
+ puts $file(outp) "\#include <$inf(h-dir)$inf(h-file)>"
+
+ }
+
+ asnTagDefault
+ if {[string compare $type :]} {
+ asnError "::= expected got $type '$val'"
+ }
+ lex
+ if {![lex-name-move BEGIN]} {
+ asnError "BEGIN expected"
+ }
+ asnModuleBody
+ lex
+
+ if {[info exists file(outp)]} {
+ set f $file(outp)
+ } else {
+ set f $file(outh)
+ }
+ puts $f "\#ifdef __cplusplus"
+ puts $f "extern \"C\" \{"
+ puts $f "\#endif"
+ for {set i 1} {$i < $inf(nodef)} {incr i} {
+ puts $f $inf(var,$i)
+ if {[info exists inf(asn,$i)]} {
+ if {0} {
+ puts $f "/*"
+ foreach comment $inf(asn,$i) {
+ puts $f $comment
+ }
+ puts $f " */"
+ }
+ unset inf(asn,$i)
+ }
+ unset inf(var,$i)
+ puts $f {}
+ }
+ puts $f "\#ifdef __cplusplus"
+ puts $f "\}"
+ puts $f "\#endif"
+
+ if {[info exists inf(body,$inf(module),h)]} {
+ puts $file(outh) $inf(body,$inf(module),h)
+ }
+ if {[info exists inf(body,$inf(module),c)]} {
+ puts $file(outc) $inf(body,$inf(module),c)
+ }
+ if {[info exists inf(body,$inf(module),p)]} {
+ if {[info exists file(outp)]} {
+ puts $file(outp) $inf(body,$inf(module),p)
+ }
+ }
+ puts $file(outh) "\#endif"
+ if {[info exists file(outp)]} {
+ puts $file(outp) "\#endif"
+ }
+ foreach f [array names file] {
+ close $file($f)
+ }
+ unset inf(c-file)
+ unset inf(h-file)
+ catch {unset inf(p-file)}
+ }
+ }
+}
+
+# asnFile: parses an ASN.1 specification file as specified in $inf(iname).
+proc asnFile {} {
+ global inf file
+
+ if {$inf(verbose) > 1} {
+ puts "Reading ASN.1 file $inf(iname)"
+ }
+ set inf(str) {}
+ set inf(lineno) 0
+ set inf(inf) [open $inf(iname) r]
+
+ asnModules
+
+}
+
+# The following procedures are invoked by the asnType function.
+# Each procedure takes the form: asnBasic<TYPE> and they must return
+# two elements: the C function handler and the C type.
+# On entry upvar $name is the type we are defining and global, $inf(module), is
+# the current module name.
+
+proc asnBasicEXTERNAL {} {
+ return {odr_external {Odr_external}}
+}
+
+proc asnBasicINTEGER {} {
+ return {odr_integer {int}}
+}
+
+proc asnBasicENUMERATED {} {
+ return {odr_enum {int}}
+}
+
+proc asnBasicNULL {} {
+ return {odr_null {Odr_null}}
+}
+
+proc asnBasicBOOLEAN {} {
+ return {odr_bool {bool_t}}
+}
+
+proc asnBasicOCTET {} {
+ global type val
+ lex-name-move STRING
+ return {odr_octetstring {Odr_oct}}
+}
+
+proc asnBasicBIT {} {
+ global type val
+ lex-name-move STRING
+ return {odr_bitstring {Odr_bitmask}}
+}
+
+proc asnBasicOBJECT {} {
+ global type val
+ lex-name-move IDENTIFIER
+ return {odr_oid {Odr_oid}}
+}
+
+proc asnBasicGeneralString {} {
+ return {odr_generalstring char}
+}
+
+proc asnBasicVisibleString {} {
+ return {odr_visiblestring char}
+}
+
+proc asnBasicGeneralizedTime {} {
+ return {odr_generalizedtime char}
+}
+
+proc asnBasicANY {} {
+ upvar name name
+ global inf
+ return [list $inf(fprefix)ANY_$name void]
+}
+
+# userDef: reads user definitions file $name
+proc userDef {name} {
+ global inf
+
+ if {$inf(verbose) > 1} {
+ puts "Reading definitions file $name"
+ }
+ source $name
+
+ if {[info exists default-prefix]} {
+ set inf(prefix) ${default-prefix}
+ }
+ if {[info exists h-path]} {
+ set inf(h-path) ${h-path}
+ }
+ foreach m [array names prefix] {
+ set inf(prefix,$m) $prefix($m)
+ }
+ foreach m [array names body] {
+ set inf(body,$m) $body($m)
+ }
+ foreach m [array names init] {
+ set inf(init,$m) $init($m)
+ }
+ foreach m [array names filename] {
+ set inf(filename,$m) $filename($m)
+ }
+ foreach m [array names map] {
+ set inf(map,$m) $map($m)
+ }
+ foreach m [array names membermap] {
+ set inf(membermap,$m) $membermap($m)
+ }
+ foreach m [array names unionmap] {
+ set inf(unionmap,$m) $unionmap($m)
+ }
+}
+
+set inf(verbose) 0
+set inf(prefix) {yc_ Yc_ YC_}
+set inf(h-path) .
+set inf(h-dir) ""
+
+# Parse command line
+set l [llength $argv]
+set i 0
+while {$i < $l} {
+ set arg [lindex $argv $i]
+ switch -glob -- $arg {
+ -v {
+ incr inf(verbose)
+ }
+ -c {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(c-file) $p
+ }
+ -I* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(h-path) $p
+ }
+ -i* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(h-dir) [string trim $p \\/]/
+ }
+ -h* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(h-file) $p
+ }
+ -p* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(p-file) $p
+ }
+ -d* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ userDef $p
+ }
+ -m* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ set inf(moduleP) $p
+ }
+ -x* {
+ set p [string range $arg 2 end]
+ if {![string length $p]} {
+ set p [lindex $argv [incr i]]
+ }
+ if {[llength $p] == 1} {
+ set inf(prefix) [list [string tolower $p] \
+ [string toupper $p] [string toupper $p]]
+ } elseif {[llength $p] == 3} {
+ set inf(prefix) $p
+ } else {
+ puts [llength $p]
+ exit 1
+ }
+ }
+ default {
+ set inf(iname) $arg
+ }
+ }
+ incr i
+}
+
+if {![info exists inf(iname)]} {
+ puts "YAZ ASN.1 Compiler ${yc_version}"
+ puts -nonewline "Usage: ${argv0}"
+ puts { [-v] [-c cfile] [-h hfile] [-p hfile] [-d dfile] [-I path]}
+ puts { [-x prefix] [-m module] file}
+ exit 1
+}
+
+asnFile
projects / yaz-moved-to-github.git / commitdiff