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Deleted old single projects.

This commit is contained in:
Neil 2023-04-29 21:29:27 -07:00
parent c6ad32c2b7
commit 2fe62099db
18 changed files with 331 additions and 1701 deletions
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11
Makefile
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@ -1,4 +1,4 @@
optimize := -ffast-math
optimize := -ffast-math
warnbasic := -Wall -pedantic #-ansi # -std=c99
warnclang := -Wextra -Weverything \
-Wno-comma \
@ -38,12 +38,9 @@ default: $(projects)
bin/test-text: build/text.o build/test_text.o
bin/test-journal: build/text.o build/journal.o build/test_journal.o
bin/test-source: build/text.o build/pair.o build/journal.o build/source.o build/test_source.o
bin/test-kjv: build/text.o build/pair.o build/kjvcite.o build/test_kjv.o
bin/kjv: build/text.o build/pair.o build/journal.o build/kjvcite.o build/kjv.o build/source.o
bin/flight: build/text.o build/pair.o build/journal.o build/source.o build/flights.o build/flighthours.o
bin/score: build/text.o build/pair.o build/journal.o build/scores.o
bin/scan: build/text.o build/journal.o build/kjvcite.o build/pair.o build/scan.o build/driver.o
bin/test-source: build/text.o build/pair.o build/journal.o build/scan.o build/kjv.o build/test_source.o
bin/test-kjv: build/text.o build/pair.o build/kjv.o build/test_kjv.o
bin/scan: build/text.o build/journal.o build/kjv.o build/pair.o build/scan.o build/driver.o
bin/%:
@echo "\033[1;36mlinking $@\033[0m"

103
src/flighthours.c
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@ -1,103 +0,0 @@
/** @license 2023 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
Date _vs_ hours flown. */
#include "flights.h"
#include "source.h"
#include <stdlib.h>
#include <stdio.h>
#include <assert.h>
#include <errno.h>
#include <inttypes.h>
int main(void) {
int success = EXIT_SUCCESS;
errno = 0;
struct journal j = journal("../journal");
struct sources s = sources(&j);
struct flight_tree f = flights(&j);
if(errno) goto catch;
fprintf(stderr, "Journal: %s.\n"
"Flights: %s.\n", journal_to_string(&j), flights_to_string(&f));
printf("set terminal pngcairo dashed transparent truecolor"
" size 840, 480 fontscale 1\n"
"set output \"flight.png\"\n");
/*printf("set terminal cairolatex standalone pdf size 16cm,10.5cm"
" dashed transparent\n"
"set output \"flight.tex\"\n");*/
/*printf("set term postscript eps enhanced\n"
"set output \"flighthours.eps\"\n");*/
printf("$Data <<EOD\n"
"# date, reg, sic, pic, source\n");
struct flight_tree_iterator it = flights_iterator(&f);
union line64 line;
const struct flight *flight;
while(flights_next(&it, &line, &flight)) {
char datestr[12];
date32_to_string(line.date, &datestr);
const struct source *src = source_lookup(&s, line);
assert(src); if(!src->name.a) { errno = EDOM; goto catch; }
printf("%s, ", datestr);
assert(flight); switch(flight->type) {
case GLIDER:
printf("%.*s, %" PRIu32 ", %" PRIu32,
(int)(flight->glider.reg.b - flight->glider.reg.a),
flight->glider.reg.a,
flight->glider.dual_min,
flight->glider.pilot_min + flight->glider.instr_min);
break;
case POWER:
printf("%.*s, %" PRIu32 ", %" PRIu32,
(int)(flight->power.reg.b - flight->power.reg.a),
flight->power.reg.a,
flight->power.dual_min,
flight->power.pilot_min);
break;
}
printf(", %.*s\n", (int)(src->name.b - src->name.a), src->name.a);
}
printf("EOD\n"
"# theozh https://stackoverflow.com/a/75466214/2472827\n"
"# get a unique list from datablock\n"
"addToList(list,col) = list.( strstrt(list,'\"'.strcol(col).'\"') \\\n"
" > 0 ? '' : ' \"'.strcol(col).'\"')\n"
"Uniqs = ''\n"
"stats $Data u (Uniqs=addToList(Uniqs,2)) nooutput\n"
"Uniq(i) = word(Uniqs,i)\n"
"getIndex(s) = sum [_i=1:words(Uniqs)] s eq word(Uniqs,_i) ? _i : 0\n"
"\n"
"stats $Data u 3 nooutput\n"
"sicsum = STATS_sum\n"
"stats $Data u 4 nooutput\n"
"picsum = STATS_sum\n"
"\n"
"myTimeFmt = \"%%Y-%%m-%%d\"\n"
"set format x myTimeFmt timedate\n"
"set xtics format myTimeFmt rotate by -30\n"
"set format y \"%%tH:%%tM\" timedate\n"
"set grid\n"
"set key out reverse Left noautotitle\n"
"set style fill solid 0.5\n"
"unset border\n"
"plot total=0 $Data u"
" (timecolumn(1,myTimeFmt)):(dy=($3+$4)*60,total=total+dy)"
" w steps lc \"black\" dt 3, \\\n"
" total=0 '' u (timecolumn(1,myTimeFmt)):"
"(dy=($3+$4)*60,total=total+dy,total/2.): \\\n"
" (43200):(total/2.):(getIndex(strcol(2))) w boxxy lc var, \\\n"
" for [i=1:words(Uniqs)] keyentry w boxxy lc i ti Uniq(i)\n"
/*"set xrange [*:'2001-09-11']\n"*/
/*"#set style fill solid 0.1 #pattern 5 (better, but restarts)\n"
"plot $Data using 1:($6/60) with fillsteps lw 2\n"*/);
goto finally;
catch:
success = EXIT_FAILURE;
perror("flights");
finally:
flights_(&f);
sources_(&s);
journal_(&j);
return success;
}

57
src/flights.h
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@ -1,57 +0,0 @@
#define LAUNCH_TYPE \
X(MotorCarTow),\
X(Winch),\
X(AeroTow)
#define X(type) type
enum launch_type { LAUNCH_TYPE };
#undef X
#define X(type) #type
static const char *launch_type_string[] = { LAUNCH_TYPE };
#undef X
#undef LAUNCH_TYPE
#define FLIGHT_TYPE \
X(Glider),\
X(Power)
#define X(type) type
enum flight_type { FLIGHT_TYPE };
#undef X
#define X(type) #type
static const char *flight_type_string[] = { FLIGHT_TYPE };
#undef X
#undef FLIGHT_TYPE
#include "pair.h"
struct glider {
struct pair type, reg, launch, landing;
enum launch_type how;
unsigned height_ft, pilot_min, dual_min, instr_min;
struct pair remarks;
};
struct power {
struct pair type, reg, launch, landing, pilot, copilot;
unsigned dual_min, pilot_min, ifrsim_min, ifr_min;
struct pair remarks;
};
struct flight {
enum { GLIDER, POWER } type;
union { struct glider glider; struct power power; };
};
#include "../src/journal.h" /* line64 */
#define TREE_NAME flight
#define TREE_KEY union line64
#define TREE_VALUE struct flight
#define TREE_HEAD
#include "../src/tree.h"
struct flight_tree flights(/*const*/ struct journal *);
void flights_(struct flight_tree *);
const char *flights_to_string(const struct flight_tree *);
struct flight_tree_iterator flights_iterator(struct flight_tree *);
int flights_next(struct flight_tree_iterator *, union line64 *,
const struct flight **);

