#include <netapp_api.h>
+#define HAS_ALL_FLAGS(has,needs) (((has) & (needs)) == (needs))
+
typedef struct host_config_s host_config_t;
typedef void service_handler_t(host_config_t *host, na_elem_t *result, void *data);
uint64_t last_inode_cache_miss;
} perf_wafl_data_t;
-#define PERF_VOLUME_INIT 0x01
-#define PERF_VOLUME_IO 0x02
-#define PERF_VOLUME_OPS 0x03
-#define PERF_VOLUME_LATENCY 0x08
-#define PERF_VOLUME_ALL 0x0F
+#define CFG_VOLUME_PERF_INIT 0x0001
+#define CFG_VOLUME_PERF_IO 0x0002
+#define CFG_VOLUME_PERF_OPS 0x0003
+#define CFG_VOLUME_PERF_LATENCY 0x0008
+#define CFG_VOLUME_PERF_ALL 0x000F
typedef struct {
uint32_t flags;
-} perf_volume_data_t;
+} cfg_volume_perf_t;
typedef struct {
uint32_t flags;
-} volume_data_t;
+} cfg_volume_data_t;
#define PERF_DISK_BUSIEST 0x01
#define PERF_DISK_ALL 0x01
uint32_t flags;
} perf_disk_data_t;
+#define HAVE_VOLUME_PERF_BYTES_READ 0x0010
+#define HAVE_VOLUME_PERF_BYTES_WRITE 0x0020
+#define HAVE_VOLUME_PERF_OPS_READ 0x0040
+#define HAVE_VOLUME_PERF_OPS_WRITE 0x0080
+#define HAVE_VOLUME_PERF_LATENCY_READ 0x0100
+#define HAVE_VOLUME_PERF_LATENCY_WRITE 0x0200
+#define HAVE_VOLUME_PERF_ALL 0x03F0
typedef struct {
uint32_t flags;
- time_t last_timestamp;
- uint64_t last_read_latency;
- uint64_t last_write_latency;
- uint64_t last_read_ops;
- uint64_t last_write_ops;
+ time_t timestamp;
+ uint64_t read_bytes;
+ uint64_t write_bytes;
+ uint64_t read_ops;
+ uint64_t write_ops;
+ uint64_t read_latency;
+ uint64_t write_latency;
} per_volume_perf_data_t;
#define VOLUME_INIT 0x01
static host_config_t *host_config;
-static volume_t *get_volume (host_config_t *host, const char *name) /* {{{ */
+static volume_t *get_volume (host_config_t *host, const char *name, /* {{{ */
+ uint32_t vol_data_flags, uint32_t vol_perf_flags)
{
volume_t *v;
if (name == NULL)
return (NULL);
+ /* Make sure the default flags include the init-bit. */
+ if (vol_data_flags != 0)
+ vol_data_flags |= VOLUME_INIT;
+ if (vol_perf_flags != 0)
+ vol_perf_flags |= CFG_VOLUME_PERF_INIT;
+
for (v = host->volumes; v; v = v->next) {
- if (strcmp(v->name, name) == 0)
- return v;
+ if (strcmp(v->name, name) != 0)
+ continue;
+
+ /* Check if the flags have been initialized. */
+ if (((v->volume_data.flags & VOLUME_INIT) == 0)
+ && (vol_data_flags != 0))
+ v->volume_data.flags = vol_data_flags;
+ if (((v->perf_data.flags & CFG_VOLUME_PERF_INIT) == 0)
+ && (vol_perf_flags != 0))
+ v->perf_data.flags = vol_perf_flags;
+
+ return v;
}
+ DEBUG ("netapp plugin: Allocating new entry for volume %s.", name);
v = malloc(sizeof(*v));
if (v == NULL)
return (NULL);
memset (v, 0, sizeof (*v));
+ v->volume_data.flags = vol_data_flags;
+ v->perf_data.flags = vol_perf_flags;
+
v->name = strdup(name);
if (v->name == NULL) {
sfree (v);
&v, 1, timestamp));
} /* }}} int submit_counter */
+static int submit_two_gauge (const char *host, const char *plugin_inst, /* {{{ */
+ const char *type, const char *type_inst, gauge_t val0, gauge_t val1,
+ time_t timestamp)
+{
+ value_t values[2];
+
+ values[0].gauge = val0;
+ values[1].gauge = val1;
+
+ return (submit_values (host, plugin_inst, type, type_inst,
+ values, 2, timestamp));
+} /* }}} int submit_two_gauge */
+
static int submit_double (const char *host, const char *plugin_inst, /* {{{ */
const char *type, const char *type_inst, double d, time_t timestamp)
{
