--- /dev/null
+#!/usr/bin/env python
+
+from __future__ import print_function
+import re
+import sys
+
+re_identifier = re.compile(r'^[a-zA-Z_]')
+re_compat_handle = re.compile(r'^COMPAT_HANDLE\((.*)\)$')
+re_pad = re.compile(r'^_pad\d*$')
+re_compat = re.compile(r'^compat_.*_t$')
+re_brackets = re.compile(r'[{}]')
+
+def removeprefix(s, prefix):
+ if s.startswith(prefix):
+ return s[len(prefix):]
+ return s
+
+def removesuffix(s, suffix):
+ if s.endswith(suffix):
+ return s[:-len(suffix)]
+ return s
+
+def get_fields(looking_for, header_tokens):
+ level = 1
+ aggr = 0
+ fields = []
+ name = ''
+
+ for token in header_tokens:
+ if token in ('struct', 'union'):
+ if level == 1:
+ aggr = 1
+ fields = []
+ name = ''
+ elif token == '{':
+ level += 1
+ elif token == '}':
+ level -= 1
+ if level == 1 and name == looking_for:
+ fields.append(token)
+ return fields
+ elif re_identifier.match(token):
+ if not (aggr == 0 or name != ''):
+ name = token
+
+ if aggr != 0:
+ fields.append(token)
+
+ return []
+
+def build_enums(name, tokens):
+ level = 1
+ kind = ''
+ named = ''
+ fields = []
+ members = []
+ id = ''
+
+ for token in tokens:
+ if token in ('struct', 'union'):
+ if not level != 2:
+ fields = ['']
+ kind = "%s;%s" % (token, kind)
+ elif token == '{':
+ level += 1
+ elif token == '}':
+ level -= 1
+ if level == 1:
+ subkind = kind
+ (subkind, _, _) = subkind.partition(';')
+ if subkind == 'union':
+ print("\nenum XLAT_%s {" % (name,))
+ for m in members:
+ print(" XLAT_%s_%s," % (name, m))
+ print("};")
+ return
+ elif level == 2:
+ named = '?'
+ elif re_identifier.match(token):
+ id = token
+ k = kind
+ (_, _, k) = k.partition(';')
+ if named != '' and k != '':
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ build_enums("%s_%s" % (name, token), fields)
+ named = '!'
+ elif token == ',':
+ if level == 2:
+ members.append(id)
+ elif token == ';':
+ if level == 2:
+ members.append(id)
+ if named != '':
+ (_, _, kind) = kind.partition(';')
+ named = ''
+ if len(fields) != 0:
+ fields.append(token)
+
+def handle_field(prefix, name, id, type, fields):
+ if len(fields) == 0:
+ print(" \\")
+ if type == '':
+ print("%s(_d_)->%s = (_s_)->%s;" % (prefix, id, id), end='')
+ else:
+ k = id.replace('.', '_')
+ print("%sXLAT_%s_HNDL_%s(_d_, _s_);" % (prefix, name, k), end='')
+ elif not re_brackets.search(' '.join(fields)):
+ tag = ' '.join(fields)
+ tag = re.sub(r'\s*(struct|union)\s+(compat_)?(\w+)\s.*', '\\3', tag)
+ print(" \\")
+ print("%sXLAT_%s(&(_d_)->%s, &(_s_)->%s);" % (prefix, tag, id, id), end='')
+ else:
+ func_id = id
+ func_tokens = fields
+ kind = ''
+ array = ""
+ level = 1
+ arrlvl = 1
+ array_type = ''
+ id = ''
+ type = ''
+ fields = []
+ for token in func_tokens:
+ if token in ('struct', 'union'):
+ if level == 2:
+ fields = ['']
+ if level == 1:
+ kind = token
+ if kind == 'union':
+ tmp = func_id.replace('.', '_')
+ print(" \\")
+ print("%sswitch (%s) {" % (prefix, tmp), end='')
+ elif token == '{':
+ level += 1
+ id = ''
+ elif token == '}':
+ level -= 1
+ id = ''
+ if level == 1 and kind == 'union':
+ print(" \\")
+ print("%s}" % (prefix,), end='')
+ elif token == '[':
+ if level != 2 or arrlvl != 1:
+ pass
+ elif array == '':
+ array = ' '
+ else:
+ array = "%s;" % (array,)
+ arrlvl += 1
+ elif token == ']':
+ arrlvl -= 1
+ elif re_compat_handle.match(token):
+ if level == 2 and id == '':
+ m = re_compat_handle.match(token)
+ type = m.groups()[0]
+ type = removeprefix(type, 'compat_')
+ elif token == "compat_domain_handle_t":
+ if level == 2 and id == '':
+ array_type = token
+ elif re_identifier.match(token):
+ id = token
+ elif token in (',', ';'):
+ if level == 2 and not re_pad.match(id):
+ if kind == 'union':
+ tmp = "%s.%s" % (func_id, id)
+ tmp = tmp.replace('.', '_')
