The cabinets were installed earlier this week. All went well and I was told the floors were nice and level, which was a bonus!
As you can see the dishwasher is yet to be installed. That’s because we are still waiting for the new sink to arrive so we can call the plumber to hook everything up. We ordered a small sink – smaller than a single sink but bigger than a bar sink – from Amazon.ca but it turns out it was shipped from the US. It has been stuck in Cheektowaga, NY for over a week now if you can believe the tracking info. Interesting because it was listed as “Sold by” and “Shipped by” Amazon.ca with no mention of it being sourced outside the country. Anyway, the job is on hold until we acquire a sink. I would have sourced it locally but no one had the size we needed. We may now have to install a sink of a different size, if we can find one.
Finishing touches included sanding the drywall where I had patched it and Wendy has painted it. She matched the colours perfectly!
A few weeks ago I purchased a USB 3.0 Solid State Drive (SSD). My intention was two-fold:
to add more storage to my Raspberry Pi and
to eventually use it as the boot disk for the Pi.
There are some advantages that come with booting from USB 3.0 SSD, most noticebly an increase in speed but also SSD’s are more reliable that micro SD cards and more cost effective on a $/Gbyte basis.
Early Raspberry Pi’s booted primarily from micro SD card. You wrote your operating system image to the card and inserted it into the Pi before booting up. Booting from a USB device was possible but involved a bit of MacGyvering. Since the introduction of the Pi 4B and the Pi 400, USB boot has been made easier.
I had been looking at this option for a while. I found numerous write-ups on the interwebs explaining how to accomplish the task. Some were more complicated than others. But it comes down to whether you have the most up to date Operating system (I have the new 64 bit “bullseye” installed) and up-to-date eeprom.
I found a set of instructions written by J. A. Watson at ZDNet called Booting my Raspberry Pi 4 from a USB device and it seemed to be the simplest and least confusing way to go about it. The author explained that your Pi4 must have bootloader eeprom firmware dated Sep 3 2020 or later. He also explained how to check this and I was able to confirm that mine was up to date. Watson also explained that you need to be running Raspberry Pi OS version 2020-08-20 or later, which I am with Bullseye.
So having confirmed both of the above, I decided to go ahead and make my SSD bootable. The process was simple. After running sudo apt update and sudo apt upgrade I used the SD Card Copier utility from my Pi’s Accessories menu and copied the contents of the bootable micro SD card currently installed in my Pi to the SSD.
When the copy process finished after a few minutes, I shut down the Pi using the sudo shutdown command from the terminal. Once the Pi shut down, I switched off the power supply and removed the SD card.
Now for the moment of truth. I made sure the SSD was powered on (it’s on a powered USB hub) and I powered up the Raspberry Pi. The boot process was smooth and I encountered no problems.
And I have noticed an increase in speed now that the Pi is running from SSD.
After the demolition last week, it was obvious what needed to be done in order to get this kitchen ready for the new cabinets that are being installed on Friday.
Yesterday, we had the plumber out and he cut all the pipes below the floor and capped them in the basement. Where the old cabinets had been was partly on the original hardwood floor and partly just sub-floor. I needed to bring this up even to the existing floor in the rest of the kitchen. Where there was just sub-floor, I had to raise it up an inch and a half, so it took two layers of 3/4 inch plywood. Areas where the original floor was still in place needed to be raised an inch and an eighth, so I used a layer 3/4 inch plywood plus a layer of 3/8 inch plywood.
Given the price of plywood these days, I decided to use some scraps I had lying around from old projects. I had to bite the bullet and purchase some 3/8 plywood at the hardware store. I calculated that I needed about a half sheet and they sold me a piece 32″ x 46″ for just $15. My lucky day!
The above photo shows the area raised up using 3/4 inch plywood with 3/8 in plywood on top. I used 1 1/2in screws to fasten the 3/4 in ply and brad nails to fasten the 3/8 inch ply on top of it.
On the other side, I just needed a small piece of 3/8 in ply to cover an area about 15″ x 19″ where the original floor was intact. The rest of the opening was covered with a layer of 3/4 in plywood and screwed in place. Then the whole area was covered with another layer of 3/4 in plywood to bring it flush to the most recent laminate floor. This time I screwed everything down with the same 1 1/2 in screws.
With the floors levelled, the next job was to patch a number of ugly holes in the walls. There was one particularly big one shown in the upper left of above photo. Another trip to the hardware store for drywall compound and a couple of drywall patches. The patches were 7″x 7″ and one patch just barely covered the bigger hole. I was able to cut the other patch in half and use these pieces to cover the other two hole. While I had the drywall compound out, I decided to spruce up the numerous small holes and cracks in the walls.
There’s more work to do here, but I am confident this will be ready for Friday when the cabinets arrive. More updates to come.
We began the demo on the farmhouse kitchen today. We started by tearing out the old counter tops and lower cabinets. The upper cabinets are not being removed.
What was revealed was no big surprise. Plaster walls, damaged in spots, a bit of old water damage where the sink was and the cabinets had been sitting on the old original floor. There have been a number of floors over the years so we are going to have the raise up the old floor for the new cabinets.
Whoever built these cabinets sure didn’t plan to be around when they were removed. They were built solid and nailed into place with lots and lot of big nails, some as big as 4 inches.
The new cabinets are scheduled to be installed this month. I will post updates as the project progresses.