Try to fix docs, add latest, add failing test

Author: JohnnyMarnell

doc/dev.md

@@ -38,16 +38,19 @@ Flags can be struct with bit-fields.
   - Use commit messages with a context prefix to make it easier to find and understand, ex:<br>
   `mp3: Validate sync correctly`
 - Tests:
-  - If possible use a pair of `testdata/file` and `testdata/file.fqtest` where `file.fqtest` is `$ fq dv file` or `$ fq 'dv,torepr' file` if there is `torepr` support.
+  - If possible, add one or more pairs of example input file and expected CLI output, with naming like:
+    - `./format/<format_name>/testdata/<name>.<ext>`, e.g. [`./format/mp4/testdata/aac.mp4`](../format/mp4/testdata/aac.mp4)
+    - and `./format/<format_name>/testdata/<name>.fqtest`, e.g. [`./format/mp4/testdata/aac.fqtest`](../format/mp4/testdata/aac.fqtest)
+  - The latter contents should be `$ go run . dv <file_path>` or `$ go run . 'dv,torepr' <file_path>` if there is `torepr` support.
   - If `dv` produces a lof of output maybe use `dv({array_truncate: 50})` etc
   - Run `go test ./format -run TestFormats/<name>` to test expected output.
   - Run `go test ./format -run TestFormats/<name> -update` to update current output as expected output.
 - If you have format specific documentation:
   - Put it in `format/*/<name>.md` and use `//go:embed <name>.md`/`interp.RegisterFS(..)` to embed/register it.
   - Use simple markdown, just sections (depth starts at 3, `### Section`), paragraphs, lists and links.
-  - No heading section is needs with format name, will be added by `make doc` and fq cli help system.
+  - No heading section is needed with format name, will be added by `make doc` and fq cli help system.
   - Add a `testdata/<name>_help.fqtest` with just `$ fq -h <name>` to test CLI help.
-  - If in doubt look at `mp4.md`/`mp4.go` etc.
+  - If in doubt look at [`mp4.md`](../format/mp4/mp4.md)/[`mp4.go`](../format/mp4/mp4.go) etc.
   - Run `make README.md doc/formats.md` to update md files.
 - Run linter `make lint`
 - Run fuzzer `make fuzz GROUP=<name>`, see usage in Makefile

format/riff/adm.md

@@ -0,0 +1,22 @@
+[Audio Definition Model](https://adm.ebu.io/background/what_is_the_adm.html) including 3D Audio.
+
+RIFF / WAV / Broadcast Wave Format (BWF) chunks:
+- `<chna>` Chunk, Track UIDs of Audio Definition Model
+- `<axml>` Chunk, BWF XML Metadata, e.g. for Audio Definition Model ambisonics and elements
+
+### Examples
+Decode ADM configuration from `<chna>` and `<axml>` chunks:
+```bash
+$ fq -d wav '.chunks[] | select(.id | IN("chna", "axml")) | tovalue' amd-bwf.wav
+
+# Extract ADM <axml> chunk objects definitions xml content
+$ fq -r -d wav '.chunks[] | select(.id | IN("axml")) | .xml | tovalue' amd-bwf.wav | tee axml-content.xml
+```
+
+### Authors
+- [@johnnymarnell](https://johnnymarnell.github.io), original author
+
+### References
+- https://adm.ebu.io/background/what_is_the_adm.html
+- https://tech.ebu.ch/publications/tech3285s7
+- https://tech.ebu.ch/publications/tech3285s5

format/riff/common.go

@@ -36,9 +36,9 @@ func riffDecode(d *decode.D, path path, headFn func(d *decode.D, path path) (str
 		}
 	})
 
-	wordAlgin := d.AlignBits(16)
-	if wordAlgin != 0 {
-		d.FieldRawLen("align", int64(wordAlgin))
+	wordAlign := d.AlignBits(16)
+	if wordAlign != 0 {
+		d.FieldRawLen("align", int64(wordAlign))
 	}
 }
 

format/riff/dolby.go

@@ -12,7 +12,7 @@ import (
 	"github.com/wader/fq/pkg/scalar"
 )
 
