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rename tic2json.y to ticv02.y
author Thibaut VARÈNE <hacks@slashdirt.org>
2021年8月21日 09:49:09 +0000 (11:49 +0200)
committer Thibaut VARÈNE <hacks@slashdirt.org>
2021年8月21日 14:20:24 +0000 (16:20 +0200)
Makefile patch | blob | history
tic2json.c patch | blob | history
tic2json.y [deleted file] patch | blob | history
ticv02.l patch | blob | history
ticv02.y [new file with mode: 0644] patch | blob

diff --git a/Makefile b/Makefile
index 61c8669341d0982421e615c1b36cab9ee1ae14ad..48f3a997359d3b942d45c507bc4cbadc4d638d32 100644 (file)
--- a/Makefile
+++ b/Makefile
@@ -1,13 +1,13 @@
all: tic2json
-%.lex.c: %.l tic2json.tab.h
+%.lex.c: %.l %.tab.h
# The ideal size for the flex buffer is the length of the longest token expected, in bytes, plus a little more.
flex -DYY_BUF_SIZE=128 -o$@ $<
%.tab.h %.tab.c: %.y
bison -Wno-other -d $<
-tic2json: %: %.tab.c ticv02.lex.c %.c
+tic2json: %: ticv02.tab.c ticv02.lex.c %.c
$(CC) -DBINNAME='"$@"' -Os -Wall $^ -o $@
clean:
diff --git a/tic2json.c b/tic2json.c
index 2bd3dcd8f02951875149cb6628a06e9d45650273..eb2ee996acc19f8bccb33a116c75323e58c9185c 100644 (file)
--- a/tic2json.c
+++ b/tic2json.c
@@ -27,7 +27,7 @@
#include <unistd.h>
#include "tic2json.h"
-#include "tic2json.tab.h"
+#include "ticv02.tab.h"
int filter_mode;
uint8_t *etiq_en; // type: < 255 tokens. This could be made a bit field if memory is a concern
diff --git a/tic2json.y b/tic2json.y
deleted file mode 100644 (file)
index 31089f4..0000000
--- a/tic2json.y
+++ /dev/null
@@ -1,229 +0,0 @@
-//
-// tic2json.y
-// A parser for ENEDIS TIC version 02 protocol
-//
-// (C) 2021 Thibaut VARENE
-// License: GPLv2 - http://www.gnu.org/licenses/gpl-2.0.html
-//
-
-/**
- * @file
- * This parser implements a complete grammar that supports TIC version 02
- * as specified in Enedis-NOI-CPT_54E.pdf version 3.
- *
- * This parser does not allocate memory, except if a filter configuration is used in
- * which case the etiq_en array will be allocated (it's a few hundred bytes).
- * A left-recursion grammar has been implemented to keep the memory usage to the bare
- * minimum as well. As a tradeoff, valid datasets are always emitted regardless of the
- * overall status of the containing frame.
