Babil, as per last email - you are using an old kernel which is known to have problems. Please consider using at least the current stable version (2.6.24.3) from http://www.kernel.org/ If you are able to use git, you are still encouraged to use the test tree. A howto for pulling from it is on http://www.linux-foundation.org/en/Net:DCCP_Testing#Experimental_DCCP_source_tree Gerrit Quoting babil: | Thanks Ian. Thank you Gerrit. | | I've found the problem. My modified code on 2.6.20 was going | to "dccp_tfrc_lib". But all the time, I was only reloading my newly | compiled "dccp_ccid3.ko". And also, I had to kill klogd and start it | as "klogd -x -f - -n -c 8" to capture the outputs to my preferred log file. | | "echo 8 > /proc/sys/kernel/printk" was another trick, which I'm not sure, was | really necessary. | | I've implemented a new function to comfortably print my debug lines from | loss_interval.h (attached: my_printk.c) | | But, Now that I can log my loss interval samples ( s[0],s[1]... in my log | file), I can see, for a 1 min experiment, my P is gradually | decreasing/increasing. But for those instances my s[0] and w_tot are not | changing, which naturally brings the question, what's causing P to change | then ? | | I'm calling "my_printk" directly after "i_mean" | and "hcrx->ccid3hcrx_p=1000000/i_mean" is calculated | in "ccid3_hc_rx_packet_recv" function. So, if "P" is changing there, "s[0]" | or "w_tot" must change. Or is this function inappropriate to track changes | in "P" and s[0]. | | I'm attaching my logged outputs for you to take a look. | | Kind Regards, | -babil. | | | On Wed, 5 Mar 2008 12:35:19 am Gerrit Renker wrote: | > | Could anyone please tell me how to grab "dccp_pr_debug" outputs ?? I'm | > | using kernel 2.6.20. | > | > You need to enable debugging output (both in the kernel, options _ | > CONFIG_IP_DCCP_DEBUG, CONFIG_IP_DCCP_CCID2_DEBUG, | > CONFIG_IP_DCCP_CCID3_DEBUG) and as module parameters: | > http://www.linux-foundation.org/en/Net:DCCP_Testing#Enabling_debugging_outp | >ut | > | > | I needed to print the loss-interval array (li_entry->dccplih_interval) | > | for which I modified the probe.c. But, it wont print anything | > | inside "list_for_each_entry_safe(li_entry, li_next, list, dccplih_node)". | > | | > | I'm attaching my modified probe.c. My modifications are marked with | > | "babil". If it cant work, if anyone could please tell me how to grab | > | "dccp_pr_debug" outputs, that would have been a great help. | > | > The code you are using is older hand has some problems. You can get a a | > more up-to-date version from | > git://git.kernel.org/pub/scm/linux/kernel/git/davem/net-2.6.25 | > | > Using the test tree is encouraged for all testing: | > | > http://www.linux-foundation.org/en/Net:DCCP_Testing#Experimental_DCCP_sourc | >e_tree | > | > Secondly, the code tries to print RX socket variables in a kprobe which | > is tied to events triggered by the TX socket (sendmsg). You can simply | > use printk for output. | > | > | I've also tried putting printk's in loss_interval.c, but failed catch any | > | output. | > | > There will only be output if actual loss occurs. You need to have loss | > events, see | > http://www.linux-foundation.org/en/Net:DCCP_Testing#Testbed_setup_for_DCCP | > | > | Kind Regards, | > | -Golam Sarwar (babil) | > | | > | /* | > | * dccp_probe - Observe the DCCP flow with kprobes. | > | * | > | * The idea for this came from Werner Almesberger's umlsim | > | * Copyright (C) 2004, Stephen Hemminger <shemminger@xxxxxxxx> | > | * | > | * Modified for DCCP from Stephen Hemminger's code | > | * Copyright (C) 2006, Ian McDonald <ian.mcdonald@xxxxxxxxxxx> | > | * | > | * This program is free software; you can redistribute it and/or modify | > | * it under the terms of the GNU General Public License as published by | > | * the Free Software Foundation; either version 2 of the License, or | > | * (at your option) any later version. | > | * | > | * This program is distributed in the hope that it will be useful, | > | * but WITHOUT ANY WARRANTY; without even the implied warranty of | > | * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the | > | * GNU General Public License for more details. | > | * | > | * You should have received a copy of the GNU General Public License | > | * along with this program; if not, write to the Free Software | > | * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. | > | */ | > | | > | #include <linux/kernel.h> | > | #include <linux/kprobes.h> | > | #include <linux/socket.h> | > | #include <linux/dccp.h> | > | #include <linux/proc_fs.h> | > | #include <linux/module.h> | > | #include <linux/kfifo.h> | > | #include <linux/vmalloc.h> | > | | > | #include "dccp.h" | > | #include "ccid.h" | > | #include "ccids/ccid3.h" | > | | > | | > | //babil | > | static const char *ccid3_tx_state_name(enum ccid3_hc_tx_states state) | > | { | > | static char *ccid3_state_names[] = { | > | [TFRC_SSTATE_NO_SENT] = "1", | > | [TFRC_SSTATE_NO_FBACK] = "2", | > | [TFRC_SSTATE_FBACK] = "3", | > | [TFRC_SSTATE_TERM] = "4", | > | }; | > | | > | return ccid3_state_names[state]; | > | } | > | //--- | > | | > | | > | //babil - copied from loss_interval.h | > | struct dccp_li_hist_entry { | > | struct list_head dccplih_node; | > | u64 dccplih_seqno:48, | > | dccplih_win_count:4; | > | u32 dccplih_interval; | > | u32 dccplih_loss_size; | > | }; | > | | > | //--- | > | | > | | > | | > | | > | | > | static int port; | > | | > | static int bufsize = 64 * 1024; | > | | > | static const char procname[] = "dccpprobe"; | > | | > | struct { | > | struct kfifo *fifo; | > | spinlock_t lock; | > | wait_queue_head_t wait; | > | struct timeval tstart; | > | } dccpw; | > | | > | static void printl(const char *fmt, ...) | > | { | > | va_list args; | > | int len; | > | struct timeval now; | > | char tbuf[256]; | > | | > | va_start(args, fmt); | > | do_gettimeofday(&now); | > | | > | now.tv_sec -= dccpw.tstart.tv_sec; | > | now.tv_usec -= dccpw.tstart.tv_usec; | > | if (now.tv_usec < 0) { | > | --now.tv_sec; | > | now.tv_usec += 1000000; | > | } | > | | > | len = sprintf(tbuf, "%lu.%06lu ", | > | (unsigned long) now.tv_sec, | > | (unsigned long) now.tv_usec); | > | len += vscnprintf(tbuf+len, sizeof(tbuf)-len, fmt, args); | > | va_end(args); | > | | > | kfifo_put(dccpw.fifo, tbuf, len); | > | wake_up(&dccpw.wait); | > | } | > | | > | static int jdccp_sendmsg(struct kiocb *iocb, struct sock *sk,struct | > | msghdr *msg, size_t size) { | > | const struct dccp_minisock *dmsk = dccp_msk(sk); | > | const struct inet_sock *inet = inet_sk(sk); | > | const struct ccid3_hc_tx_sock *hctx; | > | | > | //babil | > | const struct ccid3_hc_rx_sock *hcrx; | > | struct dccp_li_hist_entry *li_entry, *li_next; | > | struct list_head *list; | > | int i=1; | > | //--- | > | | > | | > | //babil | > | | > | if (dmsk->dccpms_rx_ccid == DCCPC_CCID3) | > | { | > | hcrx = ccid3_hc_rx_sk(sk); | > | list = &hcrx->ccid3hcrx_li_hist; | > | } | > | else | > | hcrx = NULL; | > | | > | | > | if (hcrx) | > | { | > | | > | list_for_each_entry_safe(li_entry, li_next, list, dccplih_node) | > | { | > | printl("\nbabil "); | > | | > | if (li_entry->dccplih_interval != ~0U) | > | { | > | printl("s[%d]: %d* ",i,li_entry->dccplih_interval); | > | i++; | > | } | > | else | > | { | > | printl("empty loss interval"); | > | } | > | | > | printl("\n"); | > | | > | } | > | } | > | //--- | > | | > | | > | | > | | > | if (dmsk->dccpms_tx_ccid == DCCPC_CCID3) | > | hctx = ccid3_hc_tx_sk(sk); | > | else | > | hctx = NULL; | > | | > | | > | if (port == 0 || ntohs(inet->dport) == port || ntohs(inet->sport) == | > | port) { | > | | > | if (hctx) | > | { | > | printl("%d.%d.%d.%d:%u %d.%d.%d.%d:%u %d %d %d %d %u " | > | "%llu %llu %d %s\n", | > | NIPQUAD(inet->saddr), ntohs(inet->sport), | > | NIPQUAD(inet->daddr), ntohs(inet->dport), size, | > | hctx->ccid3hctx_s, hctx->ccid3hctx_rtt, | > | hctx->ccid3hctx_p, hctx->ccid3hctx_x_calc, | > | hctx->ccid3hctx_x_recv >> 6, | > | hctx->ccid3hctx_x >> 6, hctx->ccid3hctx_t_ipi, | > | ccid3_tx_state_name(hctx->ccid3hctx_state) ); } | > | else | > | { | > | printl("%d.%d.%d.%d:%u %d.%d.%d.%d:%u %d\n", | > | NIPQUAD(inet->saddr), ntohs(inet->sport), | > | NIPQUAD(inet->daddr), ntohs(inet->dport), size); | > | } | > | | > | | > | } | > | | > | jprobe_return(); | > | return 0; | > | } | > | | > | static struct jprobe dccp_send_probe = { | > | .kp = { | > | .symbol_name = "dccp_sendmsg", | > | }, | > | .entry = JPROBE_ENTRY(jdccp_sendmsg), | > | }; | > | | > | static int dccpprobe_open(struct inode *inode, struct file *file) | > | { | > | kfifo_reset(dccpw.fifo); | > | do_gettimeofday(&dccpw.tstart); | > | return 0; | > | } | > | | > | static ssize_t dccpprobe_read(struct file *file, char __user *buf, | > | size_t len, loff_t *ppos) | > | { | > | int error = 0, cnt = 0; | > | unsigned char *tbuf; | > | | > | if (!buf || len < 0) | > | return -EINVAL; | > | | > | if (len == 0) | > | return 0; | > | | > | tbuf = vmalloc(len); | > | if (!tbuf) | > | return -ENOMEM; | > | | > | error = wait_event_interruptible(dccpw.wait, | > | __kfifo_len(dccpw.fifo) != 0); | > | if (error) | > | goto