From 10bd3f5e754bd73aa798fd59d2375c4617a013b8 Mon Sep 17 00:00:00 2001 From: Paul Buetow Date: Sun, 31 May 2026 14:38:04 +0300 Subject: Update content for gemtext --- gemfeed/2026-06-01-gt-calculator.gmi | 90 +++++++++++++++++++++--- gemfeed/2026-06-01-gt-calculator.gmi.tpl | 88 ++++++++++++++++++++--- gemfeed/atom.xml | 116 ++++++++++++++++++++++++++++--- index.gmi | 2 +- uptime-stats.gmi | 20 +++--- 5 files changed, 280 insertions(+), 36 deletions(-) diff --git a/gemfeed/2026-06-01-gt-calculator.gmi b/gemfeed/2026-06-01-gt-calculator.gmi index c361712a..c47c2a93 100644 --- a/gemfeed/2026-06-01-gt-calculator.gmi +++ b/gemfeed/2026-06-01-gt-calculator.gmi @@ -28,6 +28,7 @@ And no, this wasn't vibe-coded. I used a specific technique and a set of AI skil * ⇢ ⇢ What it does * ⇢ ⇢ Percentage calculations * ⇢ ⇢ RPN arithmetic +* ⇢ ⇢ ⇢ Modulo * ⇢ ⇢ ⇢ Logarithms * ⇢ ⇢ ⇢ Hyper operators (n-ary) * ⇢ ⇢ ⇢ Comparisons and booleans @@ -39,6 +40,7 @@ And no, this wasn't vibe-coded. I used a specific technique and a set of AI skil * ⇢ ⇢ ⇢ Metric-aware arithmetic * ⇢ ⇢ ⇢ Custom metrics * ⇢ ⇢ ⇢ SI vs IEC modes +* ⇢ ⇢ ⇢ Discovering metrics * ⇢ ⇢ Stack manipulation * ⇢ ⇢ Rational number mode * ⇢ ⇢ The REPL @@ -98,6 +100,15 @@ Six basic operators: `+`, `-`, `*`, `/`, `^`, `%`. All work on the stack, poppin The fast integer power operator `**` uses binary exponentiation (O(log n) instead of O(n)). So `2 100 **` does about 7 multiplications instead of 99. It only accepts integer exponents — use `^` for fractional powers. +### Modulo + +`%` gives the remainder after division: + +```sh +gt '17 5 %' # → 2 +gt '100 7 %' # → 2 +``` + ### Logarithms Three unary operators for when you need them: @@ -123,7 +134,13 @@ gt '2 5 10 [*]' # → 100 (product) gt '1000 2 2 2 2 [/]' # → 62.5 ``` -Full set: `[+]`, `[-]`, `[*]`, `[/]`, `[^]`, `[%]` for arithmetic, plus `[lg]`, `[log]`, `[ln]` for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. The square-bracket syntax is inspired by Raku's hyper operators. +Full set: `[+]`, `[-]`, `[*]`, `[/]`, `[^]`, `[%]` for arithmetic, plus `[lg]`, `[log]`, `[ln]` for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. A quick entropy calculation: + +```sh +gt '0.25 0.5 0.25 [lg]' # → -5 (information theory entropy bits) +``` + +The square-bracket syntax is inspired by Raku's hyper operators. => https://raku.org @@ -151,6 +168,13 @@ gt '72 68 gte 100 lte +' # → 2 (both checks pass, temp is in range) gt '105 68 gte 100 lte +' # → 1 (out of range) ``` +Booleans also do plain arithmetic, which is occasionally useful: + +```sh +gt 'true true +' # → 2 (1 + 1) +gt 'false 5 +' # → 5 (0 + 5) +``` + ## Variables and symbols Store values with three assignment styles: @@ -163,7 +187,16 @@ gt 'rate 100Mbps =' # standard (or rate = 100Mbps) `vars` lists them, `clear` wipes all variables and constants, `:name d` deletes one. In REPL mode, variables persist to disk between sessions. -Symbols (the `:x` syntax) are named placeholders on the stack. They're how you do explicit variable assignment and deletion without ambiguity. Bare identifiers that don't match any variable or constant also push as symbols. +Symbols (the `:x` syntax) are named placeholders on the stack. The `:` prefix makes intent explicit: `:x` always pushes the symbol `x`, even if a variable named `x` already exists. This is how you delete a variable without ambiguity, and how you push a name onto the stack without resolving it. + +```sh +> x 10 := # define x +> x # pushes 10 (variable resolved) +> :x # pushes :x (the symbol itself) +> :x d # deletes the variable x +``` + +Bare identifiers that don't match any variable or constant also push as