&v, 1, timestamp));
} /* }}} int submit_cache_ratio */
+static int submit_volume_perf_data (const host_config_t *host, /* {{{ */
+ volume_t *volume,
+ const per_volume_perf_data_t *new_data)
+{
+ /* Check for and submit disk-octet values */
+ if (HAS_ALL_FLAGS (volume->perf_data.flags, CFG_VOLUME_PERF_IO)
+ && HAS_ALL_FLAGS (new_data->flags, HAVE_VOLUME_PERF_BYTES_READ | HAVE_VOLUME_PERF_BYTES_WRITE))
+ {
+ submit_two_counters (host->name, volume->name, "disk_octets", /* type instance = */ NULL,
+ (counter_t) new_data->read_bytes, (counter_t) new_data->write_bytes, new_data->timestamp);
+ }
+
+ /* Check for and submit disk-operations values */
+ if (HAS_ALL_FLAGS (volume->perf_data.flags, CFG_VOLUME_PERF_OPS)
+ && HAS_ALL_FLAGS (new_data->flags, HAVE_VOLUME_PERF_OPS_READ | HAVE_VOLUME_PERF_OPS_WRITE))
+ {
+ submit_two_counters (host->name, volume->name, "disk_ops", /* type instance = */ NULL,
+ (counter_t) new_data->read_ops, (counter_t) new_data->write_ops, new_data->timestamp);
+ }
+
+ /* Check for, calculate and submit disk-latency values */
+ if (HAS_ALL_FLAGS (volume->perf_data.flags, CFG_VOLUME_PERF_LATENCY
+ | HAVE_VOLUME_PERF_OPS_READ | HAVE_VOLUME_PERF_OPS_WRITE
+ | HAVE_VOLUME_PERF_LATENCY_READ | HAVE_VOLUME_PERF_LATENCY_WRITE)
+ && HAS_ALL_FLAGS (new_data->flags, HAVE_VOLUME_PERF_OPS_READ | HAVE_VOLUME_PERF_OPS_WRITE
+ | HAVE_VOLUME_PERF_LATENCY_READ | HAVE_VOLUME_PERF_LATENCY_WRITE))
+ {
+ gauge_t latency_per_op_read;
+ gauge_t latency_per_op_write;
+
+ latency_per_op_read = NAN;
+ latency_per_op_write = NAN;
+
+ /* Check if a counter wrapped around. */
+ if ((new_data->read_ops > volume->perf_data.read_ops)
+ && (new_data->read_latency > volume->perf_data.read_latency))
+ {
+ uint64_t diff_ops_read;
+ uint64_t diff_latency_read;
+
+ diff_ops_read = new_data->read_ops - volume->perf_data.read_ops;
+ diff_latency_read = new_data->read_latency - volume->perf_data.read_latency;
+
+ if (diff_ops_read > 0)
+ latency_per_op_read = ((gauge_t) diff_latency_read) / ((gauge_t) diff_ops_read);
+ }
+
+ if ((new_data->write_ops > volume->perf_data.write_ops)
+ && (new_data->write_latency > volume->perf_data.write_latency))
+ {
+ uint64_t diff_ops_write;
+ uint64_t diff_latency_write;
+
+ diff_ops_write = new_data->write_ops - volume->perf_data.write_ops;
+ diff_latency_write = new_data->write_latency - volume->perf_data.write_latency;
+
+ if (diff_ops_write > 0)
+ latency_per_op_write = ((gauge_t) diff_latency_write) / ((gauge_t) diff_ops_write);
+ }
+
+ submit_two_gauge (host->name, volume->name, "disk_latency", /* type instance = */ NULL,
+ latency_per_op_read, latency_per_op_write, new_data->timestamp);
+ }
+
+ /* Clear all HAVE_* flags. */
+ volume->perf_data.flags &= ~HAVE_VOLUME_PERF_ALL;
+
+ /* Copy all counters */
+ volume->perf_data.timestamp = new_data->timestamp;
+ volume->perf_data.read_bytes = new_data->read_bytes;
+ volume->perf_data.write_bytes = new_data->write_bytes;
+ volume->perf_data.read_ops = new_data->read_ops;
+ volume->perf_data.write_ops = new_data->write_ops;
+ volume->perf_data.read_latency = new_data->read_latency;
+ volume->perf_data.write_latency = new_data->write_latency;
+
+ /* Copy the HAVE_* flags */
+ volume->perf_data.flags |= (new_data->flags & HAVE_VOLUME_PERF_ALL);
+
+ return (0);
+} /* }}} int submit_volume_perf_data */
+