out_free; | > | | > | cnt = kfifo_get(dccpw.fifo, tbuf, len); | > | error = copy_to_user(buf, tbuf, cnt); | > | | > | out_free: | > | vfree(tbuf); | > | | > | return error ? error : cnt; | > | } | > | | > | static struct file_operations dccpprobe_fops = { | > | .owner = THIS_MODULE, | > | .open = dccpprobe_open, | > | .read = dccpprobe_read, | > | }; | > | | > | static __init int dccpprobe_init(void) | > | { | > | int ret = -ENOMEM; | > | | > | init_waitqueue_head(&dccpw.wait); | > | spin_lock_init(&dccpw.lock); | > | dccpw.fifo = kfifo_alloc(bufsize, GFP_KERNEL, &dccpw.lock); | > | if (IS_ERR(dccpw.fifo)) | > | return PTR_ERR(dccpw.fifo); | > | | > | if (!proc_net_fops_create(procname, S_IRUSR, &dccpprobe_fops)) | > | goto err0; | > | | > | ret = register_jprobe(&dccp_send_probe); | > | if (ret) | > | goto err1; | > | | > | pr_info("DCCP watch registered (port=%d)\n", port); | > | return 0; | > | err1: | > | proc_net_remove(procname); | > | err0: | > | kfifo_free(dccpw.fifo); | > | return ret; | > | } | > | module_init(dccpprobe_init); | > | | > | static __exit void dccpprobe_exit(void) | > | { | > | kfifo_free(dccpw.fifo); | > | proc_net_remove(procname); | > | unregister_jprobe(&dccp_send_probe); | > | | > | } | > | module_exit(dccpprobe_exit); | > | | > | MODULE_PARM_DESC(port, "Port to match (0=all)"); | > | module_param(port, int, 0); | > | | > | MODULE_PARM_DESC(bufsize, "Log buffer size (default 64k)"); | > | module_param(bufsize, int, 0); | > | | > | MODULE_AUTHOR("Ian McDonald <ian.mcdonald@xxxxxxxxxxx>"); | > | MODULE_DESCRIPTION("DCCP snooper"); | > | MODULE_LICENSE("GPL"); | | | 1205200420.821502 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 33333 | 1205200420.858257 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 32258 | 1205200420.936190 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 32258 | 1205200421.53200 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 31250 | 1205200421.151307 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 30303 | 1205200421.227928 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 29411 | 1205200421.306234 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 28571 | 1205200421.384223 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 27777 | 1205200421.480497 s[0] 54 s[1] 0 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 216 i_tot1 216 w_tot 8 i_mean 27 P: 27027 | 1205200422.604512 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 30303 | 1205200422.645240 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 29411 | 1205200422.704550 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 29411 | 1205200422.778786 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 28571 | 1205200422.859967 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 28571 | 1205200422.953526 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 27777 | 1205200423.33583 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 27027 | 1205200423.108496 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 27027 | 1205200423.226642 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 26315 | 1205200423.304689 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 25641 | 1205200423.386886 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 25641 | 1205200423.654858 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 25000 | 1205200423.732740 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 24390 | 1205200423.809647 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 24390 | 1205200423.924803 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 23809 | 1205200424.26045 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 23255 | 1205200424.83668 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 23255 | 1205200424.177678 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 22727 | 1205200424.273634 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 22222 | 1205200424.338517 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 22222 | 1205200424.606927 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 21739 | 1205200424.857189 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 21276 | 1205200424.954908 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 21276 | 1205200425.13816 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 20833 | 1205200425.111744 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 20408 | 1205200425.208193 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 20408 | 1205200425.272115 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 20000 | 1205200425.498958 