239
src/flights.re.c
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@ -1,239 +0,0 @@
/** @license 2023 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
@std C11 */
#include "../src/flights.h"
#include <stdio.h>
#include <stdlib.h>
#include <assert.h>
static void flight_to_string(const union line64 line, const struct flight *u,
char (*const a)[12]) { (void)u; date32_to_string(line.date, a); }
static int flight_compare(const union line64 a, const union line64 b)
{ return a.u64 > b.u64; }
#define TREE_NAME flight
#define TREE_KEY union line64
#define TREE_VALUE struct flight
#define TREE_COMPARE
#define TREE_TO_STRING
#define TREE_BODY
#include "../src/tree.h"
/*!conditions:re2c*/
static int scan(struct flight_tree *const f,
union date32 date, const char *const text) {
const char *YYCURSOR, *YYMARKER, *yyt1, *yyt2, *s0, *s1, *t0, *t1;
enum YYCONDTYPE condition = yycline;
size_t line = 1;
char datestr[12] = {0};
const char *why = "unexpected";
struct flight *flight = 0;
assert(f && text);
YYCURSOR = YYMARKER = yyt1 = text;
/*!re2c /**/
re2c:define:YYCTYPE = char;
re2c:yyfill:enable = 0;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1;
ws = [ \t];
glyph = [^\x00-\x20\x7f]; // [^\x00\n\t ] + all weird
semitext = glyph \ ";";
natural = [1-9][0-9]*;
minutes = [0-5][0-9];
zero_natural = natural | "0";
airport = [A-Z0-9]{4,4};
*/
for( ; ; ) { /*!re2c /**/
/* Default ignore. */
<skip> [^\n\x00] { continue; }
<skip> "\x00" { why = "no newline at end of file"; goto catch; }
<line> "\x00" { return 1; }
<line, skip> "\n" => line { line++; continue; }
<line> * :=> skip
/* Except this . . . */
<line> "[glider]" :=> glider_type
/* type, reg, launch, how, height, landing, pilot, dual, instr, remarks
eg, [glider] 2-33A; C-GCLK; CYQQ; A; 2000'; CYQQ; ;:13;; Peters D1 */
<glider_type> * { why = "type unrecognized"; goto catch; }
<glider_reg> * { why = "reg unrecognized"; goto catch; }
<glider_launch> * { why = "launch unrecognized"; goto catch; }
<glider_how> * { why = "how unrecognized"; goto catch; }
<glider_height> * { why = "height unrecognized"; goto catch; }
<glider_landing> * { why = "landing unrecognized"; goto catch; }
<glider_pilot> * { why = "pilot unrecognized"; goto catch; }
<glider_dual> * { why = "dual unrecognized"; goto catch; }
<glider_instr> * { why = "instr unrecognized"; goto catch; }
<glider_remarks> * { why = "remarks unrecognized"; goto catch; }
<glider_type> ws* @s0 semitext+ @s1 ws* ";" => glider_reg {
const union line64 key
= {{ (uint32_t)line, {{ date.day, date.month, date.year }} }};
assert(!flight);
if(line > UINT32_MAX) { why = "line overflow"; goto catch; }
switch(flight_tree_assign(f, key, &flight)) { /* fixme */
case TREE_PRESENT: why = "duplicate key";
case TREE_ERROR: goto catch;
case TREE_ABSENT: flight->type = GLIDER; break;
}
flight->glider.type.a = s0, flight->glider.type.b = s1;
continue;
}
<glider_reg> ws* @s0 semitext+ @s1 ws* ";" => glider_launch
{ flight->glider.reg.a = s0, flight->glider.reg.b = s1; continue; }
<glider_launch> ws* @s0 airport @s1 ws* ";" => glider_how
{ flight->glider.launch.a = s0, flight->glider.launch.b = s1;
continue; }
<glider_how> ws* @s0 [MWA] ws* ";" => glider_height {
switch(*s0) {
case 'M': flight->glider.how = MotorCarTow; break;
case 'W': flight->glider.how = Winch; break;
case 'A': flight->glider.how = AeroTow; break;
default: assert(0); break;
}
continue;
}
<glider_height> ws* @s0 natural @s1 "'" ws* ";" => glider_landing
{ if(!pair_to_natural(s0, s1, &flight->glider.height_ft));
continue; }
<glider_landing> ws* @s0 airport @s1 ws* ";" => glider_pilot
{ flight->glider.landing.a = s0, flight->glider.landing.b = s1;
continue; }
<glider_pilot> ws* ";" => glider_dual /* not PIC */
{ flight->glider.pilot_min = 0; continue; }
<glider_pilot> ws* @s0 natural? @s1 ":" @t0 minutes @t1 ws* ";"
=> glider_dual { if(!pair_colon_to_minutes(s0, s1, t0, t1,
&flight->glider.pilot_min)) { why = "pilot time"; goto catch; }
continue; }
<glider_dual> ws* ";" => glider_instr
{ flight->glider.dual_min = 0; continue; }
<glider_dual> ws* @s0 natural? @s1 ":" @t0 minutes @t1 ws* ";"
=> glider_instr { if(!pair_colon_to_minutes(s0, s1, t0, t1,
&flight->glider.dual_min)) { why = "dual time"; goto catch; }
continue; }
<glider_instr> ws* ";" => glider_remarks
{ flight->glider.instr_min = 0; continue; }
<glider_instr> ws* @s0 natural? @s1 ":" @t0 minutes @t1 ws* ";"
=> glider_remarks { if(!pair_hours_to_minutes(s0, s1, t0, t1,
&flight->glider.instr_min)) { why = "instr time"; goto catch; }
continue; }
<glider_remarks> ws* "\n" => line
{ flight->glider.remarks.a = flight->glider.remarks.b = 0;
flight = 0; line++; continue; }
<glider_remarks> ws* @s0 glyph+ (ws+ glyph+)* @s1 "\n" => line
{ flight->glider.remarks.a = s0, flight->glider.remarks.b = s1;
flight = 0; line++; continue; }
/* And this . . . */
<line> "[flight]" :=> flight_type
/* type; registration; launch -- landing; pic; sic;
single engine day dual; pilot; instrument simulated; actual; remarks */
<flight_type> * { why = "type unrecognized"; goto catch; }
<flight_reg> * { why = "reg unrecognized"; goto catch; }
<flight_airports> * { why = "airports unrecognized"; goto catch; }
<flight_pic> * { why = "pic unrecognized"; goto catch; }
<flight_sic> * { why = "sic unrecognized"; goto catch; }
<flight_dual> * { why = "dual time unrecognized"; goto catch; }
<flight_pilot> * { why = "pilot time unrecognized"; goto catch; }
<flight_ifrsim> * { why = "simulated ifr time unrecognized";
goto catch; }
<flight_ifr> * { why = "ifr time unrecognized"; goto catch; }
<flight_remarks> * { why = "remarks unrecognized"; goto catch; }
<flight_type> ws* @s0 semitext+ @s1 ws* ";" => flight_reg {
const union line64 key
= {{ (uint32_t)line, {{ date.day, date.month, date.year }} }};
assert(!flight);
if(line > UINT32_MAX) { why = "line overflow"; goto catch; }
switch(flight_tree_assign(f, key, &flight)) {
case TREE_PRESENT: why = "duplicate key";
case TREE_ERROR: goto catch;
case TREE_ABSENT: flight->type = POWER; break;
}
flight->power.type.a = s0, flight->power.type.b = s1;
continue;
}
<flight_reg> ws* @s0 semitext+ @s1 ws* ";" => flight_airports
{ flight->power.reg.a = s0, flight->power.reg.b = s1; continue; }
<flight_airports> ws* @s0 airport @s1 ws* "--"
ws* @t0 airport @t1 ws* ";" => flight_pic {
flight->power.launch.a = s0, flight->power.launch.b = s1;
flight->power.landing.a = t0, flight->power.landing.b = t1;
continue;
}
<flight_pic> ws* @s0 semitext+ (ws+ semitext+)* @s1 /* ws*? */";"
=> flight_sic { flight->power.pilot.a = s0,
flight->power.pilot.b = s1; continue; }
<flight_sic> ws* ";" => flight_dual
{ flight->power.copilot.a = flight->power.copilot.b = 0; continue; }
<flight_sic> ws* @s0 semitext+ (ws+ semitext+)* @s1 ";"
=> flight_dual { flight->power.copilot.a = s0,
flight->power.copilot.b = s1; continue; }
<flight_dual> ws* ";" => flight_pilot
{ flight->power.dual_min = 0; continue; }
<flight_dual> ws* @s0 zero_natural? @s1 "." @t0 [0-9] @t1 "h" ws* ";"
=> flight_pilot { if(!pair_hours_to_minutes(s0, s1, t0, t1,
&flight->power.dual_min)) { why = "dual time"; goto catch; }
continue; }
<flight_pilot> ws* ";" => flight_ifrsim
{ flight->power.pilot_min = 0; continue; }
<flight_pilot> ws* @s0 zero_natural? @s1 "." @t0 [0-9] @t1 "h" ws* ";"
=> flight_ifrsim { if(!pair_hours_to_minutes(s0, s1, t0, t1,
&flight->power.pilot_min)) { why = "pilot time"; goto catch; }
continue; }
<flight_ifrsim> ws* ";" => flight_ifr
{ flight->power.ifrsim_min = 0; continue; }
<flight_ifrsim> ws* @s0 zero_natural? @s1 "." @t0 [0-9] @t1 "h" ws* ";"
=> flight_ifr { if(!pair_hours_to_minutes(s0, s1, t0, t1,
&flight->power.ifrsim_min)) { why = "simulated ifr time";
goto catch; } continue; }
<flight_ifr> ws* ";" => flight_remarks
{ flight->power.ifr_min = 0; continue; }
<flight_ifr> ws* @s0 zero_natural? @s1 "." @t0 [0-9] @t1 "h" ws* ";"
=> flight_remarks { if(!pair_hours_to_minutes(s0, s1, t0, t1,
&flight->power.ifr_min)) { why = "pilot time"; goto catch; }
continue; }
<flight_remarks> ws* "\n" => line
{ flight->power.remarks.a = flight->power.remarks.b = 0;
flight = 0; line++; continue; }
<flight_remarks> ws* @s0 glyph+ (ws+ glyph+)* @s1 "\n" => line
{ flight->power.remarks.a = s0, flight->power.remarks.b = s1;
flight = 0; line++; continue; }
*/ }
assert(0); /* Never gets here. */
catch:
if(!errno) errno = EILSEQ;
date32_to_string(date, &datestr);
fprintf(stderr, "%s line %zu: %s.\n", datestr, line, why);
return 0;
}
void flights_(struct flight_tree *const f) { flight_tree_(f); }
struct flight_tree flights(struct journal *const j) {
struct flight_tree f = flight_tree();
struct journal_iterator it;
union date32 date;
const char *text;
assert(j);
it = journal_iterator(j);
while(journal_next(&it, &date, &text)) if(!scan(&f, date, text)) goto catch;
goto finally;
catch:
flights_(&f);
finally:
return f;
}
const char *flights_to_string(const struct flight_tree *const f)
{ return flight_tree_to_string(f); }
struct flight_tree_iterator flights_iterator(struct flight_tree *const f)
{ return flight_tree_iterator(f); }
int flights_next(struct flight_tree_iterator *const it, union line64 *const k,
const struct flight **const v) {
assert(it && k && v);
if(!flight_tree_next(it)) return 0;
*k = flight_tree_key(it);
*v = flight_tree_value(it);
return 1;
}

121
src/kjv.h
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@ -1,18 +1,109 @@
#include "kjvcite.h"
#define BOOKS \
X(Genesis),\
X(Exodus),\
X(Leviticus),\
X(Numbers),\
X(Deuteronomy),\
X(Joshua),\
X(Judges),\
X(Ruth),\
X(ISamuel),\
X(IISamuel),\
X(IKings),\
X(IIKings),\
X(IChronicles),\
X(IIChronicles),\
X(Ezra),\
X(Nehemiah),\
X(Esther),\
X(Job),\
X(Psalms),\
X(Proverbs),\
X(Ecclesiastes),\
X(Song_of_Solomon),\
X(Isaiah),\
X(Jeremiah),\
X(Lamentations),\
X(Ezekiel),\
X(Daniel),\
X(Hosea),\
X(Joel),\
X(Amos),\
X(Obadiah),\
X(Jonah),\
X(Micah),\
X(Nahum),\
X(Habakkuk),\
X(Zephaniah),\
X(Haggai),\
X(Zechariah),\
X(Malachi),\
\
X(Matthew),\
X(Mark),\
X(Luke),\
X(John),\
X(Acts),\
X(Romans),\
X(ICorinthians),\
X(IICorinthians),\
X(Galatians),\
X(Ephesians),\
X(Philippians),\
X(Colossians),\
X(IThessalonians),\
X(IIThessalonians),\
X(ITimothy),\
X(IITimothy),\
X(Titus),\
X(Philemon),\
X(Hebrews),\
X(James),\
X(IPeter),\
X(IIPeter),\
X(IJohn),\
X(IIJohn),\
X(IIIJohn),\
X(Jude),\
X(Revelation),\
X(KJV_BOOK_SIZE)
#define X(book) book
enum kjv_book { BOOKS };
#undef X
#define X(book) #book
static const char *kjv_book_string[] = { BOOKS };
#undef X
#undef BOOKS
#include <stdint.h> /* C99 */
union kjvcite {
struct { uint32_t verse : 12, chapter : 13, book : 7; }; /* C11, reverse */
uint32_t u32;
};
struct kjvrange { union kjvcite start; uint32_t verse_end; };
void kjvcite_to_string(const union kjvcite, char (*)[12]);
#define TREE_NAME kjvline
#define TREE_KEY union line64
#define TREE_VALUE struct kjvrange
#define TREE_HEAD
#include "../src/tree.h"
#define TABLE_NAME kjvset
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_UNHASH
#define TABLE_HEAD
#include "../src/table.h"
#include <stddef.h> /* fixme?? */
#define TABLE_NAME kjvcount
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_VALUE unsigned
#define TABLE_UNHASH
#define TABLE_HEAD
#include "../src/table.h"
void kjv_line_(struct kjvline_tree *);
struct kjvline_tree kjv_line(struct journal *);
int kjv_line_is_empty(const struct kjvline_tree *);
const char *kjv_line_to_string(const struct kjvline_tree *);
struct kjvline_tree_iterator kjv_line_iterator(struct kjvline_tree *);
int kjv_line_next(struct kjvline_tree_iterator *, union line64 *,
const struct kjvrange **);
int kjv_graphs(struct journal *, struct sources *);
#include <stddef.h> /* size_t */
void kjv_count_(struct kjvcount_table *);
struct kjvcount_table kjv_count(size_t *);
size_t kjv_count_get(struct kjvcount_table *, const union kjvcite);
const char *kjv_count_to_string(const struct kjvcount_table *);
struct kjvset_table kjv_set(void);
void kjv_set_(struct kjvset_table *);
enum table_result kjv_set_add(struct kjvset_table *, const union kjvcite);
const char *kjv_set_to_string(const struct kjvset_table *);

