Washington Hutchings [Parents] married Nancy Wooten.
Nancy Wooten married Washington Hutchings.
Washington Hutchings [Parents] married Elizabeth Brumwell.
Elizabeth Brumwell married Washington Hutchings.
Hutchings Jr. Ferrel [Parents] was born 21 May 1808 in , Va. He died 2 Sep 1884 and was buried in Mt Zion Cem, Ofallon, Missouri. Hutchings married Ann G Hutchings.
Ann G Hutchings [Parents] was born 7 Jul 1815 in , Mecklinburg Co, Virginia. She died 10 Jan 1842 and was buried in Mt Zion Cem, Ofallon, Missouri, Usa. Ann married Hutchings Jr. Ferrel.
F i Martha S Ferrell.
Benjamin P Ferrell [Parents] married Sally Hutchings.
Sally Hutchings [Parents] married Benjamin P Ferrell.
Robert McIntosh married Sally Hutchings.
Sally Hutchings [Parents] married Robert McIntosh.
Russell Hayden married Mary Roper.
Mary Roper married Russell Hayden.
M iii James K Hayden.
F iv Margaret Hayden died 1849.
F viii Mary J Hayden.
M ix William B. Hayden was born 22 Aug 1817 and died 16 Nov 1878.
James K Hayden [Parents] married Penina Williams.
Penina Williams married James K Hayden.
George Dyer [Parents] died 1864. He married Margaret Hayden.
Margaret Hayden [Parents] died 1849. She married George Dyer.
M iv William C Dyer was born 20 Feb 1838.
Richard Hill married Mary J Hayden.
Mary J Hayden [Parents] married Richard Hill.
Heald was born in , England. He married Unknown.
M i Nathan Heald was born Apr 1775 and died 1832.


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The physical network design decisions govern the physical layout and use of VLANs. They also include decisions on jumbo frames and on some other network-related requirements such as DNS and NTP.
The design uses 4 spine switches with 40 GbE ports. As a result, each leaf switch must have 4 uplink ports capable of 40 GbE.
The resulting environment supports fault tolerance and compensates for oversubscription, as follows.
In case of a switch failure or scheduled maintenance, switch fabric capacity reduction is 25% with four spine switches.
Oversubscription can occur within a leaf switch. To compute the oversubscription for a leaf switch, use this formula.
The compute rack and the management/edge rack have 19 ESXi hosts. Each ESXi host has one 10 GbE port connected to each ToR switch, creating up to 190 Gbps of bandwidth. With four 40 GbE uplinks to the spine, you can compute oversubscription as follows (see Oversubscription in the Leaf Switches).
Base the selection of the external routing protocol on your current implementation or on available expertise among the IT staff. Take performance requirements into consideration. Possible options are OSPF, BGP and IS-IS.
The DHCP proxy must point to a DHCP server by way of its IPv4 address. See the Planning and Preparation documentation for details on the DHCP server.
Racks are connected using a leaf-and-spine topology and Layer 3 connectivity.
A Layer 3 leaf-and-spine architecture supports scale out while maintaining failure isolation.
Layer 2 traffic is reduced to within the pod.
Only the management and shared edge and compute hosts have physical access to the external network by way of VLANs.
Aggregating physical cabling and network services to the management and shared edge and compute rack reduces costs.
Workloads in compute pods located in compute racks have to use network virtualization (NSX for vSphere) for external network connectivity.
Each rack uses two ToR switches. These switches provide connectivity across two 10 GbE links to each server.
This design uses two 10 GbE links to provide redundancy and reduce overall design complexity.
Requires two ToR switches per rack which can increase costs.
Use VLANs to segment physical network functions.
Allow for Physical network connectivity without requiring large number of NICs.
Segregation is needed for the different network functions that are required in the SDDC. This segregation allows for differentiated services and prioritization of traffic as needed.
Uniform configuration and presentation is required on all the trunks made available to the ESXi hosts.
Additional design decisions deal with static IP addresses, DNS records, and the required NTP time source.
Assign Static IP addresses to all management nodes of the SDDC infrastructure.
Configuration of static IP addresses avoid connection outages due to DHCP availability or misconfiguration.
Accurate IP address management must be in place.
Create DNS records for all management nodes to enable forward, reverse, short and FQDN resolution.
Ensures consistent resolution of management nodes using both IP address (reverse lookup) and name resolution.
Use an NTP time source for all management nodes.
Critical to maintain accurate and synchronized time between management nodes.
IP storage throughput can benefit from the configuration of jumbo frames. Increasing the per-frame payload from 1500 bytes to the jumbo frame setting increases the efficiency of data transfer. Jumbo frames must be configured end-to-end, which is easily accomplished in a LAN. When you enable jumbo frames on an ESXi host, you have to select an MTU that matches the MTU of the physical switch ports.
The workload determines whether it makes sense to configure jumbo frames on a virtual machine. If the workload consistently transfers large amounts of network data, configure jumbo frames if possible. In that case, the virtual machine operating systems and the virtual machine NICs must also support jumbo frames.
Using jumbo frames also improves performance of vSphere vMotion.
VXLANs need an MTU value of at least 1600 bytes on the switches and routers that carry the transport zone traffic.
Configure the MTU size to 9000 bytes (Jumbo Frames) on the portgroups that support the following traffic types.
Setting the MTU to 9000 bytes (Jumbo Frames) improves traffic throughput.
In order to support VXLAN the MTU setting must be increased to a minimum of 1600 bytes, setting this portgroup also to 9000 bytes has no affect on VXLAN but ensures consistency across portgroups that are adjusted from the default MTU size.
When adjusting the MTU packet size, the entire network path (VMkernel port, distributed switch, physical switches and routers) must also be configured to support the same MTU packet size.