- */
-
-%{
-#include <stdlib.h>
-#include "tic2json.h"
-
-int yylex();
-int yylex_destroy();
-extern FILE *yyin;
-static void yyerror(const char *);
-
-extern int filter_mode;
-extern uint8_t *etiq_en;
-
-%}
-
-%union {
- char *text;
- const char *label;
- struct tic_etiquette etiq;
- struct tic_field field;
-}
-
-%verbose
-
-%token TOK_STX TOK_ETX TOK_SEP
-%token FIELD_START FIELD_OK FIELD_KO
-%token TICFILTER
-
-%token <text> TOK_HDATE TOK_DATA
-
-%token <label> ET_ADSC ET_VTIC ET_DATE ET_NGTF ET_LTARF
-%token <label> ET_EAST ET_EASF01 ET_EASF02 ET_EASF03 ET_EASF04 ET_EASF05 ET_EASF06 ET_EASF07 ET_EASF08 ET_EASF09 ET_EASF10
-%token <label> ET_EASD01 ET_EASD02 ET_EASD03 ET_EASD04 ET_EAIT ET_ERQ1 ET_ERQ2 ET_ERQ3 ET_ERQ4
-%token <label> ET_IRMS1 ET_IRMS2 ET_IRMS3 ET_URMS1 ET_URMS2 ET_URMS3 ET_PREF ET_PCOUP
-%token <label> ET_SINSTS ET_SINSTS1 ET_SINSTS2 ET_SINSTS3 ET_SMAXSN ET_SMAXSN1 ET_SMAXSN2 ET_SMAXSN3
-%token <label> ET_SMAXSNM1 ET_SMAXSN1M1 ET_SMAXSN2M1 ET_SMAXSN3M1 ET_SINSTI ET_SMAXIN ET_SMAXINM1
-%token <label> ET_CCASN ET_CCASNM1 ET_CCAIN ET_CCAINM1 ET_UMOY1 ET_UMOY2 ET_UMOY3 ET_STGE ET_DPM1 ET_FPM1 ET_DPM2 ET_FPM2 ET_DPM3 ET_FPM3
-%token <label> ET_MSG1 ET_MSG2 ET_PRM ET_RELAIS ET_NTARF ET_NJOURF ET_NJOURFP1 ET_PJOURFP1 ET_PPOINTE
-
-%type <etiq> etiquette etiquette_horodate etiquette_nodate
-%type <field> field field_horodate field_nodate
-
-%destructor { free($$); } <text>
-%destructor { free_field(&$$); } <field>
-%destructor { } <> <*>
-
-%%
-
-start: filter | frames
-
-/* filter config only */
-filter:
- TICFILTER etiquettes
-;
-
-etiquettes:
- etiquette { etiq_en[1ドル.tok]=1; }
- | etiquettes etiquette { etiq_en[2ドル.tok]=1; }
-;
-
-etiquette:
- etiquette_horodate
- | etiquette_nodate
- | error { YYABORT; }
-;
-
-/* stream processing */
-frames:
- frame
- | frames frame
-;
-
-frame:
- TOK_STX datasets TOK_ETX { frame_sep(); }
- | error TOK_ETX { frame_err(); frame_sep(); pr_err("frame error\n"); yyerrok; }
-;
-
-datasets:
- error { frame_err(); pr_err("dataset error\n"); }
- | dataset
- | datasets dataset
-;
-
-dataset:
- FIELD_START field FIELD_OK { print_field(&2ドル); free_field(&2ドル); }
- | FIELD_START field FIELD_KO { frame_err(); pr_err("dataset invalid checksum\n"); free_field(&2ドル); }
- | FIELD_START error FIELD_OK { /*not a frame error*/ pr_err("unrecognized dataset\n"); yyerrok; }
-;
-
-field: field_horodate
- | field_nodate
-;
-
-field_horodate:
- etiquette_horodate TOK_SEP TOK_HDATE TOK_SEP TOK_SEP { make_field(&$,ドル &1,ドル 3,ドル NULL); }
- | etiquette_horodate TOK_SEP TOK_HDATE TOK_SEP TOK_DATA TOK_SEP { make_field(&$,ドル &1,ドル 3,ドル 5ドル); }
-;
-
-field_nodate:
- etiquette_nodate TOK_SEP TOK_DATA TOK_SEP { make_field(&$,ドル &1,ドル NULL, 3ドル); }
-;
-
-etiquette_horodate:
- ET_DATE { $$.tok=yytranslate[ET_DATE]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Date et heure courante"; }
- | ET_SMAXSN { $$.tok=yytranslate[ET_SMAXSN]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n"; }
- | ET_SMAXSN1 { $$.tok=yytranslate[ET_SMAXSN1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 1"; }
- | ET_SMAXSN2 { $$.tok=yytranslate[ET_SMAXSN2]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 2"; }
- | ET_SMAXSN3 { $$.tok=yytranslate[ET_SMAXSN3]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 3"; }
- | ET_SMAXSNM1 { $$.tok=yytranslate[ET_SMAXSNM1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1"; }