symbols. ## Built-in constants @@ -178,6 +211,8 @@ gt 'sqrt2 sqrt3 *' # → 2.449 (√6) Greek letter aliases work too: `π`, `τ`, `φ`, `√2`, `√3`, `√5`. +There's also a `constants` command that lists all 36 in one shot. Edge cases are covered too — `inf`, `-inf`, and `nan` exist as constants if you ever need them. + ## The metrics system This is where `gt` earns its swiss army knife title. Every number carries a unit of measurement, and arithmetic understands those units. @@ -242,16 +277,46 @@ gt '1GB 1024MB eq' # → false (SI: 1GB = 1000MB) Define your own units: ```sh -custom define reel 304.8 Distance # surveyor's reel -custom define fortnight 1209600 Time +custom define reel 304.8 Distance # surveyor's reel +custom define fortnight 1209600 Time # 14 days +custom define cup 240 Weight # cooking measure ``` -Then use them like built-ins: `5reel @m convert` → 1524. +Then use them like built-ins: + +```sh +> 5reel @m convert +1524 +> 2fortnight @day convert +28 +> 3cup @g convert +720 +``` ### SI vs IEC modes Data size units have two modes. SI (default) uses powers of 1000. IEC uses powers of 1024. Switch with `metric decimal set` / `metric binary set`. The dedicated IEC units (KiB, MiB, GiB) are always unambiguous. +### Discovering metrics + +You can explore what's available without leaving the REPL: + +```sh +> metric list +DataRate, DataSize, Distance, Speed, Time, Universal, Weight +> metric DataRate +Gbps, Kbps, Mbps, Tbps, bps +``` + +`metric compatible` checks whether two values can be combined before you try: + +```sh +> 1km 5mi metric compatible +km (Distance) and mi (Distance): true +> 100Mbps 2hr metric compatible +Mbps (DataRate) and hr (Time): false +``` + ## Stack manipulation Five operators for managing the RPN stack: @@ -262,7 +327,7 @@ Five operators for managing the RPN stack: - `show` / `showstack` / `print` — display the stack without modifying it - `clear` — clear all variables and constants -`dup` and `swap` come up a lot. Square a number: `7 dup *` → 49. Reverse operand order: `2 10 swap /` → 5 (instead of 0.2). +`dup` and `swap` come up a lot. Square a number: `7 dup *` → 49. Reverse operand order: `2 10 swap /` → 5 (instead of 0.2). `pop` discards the top value if you pushed something by accident: `5 6 pop` → 5. ## Rational number mode @@ -296,9 +361,16 @@ REPL-only. Has a known limitation with non-dyadic decimals and metric operations Run `gt` with no arguments when attached to a terminal and you get the interactive session. Command history (1000 entries, persisted to `~/.gt_history`), tab completion, Emacs-style line editing, Ctrl+R reverse search. -Variables save to disk between sessions. Session logging with `--log session.log`. Session state lives in `~/.local/state/gt/vars`. +Variables save to disk between sessions. Session state lives in `~/.local/state/gt/vars`. For auditing or note-taking, session logging works like this: -Built-in REPL commands: `help`, `clear`, `quit`/`exit`, `rpn`/`calc`, `rat`, `stack`. Tab-completes. +```sh +$ gt --log calc-session.log +> 1Gbps 1hr * +> @GB convert +> quit +``` + +Built-in REPL commands: `help`, `clear`, `quit`/`exit`, `rpn`/`calc`, `rat`, `stack`. `stack` is a shorthand hint for viewing the RPN stack. Tab-completes. Here's what a session looks like: @@ -408,6 +480,8 @@ go install codeberg.org/snonux/gt/cmd/gt@latest Or from the source directory: `mage install`. +One quirk: there are no `-h` or `--help` flags. `gt version` gives you the version, and bare `gt` with no TTY prints usage. If you pass `-h`, `gt` tries to evaluate it as RPN and errors. It's intentional and keeps the surface area small. + ## Wrapping up The local LLM experiment