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bench-tpch-q9.cpp
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#include <stdio.h>
#include <time.h>
#include <functional>
#include <iostream>
#include <tuple>
#include <unordered_map>
#include "common.h"
#include "operators.h"
#include "sqlite3.h"
#define TPCH_SF 4
// populated later
int tpch9_lineitem1_pos[2]; // partkey
int tpch9_lineitem1_crd[TPCH_SF * 201000 + 10];
int tpch9_lineitem2_pos[TPCH_SF * 201000 + 10]; // suppkey
int tpch9_lineitem2_crd[TPCH_SF * 801000 + 10];
int tpch9_lineitem3_pos[TPCH_SF * 801000 + 10]; // orderkey
int tpch9_lineitem3_crd[TPCH_SF * 6010000 + 10];
double tpch9_lineitem4_crd[TPCH_SF * 6010000 + 10]; // extendedprice
double tpch9_lineitem5_crd[TPCH_SF * 6010000 + 10]; // discount
double tpch9_lineitem6_crd[TPCH_SF * 6010000 + 10]; // quantity
// tpch9_part1 = partkey (dense)
const char* tpch9_part2_crd[TPCH_SF * 201000 + 10]; // partname
// tpch9_orders1 = orderkey (dense)
int tpch9_orders2_crd[TPCH_SF * 6010000 + 10]; // orderdate
// tpch9_supplier1 = suppkey (dense)
int tpch9_supplier2_crd[TPCH_SF * 11000 + 10]; // nationkey
// tpch9_partsupp1 = partkey (dense)
int tpch9_partsupp2_pos[TPCH_SF * 201000 + 10]; // suppkey
int tpch9_partsupp2_crd[TPCH_SF * 801000 + 10];
double tpch9_partsupp3_crd[TPCH_SF * 801000 + 10]; // supplycost
// tpch9_nation1 = nationkey (dense)
const char* tpch9_nation2_crd[25 + 10]; // nationname
static inline int date_to_year [[gnu::pure]] (std::time_t date) {
tm result;
gmtime_r(&date, &result);
return 1900 + result.tm_year;
}
#include "gen_tpch_q9.c"
#define GEN_D_(tbl_name, crd2copy) \
static int tbl_name##_i1_ = 0; \
static int gen_##tbl_name##_callback(void* data, int argc, char** argv, \
char** azColName) { \
if (tbl_name##_i1_ <= atoi(argv[0])) { \
tbl_name##_i1_ = atoi(argv[0]) + 1; \
} \
tbl_name##2_crd [atoi(argv[0])] = crd2copy(argv[1]); \
\
return 0; \
}
#define PRINT_LENGTH_D_(tbl_name) \
do { \
printf("%s2_crd: %d\n", #tbl_name, tbl_name##_i1_); \
} while (false)
// "is_set" controls whether we assume input keys will be unique
#define GEN_S_(tbl_name, is_set, crd1eq, crd1conv, crd1copy, crd2copy) \
static int tbl_name##_out = 0; \
static int gen_##tbl_name##_callback(void* data, int argc, char** argv, \
char** azColName) { \
tbl_name##_out++; \
if (!is_set || tbl_name##1_pos [0] == tbl_name##1_pos [1] || \
!crd1eq(crd1conv(argv[0]), \
tbl_name##1_crd [tbl_name##1_pos [1] - 1])) { \
tbl_name##1_pos [1] += 1; \
} \
tbl_name##1_crd [tbl_name##1_pos [1] - 1] = crd1copy(argv[0]); \
tbl_name##2_crd [tbl_name##1_pos [1] - 1] = crd2copy(argv[1]); \
\
return 0; \
}
#define PRINT_LENGTH_S_(tbl_name) \
do { \
printf("%s_out: %d\n", #tbl_name, tbl_name##_out); \
printf("%s1_pos: %d\n", #tbl_name, 2); \
printf("%s1_crd: %d\n", #tbl_name, tbl_name##1_pos [1]); \
printf("%s2_crd: %d\n", #tbl_name, tbl_name##1_pos [1]); \
} while (false)
#define GEN_DS_(tbl_name, is_set, crd2eq, crd2conv, crd2copy, crd3copy) \