+ print(" \\")
+ print("%scase XLAT_%s_%s:" % (prefix, name, tmp), end='')
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ handle_field("%s " % (prefix,), name, "%s.%s" % (func_id, id), type, fields)
+ elif array == '' and array_type == '':
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ handle_field(prefix, name, "%s.%s" % (func_id, id), type, fields)
+ elif array == '':
+ copy_array(" ", "%s.%s" % (func_id, id))
+ else:
+ (_, _, array) = array.partition(';')
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ handle_array(prefix, name, "{func_id}.{id}", array, type, fields)
+ if token == ';':
+ fields = []
+ id = ''
+ type = ''
+ array = ''
+ if kind == 'union':
+ print(" \\")
+ print("%s break;" % (prefix,), end='')
+ else:
+ if array != '':
+ array = "%s %s" % (array, token)
+ if len(fields) > 0:
+ fields.append(token)
+
+def copy_array(prefix, id):
+ print(" \\")
+ print("%sif ((_d_)->%s != (_s_)->%s) \\" % (prefix, id, id))
+ print("%s memcpy((_d_)->%s, (_s_)->%s, sizeof((_d_)->%s));" % (prefix, id, id, id), end='')
+
+def handle_array(prefix, name, id, array, type, fields):
+ i = re.sub(r'[^;]', '', array)
+ i = "i%s" % (len(i),)
+
+ print(" \\")
+ print("%s{ \\" % (prefix,))
+ print("%s unsigned int %s; \\" % (prefix, i))
+ (head, _, tail) = array.partition(';')
+ head = head.strip()
+ print("%s for (%s = 0; %s < %s; ++%s) {" % (prefix, i, i, head, i), end='')
+ if not ';' in array:
+ handle_field("%s " % (prefix,), name, "%s[%s]" % (id, i), type, fields)
+ else:
+ handle_array("%s " % (prefix,) , name, "%s[%s]" % (id, i), tail, type, fields)
+ print(" \\")
+ print("%s } \\" % (prefix,))
+ print("%s}" % (prefix,), end='')
+
+def build_body(name, tokens):
+ level = 1
+ id = ''
+ array = ''
+ arrlvl = 1
+ array_type = ''
+ type = ''
+ fields = []
+
+ print("\n#define XLAT_%s(_d_, _s_) do {" % (name,), end='')
+
+ for token in tokens:
+ if token in ('struct', 'union'):
+ if level == 2:
+ fields = ['']
+ elif token == '{':
+ level += 1
+ id = ''
+ elif token == '}':
+ level -= 1
+ id = ''
+ elif token == '[':
+ if level != 2 or arrlvl != 1:
+ pass
+ elif array == '':
+ array = ' '
+ else:
+ array = "%s;" % (array,)
+ arrlvl += 1
+ elif token == ']':
+ arrlvl -= 1
+ elif re_compat_handle.match(token):
+ if level == 2 and id == '':
+ m = re_compat_handle.match(token)
+ type = m.groups()[0]
+ type = removeprefix(type, 'compat_')
+ elif token == "compat_domain_handle_t":
+ if level == 2 and id == '':
+ array_type = token
+ elif re_identifier.match(token):
+ if array != '':
+ array = "%s %s" % (array, token)
+ else:
+ id = token
+ elif token in (',', ';'):
+ if level == 2 and not re_pad.match(id):
+ if array == '' and array_type == '':
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ handle_field(" ", name, id, type, fields)
+ elif array == '':
+ copy_array(" ", id)
+ else:
+ (head, sep, tmp) = array.partition(';')
+ if sep == '':
+ tmp = head
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ handle_array(" ", name, id, tmp, type, fields)
+ if token == ';':
+ fields = []
+ id = ''
+ type = ''
+ array = ''
+ else:
+ if array != '':
+ array = "%s %s" % (array, token)
+ if len(fields) > 0:
+ fields.append(token)
+ print(" \\\n} while (0)")
+
+def check_field(kind, name, field, extrafields):
+ if not re_brackets.search(' '.join(extrafields)):
+ print("; \\")
+ if len(extrafields) != 0:
+ for token in extrafields:
+ if token in ('struct', 'union'):
+ pass
+ elif re_identifier.match(token):
+ print(" CHECK_%s" % (removeprefix(token, 'xen_'),), end='')
+ break
+ else:
+ raise Exception("Malformed compound declaration: '%s'" % (token,))
+ elif not '.' in field:
+ print(" CHECK_FIELD_(%s, %s, %s)" % (kind, name, field), end='')
+ else:
+ n = field.count('.')
