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bird/filter/same.m4

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Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)m4_dnl
#
# BIRD -- Filter Comparator Generator
#
# (c) 2018 Maria Matejka <mq@jmq.cz>
#
# Can be freely distributed and used under the terms of the GNU GPL.
#
# Common aliases
m4_define(DNL, `m4_dnl')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(INST_FLUSH, `m4_ifdef([[INST_NAME]], [[
m4_divert(1)
case INST_NAME():
m4_undivert(2)
break;
m4_divert(-1)
]])')
m4_define(INST, `INST_FLUSH()m4_define([[INST_NAME]], [[$1]])')
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_define(ARG, `')
m4_define(ARG_ANY, `')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(LINE, `m4_divert(2)if (!f_same(f1->lines[$2], f2->lines[$2])) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
m4_define(LINEP, LINE)
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(SYMBOL, `m4_divert(2){
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
const struct symbol *s1 = f1->sym, *s2 = f2->sym;
if (strcmp(s1->name, s2->name)) return 0;
if (s1->class != s2->class) return 0;
}
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(VALI, `m4_divert(2)if (!val_same(f1->vp, f2->vp)) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(VALP, `m4_divert(2)if (!val_same(f1->vp, f2->vp)) return 0;
Filter: refactoring of instruction constructors
2019-01-21 16:17:54 +08:00
m4_divert(-1)')
m4_define(VAR, `SYMBOL()VALP()')
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(FRET, `m4_divert(2)if (f1->fret != f2->fret) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(ECS, `m4_divert(2)if (f1->ecs != f2->ecs) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(RTC, `m4_divert(2)if (strcmp(f1->rtc->name, f2->rtc->name)) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(STATIC_ATTR, `m4_divert(2)if (f1->sa.sa_code != f2->sa.sa_code) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(DYNAMIC_ATTR, `m4_divert(2)if (f1->da.ea_code != f2->da.ea_code) return 0;
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(-1)')
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
m4_define(SAME, `m4_divert(2)$1m4_divert(-1)')
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_m4wrap(`
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
INST_FLUSH()
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
m4_divert(0)DNL
m4_undivert(1)
Filter: M4 convertors polished a bit.
2019-02-06 21:41:39 +08:00
default: bug( "Unknown instruction %d (%c)", f1->fi_code, f1->fi_code & 0xff);
Filter refactoring: dropped the recursion from the interpreter This is a major change of how the filters are interpreted. If everything works how it should, it should not affect you unless you are hacking the filters themselves. Anyway, this change should make a huge improvement in the filter performance as previous benchmarks showed that our major problem lies in the recursion itself. There are also some changes in nest and protocols, related mostly to spreading const declarations throughout the whole BIRD and also to refactored dynamic attribute definitions. The need of these came up during the whole work and it is too difficult to split out these not-so-related changes.
2018-12-27 21:26:11 +08:00
')
m4_changequote([[,]])
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