func testStart() {
fmt.Println("starting in test mode - test.db database recreated")
lib.TraceStart("logs/test.log")
// lib.TraceStart("stdout")
os.Remove("db/test.db")
d.DataStart("db/test.db")
}
func prodStart() {
fmt.Println("starting in production mode")
now := time.Now()
_, mth, day := now.Date()
traceFile := fmt.Sprintf("logs/%v%d_%02d%02d%02d.log", mth.String()[0:3], day, now.Hour(), now.Minute(), now.Second())
lib.TraceStart(traceFile)
d.DataStart("db/prod.db") // init global memory data vars, load data, start data dispatch goroutine
go schedule.Scheduler()
}
func main() {
var err error
lib.TraceStart("stdout")
dbName := "datafiles/test1.db"
if err = os.Remove(dbName); err != nil {
log.Fatal(err)
}
d.DataStart(dbName)
bk1 := d.Book{BookName: "book1", AccessCode: "ab1cd"}
resultChan := d.Data("addBook", &bk1)
result := <-resultChan
bookid := result.Val.(string)
log.Println("bookid=", bookid)
tb1 := d.Tab{Bookid: bookid, TabName: "tab1", TabNumber: 10}
resultChan = d.Data("addTab", &tb1)
result = <-resultChan
tabid := result.Val.(string)
log.Println("tabid=", tabid)
noteids := make([]string, 0, 10)
for i := 0; i < 3; i++ {
note := new(d.Note)
note.Content = "note content " + strconv.Itoa(i)
note.When = time.Now()
note.Mono = true
noteParms := d.NoteParms{Bookid: bookid, Tabid: tabid, Previd: d.Zeroid, Note: note}
resultChan = d.Data("addNote", ¬eParms)
if result = <-resultChan; result.Status != d.DataOk {
log.Fatal(result.Val.(string))
}
noteids = append(noteids, result.Val.(string))
}
rand.Seed(time.Now().UnixNano()) // rand used by common.RandCode
doneChan = make(chan string)
//lib.TraceLevel(9)
go writeLoop(bookid, tabid, noteids)
//time.Sleep(1 * time.Second)
go readLoop(bookid, tabid)
done1 := <-doneChan
log.Println(done1)
done2 := <-doneChan
log.Println(done2)
log.Println("main end")
}