- | ET_SMAXSN1M1 { $$.tok=yytranslate[ET_SMAXSN1M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 1"; }
- | ET_SMAXSN2M1 { $$.tok=yytranslate[ET_SMAXSN2M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 2"; }
- | ET_SMAXSN3M1 { $$.tok=yytranslate[ET_SMAXSN3M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 3"; }
- | ET_SMAXIN { $$.tok=yytranslate[ET_SMAXIN]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max injectée n"; }
- | ET_SMAXINM1 { $$.tok=yytranslate[ET_SMAXINM1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max injectée n-1"; }
- | ET_CCASN { $$.tok=yytranslate[ET_CCASN]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n de la courbe de charge active soutirée"; }
- | ET_CCASNM1 { $$.tok=yytranslate[ET_CCASNM1]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n-1 de la courbe de charge active soutirée"; }
- | ET_CCAIN { $$.tok=yytranslate[ET_CCAIN]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n de la courbe de charge active injectée"; }
- | ET_CCAINM1 { $$.tok=yytranslate[ET_CCAINM1]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n-1 de la courbe de charge active injectée"; }
- | ET_UMOY1 { $$.tok=yytranslate[ET_UMOY1]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 1"; }
- | ET_UMOY2 { $$.tok=yytranslate[ET_UMOY2]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 2"; }
- | ET_UMOY3 { $$.tok=yytranslate[ET_UMOY3]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 3"; }
- | ET_DPM1 { $$.tok=yytranslate[ET_DPM1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 1"; }
- | ET_FPM1 { $$.tok=yytranslate[ET_FPM1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 1"; }
- | ET_DPM2 { $$.tok=yytranslate[ET_DPM2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 2"; }
- | ET_FPM2 { $$.tok=yytranslate[ET_FPM2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 2"; }
- | ET_DPM3 { $$.tok=yytranslate[ET_DPM3]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 3"; }
- | ET_FPM3 { $$.tok=yytranslate[ET_FPM3]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 3"; }
-;
-
-etiquette_nodate:
- ET_ADSC { $$.tok=yytranslate[ET_ADSC]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Adresse Secondaire du Compteur"; }
- | ET_VTIC { $$.tok=yytranslate[ET_VTIC]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Version de la TIC"; }
- | ET_NGTF { $$.tok=yytranslate[ET_NGTF]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Nom du calendrier tarifaire fournisseur"; }
- | ET_LTARF { $$.tok=yytranslate[ET_LTARF]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Libellé tarif fournisseur en cours"; }
- | ET_EAST { $$.tok=yytranslate[ET_EAST]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée totale"; }
- | ET_EASF01 { $$.tok=yytranslate[ET_EASF01]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 01"; }
- | ET_EASF02 { $$.tok=yytranslate[ET_EASF02]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 02"; }
- | ET_EASF03 { $$.tok=yytranslate[ET_EASF03]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 03"; }
- | ET_EASF04 { $$.tok=yytranslate[ET_EASF04]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 04"; }
- | ET_EASF05 { $$.tok=yytranslate[ET_EASF05]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 05"; }
- | ET_EASF06 { $$.tok=yytranslate[ET_EASF06]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 06"; }
- | ET_EASF07 { $$.tok=yytranslate[ET_EASF07]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 07"; }