worked. The code is clean enough, the tests pass, the docs are thorough, and I use the tool. The logo was generated by a local model too. diff --git a/gemfeed/2026-06-01-gt-calculator.gmi.tpl b/gemfeed/2026-06-01-gt-calculator.gmi.tpl index 6efb3bd8..2cba2842 100644 --- a/gemfeed/2026-06-01-gt-calculator.gmi.tpl +++ b/gemfeed/2026-06-01-gt-calculator.gmi.tpl @@ -74,6 +74,15 @@ Six basic operators: `+`, `-`, `*`, `/`, `^`, `%`. All work on the stack, poppin The fast integer power operator `**` uses binary exponentiation (O(log n) instead of O(n)). So `2 100 **` does about 7 multiplications instead of 99. It only accepts integer exponents — use `^` for fractional powers. +### Modulo + +`%` gives the remainder after division: + +```sh +gt '17 5 %' # → 2 +gt '100 7 %' # → 2 +``` + ### Logarithms Three unary operators for when you need them: @@ -99,7 +108,13 @@ gt '2 5 10 [*]' # → 100 (product) gt '1000 2 2 2 2 [/]' # → 62.5 ``` -Full set: `[+]`, `[-]`, `[*]`, `[/]`, `[^]`, `[%]` for arithmetic, plus `[lg]`, `[log]`, `[ln]` for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. The square-bracket syntax is inspired by Raku's hyper operators. +Full set: `[+]`, `[-]`, `[*]`, `[/]`, `[^]`, `[%]` for arithmetic, plus `[lg]`, `[log]`, `[ln]` for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. A quick entropy calculation: + +```sh +gt '0.25 0.5 0.25 [lg]' # → -5 (information theory entropy bits) +``` + +The square-bracket syntax is inspired by Raku's hyper operators. => https://raku.org @@ -127,6 +142,13 @@ gt '72 68 gte 100 lte +' # → 2 (both checks pass, temp is in range) gt '105 68 gte 100 lte +' # → 1 (out of range) ``` +Booleans also do plain arithmetic, which is occasionally useful: + +```sh +gt 'true true +' # → 2 (1 + 1) +gt 'false 5 +' # → 5 (0 + 5) +``` + ## Variables and symbols Store values with three assignment styles: @@ -139,7 +161,16 @@ gt 'rate 100Mbps =' # standard (or rate = 100Mbps) `vars` lists them, `clear` wipes all variables and constants, `:name d` deletes one. In REPL mode, variables persist to disk between sessions. -Symbols (the `:x` syntax) are named placeholders on the stack. They're how you do explicit variable assignment and deletion without ambiguity. Bare identifiers that don't match any variable or constant also push as symbols. +Symbols (the `:x` syntax) are named placeholders on the stack. The `:` prefix makes intent explicit: `:x` always pushes the symbol `x`, even if a variable named `x` already exists. This is how you delete a variable without ambiguity, and how you push a name onto the stack without resolving it. + +```sh +> x 10 := # define x +> x # pushes 10 (variable resolved) +> :x # pushes :x (the symbol itself) +> :x d # deletes the variable x +``` + +Bare identifiers that don't match any variable or constant also push as symbols. ## Built-in constants @@ -154,6 +185,8 @@ gt 'sqrt2 sqrt3 *' # → 2.449 (√6) Greek letter aliases work too: `π`, `τ`, `φ`, `√2`, `√3`, `√5`. +There's also a `constants` command that lists all 36 in one shot. Edge cases are covered too — `inf`, `-inf`, and `nan` exist as constants if you ever need them. + ## The metrics system This is where `gt` earns its swiss army knife title. Every number carries a unit of measurement, and arithmetic understands those units. @@ -218,16 +251,46 @@ gt '1GB 1024MB eq' # → false (SI: 1GB = 1000MB) Define your own units: ```sh -custom define reel 304.8 Distance # surveyor's reel -custom define fortnight 1209600 Time +custom define reel 304.8 Distance # surveyor's reel +custom define fortnight 1209600 Time # 14 days +custom define cup 240 Weight # cooking measure ``` -Then use them like built-ins: `5reel @m