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Overview
Comment: | implemented finalize! on sqlite3, fixed bind! bug with inexact integers |
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Downloads: | Tarball | ZIP archive | SQL archive |
Timelines: | family | ancestors | descendants | both | trunk |
Files: | files | file ages | folders |
SHA1: |
150009ee9beb4cd3a394c1ffeb94fc25 |
User & Date: | aldo 2016-10-26 16:03:44 |
Context
2016-10-26
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16:08 | fixed include issue with cut check-in: 31d22b4672 user: aldo tags: trunk | |
16:03 | implemented finalize! on sqlite3, fixed bind! bug with inexact integers check-in: 150009ee9b user: aldo tags: trunk | |
2016-09-12
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17:31 | added some keyboard functions check-in: 3c717fb0e5 user: aldo tags: trunk | |
Changes
Changes to sqlite3.sls.
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(srfi s2 and-let) (matchable) (only (srfi s13 strings) string-contains-ci) (srfi s11 let-values) (srfi s26 cut) (sql-null)) (define library-init (begin (load-shared-object "libsqlite3.so.0"))) ;; compatibility functions (define (hashtable-walk ht f) (vector-for-each (lambda (x) (f x (hashtable-ref ht x #f))) (hashtable-keys ht))) (define (->string x) ................................................................................ (define (sqlite3-next-stmt db) (check-database 'sqlite3-next-stmt db) (let* ([f (foreign-procedure "sqlite3_next_stmt" (sqlite3:database*) sqlite3:statement*)] [stmt* (f (database-addr db))]) (make-statement (make-ftype-pointer sqlite3:statement* stmt*) db))) (define (finalize! x) (warning 'finalize! "not implemented!")) ;; #;(define finalize! ;; (match-lambda* ;; [((? database? db) . finalize-statements?) ;; (cond ;; [(not (database-ptr db)) ;; (void)] ;; [(let loop ([stmt ;; (and ................................................................................ (cond [((foreign-procedure "sqlite3_bind_int" (sqlite3:statement* int int) int) (statement-addr stmt) (fx+ i 1) v) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)]))] [(real? v) (cond [((foreign-procedure "sqlite3_bind_double" (sqlite3:statement* int double) int) (statement-addr stmt) (fx+ i 1) v) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)])] [(string? v) (let ([f (foreign-procedure "sqlite3_bind_text" (sqlite3:statement* int u8* int void*) int)] [s (string->utf8 v)]) (cond [(f (statement-addr stmt) (fx+ i 1) s (bytevector-length s) SQLITE_TRANSIENT) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)]))] ................................................................................ (define (column-name stmt i) (check-statement 'column-name stmt) ((foreign-procedure "sqlite3_column_name" (sqlite3:statement* int) string) (statement-addr stmt) i)) (define sqlite3_column_double (foreign-procedure "sqlite3_column_double" (sqlite3:statement* int) double)) (define sqlite3_column_boolean (foreign-procedure "sqlite3_column_int" (sqlite3:statement* int) boolean)) (define (sqlite3-column-bytes stmt i) ((foreign-procedure "sqlite3_column_bytes" (sqlite3:statement* int) int) (statement-addr stmt) i)) ................................................................................ ;; Retrieve data from a stepped statement (define (column-data stmt i) (case (column-type stmt i) [(integer) (if (and-let* ([type (column-declared-type stmt i)]) (string-contains-ci type "bool")) (sqlite3_column_boolean (statement-addr stmt) i) (sqlite3_column_double (statement-addr stmt) i))] [(float) (sqlite3_column_double (statement-addr stmt) i)] [(text) (sqlite3-column-text stmt i)] [(blob) (sqlite3-column-blob stmt i)] [else |