- | ET_EASF08 { $$.tok=yytranslate[ET_EASF08]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 08"; }
- | ET_EASF09 { $$.tok=yytranslate[ET_EASF09]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 09"; }
- | ET_EASF10 { $$.tok=yytranslate[ET_EASF10]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 10"; }
- | ET_EASD01 { $$.tok=yytranslate[ET_EASD01]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 01"; }
- | ET_EASD02 { $$.tok=yytranslate[ET_EASD02]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 02"; }
- | ET_EASD03 { $$.tok=yytranslate[ET_EASD03]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 03"; }
- | ET_EASD04 { $$.tok=yytranslate[ET_EASD04]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 04"; }
- | ET_EAIT { $$.tok=yytranslate[ET_EAIT]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active injectée totale"; }
- | ET_ERQ1 { $$.tok=yytranslate[ET_ERQ1]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q1 totale"; }
- | ET_ERQ2 { $$.tok=yytranslate[ET_ERQ2]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q2 totale"; }
- | ET_ERQ3 { $$.tok=yytranslate[ET_ERQ3]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q3 totale"; }
- | ET_ERQ4 { $$.tok=yytranslate[ET_ERQ4]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q4 totale"; }
- | ET_IRMS1 { $$.tok=yytranslate[ET_IRMS1]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 1"; }
- | ET_IRMS2 { $$.tok=yytranslate[ET_IRMS2]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 2"; }
- | ET_IRMS3 { $$.tok=yytranslate[ET_IRMS3]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 3"; }
- | ET_URMS1 { $$.tok=yytranslate[ET_URMS1]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 1"; }
- | ET_URMS2 { $$.tok=yytranslate[ET_URMS2]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 2"; }
- | ET_URMS3 { $$.tok=yytranslate[ET_URMS3]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 3"; }
- | ET_PREF { $$.tok=yytranslate[ET_PREF]; $$.unittype=U_KVA; $$.label=1ドル; $$.desc="Puissance app. de référence (PREF)"; }
- | ET_PCOUP { $$.tok=yytranslate[ET_PCOUP]; $$.unittype=U_KVA; $$.label=1ドル; $$.desc="Puissance app. de coupure (PCOUP)"; }
- | ET_SINSTS { $$.tok=yytranslate[ET_SINSTS]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée"; }
- | ET_SINSTS1 { $$.tok=yytranslate[ET_SINSTS1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 1"; }
- | ET_SINSTS2 { $$.tok=yytranslate[ET_SINSTS2]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 2"; }
- | ET_SINSTS3 { $$.tok=yytranslate[ET_SINSTS3]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 3"; }
- | ET_SINSTI { $$.tok=yytranslate[ET_SINSTI]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée injectée"; }
- | ET_STGE { $$.tok=yytranslate[ET_STGE]; $$.unittype=U_SANS|T_HEX; $$.label=1ドル; $$.desc="Registre de Statuts"; }
- | ET_MSG1 { $$.tok=yytranslate[ET_MSG1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Message court"; }
- | ET_MSG2 { $$.tok=yytranslate[ET_MSG2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Message Ultra court"; }
- | ET_PRM { $$.tok=yytranslate[ET_PRM]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="PRM"; }
- | ET_RELAIS { $$.tok=yytranslate[ET_RELAIS]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Relais"; }
- | ET_NTARF { $$.tok=yytranslate[ET_NTARF]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro de l'index tarifaire en cours"; }
