IntegerSyntax::IntegerSyntax()
{
SYNTAX("int");
sign_ = DEFINE("Sign", RANGE("+-"));
binNumber_ =
DEFINE("BinNumber",
GLUE(
STRING("0b"),
REPEAT(1, 256, RANGE('0', '1'))
)
);
octNumber_ =
DEFINE("OctNumber",
GLUE(
CHAR('0'),
REPEAT(1, 24, RANGE('0', '9'))
)
);
hexNumber_ =
DEFINE("HexNumber",
GLUE(
STRING("0x"),
REPEAT(1, 20,
CHOICE(
RANGE('0', '9'),
RANGE('a', 'f'),
RANGE('A', 'F')
)
)
)
);
decNumber_ =
DEFINE("DecNumber",
REPEAT(1, 20,
RANGE('0', '9')
)
);
literal_ =
DEFINE("Literal",
GLUE(
REPEAT(0, 1, REF("Sign")),
CHOICE(
REF("BinNumber"),
REF("OctNumber"),
REF("HexNumber"),
REF("DecNumber")
),
NOT(RANGE(".eE"))
)
);
ENTRY("Literal");
LINK();
}
EscapeSequenceSyntax::EscapeSequenceSyntax()
{
number_ = DEFINE("number", REPEAT(1, 4, RANGE('0', '9')));
title_ = DEFINE("title", REPEAT(1, RANGE(32, 255)));
controlSequence_ =
DEFINE("controlSequence",
GLUE(
CHAR(27),
CHOICE(
GLUE(
// csi sequences
CHAR('['),
REPEAT(0, 1, RANGE("?>")),
REPEAT(0, 15,
GLUE(
REF("number"),
REPEAT(0, 1, CHAR(';'))
)
),
RANGE(32, 255)
),
GLUE(
// osc sequences
CHAR(']'),
REF("number"),
CHAR(';'),
REF("title"),
CHAR(7)
),
GLUE(
// two or three byte escape sequences
REPEAT(0, 1,
// character set selection, etc.
RANGE("()%")
),
// other
RANGE(33, 127)
)
)
)
);
ENTRY("controlSequence");
LINK();
}
void Mes_V()
{
ADMUX = (0<<REFS1) | (1<<REFS0) | GLUE(ADC, 0);
ADC_RUNTIME(&Mes_tmp);
Vf = Mes_tmp; //resistor divider scale (7.2 + 11,8) / 7,2
Vf = Vf * SOLAR_Vcc / 1023;
sprintf(bufor,"%.2f",Vf);
lcd_swrite("V="); lcd_swrite(bufor);
}
ScriptDiscoverySyntax::ScriptDiscoverySyntax(const char *suffix)
{
DEFINE("FirstLine",
GLUE(
STRING("#!"),
LAZY_REPEAT(OTHER('\n')),
STRING(suffix)
)
);
ENTRY("FirstLine");
LINK();
}
void Mes_I()
{
ADMUX = (0<<REFS1) | (1<<REFS0) | GLUE(ADC, 2);
ADC_RUNTIME(&Mes_tmp);
if (Mes_tmp <= I_flor) //bias for eliminate of minus mA
{
I_flor = Mes_tmp;
}
If = (Mes_tmp-I_flor)*Factor;
sprintf(bufor,"%.3f",If);
lcd_swrite(" I="); lcd_swrite(bufor);
}
void ADC_ACS712_Calib()
{
//calibration of I mes
ADMUX = (0<<REFS1) | (1<<REFS0) | GLUE(ADC, 2);
_delay_ms(100);
uint8_t i = 0;
for (i = 0; i < NUM_FOR_MES; i++)
{
ADC_RUNTIME(&Mes_tmp);
I_flor = I_flor + Mes_tmp;
}
lcd_clear();
lcd_home();
lcd_swrite("I mes cal");
lcd_gotoxy(0,1);
_delay_ms(100);
I_flor = I_flor / NUM_FOR_MES;
lcd_swrite("ADC 0: "); lcd_iwrite(I_flor);
_delay_ms(2000);
}
TOK822 *tok822_parse_limit(const char *str, int tok_count_limit)
{
TOK822 *head;
TOK822 *tail;
TOK822 *right;
TOK822 *first_token;
TOK822 *last_token;
TOK822 *tp;
int state;
/*
* First, tokenize the string, from left to right. We are not allowed to
* throw away any information that we do not understand. With a flat
* token list that contains all tokens, we can always convert back to
* string form.
*/
if ((first_token = tok822_scan_limit(str, &last_token, tok_count_limit)) == 0)
return (0);
/*
* For convenience, sandwich the token list between two sentinel tokens.
*/
#define GLUE(left,rite) { left->next = rite; rite->prev = left; }
head = tok822_alloc(0, (char *) 0);
GLUE(head, first_token);
tail = tok822_alloc(0, (char *) 0);
GLUE(last_token, tail);
/*
* Next step is to transform the token list into a parse tree. This is
* done most conveniently from right to left. If there is something that
* we do not understand, just leave it alone, don't throw it away. The
* address information that we're looking for sits in-between the current
* node (tp) and the one called right. Add missing commas on the fly.