convert` → 1524. +Then use them like built-ins: + +```sh +> 5reel @m convert +1524 +> 2fortnight @day convert +28 +> 3cup @g convert +720 +``` ### SI vs IEC modes Data size units have two modes. SI (default) uses powers of 1000. IEC uses powers of 1024. Switch with `metric decimal set` / `metric binary set`. The dedicated IEC units (KiB, MiB, GiB) are always unambiguous. +### Discovering metrics + +You can explore what's available without leaving the REPL: + +```sh +> metric list +DataRate, DataSize, Distance, Speed, Time, Universal, Weight +> metric DataRate +Gbps, Kbps, Mbps, Tbps, bps +``` + +`metric compatible` checks whether two values can be combined before you try: + +```sh +> 1km 5mi metric compatible +km (Distance) and mi (Distance): true +> 100Mbps 2hr metric compatible +Mbps (DataRate) and hr (Time): false +``` + ## Stack manipulation Five operators for managing the RPN stack: @@ -238,7 +301,7 @@ Five operators for managing the RPN stack: - `show` / `showstack` / `print` — display the stack without modifying it - `clear` — clear all variables and constants -`dup` and `swap` come up a lot. Square a number: `7 dup *` → 49. Reverse operand order: `2 10 swap /` → 5 (instead of 0.2). +`dup` and `swap` come up a lot. Square a number: `7 dup *` → 49. Reverse operand order: `2 10 swap /` → 5 (instead of 0.2). `pop` discards the top value if you pushed something by accident: `5 6 pop` → 5. ## Rational number mode @@ -272,9 +335,16 @@ REPL-only. Has a known limitation with non-dyadic decimals and metric operations Run `gt` with no arguments when attached to a terminal and you get the interactive session. Command history (1000 entries, persisted to `~/.gt_history`), tab completion, Emacs-style line editing, Ctrl+R reverse search. -Variables save to disk between sessions. Session logging with `--log session.log`. Session state lives in `~/.local/state/gt/vars`. +Variables save to disk between sessions. Session state lives in `~/.local/state/gt/vars`. For auditing or note-taking, session logging works like this: -Built-in REPL commands: `help`, `clear`, `quit`/`exit`, `rpn`/`calc`, `rat`, `stack`. Tab-completes. +```sh +$ gt --log calc-session.log +> 1Gbps 1hr * +> @GB convert +> quit +``` + +Built-in REPL commands: `help`, `clear`, `quit`/`exit`, `rpn`/`calc`, `rat`, `stack`. `stack` is a shorthand hint for viewing the RPN stack. Tab-completes. Here's what a session looks like: @@ -384,6 +454,8 @@ go install codeberg.org/snonux/gt/cmd/gt@latest Or from the source directory: `mage install`. +One quirk: there are no `-h` or `--help` flags. `gt version` gives you the version, and bare `gt` with no TTY prints usage. If you pass `-h`, `gt` tries to evaluate it as RPN and errors. It's intentional and keeps the surface area small. + ## Wrapping up The local LLM experiment worked. The code is clean enough, the tests pass, the docs are thorough, and I use the tool. The logo was generated by a local model too. diff --git a/gemfeed/atom.xml b/gemfeed/atom.xml index 84ca32f8..6e3566e3 100644 --- a/gemfeed/atom.xml +++ b/gemfeed/atom.xml @@ -1,6 +1,6 @@ - 2026-05-31T14:32:45+03:00 + 2026-05-31T14:37:53+03:00 foo.zone feed To be in the .zone! @@ -49,6 +49,7 @@
  • ⇢ What it does
  • ⇢ Percentage calculations
  • ⇢ RPN arithmetic
    • +
  • ⇢ ⇢ Modulo
  • ⇢ ⇢ Logarithms
  • ⇢ ⇢ Hyper operators (n-ary)
  • ⇢ ⇢ Comparisons and booleans
    • @@ -60,6 +61,7 @@
  • ⇢ ⇢ Metric-aware arithmetic
  • ⇢ ⇢ Custom metrics
  • ⇢ ⇢ SI vs IEC modes
    • +
  • ⇢ ⇢ Discovering metrics
  • ⇢ Stack manipulation
  • ⇢ Rational number mode
  • ⇢ The REPL
    • @@ -128,6 +130,18 @@ gt '3 4 + 5 6 + *' '17 5 %' # → 2 +gt '100 7 %' # → 2 + +