554
src/kjv.re.c
View File

@ -1,375 +1,231 @@
/** @license 2022 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
/** Run with a `kjv` sub-directory. Two functionaries: counts all words from
verses <https://github.com/scrollmapper/bible_databases/master/txt/KJV/>
dynamically and puts them into an unchanging `kjvcount_table` on initialisation.
Then has a set to each of the verses, `kjvset`, which starts off empty.
@license 2022 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT). Uses the KJV at
[bible databases](https://github.com/scrollmapper/bible_databases/tree/master),
"All included Bible translations are in the public domain."
@std C11 */
Scan journal entries for kjv references. */
#include "../src/source.h"
#include "../src/kjv.h"
#include "../src/pair.h"
#include <inttypes.h> /* C99 */
#include <stdlib.h>
#include <inttypes.h>
#include <stdio.h>
#include <errno.h>
#include <stdlib.h>
#include <assert.h>
#include <limits.h>
#include <dirent.h> /* opendir readdir closedir */
#include <unistd.h> /* chdir (POSIX) (because I'm lazy) */
static void kjvline_to_string(const union line64 line, const struct kjvrange *u,
char (*const a)[12]) { (void)u; date32_to_string(line.date, a); }
static int kjvline_compare(const union line64 a, const union line64 b)
{ return a.u64 > b.u64; }
#define TREE_NAME kjvline
#define TREE_KEY union line64
#define TREE_VALUE struct kjvrange
#define TREE_COMPARE
#define TREE_TO_STRING
#define TREE_BODY
#include "../src/tree.h"
void kjvcite_to_string(const union kjvcite x, char (*const a)[12])
{ sprintf(*a, "%.4s%" PRIu32 ":%" PRIu32,
kjv_book_string[x.book < KJV_BOOK_SIZE ? x.book : KJV_BOOK_SIZE],
x.chapter % 1000, x.verse % 1000); }
/* Reversible hash map. */
/** <https://nullprogram.com/blog/2018/07/31/>
<https://github.com/skeeto/hash-prospector> on `x`. */
static uint32_t lowbias32(uint32_t x) {
x ^= x >> 16;
x *= 0x7feb352dU;
x ^= x >> 15;
x *= 0x846ca68bU;
x ^= x >> 16;
return x;
}
/* Inverts `x`. */
static uint32_t lowbias32_r(uint32_t x) {
x ^= x >> 16;
x *= 0x43021123U;
x ^= x >> 15 ^ x >> 30;
x *= 0x1d69e2a5U;
x ^= x >> 16;
return x;
}
/* Set of verses. */
static uint32_t kjvset_hash(const union kjvcite x) { return lowbias32(x.u32); }
static union kjvcite kjvset_unhash(const uint32_t x)
{ union kjvcite k; k.u32 = lowbias32_r(x); return k; }
static void kjvset_to_string(const union kjvcite x, char (*const a)[12])
{ kjvcite_to_string(x, a); }
#define TABLE_NAME kjvset
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_UNHASH
#define TABLE_TO_STRING
#define TABLE_BODY
#include "../src/table.h"
/* Derived information on verse word count. */
static uint32_t kjvcount_hash(const union kjvcite x) { return kjvset_hash(x); }
static union kjvcite kjvcount_unhash(const uint32_t x)
{ return kjvset_unhash(x); }
static void kjvcount_to_string(const union kjvcite x, const unsigned count,
char (*const a)[12]) { (void)count; kjvcite_to_string(x, a); }
#define TABLE_NAME kjvcount
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_VALUE unsigned /* Count words. */
#define TABLE_UNHASH
#define TABLE_DEFAULT 0
#define TABLE_TO_STRING
#define TABLE_BODY
#include "../src/table.h"
/*!conditions:re2c*/
static int scan(union date32 date, const char *const buffer,
struct kjvline_tree *const lines) {
const char *YYCURSOR, *YYMARKER, *yyt1, *yyt2, *yyt3, *s0, *s1, *t0, *t1;
enum kjv_book book = Revelation;
uint32_t chapter = 0, verse = 0, verse_end = 0;
enum YYCONDTYPE condition = yycline;
size_t line = 1;
const char *why = "unexpected";
assert(buffer && lines);
YYCURSOR = YYMARKER = yyt1 = buffer;
/* Parse filename of books. */
/*!re2c /**/
re2c:yyfill:enable = 0;
re2c:define:YYCTYPE = char;
natural = [1-9][0-9]*;
whitespace = [ \t\v\f];
word = [^ \t\v\f\n\x00]+;
*/
/** `fn` contains "<number>[*].txt", sticks that in `book_no`, otherwise
returns false. */
static int looks_like_book_fn(const char *fn, unsigned *const book_no) {
const char *YYCURSOR = fn, *YYMARKER, *yyt1, *yyt2, *s0, *s1;
assert(fn && book_no);
/*!re2c /**/
re2c:define:YYCTYPE = char;
re2c:yyfill:enable = 0;
*
{ return 0; }
@s0 natural @s1 [^.\x00]* ".txt" "\x00"
{ return pair_to_natural(s0, s1, book_no); }
*/
}
/* This is the contents of the <fn:looks_like_book_fn>. */
struct lex {
size_t line;
const char *cursor;
int error;
uint32_t chapter, verse, words;
};
static struct lex lex(const char *cursor) {
struct lex lex;
assert(cursor);
lex.line = 1;
lex.cursor = cursor;
lex.error = 0;
lex.chapter = lex.verse = lex.words = 0;
return lex;
}
/*!conditions:re2c*/
static int lex_next_verse(struct lex *const lex) {
const char *YYMARKER, *yyt1 = 0, *yyt2 = 0, *s0, *s1, *t0, *t1;
enum YYCONDTYPE condition = yycline;
/*!re2c /**/
re2c:define:YYCURSOR = lex->cursor;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1;
unix_control = [\x01-\x08\x0b-\x1f\x7f];
ws = [ \t];
glyph = [^] \ ("\x00" | "\n" | unix_control | ws);
natural = [1-9][0-9]*;
engage = ws+ "--" ws+;
/* (natural ":")? Don't use for memorizing and use for reading, I think? */
/*("``"|"\"") This is not in the next book. */
lookat = ws* natural ":" natural [ab]? ("-" natural [ab]?)? engage;
first = ("I" | "1") " "?;
second = ("II" | "2") " "?;
third = ("III" | "3") " "?;
re2c:define:YYSETCONDITION:naked = 1; */
assert(lex && lex->cursor);
lex->error = 0;
scan:
/*!re2c /**/
<*> * { return errno = EILSEQ, lex->error = 1, 0; }
<line> [^[\]\n\x00]* "\n" { lex->line++; goto scan; }
<line> "\x00" { return 0; }
<line> "[" @s0 natural @s1 ":" @t0 natural @t1 "]" => verse {
if(!pair_to_natural(s0, s1, &lex->chapter)
|| !pair_to_natural(t0, t1, &lex->verse))
return errno = EILSEQ, lex->error = 1, 0;
lex->words = 0;
/*printf("%u:%u", lex->chapter, lex->verse);*/
goto scan;
}
<verse> whitespace+ { goto scan; }
<verse> @s0 word @s1 { lex->words++; goto scan; }
<verse> "\n" { /*printf(" -> %u\n", lex->words);*/ lex->line++; return 1; }
*/
for( ; ; ) { /*!re2c /**/
/* Default ignore. */
<skip> [^\n\x00] { continue; }
<skip> "\x00" { why = "no newline at end of file"; goto catch; }
<line> "\x00" { return 1; }
<line, skip> "\n" => line { line++; continue; }
<line> * :=> skip
}
/* Books. */
<line> "Genesis" / lookat => book { book = Genesis; continue; }
<line> "Exodus" / lookat => book { book = Exodus; continue; }
<line> "Leviticus" / lookat => book { book = Leviticus; continue; }
<line> "Numbers" / lookat => book { book = Numbers; continue; }
<line> "Deuteronomy" / lookat => book { book = Deuteronomy; continue; }
<line> "Joshua" / lookat => book { book = Joshua; continue; }
<line> "Judges" / lookat => book { book = Judges; continue; }
<line> "Ruth" / lookat => book { book = Ruth; continue; }
<line> first "Samuel" / lookat => book { book = ISamuel; continue; }
<line> second "Samuel" / lookat => book { book = IISamuel; continue; }
<line> first "Kings" / lookat => book { book = IKings; continue; }
<line> second "Kings" / lookat => book { book = IIKings; continue; }
<line> first "Chronicles" / lookat
=> book { book = IChronicles; continue; }
<line> second "Chronicles" / lookat
=> book { book = IIChronicles; continue; }
<line> "Ezra" / lookat => book { book = Ezra; continue; }
<line> "Nehemiah" / lookat => book { book = Nehemiah; continue; }
<line> "Esther" / lookat => book { book = Esther; continue; }
<line> "Job" / lookat => book { book = Job; continue; }
<line> "Psalms" / lookat => book { book = Psalms; continue; }
<line> "Proverbs" / lookat => book { book = Proverbs; continue; }
<line> "Ecclesiastes" / lookat
=> book { book = Ecclesiastes; continue; }
<line> "Song of Solomon" / lookat
=> book { book = Song_of_Solomon; continue; }
<line> "Isaiah" / lookat => book { book = Isaiah; continue; }
<line> "Jeremiah" / lookat => book { book = Jeremiah; continue; }
<line> "Lamentations" / lookat
=> book { book = Lamentations; continue; }
<line> "Ezekiel" / lookat => book { book = Ezekiel; continue; }
<line> "Daniel" / lookat => book { book = Daniel; continue; }
<line> "Hosea" / lookat => book { book = Hosea; continue; }
<line> "Joel" / lookat => book { book = Joel; continue; }
<line> "Amos" / lookat => book { book = Amos; continue; }
<line> "Obadiah" / lookat => book { book = Obadiah; continue; }
<line> "Jonah" / lookat => book { book = Jonah; continue; }
<line> "Micah" / lookat => book { book = Micah; continue; }
<line> "Nahum" / lookat => book { book = Nahum; continue; }
<line> "Habakkuk" / lookat => book { book = Habakkuk; continue; }
<line> "Zephaniah" / lookat => book { book = Zephaniah; continue; }
<line> "Haggai" / lookat => book { book = Haggai; continue; }
<line> "Zechariah" / lookat => book { book = Zechariah; continue; }
<line> "Malachi" / lookat => book { book = Malachi; continue; }
<line> "Matthew" / lookat => book { book = Matthew; continue; }
<line> "Mark" / lookat => book { book = Mark; continue; }
<line> "Luke" / lookat => book { book = Luke; continue; }
<line> "John" / lookat => book { book = John; continue; }
<line> "Acts" / lookat => book { book = Acts; continue; }
<line> "Romans" / lookat => book { book = Romans; continue; }
<line> first "Corinthians" / lookat
=> book { book = ICorinthians; continue; }
<line> second "Corinthians" / lookat
=> book { book = IICorinthians; continue; }
<line> "Galatians" / lookat => book { book = Galatians; continue; }
<line> "Ephesians" / lookat => book { book = Ephesians; continue; }
<line> "Philippians" / lookat => book { book = Philippians; continue; }
<line> "Colossians" / lookat => book { book = Colossians; continue; }
<line> first "Thessalonians" / lookat
=> book { book = IThessalonians; continue; }
<line> second "Thessalonians" / lookat
=> book { book = IIThessalonians; continue; }
<line> first "Timothy" / lookat => book { book = ITimothy; continue; }
<line> second "Timothy" / lookat => book { book = IITimothy; continue; }
<line> "Titus" / lookat => book { book = Titus; continue; }
<line> "Philemon" / lookat => book { book = Philemon; continue; }
<line> "Hebrews" / lookat => book { book = Hebrews; continue; }
<line> "James" / lookat => book { book = James; continue; }
<line> first "Peter" / lookat => book { book = IPeter; continue; }
<line> second "Peter" / lookat => book { book = IIPeter; continue; }
<line> first "John" / lookat => book { book = IJohn; continue; }
<line> second "John" / lookat => book { book = IIJohn; continue; }
<line> third "John" / lookat => book { book = IIIJohn; continue; }
<line> "Jude" / lookat => book { book = Jude; continue; }
<line> "Revelation" / lookat => book { book = Revelation; continue; }