+ field = field.replace('.', ', ')
+ print(" CHECK_SUBFIELD_%s_(%s, %s, %s)" % (n, kind, name, field), end='')
+ else:
+ level = 1
+ fields = []
+ id = ''
+
+ for token in extrafields:
+ if token in ('struct', 'union'):
+ if level == 2:
+ fields = ['']
+ elif token == '{':
+ level += 1
+ id = ''
+ elif token == '}':
+ level -= 1
+ id = ''
+ elif re_compat.match(token):
+ if level == 2:
+ fields = ['']
+ token = removesuffix(token, '_t')
+ token = removeprefix(token, 'compat_')
+ elif re.match(r'^evtchn_.*_compat_t$', token):
+ if level == 2 and token != "evtchn_port_compat_t":
+ fields = ['']
+ token = removesuffix(token, '_compat_t')
+ elif re_identifier.match(token):
+ id = token
+ elif token in (',', ';'):
+ if level == 2 and not re_pad.match(id):
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ check_field(kind, name, "%s.%s" % (field, id), fields)
+ if token == ";":
+ fields = []
+ id = ''
+ if len(fields) > 0:
+ fields.append(token)
+
+def build_check(name, tokens):
+ level = 1
+ fields = []
+ kind = ''
+ id = ''
+ arrlvl = 1
+
+ print("")
+ print("#define CHECK_%s \\" % (name,))
+
+ for token in tokens:
+ if token in ('struct', 'union'):
+ if level == 1:
+ kind = token
+ print(" CHECK_SIZE_(%s, %s)" % (kind, name), end='')
+ elif level == 2:
+ fields = ['']
+ elif token == '{':
+ level += 1
+ id = ''
+ elif token == '}':
+ level -= 1
+ id = ''
+ elif token == '[':
+ arrlvl += 1
+ elif token == ']':
+ arrlvl -= 1
+ elif re_compat.match(token):
+ if level == 2 and token != "compat_argo_port_t":
+ fields = ['']
+ token = removesuffix(token, '_t')
+ token = removeprefix(token, 'compat_')
+ elif re_identifier.match(token):
+ if not (level != 2 or arrlvl != 1):
+ id = token
+ elif token in (',', ';'):
+ if level == 2 and not re_pad.match(id):
+ if len(fields) > 0 and fields[0] == '':
+ fields.pop(0)
+ check_field(kind, name, id, fields)
+ if token == ";":
+ fields = []
+ id = ''
+
+ if len(fields) > 0:
+ fields.append(token)
+ print("")
+
+
+def main():
+ header_tokens = []
+ re_tokenazier = re.compile(r'\s+')
+ re_skip_line = re.compile(r'^\s*(#|$)')
+ re_spacer = re.compile(r'([\]\[,;:{}])')
+
+ with open(sys.argv[1]) as header:
+ for line in header:
+ if re_skip_line.match(line):
+ continue
+ line = re_spacer.sub(' \\1 ', line)
+ line = line.strip()
+ header_tokens += re_tokenazier.split(line)
+
+ with open(sys.argv[2]) as compat_list:
+ for line in compat_list:
+ words = re_tokenazier.split(line, maxsplit=1)
+ what = words[0]
+ name = words[1]
+
+ name = removeprefix(name, 'xen')
+ name = name.strip()
+
+ fields = get_fields("compat_%s" % (name,), header_tokens)
+ if len(fields) == 0:
+ raise Exception("Fields of 'compat_%s' not found in '%s'" % (name, sys.argv[1]))
+
+ if what == "!":
+ build_enums(name, fields)
+ build_body(name, fields)
+ elif what == "?":
+ build_check(name, fields)
