public List_adp Load(
Xomp_mgr_db mgr_db, String machine_name, List_adp list, int list_idx, int list_len) {
List_adp rv = List_adp_.New();
// add remaining pages from old pool to new_pool;
for (int i = list_idx; i < list_len; ++i) {
rv.Add((Xomp_page_itm) list.Get_at(i));
}
// load pages into new pool
Xomp_lock_mgr lock_mgr = mgr_db.Lock_mgr();
int uid_db = lock_mgr.Uid_prv__get(machine_name);
if (uid_db == Xomp_lock_mgr__fsys.Uid__eos)
return rv; // assert that uids must be incrementally larger; handle one machine reaching end,
// and putting -1 in queue;
int uid_new = 0;
try {
uid_new = this.Load_from_db(rv, uid_db);
} finally {
lock_mgr.Uid_prv__rls(machine_name, uid_new);
}
if (show_msg__fetched_pool)
Gfo_usr_dlg_.Instance.Note_many(
"", "", "fetched new pool: old=~{0} new=~{1}", uid_db, uid_new);
return rv;
}
@Override
public void Cmd_run() {
Init_bldr_bmks();
this.time_bgn = System_.Ticks();
int total_pending = Xob_xfer_regy_tbl.Select_total_pending(bldr_conn);
// if (total_pending > 250000 && src_bin_mgr__fsdb_version == null)
usr_dlg.Note_many("", "", "total pending: ~{0}", total_pending);
List_adp list = List_adp_.New();
boolean loop = true;
while (loop) {
byte rslt = Select_fsdb_itms(list);
switch (rslt) {
case Select_rv_stop:
if (bin_db_mgr.Tier_id_is_last(tier_id_val)) loop = false;
else {
++tier_id_val;
page_id_val = 0;
continue;
}
break;
case Select_rv_next_page:
++page_id_val;
lnki_id_val = 0;
continue;
case Select_rv_process:
break;
}
if (!loop) break; // no more ttls found
int len = list.Count();
usr_dlg.Prog_many("", "", "fetched pages: ~{0}", len);
for (int i = 0; i < len; ++i) {
Xodb_tbl_oimg_xfer_itm fsdb = (Xodb_tbl_oimg_xfer_itm) list.Get_at(i);
Download_itm(fsdb);
if (exit_now
|| exec_count >= exec_count_max
|| exec_fail >= exec_fail_max
|| page_id_val >= page_id_end) {
this.Txn_sav();
return;
}
}
}
exec_done = true;
}
public Xobc_import_step_itm[] Select_by_task_id(int task_id) {
List_adp list = List_adp_.New();
Db_rdr rdr =
conn.Stmt_sql(
Db_sql_.Make_by_fmt(
String_.Ary(
"SELECT s.*",
"FROM import_step s",
" JOIN step_map sm ON s.step_id = sm.step_id",
"WHERE sm.task_id = {0}"),
task_id))
.Exec_select__rls_auto();
try {
while (rdr.Move_next()) {
list.Add(New_itm(rdr));
}
} finally {
rdr.Rls();
}
return (Xobc_import_step_itm[]) list.To_ary_and_clear(Xobc_import_step_itm.class);
}
public class Mem_tbl {
private final List_adp where_rows = List_adp_.New();
private final Hash_adp autonum_hash = Hash_adp_.New();
public Mem_tbl(Dbmeta_tbl_itm meta) {
this.meta = meta;
}
public Dbmeta_tbl_itm Meta() {
return meta;
}
private final Dbmeta_tbl_itm meta;
public final List_adp rows = List_adp_.New();
public int Insert(Mem_stmt stmt) {
Mem_row itm = new Mem_row();
Dbmeta_fld_mgr flds = meta.Flds();
int len = flds.Len();
for (int i = 0; i < len; ++i) {
Dbmeta_fld_itm fld = flds.Get_at(i);
String fld_name = fld.Name();
Object val = fld.Autonum() ? Autonum_calc(fld_name) : stmt.Args_get_by(fld_name);
if (val == null) continue; // NOTE: allow Bulk_insert from test to skip filds
itm.Set_by(fld_name, val);
}
rows.Add(itm);
return 1;
}
private int Autonum_calc(String name) {
Int_obj_ref autonum_itm = (Int_obj_ref) autonum_hash.Get_by(name);
if (autonum_itm == null) {
autonum_itm = Int_obj_ref.New(0);
autonum_hash.Add(name, autonum_itm);
}
return autonum_itm.Val_add();
}
public int Update(Mem_stmt stmt) {
Db_qry_update qry = (Db_qry_update) stmt.Qry();
Criteria where_crt = qry.Where();
if (where_crt == null) where_crt = Criteria_.All;
Mem_stmt_args_.Fill(stmt.Stmt_args(), where_crt);
Select_rows_where(where_rows, stmt, where_crt);
int where_rows_len = where_rows.Count();
String[] update_cols = qry.Cols_for_update();
int update_cols_len = update_cols.length;
for (int i = 0; i < where_rows_len; ++i) {
Mem_row itm = (Mem_row) where_rows.Get_at(i);
for (int j = 0; j < update_cols_len; ++j) itm.Set_by(update_cols[j], stmt.Args_get_at(j));
}
return where_rows_len;
}
public int Delete(Mem_stmt stmt) {
Db_qry_delete qry = (Db_qry_delete) stmt.Qry();
Mem_stmt_args_.Fill(stmt.Stmt_args(), qry.Where());
Select_rows_where(where_rows, stmt, qry.Where());
int where_rows_len = where_rows.Count();
for (int i = 0; i < where_rows_len; ++i) {
Mem_row itm = (Mem_row) where_rows.Get_at(i);
rows.Del(itm);
}
return where_rows_len;
}
public Db_rdr Select(Mem_stmt stmt) {
String[] select = null;
Criteria where = null;
Db_qry__select_in_tbl qry = Db_qry__select_in_tbl.as_(stmt.Qry());
if (qry == null) {
Db_qry__select_cmd qry2 = (Db_qry__select_cmd) stmt.Qry();
select = To_str_ary(qry2.Cols().Flds);
where = qry2.Where_itm().Root;
} else {
select = qry.Select_flds();
where = qry.Where();
}
Mem_stmt_args_.Fill(stmt.Stmt_args(), where);
Select_rows_where(where_rows, stmt, where);
return new Mem_rdr(select, (Mem_row[]) where_rows.To_ary_and_clear(Mem_row.class));
}
private String[] To_str_ary(Sql_select_fld_list flds) {
int len = flds.Len();
String[] rv = new String[len];
for (int i = 0; i < len; ++i) rv[i] = flds.Get_at(i).Fld;
return rv;
}
private void Select_rows_where(List_adp rv, Mem_stmt stmt, Criteria crt) {
rv.Clear();
int rows_len = rows.Count();
for (int i = 0; i < rows_len; ++i) {
Mem_row itm = (Mem_row) rows.Get_at(i);
if (crt.Matches(itm)) rv.Add(itm);
}
}
}