/* KJV count -- loaded up on initialization and is static for it's lifetime.
Given the verse citation, how many words does it have? */
/** Frees `count`. */
void kjv_count_(struct kjvcount_table *const count) { kjvcount_table_(count); }
/** Loads 66 files from the "kjv/" directory and counts all the words, which
are stored in `total`. `total` is zero if an error occurred, in which case the
details are sent to `stderr` and `errno` is set. @return On success, a
`kjvcount_table` that maps citations to word count. */
struct kjvcount_table kjv_count(size_t *const total) {
const char *const dir_kjv = "kjv";
struct char_array backing = text();
struct kjvcount_table count = kjvcount_table();
DIR *dir = 0;
struct dirent *de = 0;
struct { size_t offset; int is; } build[KJV_BOOK_SIZE] = { 0 };
enum kjv_book b = 0;
int is_in_kjv = 0;
/* Extract further information. */
<book> * { why = "default unrecognized"; goto catch; }
/* 19:15a, just ignore the a. */
<book> ws+ @s0 natural @s1 ":" @t0 natural @t1 [ab]? {
if(chapter || verse || verse_end)
{ why = "reference unrecognized"; goto catch; }
if(!pair_to_natural(s0, s1, &chapter)
|| !pair_to_natural(t0, t1, &verse))
{ why = "reference numerical error"; goto catch; }
continue;
}
<book> "-" @s0 natural @s1 [ab]? { /* Verse range. */
if(!chapter || !verse || verse_end)
{ why = "range unrecognized"; goto catch; }
if(!pair_to_natural(s0, s1, &verse_end))
{ why = "range numerical error"; goto catch; }
continue;
}
<book> engage => skip {
if(!chapter || !verse) { why = "missing information"; goto catch; }
if(verse_end && verse_end <= verse)
{ why = "interval error"; goto catch; } /* 0 or valid. */
const union line64 key
= {{ (uint32_t)line, {{ date.day, date.month, date.year }} }};
struct kjvrange *value;
switch(kjvline_tree_assign(lines, key, &value)) { /* fixme */
case TREE_PRESENT: why = "duplicate key";
case TREE_ERROR: goto catch;
case TREE_ABSENT:
value->start.book = book;
value->start.chapter = chapter;
value->start.verse = verse;
value->verse_end = verse_end;
break;
}
book = Revelation, chapter = 0, verse = 0, verse_end = 0;
continue;
}
*/ }
assert(0); /* Never gets here. */
catch:
if(!errno) errno = EILSEQ;
{
char datestr[12];
date32_to_string(date, &datestr);
fprintf(stderr, "KJV lines: %s.\n"
"%s line %zu: %s.\n",
kjvline_tree_to_string(lines), datestr, line, why);
assert(total);
*total = 0;
/* For all files in directory KJV with <#>*.txt, read into backing. */
if(chdir(dir_kjv) == -1 || (is_in_kjv = 1, !(dir = opendir("."))))
goto catch;
while((de = readdir(dir))) {
unsigned ordinal;
char *unstable_backing;
if(!looks_like_book_fn(de->d_name, &ordinal)) continue;
/*fprintf(stderr, "<%s> ordinal: %u\n", de->d_name, ordinal);*/
if(ordinal < 1 || ordinal > KJV_BOOK_SIZE)
{ errno = ERANGE; goto catch; } /* Not in range. */
if(build[b = ordinal - 1].is) /* Convert to zero-based. */
{ errno = EDOM; goto catch; } /* Is duplicate. */
if(!(unstable_backing = text_append_file(&backing, de->d_name)))
goto catch;
build[b].is = 1;
build[b].offset = (size_t)(unstable_backing - backing.data);
}
return 0;
}
if(closedir(dir) == -1) { dir = 0; goto catch; } dir = 0;
void kjv_line_(struct kjvline_tree *const f) { kjvline_tree_(f); }
struct kjvline_tree kjv_line(struct journal *const j) {
struct kjvline_tree lines;
struct journal_iterator it;
union date32 date;
const char *text;
assert(j);
lines = kjvline_tree();
it = journal_iterator(j);
while(journal_next(&it, &date, &text))
if(!scan(date, text, &lines)) goto catch;
goto finally;
catch:
kjv_line_(&lines);
finally:
return lines;
}
int kjv_line_is_empty(const struct kjvline_tree *const lines)
{ return !lines || !lines->root.node; }
const char *kjv_line_to_string(const struct kjvline_tree *const lines)
{ return kjvline_tree_to_string(lines); }
struct kjvline_tree_iterator kjv_line_iterator(struct kjvline_tree *const lines)
{ return kjvline_tree_iterator(lines); }
int kjv_line_next(struct kjvline_tree_iterator *const it, union line64 *const k,
const struct kjvrange **const v) {
assert(it && k && v);
if(!kjvline_tree_next(it)) return 0;
*k = kjvline_tree_key(it);
*v = kjvline_tree_value(it);
return 1;
}
/** @return Success. */
int kjv_graphs(struct journal *const jrnl, struct sources *const srcs) {
struct kjvline_tree lines = {0};
struct kjvcount_table count = {0};
struct kjvset_table set = kjv_set();
size_t no_total;
const char *reason = 0;
count = kjv_count(&no_total);
fprintf(stderr, "KJV count: %s.\n", kjv_count_to_string(&count));
if(!no_total) { reason = "kjv failed to load"; goto catch; }
lines = kjv_line(jrnl);
fprintf(stderr, "KJV lines: %s.\n", kjv_line_to_string(&lines));
if(kjv_line_is_empty(&lines))
{ reason = "KJV lines parsing failed"; goto catch; }
struct kjvline_tree_iterator it = kjv_line_iterator(&lines);
union line64 line;
const struct kjvrange *range;
/*printf("set term postscript eps enhanced\n"
"set output \"kjv.eps\"\n");*/
/*printf("set terminal cairolatex standalone pdf size "
"16cm,10.5cm dashed transparent\n"
"set output \"kjv.tex\"\n");*/
/* https://stackoverflow.com/a/12601553 */
printf("set terminal pngcairo dashed transparent truecolor"
" size 840, 480 fontscale 1\n"
"set output \"kjv.png\"\n");
printf("$Data <<EOD\n"
"# date, verse, words, set / %zu, source\n", no_total);
while(kjv_line_next(&it, &line, &range)) {
char citestr[12], datestr[12];
size_t words = 0, newwords = 0;
const struct source *src = source_lookup(srcs, line); /* Source. */
if(!src || !src->name.a) { errno = EDOM; goto catch; }
date32_to_string(line.date, &datestr); /* Date. */
kjvcite_to_string(range->start, &citestr); /* KJV cite. */
for(union kjvcite c = range->start; ; c.verse++) {
size_t w = kjv_count_get(&count, c);
words += w;
switch (kjv_set_add(&set, c)) {
/* Now backing is stable; count all the words for each verse. */
for(b = 0; b < KJV_BOOK_SIZE; b++) {
struct lex x;
if(!build[b].is) { fprintf(stderr, "Missing book [%u]%s.\n",
b + 1, kjv_book_string[b]); errno = EDOM; goto catch; }
x = lex(backing.data + build[b].offset);
while(lex_next_verse(&x)) {
const union kjvcite cite
= { .book = b, .chapter = x.chapter, .verse = x.verse };
unsigned *words;
switch(kjvcount_table_assign(&count, cite, &words)) {
case TABLE_PRESENT: fprintf(stderr, "[%u]%s %u:%u duplicated.\n",
b + 1, kjv_book_string[b], x.chapter, x.verse); errno = EDOM;
case TABLE_ERROR: goto catch;
case TABLE_ABSENT: newwords += w;
case TABLE_PRESENT: break;
} /* while(); */
if(!range->verse_end || range->verse_end <= c.verse) break;
case TABLE_ABSENT: break;
}
*words = x.words, *total += x.words;
}
printf("%s, %s", datestr, citestr);
if(range->verse_end) printf("-%" PRIu32, range->verse_end);
printf(", %zu, %zu, %.*s\n",
words, newwords, (int)(src->name.b - src->name.a), src->name.a);
if(x.error) { fprintf(stderr, "[%u]%s on line %zu\n",
b + 1, kjv_book_string[b], x.line); goto catch; }
}
printf("EOD\n"
"# theozh https://stackoverflow.com/a/75466214/2472827\n"
"# get a unique list from datablock\n"
"addToList(list,col) = list.( strstrt(list,'\"'.strcol(col).'\"') \\\n"
" > 0 ? '' : ' \"'.strcol(col).'\"')\n"
"Uniqs = ''\n"
"stats $Data u (Uniqs=addToList(Uniqs,5)) nooutput\n"
"Uniq(i) = word(Uniqs,i)\n"
"getIndex(s) = sum [_i=1:words(Uniqs)] s eq word(Uniqs,_i) ? _i : 0\n"
"\n"
"stats $Data u 3 nooutput\n"
"cumsum = STATS_sum\n"
"stats $Data u 4 nooutput\n"
"setsum = STATS_sum\n"
"\n"
"myTimeFmt = \"%%Y-%%m-%%d\"\n"
"set format x myTimeFmt timedate\n"
"set xtics format myTimeFmt rotate by -30\n"
"set format y \"%%g%%%%\"\n"
"set grid\n"
"set key out reverse Left noautotitle\n"
"set style fill solid 0.5\n"
"unset border\n"
"set autoscale xfix # max? hack: can't get x to extend further\n"
"\n"
"set label sprintf(\"%%u cumulative words (duplicate verses counted)\","
" cumsum) center at graph 0.5, first cumsum*100/%zu offset 0,0.5\n"
"set label sprintf(\"%%u unique KJV verse words memorized\", setsum) "
"center at graph 0.5, first setsum*100/%zu offset 0,0.5\n"
"\n"
"plot \\\n"
" cumsum*100/%zu w l lc \"grey\" dt 2 lw 1, \\\n"
" total=0 $Data u"
" (timecolumn(1,myTimeFmt)):(dy=$3*100/%zu,total=total+dy) \\\n"
" w steps lc \"grey\" dt 2 lw 1, \\\n" /* `pngcairo` has trouble :[. */
" total=0 $Data u"
" (timecolumn(1,myTimeFmt)):(dy=$4*100/%zu,total=total+dy) \\\n"
" w steps lc \"black\" dt 1 lw 1, \\\n"
" setsum*100/%zu w l lc \"black\" dt 1 lw 1, \\\n"
" total=0 '' u \\\n"
" (timecolumn(1,myTimeFmt)): \\\n"
" (dy=$4*100/%zu,total=total+dy,total/2.): \\\n"
" (43200): \\\n"
" (total/2.): \\\n"
" (getIndex(strcol(5))) w boxxy lc var lw 1, \\\n"
" for [i=1:words(Uniqs)] keyentry w boxxy lc i ti Uniq(i)\n",
no_total, no_total, no_total, no_total, no_total, no_total, no_total);
goto finally;
catch:
perror(reason);
finally:
kjv_line_(&lines);
*total = 0;
if(de) fprintf(stderr, "While reading %s/%s.\n", dir_kjv, de->d_name);
else fprintf(stderr, "In directory %s/.\n", dir_kjv);
recatch:
kjv_count_(&count);
return !reason;
}
int main(void) {
int success = EXIT_SUCCESS;
const char *reason = 0;
errno = 0;
struct journal jrnl = {0};
struct sources srcs = {0};
jrnl = journal("../journal");
fprintf(stderr, "Journal: %s.\n", journal_to_string(&jrnl));
if(journal_is_empty(&jrnl))
{ reason = "journal failed to load"; goto catch; }
srcs = sources(&jrnl);
//fprintf(stderr, "Sources: %s.\n", sources_to_string(&srcs));
if(sources_is_empty(&srcs))
{ reason = "sources failed to parse"; goto catch; }
if(!kjv_graphs(&jrnl, &srcs))
{ reason = "graphs failed"; goto catch; }
goto finally;
catch:
success = EXIT_FAILURE;
perror("journal");
if(reason) fprintf(stderr, "Details: %s.\n", reason);
finally:
sources_(&srcs);
journal_(&jrnl);
return success;
if(dir) { if(closedir(dir)) { dir = 0; goto recatch; } dir = 0; }
if(is_in_kjv && (is_in_kjv = 0, chdir("..") == -1)) goto recatch;
text_(&backing);
return count;
}
size_t kjv_count_get(struct kjvcount_table *const count,
const union kjvcite cite) { return kjvcount_table_get(count, cite); }
const char *kjv_count_to_string(const struct kjvcount_table *const count)
{ return kjvcount_table_to_string(count); }
/* KJV set -- keeps track of membership by verse. */
struct kjvset_table kjv_set(void) { return kjvset_table(); }
void kjv_set_(struct kjvset_table *const set) { kjvset_table_(set); }
enum table_result kjv_set_add(struct kjvset_table *const set,
const union kjvcite cite) { return kjvset_table_try(set, cite); }
const char *kjv_set_to_string(const struct kjvset_table *const set)
{ return set ? kjvset_table_to_string(set) : 0; }