    Logarithms



    Three unary operators for when you need them:
    @@ -159,7 +173,16 @@ gt '2 5 10 [*]' '1000 2 2 2 2 [/]' # → 62.5
    -Full set: [+], [-], [*], [/], [^], [%] for arithmetic, plus [lg], [log], [ln] for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. The square-bracket syntax is inspired by Raku's hyper operators.
    +Full set: [+], [-], [*], [/], [^], [%] for arithmetic, plus [lg], [log], [ln] for logarithms. The log hyper operators work differently from the arithmetic ones — they compute the sum of the log function applied to each value, not a left-associative reduction. A quick entropy calculation:
    +
    + +
    gt '0.25 0.5 0.25 [lg]'      # → -5  (information theory entropy bits)
+
    +
    +The square-bracket syntax is inspired by Raku's hyper operators.

    https://raku.org

    @@ -196,6 +219,16 @@ http://www.gnu.org/software/src-highlite --> gt '105 68 gte 100 lte +' # → 1 (out of range)
    +Booleans also do plain arithmetic, which is occasionally useful:
    +
    + +
    gt 'true true +'               # → 2 (1 + 1)
+gt 'false 5 +'                 # → 5 (0 + 5)
+
    +

    Variables and symbols



    Store values with three assignment styles:
    @@ -211,7 +244,19 @@ gt 'rate 100Mbps =' 10 := # define x +> x # pushes 10 (variable resolved) +> :x # pushes :x (the symbol itself) +> :x d # deletes the variable x + +
    +Bare identifiers that don't match any variable or constant also push as symbols.

    Built-in constants



    @@ -229,6 +274,8 @@ gt 'sqrt2 sqrt3 *' '1GB 1024MB eq' 304.8 Distance # surveyor's reel -custom define fortnight 1209600 Time +
    custom define reel 304.8 Distance      # surveyor's reel
+custom define fortnight 1209600 Time   # 14 days
+custom define cup 240 Weight           # cooking measure

    -Then use them like built-ins: 5reel @m convert → 1524.
    +Then use them like built-ins:
    +
    + +
    > 5reel @m convert
+1524
+> 2fortnight @day convert
+28
+> 3cup @g convert
+720
+

    SI vs IEC modes



    Data size units have two modes. SI (default) uses powers of 1000. IEC uses powers of 1024. Switch with metric decimal set / metric binary set. The dedicated IEC units (KiB, MiB, GiB) are always unambiguous.

    +

    Discovering metrics


    +
    +You can explore what's available without leaving the REPL:
    +
    + +
    > metric list
+DataRate, DataSize, Distance, Speed, Time, Universal, Weight
+> metric DataRate
+Gbps, Kbps, Mbps, Tbps, bps
+
    +
    +metric compatible checks whether two values can be combined before you try:
    +
    + +
    > 1km 5mi metric compatible
+km (Distance) and mi (Distance): true
+> 100Mbps 2hr metric compatible
+Mbps (DataRate) and hr (Time): false
+
    +

    Stack manipulation



    Five operators for managing the RPN stack:
    @@ -331,7 +417,7 @@ custom define fortnight 1209600 Time - show / showstack / print — display the stack without modifying it
    - clear — clear all variables and constants

    -dup and swap come up a lot. Square a number: 7 dup * → 49. Reverse operand order: 2 10 swap / → 5 (instead of 0.2).
    +dup and swap come up a lot. Square a number: 7 dup * → 49. Reverse operand order: 2 10 swap / → 5 (instead of 0.2). pop discards the top value if you pushed something by accident: 5 6 pop → 5.

    Rational number mode



    @@ -371,9 +457,19 @@ Rational mode enabled
    Run gt with no arguments when attached to a terminal and you get the interactive session. Command history (1000 entries, persisted to ~/.gt_history), tab completion, Emacs-style line editing, Ctrl+R reverse search.

    -Variables save to disk between sessions. Session logging with --log session.log. Session state lives in ~/.local/state/gt/vars.
    +Variables save to disk between sessions. Session state lives in ~/.local/state/gt/vars. For auditing or note-taking, session logging works like this:

    -Built-in REPL commands: help, clear, quit/exit, rpn/calc, rat, stack. Tab-completes.
    + +
    $ gt --log calc-session.log
+> 1Gbps 1hr *
+> @GB convert
+> quit
+
    +
    +Built-in REPL commands: help, clear, quit/exit, rpn/calc, rat, stack. stack is a shorthand hint for viewing the RPN stack. Tab-completes.