static void collect_perf_wafl_data(host_config_t *host, na_elem_t *out, void *data) { /* {{{ */
perf_wafl_data_t *wafl = data;
uint64_t name_cache_hit = 0, name_cache_miss = 0;
static void collect_volume_data(host_config_t *host, na_elem_t *out, void *data) { /* {{{ */
na_elem_t *inst;
volume_t *volume;
- volume_data_t *volume_data = data;
+ cfg_volume_data_t *cfg_volume_data = data;
out = na_elem_child(out, "volumes");
na_elem_iter_t inst_iter = na_child_iterator(out);
uint64_t sis_saved_reported;
uint64_t sis_saved;
- volume = get_volume(host, na_child_get_string(inst, "name"));
+ volume = get_volume(host, na_child_get_string(inst, "name"),
+ cfg_volume_data->flags, /* perf_flags = */ 0);
if (volume == NULL)
continue;
- if (!(volume->volume_data.flags & VOLUME_INIT))
- volume->volume_data.flags = volume_data->flags;
-
if (!(volume->volume_data.flags & VOLUME_DF))
continue;
}
} /* }}} void collect_volume_data */
-static void collect_perf_volume_data(host_config_t *host, na_elem_t *out, void *data) {
- perf_volume_data_t *perf = data;
- const char *name;
+static void query_volume_perf_data(host_config_t *host, na_elem_t *out, void *data) { /* {{{ */
+ cfg_volume_perf_t *perf = data;
time_t timestamp;
na_elem_t *counter, *inst;
- volume_t *volume;
- value_t values[2];
- value_list_t vl = VALUE_LIST_INIT;
timestamp = (time_t) na_child_get_uint64(out, "timestamp", 0);
+
out = na_elem_child(out, "instances");
na_elem_iter_t inst_iter = na_child_iterator(out);
for (inst = na_iterator_next(&inst_iter); inst; inst = na_iterator_next(&inst_iter)) {
- uint64_t read_data = 0, write_data = 0, read_ops = 0, write_ops = 0, read_latency = 0, write_latency = 0;
+ per_volume_perf_data_t perf_data;
+ volume_t *volume;
+
+ memset (&perf_data, 0, sizeof (perf_data));
+ perf_data.timestamp = timestamp;
+
+ volume = get_volume(host, na_child_get_string(inst, "name"),
+ /* data_flags = */ 0, perf->flags);
+ if (volume == NULL)
+ continue;
- volume = get_volume(host, na_child_get_string(inst, "name"));
- if (!volume->perf_data.flags) {
- volume->perf_data.flags = perf->flags;
- volume->perf_data.last_read_latency = volume->perf_data.last_read_ops = 0;
- volume->perf_data.last_write_latency = volume->perf_data.last_write_ops = 0;
- }
na_elem_iter_t count_iter = na_child_iterator(na_elem_child(inst, "counters"));
for (counter = na_iterator_next(&count_iter); counter; counter = na_iterator_next(&count_iter)) {
+ const char *name;
+ uint64_t value;
+
name = na_child_get_string(counter, "name");
- if (!strcmp(name, "read_ops")) {
- read_ops = na_child_get_uint64(counter, "value", 0);
- } else if (!strcmp(name, "write_ops")) {
- write_ops = na_child_get_uint64(counter, "value", 0);
- } else if (!strcmp(name, "read_data")) {
- read_data = na_child_get_uint64(counter, "value", 0);
+ if (name == NULL)
+ continue;
+
+ value = na_child_get_uint64(counter, "value", UINT64_MAX);
+ if (value == UINT64_MAX)
+ continue;
+
+ if (!strcmp(name, "read_data")) {
+ perf_data.read_bytes = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_BYTES_READ;
} else if (!strcmp(name, "write_data")) {
- write_data = na_child_get_uint64(counter, "value", 0);
+ perf_data.write_bytes = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_BYTES_WRITE;
+ } else if (!strcmp(name, "read_ops")) {
+ perf_data.read_ops = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_OPS_READ;