109
src/kjvcite.h
View File

@ -1,109 +0,0 @@
#define BOOKS \
X(Genesis),\
X(Exodus),\
X(Leviticus),\
X(Numbers),\
X(Deuteronomy),\
X(Joshua),\
X(Judges),\
X(Ruth),\
X(ISamuel),\
X(IISamuel),\
X(IKings),\
X(IIKings),\
X(IChronicles),\
X(IIChronicles),\
X(Ezra),\
X(Nehemiah),\
X(Esther),\
X(Job),\
X(Psalms),\
X(Proverbs),\
X(Ecclesiastes),\
X(Song_of_Solomon),\
X(Isaiah),\
X(Jeremiah),\
X(Lamentations),\
X(Ezekiel),\
X(Daniel),\
X(Hosea),\
X(Joel),\
X(Amos),\
X(Obadiah),\
X(Jonah),\
X(Micah),\
X(Nahum),\
X(Habakkuk),\
X(Zephaniah),\
X(Haggai),\
X(Zechariah),\
X(Malachi),\
\
X(Matthew),\
X(Mark),\
X(Luke),\
X(John),\
X(Acts),\
X(Romans),\
X(ICorinthians),\
X(IICorinthians),\
X(Galatians),\
X(Ephesians),\
X(Philippians),\
X(Colossians),\
X(IThessalonians),\
X(IIThessalonians),\
X(ITimothy),\
X(IITimothy),\
X(Titus),\
X(Philemon),\
X(Hebrews),\
X(James),\
X(IPeter),\
X(IIPeter),\
X(IJohn),\
X(IIJohn),\
X(IIIJohn),\
X(Jude),\
X(Revelation),\
X(KJV_BOOK_SIZE)
#define X(book) book
enum kjv_book { BOOKS };
#undef X
#define X(book) #book
static const char *kjv_book_string[] = { BOOKS };
#undef X
#undef BOOKS
#include <stdint.h> /* C99 */
union kjvcite {
struct { uint32_t verse : 12, chapter : 13, book : 7; }; /* C11, reverse */
uint32_t u32;
};
struct kjvrange { union kjvcite start; uint32_t verse_end; };
void kjvcite_to_string(const union kjvcite, char (*)[12]);
#define TABLE_NAME kjvset
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_UNHASH
#define TABLE_HEAD
#include "../src/table.h"
#define TABLE_NAME kjvcount
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_VALUE unsigned
#define TABLE_UNHASH
#define TABLE_HEAD
#include "../src/table.h"
#include <stddef.h> /* size_t */
void kjv_count_(struct kjvcount_table *);
struct kjvcount_table kjv_count(size_t *);
size_t kjv_count_get(struct kjvcount_table *, const union kjvcite);
const char *kjv_count_to_string(const struct kjvcount_table *);
struct kjvset_table kjv_set(void);
void kjv_set_(struct kjvset_table *);
enum table_result kjv_set_add(struct kjvset_table *, const union kjvcite);
const char *kjv_set_to_string(const struct kjvset_table *);