+ else:
+ raise Exception("Invalid translation indicator: '%s'" % (what,))
+
+if __name__ == '__main__':
+ main()
+++ /dev/null
-test -n "$1" -a -n "$2" -a -n "$3"
-set -ef
-
-SED=sed
-if test -x /usr/xpg4/bin/sed; then
- SED=/usr/xpg4/bin/sed
-fi
-if test -z ${PYTHON}; then
- PYTHON=`/usr/bin/env python`
-fi
-if test -z ${PYTHON}; then
- echo "Python not found"
- exit 1
-fi
-
-get_fields ()
-{
- local level=1 aggr=0 name= fields=
- for token in $2
- do
- case "$token" in
- struct|union)
- test $level != 1 || aggr=1 fields= name=
- ;;
- "{")
- level=$(expr $level + 1)
- ;;
- "}")
- level=$(expr $level - 1)
- if [ $level = 1 -a $name = $1 ]
- then
- echo "$fields }"
- return 0
- fi
- ;;
- [a-zA-Z_]*)
- test $aggr = 0 -o -n "$name" || name="$token"
- ;;
- esac
- test $aggr = 0 || fields="$fields $token"
- done
-}
-
-build_enums ()
-{
- local level=1 kind= fields= members= named= id= token
- for token in $2
- do
- case "$token" in
- struct|union)
- test $level != 2 || fields=" "
- kind="$token;$kind"
- ;;
- "{")
- level=$(expr $level + 1)
- ;;
- "}")
- level=$(expr $level - 1)
- if [ $level = 1 ]
- then
- if [ "${kind%%;*}" = union ]
- then
- echo
- echo "enum XLAT_$1 {"
- for m in $members
- do
- echo " XLAT_${1}_$m,"
- done
- echo "};"
- fi
- return 0
- elif [ $level = 2 ]
- then
- named='?'
- fi
- ;;
- [a-zA-Z]*)
- id=$token
- if [ -n "$named" -a -n "${kind#*;}" ]
- then
- build_enums ${1}_$token "$fields"
- named='!'
- fi
- ;;
- ",")
- test $level != 2 || members="$members $id"
- ;;
- ";")
- test $level != 2 || members="$members $id"
- test -z "$named" || kind=${kind#*;}
- named=
- ;;
- esac
- test -z "$fields" || fields="$fields $token"
- done
-}
-
-handle_field ()
-{
- if [ -z "$5" ]
- then
- echo " \\"
- if [ -z "$4" ]
- then
- printf %s "$1(_d_)->$3 = (_s_)->$3;"
- else
- printf %s "$1XLAT_${2}_HNDL_$(echo $3 | $SED 's,\.,_,g')(_d_, _s_);"
- fi
- elif [ -z "$(echo "$5" | $SED 's,[^{}],,g')" ]
- then
- local tag=$(echo "$5" | ${PYTHON} -c '
-import re,sys
-for line in sys.stdin.readlines():
- sys.stdout.write(re.subn(r"\s*(struct|union)\s+(compat_)?(\w+)\s.*", r"\3", line)[0].rstrip() + "\n")
-')
- echo " \\"
- printf %s "${1}XLAT_$tag(&(_d_)->$3, &(_s_)->$3);"
- else
- local level=1 kind= fields= id= array= arrlvl=1 array_type= type= token
- for token in $5
- do
- case "$token" in
- struct|union)
- test $level != 2 || fields=" "
- if [ $level = 1 ]
- then
- kind=$token
- if [ $kind = union ]
- then
- echo " \\"
- printf %s "${1}switch ($(echo $3 | $SED 's,\.,_,g')) {"
- fi
- fi
- ;;
- "{")
- level=$(expr $level + 1) id=
- ;;
- "}")
- level=$(expr $level - 1) id=
- if [ $level = 1 -a $kind = union ]
- then
- echo " \\"
- printf %s "$1}"
- fi
- ;;
- "[")
- if [ $level != 2 -o $arrlvl != 1 ]
- then
- :
- elif [ -z "$array" ]
- then
- array=" "
- else
- array="$array;"
- fi
- arrlvl=$(expr $arrlvl + 1)
