* Copyright (c) 2022 Huawei Technologies Co.,Ltd.
*
* DSS is licensed under Mulan PSL v2.
* You can use this software according to the terms and conditions of the Mulan PSL v2.
* You may obtain a copy of Mulan PSL v2 at:
*
* http://license.coscl.org.cn/MulanPSL2
*
* THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND,
* EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT,
* MERCHANTABILITY OR FIT FOR A PARTICULAR PURPOSE.
* See the Mulan PSL v2 for more details.
* -------------------------------------------------------------------------
*
* dss_defs_print.c
*
*
* IDENTIFICATION
* src/common/persist/dss_defs_print.c
*
* -------------------------------------------------------------------------
*/
#include "cm_log.h"
#include "dss_malloc.h"
#include "dss_defs_print.h"
uint8 g_print_level = 0;
void printf_auid(const auid_t *first)
{
char *tab = dss_get_print_tab(g_print_level);
(void)printf("%s auid = %llu\n", tab, *(uint64 *)first);
(void)printf("%s volume = %llu\n", tab, (uint64)first->volume);
(void)printf("%s au = %llu\n", tab, (long long unsigned int)(first->au));
(void)printf("%s block = %llu\n", tab, (uint64)first->block);
(void)printf("%s item = %llu\n", tab, (uint64)first->item);
}
void printf_dss_fs_block_list(dss_fs_block_list_t *free)
{
(void)printf(" count = %llu\n", free->count);
auid_t *first = &free->first;
(void)printf(" first = {\n");
printf_auid(first);
(void)printf(" }\n");
auid_t *last = &free->last;
(void)printf(" last = {\n");
printf_auid(last);
(void)printf(" }\n");
}
void printf_dss_fs_aux_root(dss_fs_aux_root_t *root)
{
(void)printf(" version = %llu\n", root->version);
dss_fs_block_list_t *free = &root->free;
(void)printf(" free = {\n");
printf_dss_fs_block_list(free);
(void)printf(" }\n");
}
void printf_dss_fs_block_root(dss_fs_block_root_t *root)
{
(void)printf(" version = %llu\n", root->version);
dss_fs_block_list_t *free = &root->free;
(void)printf(" free = {\n");
printf_dss_fs_block_list(free);
(void)printf(" }\n");
}
void printf_dss_volume_attr(const dss_volume_attr_t *volume_attrs)
{
(void)printf(" id = %llu\n", (uint64)volume_attrs->id);
(void)printf(" size = %llu\n", volume_attrs->size);
(void)printf(" hwm = %llu\n", volume_attrs->hwm);
(void)printf(" free = %llu\n", volume_attrs->free);
}
static void printf_dss_au_list(dss_au_list_t *free_list)
{
(void)printf(" count = %u\n", free_list->count);
(void)printf(" frist = {\n");
printf_auid(&free_list->first);
(void)printf(" }\n");
(void)printf(" last = {\n");
printf_auid(&free_list->last);
(void)printf(" }\n");
}
void printf_dss_au_root(dss_au_root_t *au_root)
{
(void)printf(" version = %llu\n", au_root->version);
(void)printf(" free_root = %llu\n", au_root->free_root);
(void)printf(" count = %llu\n", au_root->count);
(void)printf(" free_vol_id = %u\n", au_root->free_vol_id);
(void)printf(" reserve = %u\n", au_root->reserve);
dss_au_list_t *free_list = &au_root->free_list;
(void)printf(" free_list = {\n");
printf_dss_au_list(free_list);
(void)printf(" }\n");
}
void dss_printf_core_ctrl_base(dss_core_ctrl_t *core_ctrl)
{
(void)printf("core_ctrl = {\n");
(void)printf(" checksum = %u\n", core_ctrl->checksum);
(void)printf(" reserve = %u\n", core_ctrl->reserve);
(void)printf(" version = %llu\n", core_ctrl->version);
(void)printf(" au_size = %u\n", core_ctrl->au_size);
(void)printf(" volume_count = %u\n", core_ctrl->volume_count);
(void)printf(" fs_block_root = {\n");