Today marks the end of the challenge I set for myself: one full week with no yelling. It was always an artificial deadline, though. It's not like I'm going back to yelling on day 8.
I asked the kids what they thought of my performance this week, and they gave me the thumbs-up. I explained that even though the challenge was over, we're still going to try not to yell, because it's so much nicer when people don't shout at each other. Brayden pointed out that yelling hurts his ears and makes him cry; if I needed any extra motivation, that was it.
Clapping works better than yelling. Remember how I was searching for a more visual way to get Justin's attention? I found it: clapping. Last night at supper the boys were getting louder and louder as they tried to talk over each other. The old me would have screamed at them to be quiet, but this time I did a single clap really hard in front of them. They immediately went quiet. I've used this technique a few times this week (one time while they were shouting I just kept clapping until they stopped), and it seems to work. It's brilliant, not least because the physical act of smashing something together helps me vent some of the want-to-yell energy.
My kids can be my keepers. Admitting my flaws to the world was tough, but admitting them to my boys was a whole different level of hurt. We all try to be omnipotent as parents, but showing my kids that I, too, need to work on my behavior lets them know that it's not just children that need to change. And by getting them involved in my challenge, by having them keep me accountable, I was extra motivated to reach my goal.
Life is always a work in progress. We're all human. We all make mistakes. I'm committed to not yelling at the boys anymore, but that doesn't mean they've suddenly become perfect angels, or that I will never have another lapse. But when mistakes happen, we apologize and move on. I need to remember that my kids are still learning how to handle being angry or frustrated — and monkey see, monkey do.
Lots of parents can relate to what I'm doing. I've been amazed and gratified to see the following this blog has developed this week. So many people I meet tell me they've been reading along, and thinking they should try this challenge themselves. I knew for a long time that I yelled too much, but I never wanted to admit that to anyone else, so I never really committed to change. I was afraid of being judged by smug, self-righteous parents who have always known better than to yell. I had no idea how supportive and encouraging people would be. Many, many thanks to all my loyal readers — you made my task so much easier.


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"I bet it's a .27:" Man accused of fourth OWI disputes lab result that shows BAC of .436
03/01/2017 4:20 pm PST
The complaint says Troy Zehren, 39, refused to perform field sobriety tests, so a blood draw had to be done.
By A.J. Bayatpour, WITI
WASHINGTON COUNTY, Wis. -- (WITI) -- A Washington County man was already in trouble -- suspected of his fourth OWI, when lab results were returned showing his blood alcohol level was so high, the charges could now be even more costly.
Officials with the Washington County Sheriff's Office announced on Wednesday, March 1st they signed an amended criminal complaint against 39-year-old Troy Zehren of the Town of Wayne -- accused of driving drunk.
Deer Wood Lane winds through a sleepy subdivision outside of Campbellsport. On January 22nd, deputies were called out to the area to deal with an intoxicated man.
According to a criminal complaint, Zehren's vehicle left the 911 caller's residence, and was in the caller's ditch.
The arriving deputy said he approached Zehren in the driveway, and he was "extremely shaky and unable to maintain his balance."
When asked where he was, Zehren allegedly "looked at the front of the garage and stated 'I'm home.'" Except he wasn't home. He was on the right block, but a few houses off.
FULL STORY: "I bet it's a .27:" Man accused of fourth OWI disputes lab result that shows BAC of .436 - WITI
#Wisconsin#WITI

redpajama_set_name: RedPajamaCommonCrawl