-func dbmdDecode(d *decode.D, size int64) any {
+func tmp_dbmdDecode(d *decode.D, size int64) any {
 	version := d.U32()
 	major := (version >> 24) & 0xFF
 	minor := (version >> 16) & 0xFF
@@ -47,9 +47,9 @@ func dbmdDecode(d *decode.D, size int64) any {
 				case 8:
 					parseAudioInfo(d)
 				case 9:
-					parseDolbyAtmos(d, segmentSize)
+					parseDolbyAtmos(d)
 				case 10:
-					parseDolbyAtmosSupplemental(d, segmentSize)
+					parseDolbyAtmosSupplemental(d)
 				default:
 					d.FieldRawLen("unknown_segment_raw", int64(segmentSize*8))
 				}
@@ -117,7 +117,7 @@ var warpMode = scalar.UintMapDescription{
 	4: "not indicated (Default warping will be applied.)",
 }
 
-var trimConfigName = scalar.UintMapDescription{
+var tmp_trimConfigName = scalar.UintMapDescription{
 	0: "2.0",
 	1: "5.1",
 	2: "7.1",
@@ -134,7 +134,7 @@ var trimType = scalar.UintMapDescription{
 	1: "automatic",
 }
 
-func parseDolbyE(d *decode.D) {
+func tmp_parseDolbyE(d *decode.D) {
 	d.FieldValueStr("metadata_segment_type", "dolby_e")
 
 	d.FieldU8("program_config")
@@ -145,7 +145,7 @@ func parseDolbyE(d *decode.D) {
 	d.FieldRawLen("reserved_for_future_use", 80*8)
 }
 
-func parseDolbyDigital(d *decode.D) {
+func tmp_parseDolbyDigital(d *decode.D) {
 	d.FieldValueStr("metadata_segment_type", "dolby_digital")
 
 	d.FieldU8("ac3_program_id")
@@ -166,7 +166,7 @@ func parseDolbyDigital(d *decode.D) {
 	d.FieldRawLen("program_description_text", 32*8)
 }
 
-func parseDolbyDigitalPlus(d *decode.D) {
+func tmp_parseDolbyDigitalPlus(d *decode.D) {
 	d.FieldValueStr("metadata_segment_type", "dolby_digital_plus")
 
 	d.FieldU8("program_id")
@@ -205,7 +205,7 @@ func parseDolbyDigitalPlus(d *decode.D) {
 	d.FieldRawLen("reserved_for_future_use", 69*8)
 }
 
-func parseAudioInfo(d *decode.D) {
+func tmp_parseAudioInfo(d *decode.D) {
 	d.FieldValueStr("metadata_segment_type", "audio_info")
 
 	d.FieldU8("program_id")
@@ -224,7 +224,7 @@ func parseAudioInfo(d *decode.D) {
 	d.FieldUTF8("segment_modified_date", 32)
 }
 
-func parseDolbyAtmos(d *decode.D, size uint64) {
+func tmp_parseDolbyAtmos(d *decode.D, size uint64) {
 	d.FieldValueStr("metadata_segment_type", "dolby_atmos")
 
 	// d.SeekRel(32 * 8)
@@ -248,7 +248,7 @@ func parseDolbyAtmos(d *decode.D, size uint64) {
 	d.SeekRel(80 * 8)
 }
 
-func parseDolbyAtmosSupplemental(d *decode.D, size uint64) {
+func tmp_parseDolbyAtmosSupplemental(d *decode.D, size uint64) {
 	d.FieldValueStr("metadata_segment_type", "dolby_atmos_supplemental")
 
 	sync := d.FieldU32LE("dasms_sync")

format/riff/dolby_metadata.md

@@ -4,7 +4,7 @@ including Dolby Atmos, AC3, Dolby Digital \[Plus\], and Dolby Audio Info (e.g. L
 ### Examples
 Decode Dolby metadata from `<dbmd>` chunk:
 ```
-$ fq -d wav '.chunks[] | select(.id | IN("dbmd")) | tovalue' bwf.wav
+$ fq -d wav '.chunks[] | select(.id | IN("dbmd")) | tovalue' adm-bwf.wav
 ```
 
 RIFF / WAV / Broadcast Wave Format (BWF) chunks: