1 +-----+-----+-----+-----+        +-----+-----+-----+-----+
2 |0 0 0|1 1 0|1 0 1|0 0 1|        |     |     |     |     |
3 |1 1 0|1 0 1|1 0 1|0 1 1|        |  24 | 235 | 365 | 308 |
4 |0 0 0|1 1 0|1 0 1|0 0 1|        |     |     |     |     |
5 +-----+-----+-----+-----+   ->   +-----+-----+-----+-----+
6 |0 0 0|1 0 0|1 1 1|0 0 1|        |     |     |     |     |
7 |0 0 0|1 0 1|1 1 1|0 0 1|        |  0  | 233 | 511 | 292 |
8 |0 0 0|1 1 0|1 1 1|0 0 1|        |     |     |     |     |
9 +-----+-----+-----+-----+        +-----+-----+-----+-----+

1 +------------+
2 |1   2   4   |   1<<0  1<<1   1<<2
3 |8   16  32  |   1<<3  1<<4   1<<5
4 |64  128 256 |   1<<6  1<<7   1<<8
5 +------------+

• Caddy starts with a regular conf but without routes:

  json
  1{
  2  "apps": {
  3    "http": {
  4      "servers": {
  5        "myserver": {
  6          "automatic_https": {
  7            "skip": []
  8          },
  9          "listen": [
  10            ":443"
  11          ],
  12          "routes": [
  13          ]
  14        }
  15      }
  16    }
  17  }
  18}

• This gRPC server is started.
• Each application uses this server by sending requests to register their routes via gRPC calls.

  gomain.go
  1package main
  2
  3import (
  4  "context"
  5  "flag"
  6  "github.com/king8fisher/caddycfginjector/lib"
  7  pb "github.com/king8fisher/caddycfginjector/proto/caddycfginjector"
  8  "time"
  9)
  10
  11var (
  12  addr = flag.String("addr", "localhost:50051", "the address to connect to")
  13)
  14
  15func main() {
  16  flag.Parse()
  17  fn := lib.Fn(*addr, &pb.Route{
  18    Id: "example.com",
  19    Handles: []*pb.Handle{
  20      {
  21        Handler: &pb.Handle_ReverseProxy{
  22          ReverseProxy: &pb.ReverseProxy{
  23            Transport: &pb.Transport{
  24              Protocol: pb.Transport_HTTP,
  25            },
  26            Upstreams: []*pb.Upstream{
  27              {
  28                Dial: &pb.Dial{
  29                  Host: "localhost",
  30                  Port: uint32(8080),
  31                },
  32              },
  33            },
  34          },
  35        },
  36      },
  37    },
  38    Matches: []*pb.Match{
  39      {
  40        Hosts: []string{"example.com", "beta.example.com"},
  41        Paths: []string{"/*"},
  42      },
  43    },
  44  })
  45
  46  t, cancel := context.WithTimeout(context.Background(), time.Second*5)
  47  defer cancel()
  48  go lib.Periodically(t, time.Second*2, fn)
  49  <-t.Done()
  50}

• This server then notifies Caddy of a change vis Caddy API.

go
1ifchanged.ExecuteCommand("go-run-sass", 
2  "-i", "./web/global.scss",
3  "-o", "./web/generated.css")

The example uses ifchanged to minimize the call to .scss file changes.

gowalk_docker_inspect.go
1jsonwalk.Walk(&v, jsonwalk.Callback(func(path jsonwalk.WalkPath, key interface{}, value interface{}, tp jsonwalk.NodeValueType) {
2  if path.Path() == "[0].Config.Env" && tp == jsonwalk.Array {
3    for _, v := range value.([]interface{}) {
4      env = append(env, v.(string))
5    }
6  } else if (path.Path() == "[0].Config.Hostname") && tp == jsonwalk.String {
7    hostName = value.(string)
8  } else if (path.Path() == "[0].Name") && tp == jsonwalk.String {
9    name = value.(string)
10  } else if (path.Path() == "[0].State.Status") && tp == jsonwalk.String {
11    status = value.(string)
12  } else if (path.Path() == "[0].Config.WorkingDir") && tp == jsonwalk.String {
13    workingDir = value.(string)
14  } else if (path.Path() == "[0].Config.Image") && tp == jsonwalk.String {
15    image = value.(string)
16  } else if strings.HasPrefix(path.Path(), "[1]") {
17    warning = "--- warning: [1] found in the array"
18  }
19}))