- | ET_NJOURF { $$.tok=yytranslate[ET_NJOURF]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro du jour en cours calendrier fournisseur"; }
- | ET_NJOURFP1 { $$.tok=yytranslate[ET_NJOURFP1]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro du prochain jour calendrier fournisseur"; }
- | ET_PJOURFP1 { $$.tok=yytranslate[ET_PJOURFP1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Profil du prochain jour calendrier fournisseur"; }
- | ET_PPOINTE { $$.tok=yytranslate[ET_PPOINTE]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Profil du prochain jour de pointe"; }
-;
-
-
-%%
-
-#ifndef BAREBUILD
-void parse_config(const char *filename)
-{
- if (!(yyin = fopen(filename, "r"))) {
- perror(filename);
- exit(-1);
- }
-
- etiq_en = calloc(YYNTOKENS, sizeof(*etiq_en));
- if (!etiq_en)
- abort(); // OOM
-
- filter_mode = 1;
- if (yyparse()) {
- pr_err("%s: filter config error!\n", filename);
- exit(-1);
- }
-
- fclose(yyin);
- yylex_destroy();
- yyin = stdin;
- filter_mode = 0;
-}
-#endif /* !BAREBUILD */
-
-static void yyerror(const char * s)
-{
-}
diff --git a/ticv02.l b/ticv02.l
index 2711ac2dc5f704227627a989500e97d94acae6ee..183b446686456af3dafef1acc50a676971675e4f 100644 (file)
--- a/ticv02.l
+++ b/ticv02.l
@@ -47,7 +47,7 @@ SEP \x09
%{
#include "tic2json.h"
- #include "tic2json.tab.h"
+ #include "ticv02.tab.h"
extern int filter_mode;
static uint8_t checksum;
diff --git a/ticv02.y b/ticv02.y
new file mode 100644 (file)
index 0000000..dc92173
--- /dev/null
+++ b/ticv02.y
@@ -0,0 +1,229 @@
+//
+// ticv02.y
+// A parser for ENEDIS TIC version 02 protocol
+//
+// (C) 2021 Thibaut VARENE
+// License: GPLv2 - http://www.gnu.org/licenses/gpl-2.0.html
+//
+
+/**
+ * @file
+ * This parser implements a complete grammar that supports TIC version 02
+ * as specified in Enedis-NOI-CPT_54E.pdf version 3.
+ *
+ * This parser does not allocate memory, except if a filter configuration is used in
+ * which case the etiq_en array will be allocated (it's a few hundred bytes).
+ * A left-recursion grammar has been implemented to keep the memory usage to the bare
+ * minimum as well. As a tradeoff, valid datasets are always emitted regardless of the
+ * overall status of the containing frame.
+ */
+
+%{
+#include <stdlib.h>
+#include "tic2json.h"
+
+int yylex();
+int yylex_destroy();
+extern FILE *yyin;
+static void yyerror(const char *);
+
+extern int filter_mode;
+extern uint8_t *etiq_en;
+
+%}
+
+%union {
+ char *text;
+ const char *label;
+ struct tic_etiquette etiq;
+ struct tic_field field;
+}
+
+%verbose
+
+%token TOK_STX TOK_ETX TOK_SEP
+%token FIELD_START FIELD_OK FIELD_KO
+%token TICFILTER
+
+%token <text> TOK_HDATE TOK_DATA
+
+%token <label> ET_ADSC ET_VTIC ET_DATE ET_NGTF ET_LTARF
+%token <label> ET_EAST ET_EASF01 ET_EASF02 ET_EASF03 ET_EASF04 ET_EASF05 ET_EASF06 ET_EASF07 ET_EASF08 ET_EASF09 ET_EASF10
+%token <label> ET_EASD01 ET_EASD02 ET_EASD03 ET_EASD04 ET_EAIT ET_ERQ1 ET_ERQ2 ET_ERQ3 ET_ERQ4
+%token <label> ET_IRMS1 ET_IRMS2 ET_IRMS3 ET_URMS1 ET_URMS2 ET_URMS3 ET_PREF ET_PCOUP
+%token <label> ET_SINSTS ET_SINSTS1 ET_SINSTS2 ET_SINSTS3 ET_SMAXSN ET_SMAXSN1 ET_SMAXSN2 ET_SMAXSN3
+%token <label> ET_SMAXSNM1 ET_SMAXSN1M1 ET_SMAXSN2M1 ET_SMAXSN3M1 ET_SINSTI ET_SMAXIN ET_SMAXINM1
+%token <label> ET_CCASN ET_CCASNM1 ET_CCAIN ET_CCAINM1 ET_UMOY1 ET_UMOY2 ET_UMOY3 ET_STGE ET_DPM1 ET_FPM1 ET_DPM2 ET_FPM2 ET_DPM3 ET_FPM3
+%token <label> ET_MSG1 ET_MSG2 ET_PRM ET_RELAIS ET_NTARF ET_NJOURF ET_NJOURFP1 ET_PJOURFP1 ET_PPOINTE
+
+%type <etiq> etiquette etiquette_horodate etiquette_nodate
+%type <field> field field_horodate field_nodate
+
+%destructor { free($$); } <text>
+%destructor { free_field(&$$); } <field>
+%destructor { } <> <*>
+
+%%
+
+start: filter | frames
+
+/* filter config only */
+filter:
+ TICFILTER etiquettes
+;
+
+etiquettes:
+ etiquette { etiq_en[1ドル.tok]=1; }
+ | etiquettes etiquette { etiq_en[2ドル.tok]=1; }
+;
+
+etiquette:
+ etiquette_horodate
+ | etiquette_nodate
+ | error { YYABORT; }
+;
+
+/* stream processing */
+frames:
+ frame
+ | frames frame
+;
+
+frame:
+ TOK_STX datasets TOK_ETX { frame_sep(); }
+ | error TOK_ETX { frame_err(); frame_sep(); pr_err("frame error\n"); yyerrok; }
+;
+
+datasets:
+ error { frame_err(); pr_err("dataset error\n"); }
+ | dataset
+ | datasets dataset
+;
+
+dataset:
+ FIELD_START field FIELD_OK { print_field(&2ドル); free_field(&2ドル); }
+ | FIELD_START field FIELD_KO { frame_err(); pr_err("dataset invalid checksum\n"); free_field(&2ドル); }
+ | FIELD_START error FIELD_OK { /*not a frame error*/ pr_err("unrecognized dataset\n"); yyerrok; }
+;
+
+field: field_horodate
+ | field_nodate
+;
+
+field_horodate:
+ etiquette_horodate TOK_SEP TOK_HDATE TOK_SEP TOK_SEP { make_field(&$,ドル &1,ドル 3,ドル NULL); }
+ | etiquette_horodate TOK_SEP TOK_HDATE TOK_SEP TOK_DATA TOK_SEP { make_field(&$,ドル &1,ドル 3,ドル 5ドル); }
+;
+
+field_nodate:
+ etiquette_nodate TOK_SEP TOK_DATA TOK_SEP { make_field(&$,ドル &1,ドル NULL, 3ドル); }
+;
+
+etiquette_horodate:
+ ET_DATE { $$.tok=yytranslate[ET_DATE]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Date et heure courante"; }
+ | ET_SMAXSN { $$.tok=yytranslate[ET_SMAXSN]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n"; }
+ | ET_SMAXSN1 { $$.tok=yytranslate[ET_SMAXSN1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 1"; }
+ | ET_SMAXSN2 { $$.tok=yytranslate[ET_SMAXSN2]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 2"; }
+ | ET_SMAXSN3 { $$.tok=yytranslate[ET_SMAXSN3]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n phase 3"; }
+ | ET_SMAXSNM1 { $$.tok=yytranslate[ET_SMAXSNM1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1"; }
+ | ET_SMAXSN1M1 { $$.tok=yytranslate[ET_SMAXSN1M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 1"; }
+ | ET_SMAXSN2M1 { $$.tok=yytranslate[ET_SMAXSN2M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 2"; }
+ | ET_SMAXSN3M1 { $$.tok=yytranslate[ET_SMAXSN3M1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max soutirée n-1 phase 3"; }
+ | ET_SMAXIN { $$.tok=yytranslate[ET_SMAXIN]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max injectée n"; }
+ | ET_SMAXINM1 { $$.tok=yytranslate[ET_SMAXINM1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. max injectée n-1"; }
+ | ET_CCASN { $$.tok=yytranslate[ET_CCASN]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n de la courbe de charge active soutirée"; }
+ | ET_CCASNM1 { $$.tok=yytranslate[ET_CCASNM1]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n-1 de la courbe de charge active soutirée"; }
+ | ET_CCAIN { $$.tok=yytranslate[ET_CCAIN]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n de la courbe de charge active injectée"; }
+ | ET_CCAINM1 { $$.tok=yytranslate[ET_CCAINM1]; $$.unittype=U_W; $$.label=1ドル; $$.desc="Point n-1 de la courbe de charge active injectée"; }
+ | ET_UMOY1 { $$.tok=yytranslate[ET_UMOY1]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 1"; }