231
src/kjvcite.re.c
View File

@ -1,231 +0,0 @@
/** Run with a `kjv` sub-directory. Two functionaries: counts all words from
verses <https://github.com/scrollmapper/bible_databases/master/txt/KJV/>
dynamically and puts them into an unchanging `kjvcount_table` on initialisation.
Then has a set to each of the verses, `kjvset`, which starts off empty.
@license 2022 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT). Uses the KJV at
[bible databases](https://github.com/scrollmapper/bible_databases/tree/master),
"All included Bible translations are in the public domain."
@std C11 */
#include "../src/kjvcite.h"
#include "../src/pair.h"
#include <inttypes.h>
#include <stdio.h>
#include <stdlib.h>
#include <assert.h>
#include <dirent.h> /* opendir readdir closedir */
#include <unistd.h> /* chdir (POSIX) (because I'm lazy) */
void kjvcite_to_string(const union kjvcite x, char (*const a)[12])
{ sprintf(*a, "%.4s%" PRIu32 ":%" PRIu32,
kjv_book_string[x.book < KJV_BOOK_SIZE ? x.book : KJV_BOOK_SIZE],
x.chapter % 1000, x.verse % 1000); }
/* Reversible hash map. */
/** <https://nullprogram.com/blog/2018/07/31/>
<https://github.com/skeeto/hash-prospector> on `x`. */
static uint32_t lowbias32(uint32_t x) {
x ^= x >> 16;
x *= 0x7feb352dU;
x ^= x >> 15;
x *= 0x846ca68bU;
x ^= x >> 16;
return x;
}
/* Inverts `x`. */
static uint32_t lowbias32_r(uint32_t x) {
x ^= x >> 16;
x *= 0x43021123U;
x ^= x >> 15 ^ x >> 30;
x *= 0x1d69e2a5U;
x ^= x >> 16;
return x;
}
/* Set of verses. */
static uint32_t kjvset_hash(const union kjvcite x) { return lowbias32(x.u32); }
static union kjvcite kjvset_unhash(const uint32_t x)
{ union kjvcite k; k.u32 = lowbias32_r(x); return k; }
static void kjvset_to_string(const union kjvcite x, char (*const a)[12])
{ kjvcite_to_string(x, a); }
#define TABLE_NAME kjvset
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_UNHASH
#define TABLE_TO_STRING
#define TABLE_BODY
#include "../src/table.h"
/* Derived information on verse word count. */
static uint32_t kjvcount_hash(const union kjvcite x) { return kjvset_hash(x); }
static union kjvcite kjvcount_unhash(const uint32_t x)
{ return kjvset_unhash(x); }
static void kjvcount_to_string(const union kjvcite x, const unsigned count,
char (*const a)[12]) { (void)count; kjvcite_to_string(x, a); }
#define TABLE_NAME kjvcount
#define TABLE_KEY union kjvcite
#define TABLE_UINT uint32_t
#define TABLE_VALUE unsigned /* Count words. */
#define TABLE_UNHASH
#define TABLE_DEFAULT 0
#define TABLE_TO_STRING
#define TABLE_BODY
#include "../src/table.h"
/* Parse filename of books. */
/*!re2c /**/
re2c:yyfill:enable = 0;
re2c:define:YYCTYPE = char;
natural = [1-9][0-9]*;
whitespace = [ \t\v\f];
word = [^ \t\v\f\n\x00]+;
*/
/** `fn` contains "<number>[*].txt", sticks that in `book_no`, otherwise
returns false. */
static int looks_like_book_fn(const char *fn, unsigned *const book_no) {
const char *YYCURSOR = fn, *YYMARKER, *yyt1, *yyt2, *s0, *s1;
assert(fn && book_no);
/*!re2c /**/
*
{ return 0; }
@s0 natural @s1 [^.\x00]* ".txt" "\x00"
{ return pair_to_natural(s0, s1, book_no); }
*/
}
/* This is the contents of the <fn:looks_like_book_fn>. */
struct lex {
size_t line;
const char *cursor;
int error;
uint32_t chapter, verse, words;
};
static struct lex lex(const char *cursor) {
struct lex lex;
assert(cursor);
lex.line = 1;
lex.cursor = cursor;
lex.error = 0;
lex.chapter = lex.verse = lex.words = 0;
return lex;
}
/*!conditions:re2c*/
static int lex_next_verse(struct lex *const lex) {
const char *YYMARKER, *yyt1 = 0, *yyt2 = 0, *s0, *s1, *t0, *t1;
enum YYCONDTYPE condition = yycline;
/*!re2c /**/
re2c:define:YYCURSOR = lex->cursor;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1; */
assert(lex && lex->cursor);
lex->error = 0;
scan:
/*!re2c /**/
<*> * { return errno = EILSEQ, lex->error = 1, 0; }
<line> [^[\]\n\x00]* "\n" { lex->line++; goto scan; }
<line> "\x00" { return 0; }
<line> "[" @s0 natural @s1 ":" @t0 natural @t1 "]" => verse {
if(!pair_to_natural(s0, s1, &lex->chapter)
|| !pair_to_natural(t0, t1, &lex->verse))
return errno = EILSEQ, lex->error = 1, 0;
lex->words = 0;
/*printf("%u:%u", lex->chapter, lex->verse);*/
goto scan;
}
<verse> whitespace+ { goto scan; }
<verse> @s0 word @s1 { lex->words++; goto scan; }
<verse> "\n" { /*printf(" -> %u\n", lex->words);*/ lex->line++; return 1; }
*/
}
/* KJV count -- loaded up on initialization and is static for it's lifetime.
Given the verse citation, how many words does it have? */
/** Frees `count`. */
void kjv_count_(struct kjvcount_table *const count) { kjvcount_table_(count); }
/** Loads 66 files from the "kjv/" directory and counts all the words, which
are stored in `total`. `total` is zero if an error occurred, in which case the
details are sent to `stderr` and `errno` is set. @return On success, a
`kjvcount_table` that maps citations to word count. */
struct kjvcount_table kjv_count(size_t *const total) {
const char *const dir_kjv = "kjv";
struct char_array backing = text();
struct kjvcount_table count = kjvcount_table();
DIR *dir = 0;
struct dirent *de = 0;
struct { size_t offset; int is; } build[KJV_BOOK_SIZE] = { 0 };
enum kjv_book b = 0;
int is_in_kjv = 0;
assert(total);
*total = 0;
/* For all files in directory KJV with <#>*.txt, read into backing. */
if(chdir(dir_kjv) == -1 || (is_in_kjv = 1, !(dir = opendir("."))))
goto catch;
while((de = readdir(dir))) {
unsigned ordinal;
char *unstable_backing;
if(!looks_like_book_fn(de->d_name, &ordinal)) continue;
/*fprintf(stderr, "<%s> ordinal: %u\n", de->d_name, ordinal);*/
if(ordinal < 1 || ordinal > KJV_BOOK_SIZE)
{ errno = ERANGE; goto catch; } /* Not in range. */
if(build[b = ordinal - 1].is) /* Convert to zero-based. */
{ errno = EDOM; goto catch; } /* Is duplicate. */
if(!(unstable_backing = text_append_file(&backing, de->d_name)))
goto catch;
build[b].is = 1;
build[b].offset = (size_t)(unstable_backing - backing.data);
}
if(closedir(dir) == -1) { dir = 0; goto catch; } dir = 0;
/* Now backing is stable; count all the words for each verse. */
for(b = 0; b < KJV_BOOK_SIZE; b++) {
struct lex x;
if(!build[b].is) { fprintf(stderr, "Missing book [%u]%s.\n",
b + 1, kjv_book_string[b]); errno = EDOM; goto catch; }
x = lex(backing.data + build[b].offset);
while(lex_next_verse(&x)) {
const union kjvcite cite
= { .book = b, .chapter = x.chapter, .verse = x.verse };
unsigned *words;
switch(kjvcount_table_assign(&count, cite, &words)) {
case TABLE_PRESENT: fprintf(stderr, "[%u]%s %u:%u duplicated.\n",
b + 1, kjv_book_string[b], x.chapter, x.verse); errno = EDOM;
case TABLE_ERROR: goto catch;
case TABLE_ABSENT: break;
}
*words = x.words, *total += x.words;
}
if(x.error) { fprintf(stderr, "[%u]%s on line %zu\n",
b + 1, kjv_book_string[b], x.line); goto catch; }
}
goto finally;
catch:
*total = 0;
if(de) fprintf(stderr, "While reading %s/%s.\n", dir_kjv, de->d_name);
else fprintf(stderr, "In directory %s/.\n", dir_kjv);
recatch:
kjv_count_(&count);
finally:
if(dir) { if(closedir(dir)) { dir = 0; goto recatch; } dir = 0; }
if(is_in_kjv && (is_in_kjv = 0, chdir("..") == -1)) goto recatch;
text_(&backing);
return count;
}
size_t kjv_count_get(struct kjvcount_table *const count,
const union kjvcite cite) { return kjvcount_table_get(count, cite); }
const char *kjv_count_to_string(const struct kjvcount_table *const count)
{ return kjvcount_table_to_string(count); }
/* KJV set -- keeps track of membership by verse. */
struct kjvset_table kjv_set(void) { return kjvset_table(); }
void kjv_set_(struct kjvset_table *const set) { kjvset_table_(set); }
enum table_result kjv_set_add(struct kjvset_table *const set,
const union kjvcite cite) { return kjvset_table_try(set, cite); }
const char *kjv_set_to_string(const struct kjvset_table *const set)
{ return set ? kjvset_table_to_string(set) : 0; }

3
src/scan.h
View File

@ -64,7 +64,7 @@ struct flight {
#include "../src/tree.h"
#include "kjvcite.h"
#include "kjv.h"
#define TREE_NAME kjvline
#define TREE_KEY union line64
#define TREE_VALUE struct kjvrange
@ -90,6 +90,7 @@ struct scan {
void scan_(struct scan *);
struct scan scan(struct journal *);
const struct source *scan_source_lookup(struct scan *, const union line64);
void scan_score_graph(struct scan *);
void scan_glider_graph(struct scan *);
void scan_flight_graph(struct scan *);

7
src/scan.re.c
View File

@ -580,8 +580,7 @@ finally:
return scan;
}
/** Lookup the last source in `range` in sources `s`. They are invalidated on
adding a source, (currently fine because we get all at once.) */
/** Lookup the source of `x` in `scan`, if any. */
static const struct source *source_lookup(struct scan *const scan,
const union line64 x) {
struct linemap_tree_iterator it;
@ -594,6 +593,10 @@ static const struct source *source_lookup(struct scan *const scan,
? *linemap_tree_value(&it) : 0);
}
/** Lookup the source of `x` in `scan`, if any; public function for testing. */
const struct source *scan_source_lookup(struct scan *const scan,
const union line64 x) { return source_lookup(scan, x); }
void scan_score_graph(struct scan *const scan) {
struct linemap_tree_iterator it
= linemap_tree_iterator(&scan->scores.dates);

4
src/scan_flight.h
View File

@ -1,4 +0,0 @@
#include "helper.h"
#include "flight.h"
int flight_scan(union date32, const char *, struct flight_tree *);

65
src/scan_flight.re.c
View File

@ -1,65 +0,0 @@
/** @license 2022 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
Scan journal entries for kjv references. */
#include "../src/journal.h"
#include "../src/scan_flight.h"
#include <inttypes.h> /* C99 */
#include <stdlib.h>
#include <stdio.h>
#include <assert.h>
#include <limits.h>
/*!conditions:re2c*/
int flight_scan(union date32 date, const char *const buffer,
struct flights *const f) {
const char *YYCURSOR, *YYMARKER, *yyt1, *yyt2, *yyt3, *s0, *s1, *t0, *t1;
enum flight_type type = Glider;
enum YYCONDTYPE condition = yycline;
size_t line = 1;
char datestr[12] = {0};
const char *why = "unexpected";
assert(buffer && f);
YYCURSOR = YYMARKER = yyt1 = buffer;
/*!re2c /**/
re2c:define:YYCTYPE = char;
re2c:yyfill:enable = 0;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1;
unix_control = [\x01-\x08\x0b-\x1f\x7f];
ws = [ \t];
glyph = [^] \ ("\x00" | "\n" | unix_control | ws);
natural = [1-9][0-9]*;
*/
for( ; ; ) { /*!re2c /**/
/* Default ignore. */
<skip> [^\n\x00] { continue; }
<skip> "\x00" { why = "no newline at end of file"; goto catch; }
<line> "\x00" { return 1; }
<line, skip> "\n" => line { line++; continue; }
<line> * :=> skip
/* Except these two. */
<line> "[glider]" :=> glider
<line> "[flight]" :=> flight
/* "M" - Motor Car Tow
"W" - Winch
"A" - Aero Tow */
/* type; registration; launch -- landing; pic; sic;
single engine day dual; pilot; instrument simulated; actual; remarks */
<glider, flight> * { why = "default unrecognized"; goto catch; }
*/ }
assert(0); /* Never gets here. */
catch:
if(!errno) errno = EILSEQ;
date32_to_string(date, &datestr);
fprintf(stderr, "%s\n"
"%s line %zu: %s.\n", buffer, datestr, line, why);
return 0;
}

