chore: update all stubs to esp-flasher-stub v0.5.1

- replace all 9 vendored stubs with upstream release artifacts
- add tools/update-stubs.sh for automated stub updates via go generate
- add go:generate directive to stub.go
- add development docs to README
- fix golangci-lint warnings

Author: jgangemi

README.md

@@ -174,6 +174,16 @@ The library is organized in layers:
 | Flasher | `pkg/espflasher/flasher.go` | High-level flash/verify/reset API |
 | CLI | `main.go` | Command-line interface |
 
+## Development
+
+### Updating Stubs
+
+The flasher includes pre-compiled bootloader stubs from [esp-flasher-stub](https://github.com/espressif/esp-flasher-stub) releases. To update stubs:
+
+1. Edit `STUB_VERSION` in `tools/update-stubs.sh` to the desired release version
+2. Run `go generate ./pkg/espflasher/...` to download and embed the latest stubs
+3. The `go:generate` directive in `pkg/espflasher/stub.go` will invoke `tools/update-stubs.sh`
+
 ## Protocol Reference
 
 This library implements the ESP serial bootloader protocol as documented by Espressif's [esptool](https://github.com/espressif/esptool). Key protocol features:

main.go

@@ -112,7 +112,11 @@ func main() {
 	if err != nil {
 		log.Fatalf("Failed to connect: %v", err)
 	}
-	defer flasher.Close()
+	defer func() {
+		if err := flasher.Close(); err != nil {
+			log.Printf("Warning: failed to close flasher: %v", err)
+		}
+	}()
 
 	fmt.Printf("Chip: %s\n", flasher.ChipName())
 

pkg/espflasher/flasher.go

@@ -1051,5 +1051,5 @@ type StdoutLogger struct {
 
 // Logf implements the Logger interface.
 func (l *StdoutLogger) Logf(format string, args ...interface{}) {
-	fmt.Fprintf(l.W, format+"\n", args...)
+	_, _ = fmt.Fprintf(l.W, format+"\n", args...)
 }

pkg/espflasher/protocol_test.go

@@ -22,7 +22,7 @@ func TestChecksum(t *testing.T) {
 		{
 			name:     "single byte zero",
 			data:     []byte{0x00},
-			expected: checksumMagic ^ 0x00,
+			expected: checksumMagic,
 		},
 		{
 			name:     "single byte 0xFF",

pkg/espflasher/slip.go

@@ -145,7 +145,9 @@ func (r *slipReader) ReadFrame(timeout time.Duration) ([]byte, error) {
 			break
 		}
 		readTimeout := min(remaining, 100*time.Millisecond)
-		r.port.SetReadTimeout(readTimeout) //nolint:errcheck
+		if err := r.port.SetReadTimeout(readTimeout); err != nil {
+			return nil, fmt.Errorf("failed to set read timeout: %w", err)
+		}
 		n, err := r.port.Read(buf)
 		if err != nil && err != io.EOF {
 			if n == 0 {

pkg/espflasher/stub.go

@@ -7,6 +7,7 @@ import (
 	"fmt"
 )
 
+//go:generate bash ../../tools/update-stubs.sh
 //go:embed stubs
 var stubFS embed.FS
 

pkg/espflasher/stubs/esp32.json

@@ -1,8 +1,8 @@
 {
-    "entry": 1074521688,
-    "text": "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",
-    "text_start": 1074520064,
-    "data": "DMD8P1XoC0Dr6AtAd+0LQIvpC0AO6QtAi+kLQOTpC0Dr6gtAYesLQAbrC0AB6AtAl+oLQODqC0AC6gtAgusLQCzqC0CC6wtA4ugLQETpC0CL6QtA5OkLQPToC0BP7AtAO+0LQCLnC0Bb7QtAIucLQCLnC0Ai5wtAIucLQCLnC0Ai5wtAIucLQCLnC0Dj6wtAIucLQGrsC0A77QtA",
-    "data_start": 1073605548,
+    "entry": 1074429964,
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",
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