+ | ET_UMOY2 { $$.tok=yytranslate[ET_UMOY2]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 2"; }
+ | ET_UMOY3 { $$.tok=yytranslate[ET_UMOY3]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension moy. ph. 3"; }
+ | ET_DPM1 { $$.tok=yytranslate[ET_DPM1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 1"; }
+ | ET_FPM1 { $$.tok=yytranslate[ET_FPM1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 1"; }
+ | ET_DPM2 { $$.tok=yytranslate[ET_DPM2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 2"; }
+ | ET_FPM2 { $$.tok=yytranslate[ET_FPM2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 2"; }
+ | ET_DPM3 { $$.tok=yytranslate[ET_DPM3]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Début Pointe Mobile 3"; }
+ | ET_FPM3 { $$.tok=yytranslate[ET_FPM3]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Fin Pointe Mobile 3"; }
+;
+
+etiquette_nodate:
+ ET_ADSC { $$.tok=yytranslate[ET_ADSC]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Adresse Secondaire du Compteur"; }
+ | ET_VTIC { $$.tok=yytranslate[ET_VTIC]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Version de la TIC"; }
+ | ET_NGTF { $$.tok=yytranslate[ET_NGTF]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Nom du calendrier tarifaire fournisseur"; }
+ | ET_LTARF { $$.tok=yytranslate[ET_LTARF]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Libellé tarif fournisseur en cours"; }
+ | ET_EAST { $$.tok=yytranslate[ET_EAST]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée totale"; }
+ | ET_EASF01 { $$.tok=yytranslate[ET_EASF01]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 01"; }
+ | ET_EASF02 { $$.tok=yytranslate[ET_EASF02]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 02"; }
+ | ET_EASF03 { $$.tok=yytranslate[ET_EASF03]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 03"; }
+ | ET_EASF04 { $$.tok=yytranslate[ET_EASF04]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 04"; }
+ | ET_EASF05 { $$.tok=yytranslate[ET_EASF05]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 05"; }
+ | ET_EASF06 { $$.tok=yytranslate[ET_EASF06]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 06"; }
+ | ET_EASF07 { $$.tok=yytranslate[ET_EASF07]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 07"; }
+ | ET_EASF08 { $$.tok=yytranslate[ET_EASF08]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 08"; }
+ | ET_EASF09 { $$.tok=yytranslate[ET_EASF09]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 09"; }
+ | ET_EASF10 { $$.tok=yytranslate[ET_EASF10]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Fournisseur, index 10"; }
+ | ET_EASD01 { $$.tok=yytranslate[ET_EASD01]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 01"; }
+ | ET_EASD02 { $$.tok=yytranslate[ET_EASD02]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 02"; }
+ | ET_EASD03 { $$.tok=yytranslate[ET_EASD03]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 03"; }
+ | ET_EASD04 { $$.tok=yytranslate[ET_EASD04]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active soutirée Distributeur, index 04"; }
+ | ET_EAIT { $$.tok=yytranslate[ET_EAIT]; $$.unittype=U_WH; $$.label=1ドル; $$.desc="Energie active injectée totale"; }
+ | ET_ERQ1 { $$.tok=yytranslate[ET_ERQ1]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q1 totale"; }
+ | ET_ERQ2 { $$.tok=yytranslate[ET_ERQ2]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q2 totale"; }
+ | ET_ERQ3 { $$.tok=yytranslate[ET_ERQ3]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q3 totale"; }