30
src/scores.h
View File

@ -1,30 +0,0 @@
#include "pair.h" /* pair */
#include "journal.h" /* size_t, date32, line64 */
struct score {
struct pair key, name;
union date32 date, last;
unsigned edges, tempscore;
};
#define ARRAY_NAME scorelist
#define ARRAY_TYPE struct score
#define ARRAY_HEAD
#include "../src/array.h"
#define TREE_NAME score
#define TREE_KEY union line64
#define TREE_VALUE size_t
#define TREE_HEAD
#include "../src/tree.h"
struct scores {
struct scorelist_array list;
struct pairmap_table map;
struct score_tree dates;
};
void scores_(struct scores *);
struct scores scores(struct journal *);
int scores_is_empty(const struct scores *);
int scores_graph(struct scores *);
const char *scores_to_string(const struct scores *);

282
src/scores.re.c
View File

@ -1,282 +0,0 @@
/** @license 2022 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
Scan journal entries for score. */
#include "../src/journal.h"
#include "../src/scores.h"
#include <stdio.h>
#include <assert.h>
/* One array. */
static void scorelist_to_string(const struct score *const s,
char (*const z)[12]) {
const char *a = s->name.a, *b;
char *y = *z;
b = s->name.b <= a + 11 ? s->name.b : a + 11;
while(a < b) *(y++) = *(a++);
*y = '\0';
}
#define ARRAY_NAME scorelist
#define ARRAY_TYPE struct score
#define ARRAY_TO_STRING
#define ARRAY_BODY
#include "../src/array.h"
/* Tree mapping from date-line to indices. */
static void score_to_string(const union line64 line, const size_t *const u,
char (*const a)[12]) { (void)u; date32_to_string(line.date, a); }
static int score_compare(const union line64 a, const union line64 b)
{ return a.u64 > b.u64; }
#define TREE_NAME score
#define TREE_KEY union line64
#define TREE_VALUE size_t
#define TREE_COMPARE
#define TREE_TO_STRING
#define TREE_DEFAULT 0
#define TREE_BODY
#include "../src/tree.h"
/*!conditions:re2c*/
static int scan(union date32 date, const char *const buffer,
struct scores *const scores) {
const char *YYCURSOR, *YYMARKER, *yyt1, *yyt2, *s0, *s1;
enum YYCONDTYPE condition = yycline;
size_t line = 1;
char datestr[12] = {0};
const char *why = "unexpected";
struct score *score = 0;
assert(buffer && scores);
YYCURSOR = YYMARKER = yyt1 = buffer;
/*!re2c /**/
re2c:define:YYCTYPE = char;
re2c:yyfill:enable = 0;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1;
ws = [ \t];
glyph = [^\x00-\x20\x7f]; // [^\x00\n\t ] + all weird
semitext = glyph \ ";";
natural = [1-9][0-9]*;
uint = [0-9]+;
keyword = [A-Za-z0-9][A-Za-z0-9_-]*;
date = natural "-" [0-1][0-9] "-" [0-3][0-9];
*/
for( ; ; ) { /*!re2c /**/
/* Default ignore. */
<skip> [^\n\x00] { continue; }
<skip> "\x00" { why = "no newline at end of file"; goto catch; }
<line> "\x00" { return 1; }
<line, skip> "\n" => line { line++; continue; }
<line> * :=> skip
<line> "::" / [^:] :=> score
<score> * { why = "score unrecognized"; goto catch; }
/* Already there. Use the map to get the index from the keyword and
then stick a marker in the tree with that index. */
<score> @s0 keyword @s1 / "\n" => skip { also_add_to_tree: {
const struct pair keyword = pair(s0, s1);
const union line64 key = { { (uint32_t)line, date } };
size_t idx, *pidx;
if(line > UINT32_MAX)
{ errno = ERANGE; why = "too many lines of text"; goto catch; }
if(!(idx = pair_map_table_get(&scores->map, keyword)))
{ why = "keyword not introduced"; goto catch; }
if(scores->list.data[idx].last.u32 >= date.u32)
{ why = "duplicate key in same day"; goto catch; }
scores->list.data[idx].last.u32 = date.u32;
switch(score_tree_bulk_assign(&scores->dates, key, &pidx)) {
case TREE_PRESENT: assert(0); why = "duplicate key"; /* _Sic_. */
case TREE_ERROR: goto catch;
case TREE_ABSENT: *pidx = idx; break;
}
/*date32_to_string(date, &datestr);
fprintf(stderr, "%s: <%.*s>\n", datestr, (int)(s1 - s0), s0);*/
continue;
} }
/* New score. */
<score> @s0 keyword @s1 ":" => score_name {
size_t *idx;
switch(pair_map_table_assign(&scores->map, pair(s0, s1), &idx)) {
case TABLE_PRESENT: errno = EDOM; why = "new keyword already used";
case TABLE_ERROR: goto catch; /* _Sic_. */
case TABLE_ABSENT: *idx = 0; break;
}
if(!(score = scorelist_array_new(&scores->list))) goto catch;
*idx = (size_t)(score - scores->list.data);
/*struct pair key, name; union date32 date, last; unsigned edges;*/
score->key.a = s0, score->key.b = s1;
score->name.a = 0, score->name.b = 0;
score->date.u32 = score->last.u32 = 0;
score->edges = 0, score->tempscore = 0;
date32_to_string(date, &datestr);
fprintf(stderr, "%s: new score <%.*s> stored in list at %zu.\n",
datestr, (int)(s1 - s0), s0, *idx);
goto also_add_to_tree;
}
<score_name> * { why = "name unrecognized"; goto catch; }
<score_date> * { why = "date unrecognized"; goto catch; }
<score_edges> * { why = "edges unrecognized"; goto catch; }
<score_name> ws* @s0 semitext+ (" " semitext+)* @s1 /* ws* */ ";"
=> score_date {
assert(score);
score->name.a = s0, score->name.b = s1;
}
<score_date> ws* "~"? @s0 date ws* ";" => score_edges {
assert(score);
if(!pair_to_date(s0, &score->date)) goto catch;
}
<score_edges> ws* "~"? @s0 uint @s1 ws* / "\n" => skip {
assert(score);
if(!pair_to_natural(s0, s1, &score->edges)) goto catch;
score = 0; /* Done. */
}
*/ }
assert(0); /* Never gets here. */
catch:
if(!errno) errno = EILSEQ;
date32_to_string(date, &datestr);
fprintf(stderr, "%s line %zu: %s.\n", datestr, line, why);
return 0;
}
void scores_(struct scores *const s) {
if(!s) return;
score_tree_(&s->dates);
pair_map_table_(&s->map);
scorelist_array_(&s->list);
}
struct scores scores(struct journal *const j) {
struct scores s
= { scorelist_array(), pair_map_table(), score_tree() };
struct journal_iterator it;
union date32 k;
const char *v;
assert(j);
{ /* Null is the first item for convenience, (TABLE_DEFAULT). */
struct score *nul;
if(!(nul = scorelist_array_new(&s.list))) goto catch;
nul->key.a = nul->key.b = nul->name.a = nul->name.b = 0;
nul->date.u32 = 0;
nul->edges = 0;
}
it = journal_iterator(j);
while(journal_next(&it, &k, &v)) if(!scan(k, v, &s)) goto catch;
fprintf(stderr, "List of scores: %s.\n"
"Mapped to indices: %s.\n"
"Date-line tree: %s.\n", scorelist_array_to_string(&s.list),
pair_map_table_to_string(&s.map), score_tree_to_string(&s.dates));
goto finally;
catch:
scores_(&s);
finally:
return s;
}
int scores_is_empty(const struct scores *const s)
{ return !s || !s->dates.root.node; }
const char *scores_to_string(const struct scores *const s)
{ return assert(s), scorelist_array_to_string(&s->list); }
int scores_graph(struct scores *const scrs) {
struct score_tree_iterator it = score_tree_iterator(&scrs->dates);
union line64 line;
struct score *score;
/* Set score to zero to verify count with paper journal. */
for(size_t i = 0; i < scrs->list.size; i++)
scrs->list.data[i].tempscore = 0;
/* 840 with legend; only useful to me. */
printf("set terminal pngcairo dashed transparent truecolor"
" size 840, 480 fontscale 1\n"
"set output \"score.png\"\n");
printf("$Data <<EOD\n"
"# date, key, key score\n");
while(score_tree_next(&it)) {
line = score_tree_key(&it);
score = scrs->list.data + *score_tree_value(&it);
char datestr[12];
date32_to_string(line.date, &datestr);
score->tempscore++;
printf("%s, %.*s, %u\n", datestr,
(int)(score->key.b - score->key.a), score->key.a, score->tempscore);
}
printf("EOD\n"
"# theozh https://stackoverflow.com/a/75466214/2472827\n"
"# get a unique list from datablock\n"
"addToList(list,col) = list.( strstrt(list,'\"'.strcol(col).'\"') \\\n"
" > 0 ? '' : ' \"'.strcol(col).'\"')\n"
"Uniqs = ''\n"
"stats $Data u (Uniqs=addToList(Uniqs,2)) nooutput\n"
"Uniq(i) = word(Uniqs,i)\n"
"getIndex(s) = sum [_i=1:words(Uniqs)] s eq word(Uniqs,_i) ? _i : 0\n"
"\n"
/*"stats $Data u 3 nooutput\n"
"cumsum = STATS_sum\n"
"stats $Data u 4 nooutput\n"
"setsum = STATS_sum\n"
"\n"*/
"myTimeFmt = \"%%Y-%%m-%%d\"\n"
"set format x myTimeFmt timedate\n"
"set xtics format myTimeFmt rotate by -30\n"
"set ylabel \"satisfaction and happiness CDF (days)\"\n"
"set grid\n"
"set key out reverse Left noautotitle\n"
"set style fill solid 0.5\n"
"unset border\n"
"unset key\n"
"set autoscale xfix # max? hack: can't get x to extend further\n"
"\n"
/*"set label sprintf(\"%%u cumulative words (duplicate verses counted)\","
" cumsum) center at graph 0.5, first cumsum*100/%zu offset 0,0.5\n"
"set label sprintf(\"%%u unique KJV verse words memorized\", setsum) "
"center at graph 0.5, first setsum*100/%zu offset 0,0.5\n"
"\n"*/
"plot \\\n"
" total=0 $Data u"
" (timecolumn(1,myTimeFmt)):(total=total+1) \\\n"
" w steps lc \"black\" dt 1 lw 1, \\\n"
" total=0 '' u \\\n"
" (timecolumn(1,myTimeFmt)): \\\n"
" (total=total+1,total/2.): \\\n"
" (43200): \\\n"
" (total/2.): \\\n"
" (getIndex(strcol(2))) w boxxy lc var lw 1, \\\n"
" for [i=1:words(Uniqs)] keyentry w boxxy lc i ti Uniq(i)\n");
return 1;
}
#include <stdlib.h>
int main(void) {
const char *fail = 0;
struct journal jrnl = {0};
struct scores scrs = {0};
errno = 0;
jrnl = journal("../journal");
fprintf(stderr, "Journal: %s.\n", journal_to_string(&jrnl));
if(journal_is_empty(&jrnl)) { fail = "journal failed to load"; goto catch; }
scrs = scores(&jrnl);
fprintf(stderr, "Scores: %s.\n", scores_to_string(&scrs));
if(scores_is_empty(&scrs)) { fail = "scores failed to parse"; goto catch; }
if(!scores_graph(&scrs)) goto catch;
goto finally;
catch:
if(!fail) fail = "score";
perror(fail);
finally:
scores_(&scrs);
journal_(&jrnl);
return fail ? EXIT_FAILURE : EXIT_SUCCESS;
}