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 19607 | 1205200425.712008 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 19607 | 1205200425.810005 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 19230 | 1205200425.869637 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 18867 | 1205200425.962321 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 18867 | 1205200426.60840 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 18518 | 1205200426.141969 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 18181 | 1205200426.218223 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 18181 | 1205200426.334241 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 17857 | 1205200426.412073 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 17543 | 1205200426.491809 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 17543 | 1205200426.566977 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 17241 | 1205200426.661940 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16949 | 1205200426.761057 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16949 | 1205200426.824135 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16666 | 1205200426.917051 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16393 | 1205200427.33995 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16393 | 1205200427.93951 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 16129 | 1205200427.185985 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15873 | 1205200427.267973 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15873 | 1205200427.363037 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15625 | 1205200427.446645 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15384 | 1205200427.517172 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15384 | 1205200427.614051 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 15151 | 1205200427.712252 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14925 | 1205200427.770047 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14925 | 1205200427.888832 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14705 | 1205200427.963160 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14492 | 1205200428.43564 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14492 | 1205200428.141119 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14285 | 1205200428.219140 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14084 | 1205200428.311167 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 14084 | 1205200428.391345 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13888 | 1205200428.470267 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13698 | 1205200428.583291 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13698 | 1205200428.683061 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13513 | 1205200428.743306 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13333 | 1205200428.837396 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13333 | 1205200428.917408 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 13157 | 1205200428.999385 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12987 | 1205200429.91427 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12987 | 1205200429.166498 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12820 | 1205200429.265437 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12658 | 1205200429.362427 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12658 | 1205200429.443306 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12500 | 1205200429.538298 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12345 | 1205200429.619396 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12345 | 1205200429.694319 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12195 | 1205200429.788512 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12048 | 1205200429.867324 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 12048 | 1205200429.946325 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11904 | 1205200430.62556 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11764 | 1205200430.140465 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11764 | 1205200430.216035 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11627 | 1205200430.313789 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11494 | 1205200430.392007 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11494 | 1205200430.486701 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11363 | 1205200430.566530 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11235 | 1205200430.646478 