*/
state = DO_WORD;
right = tail;
tp = tail->prev;
while (tp->type) {
if (tp->type == TOK822_COMMENT) { /* move comment to the side */
MOVE_COMMENT_AND_CONTINUE(tp, right);
} else if (tp->type == ';') { /* rh side of named group */
right = tok822_group(TOK822_ADDR, tp, right, ADD_COMMA);
state = DO_GROUP | DO_WORD;
} else if (tp->type == ':' && (state & DO_GROUP) != 0) {
tp->type = TOK822_STARTGRP;
(void) tok822_group(TOK822_ADDR, tp, right, NO_MISSING_COMMA);
SKIP(tp, tp->type != ',');
right = tp;
continue;
} else if (tp->type == '>') { /* rh side of <route> */
right = tok822_group(TOK822_ADDR, tp, right, ADD_COMMA);
SKIP_MOVE_COMMENT(tp, tp->type != '<', right);
(void) tok822_group(TOK822_ADDR, tp, right, NO_MISSING_COMMA);
SKIP(tp, tp->type > 0xff || strchr(">;,:", tp->type) == 0);
right = tp;
state |= DO_WORD;
continue;
} else if (tp->type == TOK822_ATOM || tp->type == TOK822_QSTRING
|| tp->type == TOK822_DOMLIT) {
if ((state & DO_WORD) == 0)
right = tok822_group(TOK822_ADDR, tp, right, ADD_COMMA)->next;
state &= ~DO_WORD;
} else if (tp->type == ',') {
right = tok822_group(TOK822_ADDR, tp, right, NO_MISSING_COMMA);
state |= DO_WORD;
} else {
state |= DO_WORD;
}
tp = tp->prev;
}
(void) tok822_group(TOK822_ADDR, tp, right, NO_MISSING_COMMA);
/*
* Discard the sentinel tokens on the left and right extremes. Properly
* terminate the resulting list.
*/
tp = (head->next != tail ? head->next : 0);
tok822_cut_before(head->next);
tok822_free(head);
tok822_cut_before(tail);
tok822_free(tail);
return (tp);
}
WireSyntax::WireSyntax()
{
SYNTAX("Wire");
DEFINE_VOID("Comment",
CHOICE(
GLUE(
STRING("//"),
CHOICE(
FIND(AHEAD(CHAR('\n'))),
FIND(EOI())
)
),
GLUE(
STRING("/*"),
REPEAT(
CHOICE(
INLINE("Comment"),
GLUE(
NOT(STRING("*/")),
ANY()
)
)
),
STRING("*/")
)
)
);
DEFINE_VOID("Whitespace",
REPEAT(
CHOICE(
RANGE(" \t\n"),
INLINE("Comment")
)
)
);
DEFINE("Name",
REPEAT(1, EXCEPT(" \t\n:;"))
);
DEFINE("Value",
CHOICE(
REF("Atom"),
REF("Properties"),
REF("Items")
)
);
DEFINE("Object",
GLUE(
REPEAT(0, 1,
GLUE(
REF("Name"),
INLINE("Whitespace"),
CHAR(':'),
INLINE("Whitespace")
)
),
INLINE("Value")
)
);
DEFINE("Atom",
REPEAT(
GLUE(
NOT(
CHOICE(
GLUE(
REPEAT(RANGE(" \t")),
INLINE("Name"),
REPEAT(RANGE(" \t")),
CHAR(':')
),
GLUE(
REPEAT(RANGE(" \t")),
RANGE("};,")
),
STRING("\n\n")
)
),
ANY()
)
)
);
DEFINE("Properties",
GLUE(
CHAR('{'),
INLINE("Whitespace"),
REPEAT(
GLUE(
REF("Object"),
INLINE("Whitespace"),
RANGE(";,"),
INLINE("Whitespace")
)
),
CHAR('}')
)
);
DEFINE("Items",
GLUE(
CHAR('['),
INLINE("Whitespace"),
REPEAT(
GLUE(
REF("Value"),
INLINE("Whitespace"),
RANGE(";,"),
INLINE("Whitespace")
)
),
CHAR(']')
)
);
ENTRY("Object");
}
HaxeMessageSyntax::HaxeMessageSyntax()
{
DEFINE_VOID("SpaceChar", RANGE(" \n\r\t"));
DEFINE_VOID("Whitespace", REPEAT(INLINE("SpaceChar")));
specialChar_ =
DEFINE("SpecialChar",
GLUE(
CHAR('&'),
KEYWORD("gt lt"),
CHAR(';')
)
);
gt_ = keywordByName("gt");
lt_ = keywordByName("lt");
value_ =
DEFINE("Value",
REPEAT(1,
CHOICE(
REF("SpecialChar"),
GLUE(
NOT(
GLUE(
INLINE("Whitespace"),
CHAR('<')
)
),
ANY()
)
)
)
);
typeTip_ =
DEFINE("TypeTip",
GLUE(
STRING("<type>"),
INLINE("Whitespace"),
REF("Value"),
INLINE("Whitespace"),
STRING("</type>")
)
);
memberName_ = DEFINE("MemberName", REPEAT(1, OTHER('\"')));
memberType_ = DEFINE("MemberType", REPEAT(0, 1, INLINE("Value")));
memberDescription_ = DEFINE("MemberDescription", REPEAT(0, 1, INLINE("Value")));
member_ =
DEFINE("Member",
GLUE(
STRING("<i n=\""),
REF("MemberName"),
STRING("\"><t>"),
REF("MemberType"),
STRING("</t><d>"),
REF("MemberDescription"),
STRING("</d></i>")
)
);
membersTip_ =
DEFINE("MembersTip",
GLUE(
STRING("<list>"),
REPEAT(1,
GLUE(
INLINE("Whitespace"),
REF("Member")
)
),
INLINE("Whitespace"),
STRING("</list>")
)
);
haxeTip_ =
DEFINE("HaxeTip",
FIND(
GLUE(
INLINE("Whitespace"),
CHOICE(
REF("TypeTip"),
REF("MembersTip")
),
INLINE("Whitespace")
)
)
);
ENTRY("HaxeTip");
}