- ;;
- "]")
- arrlvl=$(expr $arrlvl - 1)
- ;;
- COMPAT_HANDLE\(*\))
- if [ $level = 2 -a -z "$id" ]
- then
- type=${token#COMPAT_HANDLE?}
- type=${type%?}
- type=${type#compat_}
- fi
- ;;
- compat_domain_handle_t)
- if [ $level = 2 -a -z "$id" ]
- then
- array_type=$token
- fi
- ;;
- [a-zA-Z]*)
- id=$token
- ;;
- [\,\;])
- if [ $level = 2 -a -n "$(echo $id | $SED 's,^_pad[[:digit:]]*,,')" ]
- then
- if [ $kind = union ]
- then
- echo " \\"
- printf %s "${1}case XLAT_${2}_$(echo $3.$id | $SED 's,\.,_,g'):"
- handle_field "$1 " $2 $3.$id "$type" "$fields"
- elif [ -z "$array" -a -z "$array_type" ]
- then
- handle_field "$1" $2 $3.$id "$type" "$fields"
- elif [ -z "$array" ]
- then
- copy_array " " $3.$id
- else
- handle_array "$1" $2 $3.$id "${array#*;}" "$type" "$fields"
- fi
- test "$token" != ";" || fields= id= type=
- array=
- if [ $kind = union ]
- then
- echo " \\"
- printf %s "$1 break;"
- fi
- fi
- ;;
- *)
- if [ -n "$array" ]
- then
- array="$array $token"
- fi
- ;;
- esac
- test -z "$fields" || fields="$fields $token"
- done
- fi
-}
-
-copy_array ()
-{
- echo " \\"
- echo "${1}if ((_d_)->$2 != (_s_)->$2) \\"
- printf %s "$1 memcpy((_d_)->$2, (_s_)->$2, sizeof((_d_)->$2));"
-}
-
-handle_array ()
-{
- local i="i$(echo $4 | $SED 's,[^;], ,g' | wc -w | $SED 's,[[:space:]]*,,g')"
- echo " \\"
- echo "$1{ \\"
- echo "$1 unsigned int $i; \\"
- printf %s "$1 for ($i = 0; $i < "${4%%;*}"; ++$i) {"
- if [ "$4" = "${4#*;}" ]
- then
- handle_field "$1 " $2 $3[$i] "$5" "$6"
- else
- handle_array "$1 " $2 $3[$i] "${4#*;}" "$5" "$6"
- fi
- echo " \\"
- echo "$1 } \\"
- printf %s "$1}"
-}
-
-build_body ()
-{
- echo
- printf %s "#define XLAT_$1(_d_, _s_) do {"
- local level=1 fields= id= array= arrlvl=1 array_type= type= token
- for token in $2
- do
- case "$token" in
- struct|union)
- test $level != 2 || fields=" "
- ;;
- "{")
- level=$(expr $level + 1) id=
- ;;
- "}")
- level=$(expr $level - 1) id=
- ;;
- "[")
- if [ $level != 2 -o $arrlvl != 1 ]
- then
- :
- elif [ -z "$array" ]
- then
- array=" "
- else
- array="$array;"
- fi
- arrlvl=$(expr $arrlvl + 1)
- ;;
- "]")
- arrlvl=$(expr $arrlvl - 1)
- ;;
- COMPAT_HANDLE\(*\))
- if [ $level = 2 -a -z "$id" ]
- then
- type=${token#COMPAT_HANDLE?}
- type=${type%?}
- type=${type#compat_}
- fi
- ;;
- compat_domain_handle_t)
- if [ $level = 2 -a -z "$id" ]
- then
- array_type=$token
- fi
- ;;
- [a-zA-Z_]*)
- if [ -n "$array" ]
- then
- array="$array $token"
- else
- id=$token
- fi
- ;;
- [\,\;])
- if [ $level = 2 -a -n "$(echo $id | $SED 's,^_pad[[:digit:]]*,,')" ]
- then
- if [ -z "$array" -a -z "$array_type" ]
- then
- handle_field " " $1 $id "$type" "$fields"
- elif [ -z "$array" ]
- then
- copy_array " " $id
- else
- handle_array " " $1 $id "${array#*;}" "$type" "$fields"
- fi
- test "$token" != ";" || fields= id= type=
- array=
- fi
- ;;
- *)
- if [ -n "$array" ]
