StoneBlue.com

2026-05-23 UTC, day: 143

Quote of the day: The trouble with people is not that they don't know but that they know so much that ain't so.
--Josh Billings (1818-1885)

What's my IP address? Your IP address is: 216.73.217.52

2026-05-22 19:20:11 +0000 UTC

Ken Thompson tells how he developed the Go language at Google

Ken Thompson

Kenneth Lane Thompson, winner of the Association for Computing Machinery's A.M. Turing Award, discusses development of the Go programming language at Google in the early 2000s, its relationship the company’s cloud computing platform, and its eventual success as an open source project thanks to its robust standard libraries. https://www.youtube.com/watch?v=NTrAISNdf70

Reddit migrates from Python to Go

Reddit successfully migrated its largest data model—the Comments model—from a problematic legacy Python service to a new Golang microservice to improve reliability and performance. This involved a complex and safe migration strategy for write endpoints, which used sister data stores for isolated dual writes and tap comparison to ensure data integrity without disrupting production, ultimately halving the p99 latency for the three migrated write endpoints. https://old.reddit.com/r/RedditEng/comments/1mbqto6/modernizing_reddits_comment_backend_infrastructure/

Go is currently the best back-end language

In the past I've used Perl, C, C++, Java, Python, PHP, JavaScript, and C# for back-end web stuff and right now for me Go is the best choice.

In the 90s especially in 1998 when PHP3 came out PHP became my back-end language of choice.

Yes I also recently looked at Rust, nah for now.

The Go html/template package is great for generating dynamic HTML content.

What's New In Go 2026

Go is “boring” in the best way: stable, reliable, and built for scale. Explore what's new in Go 1.25 and 1.26, including the Green Tea garbage collector, native vectorized instructions, and the code-modernizers behind the “go fix” command. Whether your focus is developing AI agents or traditional microservices, discover how Go continues to deliver industry-leading advancements that make it the best choice for your mission-critical, high-performance applications. What's New in Go

2026-05-22 14:16:59 +0000 UTC

List of nearby frequencies that may be useful to anyone near grid square EM20gd. 30.141725, -95.470834 30° 8' 30'' N -95° 28' 15'' W

  1. 462.5625 FRS1
  2. 462.5875 FRS2
  3. 462.6125 FRS3
  4. 462.6375 FRS4
  5. 462.6625 FRS5
  6. 462.6875 FRS6
  7. 462.7125 FRS7
  8. 467.5625 FRS8
  9. 467.5875 FRS9
  10. 467.6125 FRS10
  11. 467.6375 FRS11
  12. 467.6625 FRS12
  13. 467.6875 FRS13
  14. 467.7125 FRS14
  15. 462.550 GMRS550
  16. 462.575 GMRS575
  17. 462.600 GMRS600
  18. 462.625 GMRS625
  19. 462.650 GMRS650
  20. 462.675 GMRS675
  21. 462.700 GMRS700
  22. 462.725 GMRS725
  23. 467.550 GMRS7550
  24. 467.575 GMRS7575
  25. 467.600 GMRS7600
  26. 467.625 GMRS7625
  27. 467.650 GMRS7650
  28. 467.675 GMRS7675
  29. 467.700 GMRS7700
  30. 467.725 GMRS7725
  31. 145.400, 144,800 100.0
  32. 145.230, 144.630 82.5
  33. 145.470, 144.870 123.0
  34. 146.400
  35. 146.415
  36. 146.430
  37. 146.445
  38. 146.460
  39. 146.475
  40. 146.490
  41. 146.505
  42. 146.415
  43. 146.52
  44. 146.535
  45. 146.550
  46. 146.565
  47. 146.580
  48. 146.720, 146.120 123.0
  49. 146.860, 146.260 100.0
  50. 146.920, 146.320 103.5
  51. 147.020, 147.620 136.5
  52. 147.060, 147.660 123.0
  53. 147.140, 147.740 136.5
  54. 147.280, 147.880 103.5
  55. 151.820 MURS1
  56. 151.880 MURS2
  57. 151.940 MURS3
  58. 154.570 BLUEDOT
  59. 154.600 GREENDOT
  60. 432.100 weak signal calling
  61. 442.700, 447.700 103.5
  62. 442.900, 447.900 103.5
  63. 443.225, 448.225 103.5
  64. 444.000, 449.000 103.5
  65. 444.100, 449.100 136.5 W5WFD
  66. 444.350, 449.350 103.5
  67. 444.575, 449.575 103.5
  68. 446.000
  69. 446.350
  70. 446.850
2026-05-15 15:34:32 +0000 UTC

Email

RFCs

  • RFC 5322 specifies the Internet Message Format (IMF), a syntax for text messages that are sent between computer users, within the framework of "electronic mail" messages. This specification is a revision of Request For Comments (RFC) 2822, which itself superseded Request For Comments (RFC) 822, "Standard for the Format of ARPA Internet Text Messages", updating it to reflect current practice and incorporating incremental changes that were specified in other RFCs.
  • RFC 5321 Simple Mail Transfer Protocol (SMTP) Defines how mail servers communicate and transfer email messages.
  • RFC 7208 Sender Policy Framework (SPF) Provides a method for verifying sender identity to prevent spoofing.
  • RFC 6376 DomainKeys Identified Mail (DKIM) Allows the sender to sign messages, enabling recipients to verify authenticity.