@davepl1968
Hi! I'm Dave Plummer. You might remember me from such Windows components as Task Manager, Windows Pinball, Calc, ZIPFolders, Product Activation, etc. Cheers!
Posts
146
43 increase
This section shows tweet / post counts for the last 7 days compared to the previous 7 days. If you have less than 14 days of data, we will show the available data.
Impressions
1.43M
184.3% increase
This is the total number of impressions your posts have made in the last 7 days compared to the previous 7 days. If you have less than 14 days of data, we will show the available data.
Likes
18.3K
124.4% increase
This is the total number of likes you've received in the last 7 days compared to the previous 7 days. If you have less than 14 days of data, we will show the available data.
Followers
641
1.1% increase
This is the total number of followers you have acquired in the last 7 days compared to the previous 7 days. If you have less than 14 days of data, we will show the available data.
Impressions
Impressions
We collect new impression data each day if your graph isn't showing enough data yet, it's because we are waiting for more data to be available.
Followers
Followers
We collect new follower counts each day if your graph isn't showing enough data yet, it's because we are waiting for more data to be available.
Engagement
Engagement
We collect new engagement data each day if your graph isn't showing enough data yet, it's because we are waiting for more data to be available.
Top Posts
Top Posts
We show the top posts from the last 7 days.
| Post | Impressions | Retweets | Quotes | Likes | Replies | Engagement Rate | Actions |
|---|---|---|---|---|---|---|---|
| I was an H1-B immigrant. As far as the United States is concerned, I was born healthy at the age of 25 with a college degree in computer science. I immediately started paying taxes and within 10 years had founded my own company and created dozens of new tech jobs. I stopped saying "Zed" and spelling colour with U and eating maple syrup every Thanksgiving. I learned to like the local dark roast coffee and Seattle grunge scene. I assimilated. That's not to say the H1-B system can't be improved, of course. But it serves a valuable purpose. | 414.9K | 141 | 26 | 3K | 411 |
0.92%
|
|
| About 30 years ago, I wrote the zip support that's still in Windows today. It's slow, and here's why! While the actual decompression is about the same speed as the alternatives, because it's integrated into the Windows shell, it operates through a drag drop (CF_FILECONTENTS) interface. That means you need a SOURCE file and a destination file, but the source is in the archive. So, to get around that, I create a temporary copy in TMP and then do the shell copy operation from there to your real destination. As a result, every file operation is done TWICE, slowing down significantly. Using "Extract to..." should be much faster as it bypasses that step. And of course, it was only single threaded as was the style at the time! | 154K | 259 | 13 | 3.3K | 140 |
2.67%
|
|
| @HenriettaSnacks I'll just leave this here for you. https://t.co/ioOmnf75tw | 144.8K | 0 | 1 | 350 | 65 |
0.32%
|
|
| As someone with autism, I can't detect sarcasm, so I solved it for you: function isValidPassword(password) { return !/^[a-z]{1,26}$/.test(password); } (Though I've only proved it correct, not tested it) https://t.co/vBZyCNS2W4 | 38.5K | 10 | 3 | 323 | 32 |
1.11%
|
|
| You get that billionaires don't bury gold bars in their backyard, right? Someone "having" money does not remove it from the economy. It is reinvested and loaned and spent repeatedly, not locked in a vault. If it's more than just jealousy, you'd have to articulate how it harms anyone else. | 37.1K | 21 | 7 | 618 | 75 |
1.97%
|
|
| Before WinZip, there was VisualZip, which ultimately became the Zip functionality in Windows. https://t.co/iAkxQDTWfX | 34.4K | 64 | 1 | 1K | 38 |
3.43%
|
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| @lycan_warlord I still did. Registered WinRAR user since '99! | 32.1K | 1 | 1 | 33 | 6 |
0.13%
|
|
| Rate my coding desk in the mid to late 90s... I was working on Windows NT and we had multimon support very early on. I got the desk when an IBM executive I knew was upgrading. Check out the Star NX-1000 printer. Venerable! https://t.co/1l9Ss396SR | 30.9K | 29 | 4 | 1.1K | 86 |
4.01%
|
|
| @HarleyShah Entry level jobs exist not to live on, but to allow you to acquire the skills necessary to move up to a living wage. | 26.6K | 8 | 6 | 388 | 80 |
1.85%
|
|
| @hecubian_devil Because of supply and demand. Too many people are able to do that job, so there is an over-supply and thus it will be lower pay. You have to bring some unique value to the table to generate a living wage, I think. Doesn't have to be rocket science, though. | 24.8K | 2 | 2 | 138 | 38 |
0.75%
|
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (141 + 26 + 3025 + 411 + 214) / 414944 * 100 =
For this tweet: (141 + 26 + 3025 + 411 + 214) / 414944 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (259 + 13 + 3347 + 140 + 356) / 154025 * 100 =
For this tweet: (259 + 13 + 3347 + 140 + 356) / 154025 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (0 + 1 + 350 + 65 + 43) / 144814 * 100 =
For this tweet: (0 + 1 + 350 + 65 + 43) / 144814 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (10 + 3 + 323 + 32 + 57) / 38457 * 100 =
For this tweet: (10 + 3 + 323 + 32 + 57) / 38457 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (21 + 7 + 618 + 75 + 9) / 37109 * 100 =
For this tweet: (21 + 7 + 618 + 75 + 9) / 37109 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (64 + 1 + 1011 + 38 + 67) / 34444 * 100 =
For this tweet: (64 + 1 + 1011 + 38 + 67) / 34444 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (1 + 1 + 33 + 6 + 1) / 32107 * 100 =
For this tweet: (1 + 1 + 33 + 6 + 1) / 32107 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (29 + 4 + 1078 + 86 + 40) / 30866 * 100 =
For this tweet: (29 + 4 + 1078 + 86 + 40) / 30866 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (8 + 6 + 388 + 80 + 11) / 26621 * 100 =
For this tweet: (8 + 6 + 388 + 80 + 11) / 26621 * 100 =
Engagement rate is calculated as (interactions / impressions) * 100.
For this tweet: (2 + 2 + 138 + 38 + 7) / 24803 * 100 =
For this tweet: (2 + 2 + 138 + 38 + 7) / 24803 * 100 =