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statistics.c
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statistics.c
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#include "types.h"
#include <stdio.h>
#ifdef DDHCPD_STATISTICS
ATTR_NONNULL_ALL void statistics_show(int fd, uint8_t reset, ddhcp_config* config) {
dprintf(fd, "mcast.recv_pkg %li\n", config->statistics[STAT_MCAST_RECV_PKG]);
dprintf(fd, "mcast.send_pkg %li\n", config->statistics[STAT_MCAST_SEND_PKG]);
dprintf(fd, "mcast.recv_byte %li\n", config->statistics[STAT_MCAST_RECV_BYTE]);
dprintf(fd, "mcast.send_byte %li\n", config->statistics[STAT_MCAST_SEND_BYTE]);
dprintf(fd, "mcast.send_updateclaim %li\n", config->statistics[STAT_MCAST_SEND_UPDATECLAIM]);
dprintf(fd, "mcast.recv_updateclaim %li\n", config->statistics[STAT_MCAST_RECV_UPDATECLAIM]);
dprintf(fd, "mcast.send_inquire %li\n", config->statistics[STAT_MCAST_SEND_INQUIRE]);
dprintf(fd, "mcast.recv_inquire %li\n", config->statistics[STAT_MCAST_RECV_INQUIRE]);
dprintf(fd, "direct.recv_pkg %li\n", config->statistics[STAT_DIRECT_RECV_PKG]);
dprintf(fd, "direct.send_pkg %li\n", config->statistics[STAT_DIRECT_SEND_PKG]);
dprintf(fd, "direct.recv_byte %li\n", config->statistics[STAT_DIRECT_RECV_BYTE]);
dprintf(fd, "direct.send_byte %li\n", config->statistics[STAT_DIRECT_SEND_BYTE]);
dprintf(fd, "direct.recv_renewlease %li\n", config->statistics[STAT_DIRECT_RECV_RENEWLEASE]);
dprintf(fd, "direct.send_renewlease %li\n", config->statistics[STAT_DIRECT_SEND_RENEWLEASE]);
dprintf(fd, "direct.recv_leaseack %li\n", config->statistics[STAT_DIRECT_RECV_LEASEACK]);
dprintf(fd, "direct.send_leaseack %li\n", config->statistics[STAT_DIRECT_SEND_LEASEACK]);
dprintf(fd, "direct.recv_leasenak %li\n", config->statistics[STAT_DIRECT_RECV_LEASENAK]);
dprintf(fd, "direct.send_leasenak %li\n", config->statistics[STAT_DIRECT_SEND_LEASENAK]);
dprintf(fd, "direct.recv_release %li\n", config->statistics[STAT_DIRECT_RECV_RELEASE]);
dprintf(fd, "direct.send_release %li\n", config->statistics[STAT_DIRECT_SEND_RELEASE]);
dprintf(fd, "dhcp.recv_pkg %li\n", config->statistics[STAT_DHCP_RECV_PKG]);
dprintf(fd, "dhcp.send_pkg %li\n", config->statistics[STAT_DHCP_SEND_PKG]);
dprintf(fd, "dhcp.recv_byte %li\n", config->statistics[STAT_DHCP_RECV_BYTE]);
dprintf(fd, "dhcp.send_byte %li\n", config->statistics[STAT_DHCP_SEND_BYTE]);
dprintf(fd, "dhcp.recv_discover %li\n", config->statistics[STAT_DHCP_RECV_DISCOVER]);
dprintf(fd, "dhcp.send_offer %li\n", config->statistics[STAT_DHCP_SEND_OFFER]);
dprintf(fd, "dhcp.recv_request %li\n", config->statistics[STAT_DHCP_RECV_REQUEST]);
dprintf(fd, "dhcp.send_ack %li\n", config->statistics[STAT_DHCP_SEND_ACK]);
dprintf(fd, "dhcp.send_nak %li\n", config->statistics[STAT_DHCP_SEND_NAK]);
dprintf(fd, "dhcp.recv_release %li\n", config->statistics[STAT_DHCP_RECV_RELEASE]);
// calculate block status
ddhcp_block* block = config->blocks;
uint32_t blocks_free = 0;
uint32_t blocks_tentative = 0;
uint32_t blocks_claimed = 0;
for (uint32_t i = 0; i < config->number_of_blocks; i++) {
switch (block->state) {
case DDHCP_BLOCKED:
case DDHCP_FREE:
blocks_free++;
break;
case DDHCP_CLAIMING:
case DDHCP_TENTATIVE:
blocks_tentative++;
break;
case DDHCP_CLAIMED:
case DDHCP_OURS:
blocks_claimed++;
break;
default:
break;
}
dprintf(fd, "block.%u.owner %lu\n",block->index,(uint64_t) *block->node_id);
block++;
}
dprintf(fd, "ddhcp.blocks.free %u\n", blocks_free);
dprintf(fd, "ddhcp.blocks.tentative %u\n", blocks_tentative);
dprintf(fd, "ddhcp.blocks.claimed %u\n", blocks_claimed);
if (reset > 0) {
memset(config->statistics, 0, sizeof(long int) * STAT_NUM_OF_FIELDS);
}
}
#endif