dss_fs_block_root_t *root = (dss_fs_block_root_t *)(core_ctrl->fs_block_root);
printf_dss_fs_block_root(root);
(void)printf(" }\n");
(void)printf(" au_root = {\n");
dss_au_root_t *au_root = (dss_au_root_t *)(core_ctrl->au_root);
printf_dss_au_root(au_root);
(void)printf(" }\n");
dss_volume_attr_t *volume_attrs = core_ctrl->volume_attrs;
for (uint32 i = 0; i < DSS_MAX_VOLUMES; ++i) {
if (i == 0 || volume_attrs->id != 0) {
(void)printf(" volume_attrs[%u] = {\n", i);
printf_dss_volume_attr(volume_attrs);
(void)printf(" }\n");
}
volume_attrs++;
continue;
}
(void)printf("}\n");
}
void printf_gft_list(gft_list_t *items)
{
(void)printf(" count = %u\n", items->count);
(void)printf(" first = {\n");
ftid_t *first = &items->first;
printf_auid(first);
(void)printf(" }\n");
(void)printf(" last = {\n");
ftid_t *last = &items->last;
printf_auid(last);
(void)printf(" }\n");
}
void printf_gft_root(gft_root_t *ft_root)
{
(void)printf(" free_list = {\n");
gft_list_t *free_list = &ft_root->free_list;
printf_gft_list(free_list);
(void)printf(" }\n");
(void)printf(" items = {\n");
gft_list_t *items = &ft_root->items;
printf_gft_list(items);
(void)printf(" }\n");
(void)printf(" fid = %llu\n", ft_root->fid);
(void)printf(" first = {\n");
dss_block_id_t *block_id_first = &ft_root->first;
printf_auid(block_id_first);
(void)printf(" }\n");
(void)printf(" last = {\n");
dss_block_id_t *block_id_last = &ft_root->last;
printf_auid(block_id_last);
(void)printf(" }\n");
}
void printf_gft_node(gft_node_t *gft_node, const char *tab)
{
if (gft_node->type == GFT_PATH) {
(void)printf("%s type = GFT_PATH\n", tab);
gft_list_t *items = &gft_node->items;
(void)printf("%s items = {\n", tab);
printf_gft_list(items);
(void)printf("%s }\n", tab);
} else if (gft_node->type == GFT_FILE) {
(void)printf("%s type = GFT_FILE\n", tab);
dss_block_id_t *entry = &gft_node->entry;
(void)printf("%s entry = {\n", tab);
printf_auid(entry);
(void)printf("%s }\n", tab);
} else if (gft_node->type == GFT_LINK) {
(void)printf("%s type = GFT_LINK\n", tab);
dss_block_id_t *entry = &gft_node->entry;
(void)printf("%s entry = {\n", tab);
printf_auid(entry);
(void)printf("%s }\n", tab);
}
(void)printf("%s software_version = %u\n", tab, gft_node->software_version);
(void)printf("%s name = %s\n", tab, gft_node->name);
(void)printf("%s fid = %llu\n", tab, gft_node->fid);
(void)printf("%s flags = %u\n", tab, gft_node->flags);
(void)printf("%s size = %lld\n", tab, gft_node->size);
(void)printf("%s written_size = %llu\n", tab, gft_node->written_size);
(void)printf("%s parent = {\n", tab);
printf_auid(&gft_node->parent);
(void)printf("%s }\n", tab);
(void)printf("%s file_ver = %llu\n", tab, gft_node->file_ver);
(void)printf("%s min_inited_size = %llu\n", tab, gft_node->min_inited_size);
char time[512];
(void)cm_time2str(gft_node->create_time, "YYYY-MM-DD HH24:mi:ss", time, sizeof(time));
(void)printf("%s create_time = %s\n", tab, time);
(void)cm_time2str(gft_node->update_time, "YYYY-MM-DD HH24:mi:ss", time, sizeof(time));
(void)printf("%s update_time = %s\n", tab, time);
auid_t *id = &gft_node->id;
(void)printf("%s id = {\n", tab);
printf_auid(id);
(void)printf("%s }\n", tab);
auid_t *next = &gft_node->next;
(void)printf("%s next= {\n", tab);
printf_auid(next);
(void)printf("%s }\n", tab);
auid_t *prev = &gft_node->prev;
(void)printf("%s prev = {\n", tab);
printf_auid(prev);
(void)printf("%s }\n", tab);
}