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(srfi s2 and-let) (matchable) (only (srfi s13 strings) string-contains-ci) (srfi s11 let-values) (srfi s26 cut) (sql-null)) #;(define (sqlite3-library-init) (begin (case (machine-type) [(i3nt a6nt i3mw a6mw) (load-shared-object "sqlite3.dll")] [else (load-shared-object "libsqlite3.so.0")]))) (define libinit (begin (load-shared-object "sqlite3.dll"))) ;; compatibility functions (define (hashtable-walk ht f) (vector-for-each (lambda (x) (f x (hashtable-ref ht x #f))) (hashtable-keys ht))) (define (->string x) ................................................................................ (define (sqlite3-next-stmt db) (check-database 'sqlite3-next-stmt db) (let* ([f (foreign-procedure "sqlite3_next_stmt" (sqlite3:database*) sqlite3:statement*)] [stmt* (f (database-addr db))]) (make-statement (make-ftype-pointer sqlite3:statement* stmt*) db))) (define finalize! (case-lambda [(x) (finalize! x #f)] [(x finalize-statements?) (define sqlite3_finalize (foreign-procedure "sqlite3_finalize" (sqlite3:statement*) int)) (cond [(database? x) (cond [(not (database-ptr x)) (void)] [(let loop ([stmt (and finalize-statements? (sqlite3-next-stmt x))]) (if stmt (or (sqlite3_finalize (statement-addr x)) (loop (sqlite3-next-stmt (statement-database x)))) (let ([f (foreign-procedure "sqlite3_close" (sqlite3:database*) int)]) (f (database-addr x))))) => (abort-sqlite3-error 'finalize! x x)])] [(statement? x) (cond [(not (statement-ptr x)) (void)] [ (sqlite3_finalize (statement-addr x)) => (abort-sqlite3-error 'finalize! (statement-database x) x)] [else (statement-ptr-set! x #f)])] [else (errorf 'finalize! "database or statement ~d" x)])])) ;; #;(define finalize! ;; (match-lambda* ;; [((? database? db) . finalize-statements?) ;; (cond ;; [(not (database-ptr db)) ;; (void)] ;; [(let loop ([stmt ;; (and ................................................................................ (cond [((foreign-procedure "sqlite3_bind_int" (sqlite3:statement* int int) int) (statement-addr stmt) (fx+ i 1) v) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)]))] [(real? v) (cond [((foreign-procedure "sqlite3_bind_double" (sqlite3:statement* int double) int) (statement-addr stmt) (fx+ i 1) (exact->inexact v)) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)])] [(string? v) (let ([f (foreign-procedure "sqlite3_bind_text" (sqlite3:statement* int u8* int void*) int)] [s (string->utf8 v)]) (cond [(f (statement-addr stmt) (fx+ i 1) s (bytevector-length s) SQLITE_TRANSIENT) => (abort-sqlite3-error 'bind! (statement-database stmt) stmt i v)]))] ................................................................................ (define (column-name stmt i) (check-statement 'column-name stmt) ((foreign-procedure "sqlite3_column_name" (sqlite3:statement* int) string) (statement-addr stmt) i)) (define sqlite3_column_double (foreign-procedure "sqlite3_column_double" (sqlite3:statement* int) double)) (define sqlite3_column_int64 (foreign-procedure "sqlite3_column_int64" (sqlite3:statement* int) integer-64)) (define sqlite3_column_boolean (foreign-procedure "sqlite3_column_int" (sqlite3:statement* int) boolean)) (define (sqlite3-column-bytes stmt i) ((foreign-procedure "sqlite3_column_bytes" (sqlite3:statement* int) int) (statement-addr stmt) i)) ................................................................................ ;; Retrieve data from a stepped statement (define (column-data stmt i) (case (column-type stmt i) [(integer) (if (and-let* ([type (column-declared-type stmt i)]) (string-contains-ci type "bool")) (sqlite3_column_boolean (statement-addr stmt) i) (sqlite3_column_int64 (statement-addr stmt) i))] [(float) (sqlite3_column_double (statement-addr stmt) i)] [(text) (sqlite3-column-text stmt i)] [(blob) (sqlite3-column-blob stmt i)] [else |