1$ fresh -help
2Usage of fresh:
3  -c string
4        config file path (default "./.fresh.yaml")
5  -e string
6        environment variables prefix. "RUNNER_" is a default prefix
7  -g    alias for -generate
8  -generate
9        generate a sample settings file either at "./.fresh.yaml" or at specified by -c location
10  -h    print help page
11  -v    alias for -version
12  -version
13        print current version and exit

go
1var t terminal.Terminal
2t.StartAlternativeBuffer()
3w, h := t.GetSize()
4t.SetCursorVisible(false)
5t.Printf("Start (%d,%d)", w, h)
6end := fmt.Sprintf(terminal.SetBright(true)+"End (%d,%d)"+terminal.SetBright(false), w, h)
7t.MoveToY(h - 1)
8//  01234     w = 5
9// |     |
10// |   xx| l = 2. 5-2= 3
11t.MoveToX(w - len(end))
12t.SavePos()
13t.Printf(end)
14time.Sleep(time.Second)
15t.RestorePos()
16t.MoveByY(-1)
17t.Printf("Nice!")
18t.MoveByX(0)
19time.Sleep(time.Second)
20t.EraseRestOfScreen()

gomain.go
1import "github.com/zzwx/voronoi"
2
3func useVoronoi() {
4	// Sites of voronoi diagram
5	sites := []voronoi.Vertex{
6		voronoi.Vertex{4, 5},
7		voronoi.Vertex{6, 5},
8		//...
9	}
10
11	// Create bounding box
12	bbox := NewBBox(0, 0, 20, 10)
13
14	// Compute diagram and close cells (add half edges from bounding box)
15	diagram := NewVoronoi().Compute(sites, bbox, true)
16
17	// Iterate over cells & their halfedges
18	for _, cell := diagram.Cells {
19		for _, hedge := cell.Halfedges {
20			//...
21		}	
22	}
23
24	// Iterate over all edges
25	for _, edge := diagram.Edge {
26		//...
27	}
28}

go
1func main() {
2	fmt.Println(interval.WrapInt(0, 360, 400))  //=> 40
3	fmt.Println(interval.WrapInt(0, 360, -90))  //=> 270
4	fmt.Println(interval.ClampInt(0, 100, 500)) //=> 100
5	fmt.Println(interval.ClampInt(0, 100, -20)) //=> 0
6
7	r := interval.NewRangeFloat64(0, 100, false, false)
8	fmt.Println(r.Wrap(120))     //=> 20
9	fmt.Println(r.Validate(120)) //=> 0, error(120 is outside of range [0,100])
10	fmt.Println(r.Test(120))     //=> false
11	fmt.Println(r)               //=> [0,100] (uses Stringer interface)
12}

go
1err = ifchanged.NewIf().
2  Changed(fileName, fileName+".sha256").
3  Missing("somefile.txt").
4  Execute(func() error {
5      fmt.Printf("This has been called because \"somefile.txt\" is missing or %v has changed\n", fileName)
6      return nil
7  })

• Arranging OpenStreetMap Map Tiles
  • The resulting tiles are suitable for printing
  • Producing a big PNG-file made of tiles

Stack

• Oracle RDBMS
  • PL/SQL for business logic
• Oracle Forms for GUI

Unique features

• Full text search with fault tolerance.
• Browsing of hierarchy of linked entries to dig into the history of home appliances repair.
• Printing of sophisticated forms (utilizing Microsoft Word OLE).

Reason

ts
1import {
2  hsl2hsv,
3  hsv2rgb,
4  Rgb,
5  rgb2hsl,
6} from "precise-colors";
7
8const rgb: Rgb = { r: 100, g: 150, b: 255 };
9const hsl = rgb2hsl(rgb);
10const hsv = hsl2hsv(hsl);
11const back = hsv2rgb(hsv);

Zod Test Coverage

1📂 LexicalResource                  [-] (basic test for a parent)
2   📂 Lexicon                       [-] (basic test for a parent)
3      📂 LexicalEntry               [x]
4         📄 Form                    [x]
5         📂 Lemma                   [x]
6            📄 Pronunciation        [x]
7         📂 Sense                   [x]
8            📄 SenseRelation        [x]
9      📂 Synset                     [x]
10         📄 Definition              [x]
11         📄 Example                 [x]
12         📄 ILIDefinition           [x]
13         📄 SynsetRelation          [x]
14      📄 SyntacticBehaviour         [x]