+ } else if (!strcmp(name, "write_ops")) {
+ perf_data.write_ops = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_OPS_WRITE;
} else if (!strcmp(name, "read_latency")) {
- read_latency = na_child_get_uint64(counter, "value", 0);
+ perf_data.read_latency = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_LATENCY_READ;
} else if (!strcmp(name, "write_latency")) {
- write_latency = na_child_get_uint64(counter, "value", 0);
+ perf_data.write_latency = value;
+ perf_data.flags |= HAVE_VOLUME_PERF_LATENCY_WRITE;
}
}
- if (read_ops && write_ops) {
- values[0].counter = read_ops;
- values[1].counter = write_ops;
- vl.values = values;
- vl.values_len = 2;
- vl.time = timestamp;
- vl.interval = interval_g;
- sstrncpy(vl.plugin, "netapp", sizeof(vl.plugin));
- sstrncpy(vl.host, host->name, sizeof(vl.host));
- sstrncpy(vl.plugin_instance, volume->name, sizeof(vl.plugin_instance));
- sstrncpy(vl.type, "disk_ops", sizeof(vl.type));
- vl.type_instance[0] = 0;
- if (volume->perf_data.flags & PERF_VOLUME_OPS) {
- /* We might need the data even if it wasn't configured to calculate
- the latency. Therefore we just skip the dispatch. */
- DEBUG("%s/netapp-%s/disk_ops: %"PRIu64" %"PRIu64, host->name, volume->name, read_ops, write_ops);
- plugin_dispatch_values(&vl);
- }
- if ((volume->perf_data.flags & PERF_VOLUME_LATENCY) && read_latency && write_latency) {
- values[0].gauge = 0;
- if (read_ops - volume->perf_data.last_read_ops) values[0].gauge = (read_latency - volume->perf_data.last_read_latency) * (timestamp - volume->perf_data.last_timestamp) / (read_ops - volume->perf_data.last_read_ops);
- values[1].gauge = 0;
- if (write_ops - volume->perf_data.last_write_ops) values[1].gauge = (write_latency - volume->perf_data.last_write_latency) * (timestamp - volume->perf_data.last_timestamp) / (write_ops - volume->perf_data.last_write_ops);
- vl.values = values;
- vl.values_len = 2;
- vl.time = timestamp;
- vl.interval = interval_g;
- sstrncpy(vl.plugin, "netapp", sizeof(vl.plugin));
- sstrncpy(vl.host, host->name, sizeof(vl.host));
- sstrncpy(vl.plugin_instance, volume->name, sizeof(vl.plugin_instance));
- sstrncpy(vl.type, "disk_latency", sizeof(vl.type));
- vl.type_instance[0] = 0;
- if (volume->perf_data.last_read_ops && volume->perf_data.last_write_ops) {
- DEBUG("%s/netapp-%s/disk_latency: ro: %"PRIu64" lro: %"PRIu64" "
- "rl: %"PRIu64" lrl: %"PRIu64" "
- "%llu %llu",
- host->name, volume->name,
- read_ops, volume->perf_data.last_read_ops,
- read_latency, volume->perf_data.last_read_latency,
- values[0].counter, values[1].counter);
- plugin_dispatch_values(&vl);
- }
- volume->perf_data.last_timestamp = timestamp;
- volume->perf_data.last_read_latency = read_latency;
- volume->perf_data.last_read_ops = read_ops;
- volume->perf_data.last_write_latency = write_latency;
- volume->perf_data.last_write_ops = write_ops;
- }
- }
- if ((volume->perf_data.flags & PERF_VOLUME_IO) && read_data && write_data) {
- values[0].counter = read_data;
- values[1].counter = write_data;
- vl.values = values;
- vl.values_len = 2;
- vl.time = timestamp;
- vl.interval = interval_g;
- sstrncpy(vl.plugin, "netapp", sizeof(vl.plugin));
- sstrncpy(vl.host, host->name, sizeof(vl.host));
- sstrncpy(vl.plugin_instance, volume->name, sizeof(vl.plugin_instance));
- sstrncpy(vl.type, "disk_octets", sizeof(vl.type));