static int tbl_name##_i1_ = 0; \
static int gen_##tbl_name##_callback(void* data, int argc, char** argv, \
char** azColName) { \
while (tbl_name##_i1_ <= atoi(argv[0])) { \
tbl_name##2_pos [tbl_name##_i1_ + 1] = tbl_name##2_pos [tbl_name##_i1_]; \
tbl_name##_i1_ += 1; \
} \
if (!is_set || \
tbl_name##2_pos [atoi(argv[0])] == \
tbl_name##2_pos [atoi(argv[0]) + 1] || \
!crd2eq(crd2conv(argv[1]), \
tbl_name##2_crd [tbl_name##2_pos [atoi(argv[0]) + 1] - 1])) { \
tbl_name##2_pos [atoi(argv[0]) + 1] += 1; \
} \
tbl_name##2_crd [tbl_name##2_pos [atoi(argv[0]) + 1] - 1] = \
crd2copy(argv[1]); \
tbl_name##3_crd [tbl_name##2_pos [atoi(argv[0]) + 1] - 1] = \
crd3copy(argv[2]); \
\
return 0; \
}
#define PRINT_LENGTH_DS_(tbl_name) \
do { \
printf("%s2_pos: %d\n", #tbl_name, tbl_name##_i1_ + 1); \
printf("%s2_crd: %d\n", #tbl_name, tbl_name##2_pos [tbl_name##_i1_]); \
printf("%s3_crd: %d\n", #tbl_name, tbl_name##2_pos [tbl_name##_i1_]); \
} while (false)
// "is_set" controls whether we assume input keys will be unique
#define GEN_SSS___(tbl_name, is_set, crd1eq, crd1conv, crd1copy, crd2eq, \
crd2conv, crd2copy, crd3eq, crd3conv, crd3copy, crd4copy, \
crd5copy, crd6copy) \
static int tbl_name##_out = 0; \
static int gen_##tbl_name##_callback(void* data, int argc, char** argv, \
char** azColName) { \
tbl_name##_out++; \
if (tbl_name##1_pos [0] == tbl_name##1_pos [1] || \
!crd1eq(crd1conv(argv[0]), \
tbl_name##1_crd [tbl_name##1_pos [1] - 1])) { \
tbl_name##1_pos [1] += 1; \
tbl_name##2_pos [tbl_name##1_pos [1]] = \
tbl_name##2_pos [tbl_name##1_pos [1] - 1]; \
} \
tbl_name##1_crd [tbl_name##1_pos [1] - 1] = crd1copy(argv[0]); \
\
if (tbl_name##2_pos [tbl_name##1_pos [1] - 1] == \
tbl_name##2_pos [tbl_name##1_pos [1]] || \
!crd2eq( \
crd2conv(argv[1]), \
tbl_name##2_crd [tbl_name##2_pos [tbl_name##1_pos [1]] - 1])) { \
tbl_name##2_pos [tbl_name##1_pos [1]] += 1; \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] = \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]] - 1]; \
} \
tbl_name##2_crd [tbl_name##2_pos [tbl_name##1_pos [1]] - 1] = \
crd2copy(argv[1]); \
\
if (!is_set || \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]] - 1] == \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] || \
!crd3eq(crd3conv(argv[2]), \
tbl_name##3_crd \
[tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] - \
1])) { \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] += 1; \
} \
tbl_name##3_crd [tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] - \
1] = crd3copy(argv[2]); \
tbl_name##4_crd [tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] - \
1] = crd4copy(argv[3]); \
tbl_name##5_crd [tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] - \
1] = crd5copy(argv[4]); \
tbl_name##6_crd [tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]] - \
1] = crd6copy(argv[5]); \
\
return 0; \
}
#define PRINT_LENGTH_SSS___(tbl_name) \
do { \
printf("%s_out: %d\n", #tbl_name, tbl_name##_out); \
printf("%s1_crd: %d\n", #tbl_name, tbl_name##1_pos [1]); \