- then
- array="$array $token"
- fi
- ;;
- esac
- test -z "$fields" || fields="$fields $token"
- done
- echo " \\"
- echo "} while (0)"
-}
-
-check_field ()
-{
- if [ -z "$(echo "$4" | $SED 's,[^{}],,g')" ]
- then
- echo "; \\"
- local n=$(echo $3 | $SED 's,[^.], ,g' | wc -w | $SED 's,[[:space:]]*,,g')
- if [ -n "$4" ]
- then
- for n in $4
- do
- case $n in
- struct|union)
- ;;
- [a-zA-Z_]*)
- printf %s " CHECK_${n#xen_}"
- break
- ;;
- *)
- echo "Malformed compound declaration: '$n'" >&2
- exit 1
- ;;
- esac
- done
- elif [ $n = 0 ]
- then
- printf %s " CHECK_FIELD_($1, $2, $3)"
- else
- printf %s " CHECK_SUBFIELD_${n}_($1, $2, $(echo $3 | $SED 's!\.!, !g'))"
- fi
- else
- local level=1 fields= id= token
- for token in $4
- do
- case "$token" in
- struct|union)
- test $level != 2 || fields=" "
- ;;
- "{")
- level=$(expr $level + 1) id=
- ;;
- "}")
- level=$(expr $level - 1) id=
- ;;
- compat_*_t)
- if [ $level = 2 ]
- then
- fields=" "
- token="${token%_t}"
- token="${token#compat_}"
- fi
- ;;
- evtchn_*_compat_t)
- if [ $level = 2 -a $token != evtchn_port_compat_t ]
- then
- fields=" "
- token="${token%_compat_t}"
- fi
- ;;
- [a-zA-Z]*)
- id=$token
- ;;
- [\,\;])
- if [ $level = 2 -a -n "$(echo $id | $SED 's,^_pad[[:digit:]]*,,')" ]
- then
- check_field $1 $2 $3.$id "$fields"
- test "$token" != ";" || fields= id=
- fi
- ;;
- esac
- test -z "$fields" || fields="$fields $token"
- done
- fi
-}
-
-build_check ()
-{
- echo
- echo "#define CHECK_$1 \\"
- local level=1 fields= kind= id= arrlvl=1 token
- for token in $2
- do
- case "$token" in
- struct|union)
- if [ $level = 1 ]
- then
- kind=$token
- printf %s " CHECK_SIZE_($kind, $1)"
- elif [ $level = 2 ]
- then
- fields=" "
- fi
- ;;
- "{")
- level=$(expr $level + 1) id=
- ;;
- "}")
- level=$(expr $level - 1) id=
- ;;
- "[")
- arrlvl=$(expr $arrlvl + 1)
- ;;
- "]")
- arrlvl=$(expr $arrlvl - 1)
- ;;
- compat_*_t)
- if [ $level = 2 -a $token != compat_argo_port_t ]
- then
- fields=" "
- token="${token%_t}"
- token="${token#compat_}"
- fi
- ;;
- [a-zA-Z_]*)
- test $level != 2 -o $arrlvl != 1 || id=$token
- ;;
- [\,\;])
- if [ $level = 2 -a -n "$(echo $id | $SED 's,^_pad[[:digit:]]*,,')" ]
- then
- check_field $kind $1 $id "$fields"
- test "$token" != ";" || fields= id=
- fi
- ;;
- esac
- test -z "$fields" || fields="$fields $token"
- done
- echo ""
-}
-
-list="$($SED -e 's,^[[:space:]]#.*,,' -e 's!\([]\[,;:{}]\)! \1 !g' $3)"
-fields="$(get_fields $(echo $2 | $SED 's,^compat_xen,compat_,') "$list")"
-if [ -z "$fields" ]
-then
- echo "Fields of '$2' not found in '$3'" >&2
- exit 1
-fi
-name=${2#compat_}
-name=${name#xen}
-case "$1" in
-"!")
- build_enums $name "$fields"
- build_body $name "$fields"
- ;;
-"?")
- build_check $name "$fields"
- ;;
-*)
- echo "Invalid translation indicator: '$1'" >&2
- exit 1
- ;;
-esac
projects / xen.git / commitdiff