- vl.type_instance[0] = 0;
- DEBUG("%s/netapp-%s/disk_octets: %"PRIu64" %"PRIu64, host->name, volume->name, read_data, write_data);
- plugin_dispatch_values (&vl);
- }
- }
-}
+
+ submit_volume_perf_data (host, volume, &perf_data);
+ } /* for (volume) */
+} /* }}} void query_volume_perf_data */
static void collect_perf_system_data(host_config_t *host, na_elem_t *out, void *data) { /* {{{ */
counter_t disk_read = 0, disk_written = 0;
if (service->handler == collect_perf_system_data) {
service->query = na_elem_new("perf-object-get-instances");
na_child_add_string(service->query, "objectname", "system");
- } else if (service->handler == collect_perf_volume_data) {
+ } else if (service->handler == query_volume_perf_data) {
service->query = na_elem_new("perf-object-get-instances");
na_child_add_string(service->query, "objectname", "volume");
/* e = na_elem_new("instances");
} /* }}} void set_global_vol_flag */
static void process_perf_volume_flag (host_config_t *host, /* {{{ */
- perf_volume_data_t *perf_volume, const oconfig_item_t *item,
+ cfg_volume_perf_t *perf_volume, const oconfig_item_t *item,
uint32_t flag)
{
int i;
if (item->values[i].type != OCONFIG_TYPE_STRING) {
WARNING("netapp plugin: Ignoring non-string argument in "
- "\"GetVolPerfData\" block for host %s", host->name);
+ "\"GetVolumePerfData\" block for host %s", host->name);
continue;
}
continue;
}
- v = get_volume (host, name);
+ v = get_volume (host, name, /* data_flags = */ 0, perf_volume->flags);
if (v == NULL)
continue;
- if (!v->perf_data.flags) {
- v->perf_data.flags = perf_volume->flags;
- }
-
if (set)
v->perf_data.flags |= flag;
else /* if (!set) */
} /* }}} void process_perf_volume_flag */
static void process_volume_flag (host_config_t *host, /* {{{ */
- volume_data_t *volume_data, const oconfig_item_t *item, uint32_t flag)
+ cfg_volume_data_t *cfg_volume_data, const oconfig_item_t *item, uint32_t flag)
{
int i;
if (!name[0]) {
if (set)
- volume_data->flags |= flag;
+ cfg_volume_data->flags |= flag;
else /* if (!set) */
- volume_data->flags &= ~flag;
+ cfg_volume_data->flags &= ~flag;
set_global_vol_flag(host, flag, set);
continue;
}
- v = get_volume(host, name);
+ v = get_volume(host, name, cfg_volume_data->flags, /* perf_flags = */ 0);
if (v == NULL)
continue;
if (!v->volume_data.flags)
- v->volume_data.flags = volume_data->flags;
+ v->volume_data.flags = cfg_volume_data->flags;
if (set)
v->volume_data.flags |= flag;
static void build_perf_vol_config(host_config_t *host, const oconfig_item_t *ci) {
int i, had_io = 0, had_ops = 0, had_latency = 0;
service_config_t *service;
- perf_volume_data_t *perf_volume;
+ cfg_volume_perf_t *perf_volume;
service = malloc(sizeof(*service));
service->query = 0;
- service->handler = collect_perf_volume_data;
+ service->handler = query_volume_perf_data;
perf_volume = service->data = malloc(sizeof(*perf_volume));
- perf_volume->flags = PERF_VOLUME_INIT;
+ perf_volume->flags = CFG_VOLUME_PERF_INIT;
service->next = host->services;
host->services = service;
for (i = 0; i < ci->children_num; ++i) {
config_get_multiplier (item, service);
} else if (!strcasecmp(item->key, "GetIO")) {
had_io = 1;
- process_perf_volume_flag(host, perf_volume, item, PERF_VOLUME_IO);
+ process_perf_volume_flag(host, perf_volume, item, CFG_VOLUME_PERF_IO);
} else if (!strcasecmp(item->key, "GetOps")) {
had_ops = 1;