    Here's what a session looks like:

    @@ -501,6 +597,8 @@ http://www.gnu.org/software/src-highlite -->
    Or from the source directory: mage install.

    +One quirk: there are no -h or --help flags. gt version gives you the version, and bare gt with no TTY prints usage. If you pass -h, gt tries to evaluate it as RPN and errors. It's intentional and keeps the surface area small.
    +

    Wrapping up



    The local LLM experiment worked. The code is clean enough, the tests pass, the docs are thorough, and I use the tool. The logo was generated by a local model too.
    diff --git a/index.gmi b/index.gmi index 9e039799..4294400b 100644 --- a/index.gmi +++ b/index.gmi @@ -1,6 +1,6 @@ # Hello! -> This site was generated at 2026-05-31T14:33:01+03:00 by `Gemtexter` +> This site was generated at 2026-05-31T14:37:53+03:00 by `Gemtexter` Welcome to the foo.zone! diff --git a/uptime-stats.gmi b/uptime-stats.gmi index b42b3699..4050b9f6 100644 --- a/uptime-stats.gmi +++ b/uptime-stats.gmi @@ -1,6 +1,6 @@ # My machine uptime stats -> This site was last updated at 2026-05-31T14:33:00+03:00 +> This site was last updated at 2026-05-31T14:37:53+03:00 The following stats were collected via `uptimed` on all of my personal computers over many years and the output was generated by `goprecords`, the global uptime records stats analyser of mine. @@ -13,7 +13,7 @@ Also check out my blog post: => ./gemfeed/2023-05-01-unveiling-guprecords:-uptime-records-with-raku.gmi Unveiling `guprecords.raku`: Uptime records with Raku (and also there is a version in Go now) -> Uptime stats were last updated Sun 31 May 14:33:01 EEST 2026 +> Uptime stats were last updated Sun 31 May 14:37:53 EEST 2026 ## Top 20 Uptime's by Host @@ -128,13 +128,13 @@ Boots is the total number of host boots over the entire lifespan. | 10. | makemake | 81 | Linux 6.9.9-200.fc40.x86_64 | | 11. | uranus | 59 | NetBSD 10.1 | | 12. | pluto | 51 | Linux 3.2.0-4-amd64 | -| 13. | *mega-m3-pro | 50 | Darwin 25.3.0 | -| 14. | mega15289 | 50 | Darwin 23.4.0 | -| 15. | *fishfinger | 50 | OpenBSD 7.8 | +| 13. | *fishfinger | 50 | OpenBSD 7.8 | +| 14. | *mega-m3-pro | 50 | Darwin 25.3.0 | +| 15. | mega15289 | 50 | Darwin 23.4.0 | | 16. | *blowfish | 50 | OpenBSD 7.8 | | 17. | t450 | 46 | FreeBSD 14.2-RELEASE | -| 18. | phobos | 40 | Linux 3.4.0-CM-g1dd7cdf | -| 19. | mega8477 | 40 | Darwin 13.4.0 | +| 18. | mega8477 | 40 | Darwin 13.4.0 | +| 19. | phobos | 40 | Linux 3.4.0-CM-g1dd7cdf | | 20. | *pi0 | 34 | Linux 6.1.31-v8.1.el9.altarch | +-----+----------------+-------+-------------------------------+ ``` @@ -190,14 +190,14 @@ Boots is the total number of host boots over the entire lifespan. | 10. | *OpenBSD 7... | 110 | | 11. | Darwin 13... | 40 | | 12. | Darwin 24... | 27 | -| 13. | Darwin 23... | 25 | -| 14. | FreeBSD 5... | 25 | +| 13. | FreeBSD 5... | 25 | +| 14. | Darwin 23... | 25 | | 15. | Linux 2... | 22 | | 16. | Darwin 21... | 17 | | 17. | Darwin 15... | 15 | | 18. | Darwin 22... | 12 | | 19. | Darwin 18... | 11 | -| 20. | FreeBSD 7... | 10 | +| 20. | FreeBSD 6... | 10 | +-----+----------------+-------+ ``` -- cgit v1.2.3