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11235 | 1205200430.761450 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 11111 | 1205200430.816546 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10989 | 1205200430.915507 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10989 | 1205200431.14583 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10869 | 1205200431.93508 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10752 | 1205200431.176626 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10752 | 1205200431.268652 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10638 | 1205200431.345596 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10526 | 1205200431.440672 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10526 | 1205200431.499761 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10416 | 1205200431.616639 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10309 | 1205200431.713711 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10309 | 1205200431.805000 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10204 | 1205200431.885690 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10101 | 1205200431.957723 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10101 | 1205200432.10233 s[0] 22 s[1] 54 s[2] 0 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 304 i_tot1 304 w_tot 12 i_mean 25 P: 10000 | 1205200432.734874 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12500 | 1205200432.784817 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12345 | 1205200432.822036 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12345 | 1205200432.860726 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12345 | 1205200432.938674 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12195 | 1205200433.15669 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12195 | 1205200433.73826 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12048 | 1205200433.149757 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 12048 | 1205200433.216893 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11904 | 1205200433.276865 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11904 | 1205200433.349189 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11764 | 1205200433.402772 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11764 | 1205200433.470430 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11627 | 1205200433.547934 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11627 | 1205200433.607007 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11494 | 1205200433.668029 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11494 | 1205200433.754128 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11363 | 1205200433.792845 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11363 | 1205200433.869917 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11235 | 1205200433.948345 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11235 | 1205200434.6080 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11111 | 1205200434.82009 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 11111 | 1205200434.133154 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10989 | 1205200434.210369 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10989 | 1205200434.283467 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10869 | 1205200434.335053 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10869 | 1205200434.406077 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10752 | 1205200434.461209 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10752 | 1205200434.536976 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10638 | 1205200434.598635 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10638 | 1205200434.663993 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10526 | 1205200434.724021 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10526 | 1205200434.801771 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10416 | 1205200434.880736 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10416 | 1205200434.937202 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10309 | 1205200434.997633 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10309 | 1205200435.63150 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10204 | 1205200435.140266 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10204 | 1205200435.190783 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10101 | 1205200435.266051 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10101 | 1205200435.336079 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10000 | 1205200435.392218 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 10000 | 1205200435.473098 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9900 | 1205200435.529143 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9900 | 1205200435.600228 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9803 | 1205200435.655300 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9803 | 1205200435.732169 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9708 | 1205200435.808377 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9708 | 1205200435.868396 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9615 | 1205200435.927268 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9615 | 1205200435.994276 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9523 | 1205200436.75570 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9523 | 1205200436.124055 s[0] 226 s[1] 22 s[2] 54 s[3] 0 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1208 i_tot1 1208 w_tot 16 i_mean 75 P: 9433 | 1205200437.365740 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10989 | 1205200437.388483 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10989 | 1205200437.395303 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10869 | 1205200437.769384 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10638 | 1205200438.129482 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10416 | 1205200438.725643 s[0] 124 s[1] 226 s[2] 22 s[3] 54 s[4] 0 s[5] 0 s[6] 0 s[7] 0 i_tot0 1650 i_tot1 1704 w_tot 19 i_mean 89 P: 10101 | 1205200439.430591 s[0] 55 s[1] 124 s[2] 226 s[3] 22 s[4] 54 s[5] 0 s[6] 0 s[7] 0 i_tot0 1794 i_tot1 1870 w_tot 21 i_mean 89 P: 11235 | 1205200439.964578 s[0] 55 s[1] 124 s[2] 226 s[3] 22 s[4] 54 s[5] 0 s[6] 0 s[7] 0 i_tot0 1794 i_tot1 1870 w_tot 21 i_mean 89 P: 10869 | 1205200440.627812 s[0] 55 s[1] 124 s[2] 226 s[3] 22 s[4] 54 s[5] 0 s[6] 0 s[7] 0 i_tot0 1794 i_tot1 1870 w_tot 21 i_mean 89 P: 10526 | 1205200456.470724 s[0] 105 s[1] 25 s[2] 79 s[3] 43 s[4] 15 s[5] 53 s[6] 55 s[7] 124 i_tot0 1103 i_tot1 1338 w_tot 23 i_mean 58 P: 16129 | 1205200459.557219 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 14285 | 1205200461.55182 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 12820 | 1205200462.546994 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 11627 | 1205200464.31630 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 10638 | 1205200465.511921 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 9803 | 1205200467.14072 s[0] 100 s[1] 105 s[2] 25 s[3] 79 s[4] 43 s[5] 15 s[6] 53 s[7] 55 i_tot0 1311 i_tot1 1503 w_tot 23 i_mean 65 P: 9174 | 1205200472.183580 s[0] 47 s[1] 307 s[2] 100 s[3] 105 s[4] 25 s[5] 79 s[6] 43 s[7] 15 i_tot0 2303 i_tot1 2527 w_tot 23 i_mean 109 P: 8474 | 1205200473.867924 s[0] 47 s[1] 307 s[2] 100 s[3] 105 s[4] 25 s[5] 79 s[6] 43 s[7] 15 i_tot0 2303 i_tot1 2527 w_tot 23 i_mean 109 P: 7874 | 1205200475.577739 s[0] 47 s[1] 307 s[2] 100 s[3] 105 s[4] 25 s[5] 79 s[6] 43 s[7] 15 i_tot0 2303 i_tot1 2527 w_tot 23 i_mean 109 P: 7352 | void babil_printk(struct ccid3_hc_rx_sock *hcrx) | { | | static const int dccp_li_hist_w[DCCP_LI_HIST_IVAL_F_LENGTH] = { 4, 4, 4, 4, 3, 2, 1, 1,}; | | | struct dccp_li_hist_entry *li_entry, *li_next; | unsigned int i = 1; | u32 i_tot = 0; | u32 i_tot0 = 0; | u32 i_tot1 = 0; | u32 w_tot = dccp_li_hist_w[0]; | u32 i_mean; | struct list_head *list = &hcrx->ccid3hcrx_li_hist; | | u64 s[]={0,0,0,0,0,0,0,0}; | | struct timeval now; | | do_gettimeofday(&now); | printk("\nbabil_printk:: now %lu.%03lu ",(unsigned long) now.tv_sec,(unsigned long) now.tv_usec); | | list_for_each_entry_safe(li_entry, li_next, list, dccplih_node) | { | | if (li_entry->dccplih_interval != ~0U) | { | | i_tot1 += li_entry->dccplih_interval * dccp_li_hist_w[i-1]; | | if (i != 8) | { | i_tot0 += li_entry->dccplih_interval * dccp_li_hist_w[i]; | w_tot += dccp_li_hist_w[i]; | } | | } | | s[i-1]= (u64)li_entry->dccplih_interval; | | if((u64)s[i-1] >= 4294967295UL) | { | s[i-1] = 0; | } | | if (++i > (DCCP_LI_HIST_IVAL_F_LENGTH+1)) | break; | } | | i_tot = max(i_tot0, i_tot1); | i_mean = i_tot / w_tot; | | printk("s[0] %llu s[1] %llu s[2] %llu s[3] %llu s[4] %llu s[5] %llu s[6] %llu s[7] %llu ",s[0],s[1],s[2],s[3],s[4],s[5],s[6],s[7]); | | printk(" i_tot0 %u i_tot1 %u w_tot %u i_mean %u P: %u \n\n",i_tot0, i_tot1, w_tot,i_mean,hcrx->ccid3hcrx_p); | | } | | //--- -- -- To unsubscribe from this list: send the line "unsubscribe dccp" in the body of a message to majordomo@xxxxxxxxxxxxxxx More majordomo info at 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