+ | ET_ERQ4 { $$.tok=yytranslate[ET_ERQ4]; $$.unittype=U_VARH; $$.label=1ドル; $$.desc="Energie réactive Q4 totale"; }
+ | ET_IRMS1 { $$.tok=yytranslate[ET_IRMS1]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 1"; }
+ | ET_IRMS2 { $$.tok=yytranslate[ET_IRMS2]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 2"; }
+ | ET_IRMS3 { $$.tok=yytranslate[ET_IRMS3]; $$.unittype=U_A; $$.label=1ドル; $$.desc="Courant efficace, phase 3"; }
+ | ET_URMS1 { $$.tok=yytranslate[ET_URMS1]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 1"; }
+ | ET_URMS2 { $$.tok=yytranslate[ET_URMS2]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 2"; }
+ | ET_URMS3 { $$.tok=yytranslate[ET_URMS3]; $$.unittype=U_V; $$.label=1ドル; $$.desc="Tension efficace, phase 3"; }
+ | ET_PREF { $$.tok=yytranslate[ET_PREF]; $$.unittype=U_KVA; $$.label=1ドル; $$.desc="Puissance app. de référence (PREF)"; }
+ | ET_PCOUP { $$.tok=yytranslate[ET_PCOUP]; $$.unittype=U_KVA; $$.label=1ドル; $$.desc="Puissance app. de coupure (PCOUP)"; }
+ | ET_SINSTS { $$.tok=yytranslate[ET_SINSTS]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée"; }
+ | ET_SINSTS1 { $$.tok=yytranslate[ET_SINSTS1]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 1"; }
+ | ET_SINSTS2 { $$.tok=yytranslate[ET_SINSTS2]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 2"; }
+ | ET_SINSTS3 { $$.tok=yytranslate[ET_SINSTS3]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée soutirée phase 3"; }
+ | ET_SINSTI { $$.tok=yytranslate[ET_SINSTI]; $$.unittype=U_VA; $$.label=1ドル; $$.desc="Puissance app. Instantannée injectée"; }
+ | ET_STGE { $$.tok=yytranslate[ET_STGE]; $$.unittype=U_SANS|T_HEX; $$.label=1ドル; $$.desc="Registre de Statuts"; }
+ | ET_MSG1 { $$.tok=yytranslate[ET_MSG1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Message court"; }
+ | ET_MSG2 { $$.tok=yytranslate[ET_MSG2]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Message Ultra court"; }
+ | ET_PRM { $$.tok=yytranslate[ET_PRM]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="PRM"; }
+ | ET_RELAIS { $$.tok=yytranslate[ET_RELAIS]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Relais"; }
+ | ET_NTARF { $$.tok=yytranslate[ET_NTARF]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro de l'index tarifaire en cours"; }
+ | ET_NJOURF { $$.tok=yytranslate[ET_NJOURF]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro du jour en cours calendrier fournisseur"; }
+ | ET_NJOURFP1 { $$.tok=yytranslate[ET_NJOURFP1]; $$.unittype=U_SANS; $$.label=1ドル; $$.desc="Numéro du prochain jour calendrier fournisseur"; }
+ | ET_PJOURFP1 { $$.tok=yytranslate[ET_PJOURFP1]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Profil du prochain jour calendrier fournisseur"; }
+ | ET_PPOINTE { $$.tok=yytranslate[ET_PPOINTE]; $$.unittype=U_SANS|T_STRING; $$.label=1ドル; $$.desc="Profil du prochain jour de pointe"; }
+;
+
+
+%%
+
+#ifndef BAREBUILD
+void parse_config(const char *filename)
+{
+ if (!(yyin = fopen(filename, "r"))) {
+ perror(filename);
+ exit(-1);
+ }
+
+ etiq_en = calloc(YYNTOKENS, sizeof(*etiq_en));
+ if (!etiq_en)
+ abort(); // OOM
+
+ filter_mode = 1;
+ if (yyparse()) {
+ pr_err("%s: filter config error!\n", filename);
+ exit(-1);
+ }
+
+ fclose(yyin);
+ yylex_destroy();
+ yyin = stdin;
+ filter_mode = 0;
+}
+#endif /* !BAREBUILD */
+
+static void yyerror(const char * s)
+{
+}
tic2json TIC parser/converter
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