printf("%s2_pos: %d\n", #tbl_name, tbl_name##1_pos [1] + 1); \
printf("%s2_crd: %d\n", #tbl_name, tbl_name##2_pos [tbl_name##1_pos [1]]); \
printf("%s2_crd: %d\n", #tbl_name, \
tbl_name##2_pos [tbl_name##1_pos [1]] + 1); \
printf("%s3_crd: %d\n", #tbl_name, \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]]); \
printf("%s4_crd: %d\n", #tbl_name, \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]]); \
printf("%s5_crd: %d\n", #tbl_name, \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]]); \
printf("%s6_crd: %d\n", #tbl_name, \
tbl_name##3_pos [tbl_name##2_pos [tbl_name##1_pos [1]]]); \
} while (false)
#define EQ(a, b) (a == b)
#define STR_EQ(a, b) (strcmp(a, b) == 0)
#define ID(a) (a)
GEN_SSS___(tpch9_lineitem, false, EQ, atoi, atoi, EQ, atoi, atoi, EQ, atoi,
atoi, atof, atof, atof)
GEN_D_(tpch9_part, strdup)
GEN_D_(tpch9_orders, atoi)
GEN_D_(tpch9_supplier, atoi)
GEN_DS_(tpch9_partsupp, false, EQ, atoi, atoi, atof)
GEN_D_(tpch9_nation, strdup)
static int populate_tpch_q9(sqlite3* db) {
char* zErrMsg;
int rc;
void* data = NULL;
#define GET_TBL2(tbl_name, col1, col2) \
do { \
rc = sqlite3_exec( \
db, "SELECT " #col1 ", " #col2 " FROM " #tbl_name " ORDER BY 1, 2", \
gen_tpch9_##tbl_name##_callback, (void*)data, &zErrMsg); \
if (rc != SQLITE_OK) { \
printf("%s:%d: %s\n", __FILE__, __LINE__, zErrMsg); \
return rc; \
} \
} while (false)
#define GET_TBL3(tbl_name, col1, col2, col3) \
do { \
rc = sqlite3_exec(db, \
"SELECT " #col1 ", " #col2 ", " #col3 " FROM " #tbl_name \
" ORDER BY 1, 2, 3", \
gen_tpch9_##tbl_name##_callback, (void*)data, &zErrMsg); \
if (rc != SQLITE_OK) { \
printf("%s:%d: %s\n", __FILE__, __LINE__, zErrMsg); \
return rc; \
} \
} while (false)
#define GET_TBL6(tbl_name, ...) \
do { \
rc = sqlite3_exec(db, \
"SELECT " #__VA_ARGS__ " FROM " #tbl_name \
" ORDER BY 1, 2, 3, 4, 5, 6", \
gen_tpch9_##tbl_name##_callback, (void*)data, &zErrMsg); \
if (rc != SQLITE_OK) { \
printf("%s:%d: %s\n", __FILE__, __LINE__, zErrMsg); \
return rc; \
} \
} while (false)
GET_TBL6(lineitem, l_partkey, l_suppkey, l_orderkey, l_extendedprice,
l_discount, l_quantity);
GET_TBL2(part, p_partkey, p_name);
GET_TBL2(orders, o_orderkey, unixepoch(o_orderdate, 'utc'));
GET_TBL2(supplier, s_suppkey, s_nationkey);
GET_TBL3(partsupp, ps_partkey, ps_suppkey, ps_supplycost);
GET_TBL2(nation, n_nationkey, n_name);
PRINT_LENGTH_SSS___(tpch9_lineitem);
PRINT_LENGTH_D_(tpch9_part);
PRINT_LENGTH_D_(tpch9_orders);
PRINT_LENGTH_D_(tpch9_supplier);
PRINT_LENGTH_DS_(tpch9_partsupp);
PRINT_LENGTH_D_(tpch9_nation);
return rc;
}
static sqlite3* db;
int main(int argc, char* argv[]) {
int rc = SQLITE_OK;
sqlite3_initialize();
rc = sqlite3_open(argc >= 1 ? argv[1] : "TPC-H.db", &db);
if (rc) {
fprintf(stderr, "Can't open database: %s\n", sqlite3_errmsg(db));
return (0);
} else {
fprintf(stderr, "Opened database successfully\n");
}
time([]() { return populate_tpch_q9(db); }, "populate_tpch_q9", 1);
printf("Loaded\n");
time(q9, "q9", 5);
sqlite3_close(db);
return 0;
}