28
src/source.h
View File

@ -1,28 +0,0 @@
#include "pair.h" /* pair */
struct source { struct pair name, desc; };
#define ARRAY_NAME sourcelist
#define ARRAY_TYPE struct source
#define ARRAY_HEAD
#include "../src/array.h"
#include <stddef.h> /* size_t */
#include "../src/journal.h" /* line64 */
#define TREE_NAME source
#define TREE_KEY union line64
#define TREE_VALUE size_t
#define TREE_HEAD
#include "../src/tree.h"
struct sources {
struct sourcelist_array list;
struct pairmap_table map;
struct source_tree dates;
};
struct source *sources_add(struct sources *, const union line64);
struct sources sources(struct journal *);
void sources_(struct sources *);
int sources_is_empty(const struct sources *);
const char *sources_to_string(const struct sources *);
const struct source *source_lookup(struct sources *, const union line64);

170
src/source.re.c
View File

@ -1,170 +0,0 @@
/** @license 2023 Neil Edelman, distributed under the terms of the
[MIT License](https://opensource.org/licenses/MIT).
@std C11 */
#include "../src/source.h"
#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <assert.h>
/* `sourcelist` is an array of all the sources. */
static void sourcelist_to_string(const struct source *const s,
char (*const z)[12]) {
const char *a = s->name.a, *b;
char *y = *z;
b = s->name.b <= a + 11 ? s->name.b : a + 11;
while(a < b) *(y++) = *(a++);
*y = '\0';
}
#define ARRAY_NAME sourcelist
#define ARRAY_TYPE struct source
#define ARRAY_TO_STRING
#define ARRAY_BODY
#include "../src/array.h"
/* `source` is a tree mapping from date-line to indices in `sourcelist`. */
static void source_to_string(const union line64 line, const size_t *const u,
char (*const a)[12]) { (void)u; date32_to_string(line.date, a); }
static int source_compare(const union line64 a, const union line64 b)
{ return a.u64 > b.u64; }
#define TREE_NAME source
#define TREE_KEY union line64
#define TREE_VALUE size_t /* Index into source list. */
#define TREE_COMPARE
#define TREE_TO_STRING
#define TREE_DEFAULT 0
#define TREE_BODY
#include "../src/tree.h"
/*!conditions:re2c*/
static int scan(union date32 date, const char *const buffer,
struct sources *const s) {
const char *YYCURSOR, *YYMARKER, *yyt1, *yyt2, *s0, *s1;
enum YYCONDTYPE condition = yycline;
size_t line = 1;
char datestr[12] = {0};
const char *why = "unexpected";
assert(buffer && s);
YYCURSOR = YYMARKER = yyt1 = buffer;
/*!re2c /**/
re2c:define:YYCTYPE = char;
re2c:yyfill:enable = 0;
re2c:define:YYGETCONDITION = "condition";
re2c:define:YYSETCONDITION = "condition = @@;";
re2c:define:YYGETCONDITION:naked = 1;
re2c:define:YYSETCONDITION:naked = 1;
unix_control = [\x01-\x08\x0b-\x1f\x7f];
ws = [ \t];
glyph = [^] \ ("\x00" | "\n" | unix_control | ws);
keyword = [A-Za-z0-9][A-Za-z0-9_-]*;
*/
for( ; ; ) {
/*!re2c /**/
/* Default ignore. */
<skip> [^\n\x00] { continue; }
<skip> "\x00" { why = "no newline at end of file"; goto catch; }
<line> "\x00" { return 1; }
<line, skip> "\n" => line { line++; continue; }
<line> * :=> skip
<line> "--" / [^-] :=> source
<source> * { why = "default source unrecognized"; goto catch; }
<source> @s0 keyword @s1 / "\n" => skip { also_add_to_tree: {
const struct pair keyword = pair(s0, s1);
const union line64 key = { { (uint32_t)line, date } };
size_t i, *pi;
if(line > UINT32_MAX)
{ errno = ERANGE; why = "too many lines of text"; goto catch; }
if(!(i = pair_map_table_get(&s->map, keyword)))
{ why = "keyword not introduced"; goto catch; }
/* fixme: bulk */
switch(source_tree_assign(&s->dates, key, &pi)) {
case TREE_PRESENT: why = "duplicate key"; /* _Sic_. */
case TREE_ERROR: goto catch;
case TREE_ABSENT: *pi = i; break;
}
/*date32_to_string(date, &datestr);
printf("%s: <%.*s>\n", datestr, (int)(s1 - s0), s0);*/
continue;
} }
/* New source. This is lazy and will pickup trailing spaces. */
<source> @s0 keyword @s1 ":" [^\x00\n]+ / "\n" => skip {
struct pair keyword = pair(s0, s1);
size_t *idx;
struct source *source;
switch(pair_map_table_assign(&s->map, keyword, &idx)) {
case TABLE_PRESENT: errno = EDOM; why = "new keyword already used";
case TABLE_ERROR: goto catch; /* /\ _Sic_. */
case TABLE_ABSENT: *idx = 0; break; /* Good. */
}
if(!(source = sourcelist_array_new(&s->list))) goto catch;
*idx = (size_t)(source - s->list.data);
source->name.a = s0, source->name.b = s1;
source->desc.a = 0, source->desc.b = 0;
date32_to_string(date, &datestr);
fprintf(stderr, "%s: new source <%.*s> stored in list at %zu.\n",
datestr, (int)(s1 - s0), s0, *idx);
goto also_add_to_tree;
}
*/ }
assert(0); /* Never gets here. */
catch:
if(!errno) errno = EILSEQ;
date32_to_string(date, &datestr);
fprintf(stderr, "%s line %zu: %s.\n", datestr, line, why);
return 0;
}
void sources_(struct sources *const s) {
if(!s) return;
source_tree_(&s->dates);
pair_map_table_(&s->map);
sourcelist_array_(&s->list);
}
struct sources sources(struct journal *const j) {
struct sources s
= { sourcelist_array(), pair_map_table(), source_tree() };
struct journal_iterator it;
union date32 k;
const char *v;
assert(j);
{ /* Null is the first item for convenience, (TABLE_DEFAULT). */
struct source *nul;
if(!(nul = sourcelist_array_new(&s.list))) goto catch;
nul->name.a = nul->name.b = nul->desc.a = nul->desc.b = 0;
}
it = journal_iterator(j);
while(journal_next(&it, &k, &v)) if(!scan(k, v, &s)) goto catch;
fprintf(stderr, "List of sources: %s.\n"
"Mapped to indices: %s.\n"
"Date-line tree: %s.\n", sourcelist_array_to_string(&s.list),
pair_map_table_to_string(&s.map), source_tree_to_string(&s.dates));
goto finally;
catch:
sources_(&s);
finally:
return s;
}
int sources_is_empty(const struct sources *const s)
{ return !s || !s->dates.root.node; }
/** Lookup the last source in `range` in sources `s`. They are invalidated on
adding a source, (currently fine because we get all at once.) */
const struct source *source_lookup(struct sources *const s,
const union line64 x) {
struct source_tree_iterator it;
assert(s);
it = source_tree_less(&s->dates, x);
/* If it's before all elements of the journal or is not on the same date as
the source, this has no source, which is `list[0]` by <fn:sources>. */
return s->list.data + (source_tree_has_element(&it)
&& x.date.u32 == source_tree_key(&it).date.u32
? *source_tree_value(&it) : 0);
}

2
test/test_kjv.c
View File

@ -1,4 +1,4 @@
#include "../src/kjvcite.h"
#include "../src/kjv.h"
#include <stdio.h>
#include <inttypes.h> /* C99 */
#include <stdlib.h>

16
test/test_source.c
View File

@ -1,4 +1,4 @@
#include "../src/source.h"
#include "../src/scan.h"
#include <stdio.h>
#include <stdlib.h>
#include <assert.h>
@ -7,8 +7,8 @@
int main(void) {
int success = EXIT_SUCCESS;
errno = 0; /* `errno` is not set correctly to 0 in some debug situations. */
struct journal j = journal("../journal");
struct sources s = sources(&j);
struct journal jrnl = journal("../journal");
struct scan scn = scan(&jrnl);
if(errno) goto catch;
const union line64 agenda = {{4,{{20,04,1996}}}},
@ -16,17 +16,17 @@ int main(void) {
noentry = {{3,{{1,6,1995}}}};
const struct source *source;
source = source_lookup(&s, agenda);
source = scan_source_lookup(&scn, agenda);
printf("agenda: <%.*s>\n",
(int)(source->name.b - source->name.a), source->name.a);
assert(pair_is_string(source->name, "1995agenda"));
source = source_lookup(&s, before);
source = scan_source_lookup(&scn, before);
printf("before: <%.*s>\n",
(int)(source->name.b - source->name.a), source->name.a);
assert(pair_is_string(source->name, 0));
source = source_lookup(&s, noentry);
source = scan_source_lookup(&scn, noentry);
printf("noentry: <%.*s>\n",
(int)(source->name.b - source->name.a), source->name.a);
assert(pair_is_string(source->name, 0));
@ -35,7 +35,7 @@ int main(void) {
catch:
success = EXIT_FAILURE, perror("source");
finally:
sources_(&s);
journal_(&j);
scan_(&scn);
journal_(&jrnl);
return success;
}