- process_perf_volume_flag(host, perf_volume, item, PERF_VOLUME_OPS);
+ process_perf_volume_flag(host, perf_volume, item, CFG_VOLUME_PERF_OPS);
} else if (!strcasecmp(item->key, "GetLatency")) {
had_latency = 1;
- process_perf_volume_flag(host, perf_volume, item, PERF_VOLUME_LATENCY);
+ process_perf_volume_flag(host, perf_volume, item, CFG_VOLUME_PERF_LATENCY);
}
}
if (!had_io) {
- perf_volume->flags |= PERF_VOLUME_IO;
- set_global_perf_vol_flag(host, PERF_VOLUME_IO, /* set = */ true);
+ perf_volume->flags |= CFG_VOLUME_PERF_IO;
+ set_global_perf_vol_flag(host, CFG_VOLUME_PERF_IO, /* set = */ true);
}
if (!had_ops) {
- perf_volume->flags |= PERF_VOLUME_OPS;
- set_global_perf_vol_flag(host, PERF_VOLUME_OPS, /* set = */ true);
+ perf_volume->flags |= CFG_VOLUME_PERF_OPS;
+ set_global_perf_vol_flag(host, CFG_VOLUME_PERF_OPS, /* set = */ true);
}
if (!had_latency) {
- perf_volume->flags |= PERF_VOLUME_LATENCY;
- set_global_perf_vol_flag(host, PERF_VOLUME_LATENCY, /* set = */ true);
+ perf_volume->flags |= CFG_VOLUME_PERF_LATENCY;
+ set_global_perf_vol_flag(host, CFG_VOLUME_PERF_LATENCY, /* set = */ true);
}
}
static void build_volume_config(host_config_t *host, oconfig_item_t *ci) {
int i, had_df = 0;
service_config_t *service;
- volume_data_t *volume_data;
+ cfg_volume_data_t *cfg_volume_data;
service = malloc(sizeof(*service));
service->query = 0;
service->handler = collect_volume_data;
- volume_data = service->data = malloc(sizeof(*volume_data));
- volume_data->flags = VOLUME_INIT;
+ cfg_volume_data = service->data = malloc(sizeof(*cfg_volume_data));
+ cfg_volume_data->flags = VOLUME_INIT;
service->next = host->services;
host->services = service;
for (i = 0; i < ci->children_num; ++i) {
config_get_multiplier (item, service);
} else if (!strcasecmp(item->key, "GetDiskUtil")) {
had_df = 1;
- process_volume_flag(host, volume_data, item, VOLUME_DF);
+ process_volume_flag(host, cfg_volume_data, item, VOLUME_DF);
}
}
if (!had_df) {
- volume_data->flags |= VOLUME_DF;
+ cfg_volume_data->flags |= VOLUME_DF;
set_global_vol_flag(host, VOLUME_DF, /* set = */ true);
}
-/* service = malloc(sizeof(*service));
- service->query = 0;
- service->handler = collect_snapshot_data;
- service->data = volume_data;
- service->next = temp->services;
- temp->services = service;*/
}
static void build_perf_disk_config(host_config_t *temp, oconfig_item_t *ci) {
build_perf_vol_config(&temp, item);
} else if (!strcasecmp(item->key, "GetSystemPerfData")) {
build_perf_sys_config(&temp, item, &default_service);
-/* if ((item->values_num != 1) || (item->values[0].type != OCONFIG_TYPE_STRING)) {
- WARNING("netapp plugin: \"Collect\" needs exactly one string argument. Ignoring collect block for \"%s\".", ci->values[0].value.string);
- continue;
- }
- build_collect_config(&temp, item);*/
} else if (!strcasecmp(item->key, "GetWaflPerfData")) {
build_perf_wafl_config(&temp, item);
} else if (!strcasecmp(item->key, "GetDiskPerfData")) {
} else if (!strcasecmp(item->key, "GetVolumeData")) {
build_volume_config(&temp, item);
} else {
- WARNING("netapp plugin: Ignoring unknown config option \"%s\" in host block \"%s\".", item->key, ci->values[0].value.string);
+ WARNING("netapp plugin: Ignoring unknown config option \"%s\" in host block \"%s\".",
+ item->key, ci->values[0].value.string);
}
}
projects / collectd.git / commitdiff