From 6162390f7ee5d6befc7a7647017df4abf5ebeed8 Mon Sep 17 00:00:00 2001 From: Amerlander Date: Mon, 19 Aug 2024 11:19:01 +0200 Subject: [PATCH] cherry pick mb updates 7.0.12to7.0.20 --- docs/courses.md | 2 +- docs/projects/hot-potato.md | 2 +- docs/projects/level.md | 14 +- docs/projects/plot-acceleration.md | 2 +- docs/projects/stopwatch.md | 16 +- docs/reference/basic/show-leds.md | 3 +- docs/reference/basic/show-number.md | 5 +- docs/reference/basic/show-string.md | 6 +- docs/reference/game/clear.md | 2 +- docs/reference/images/create-big-image.md | 2 +- docs/reference/images/create-image.md | 9 +- docs/reference/images/plot-frame.md | 2 +- docs/reference/images/plot-image.md | 2 +- docs/reference/images/scroll-image.md | 3 +- docs/reference/images/show-frame.md | 2 +- docs/reference/images/show-image.md | 2 +- docs/reference/images/width.md | 3 +- docs/reference/input/logo-is-pressed.md | 4 +- docs/reference/music/string-playable.md | 40 ++ docs/reference/music/tone-playable.md | 29 + docs/reference/pins/set-audio-pin-enabled.md | 38 ++ docs/reference/pins/set-audio-pin.md | 3 +- docs/types/playable.md | 51 ++ editor/flash.ts | 2 +- libs/audio-recording/recording.cpp | 15 +- libs/core-mini-codal/logo.cpp | 4 +- libs/core-mini-codal/playable.ts | 2 +- libs/core-mini-codal/soundexpressions.ts | 12 +- libs/core/blocks-test/pins.blocks | 476 +++++++++------- libs/core/blocks-test/test.blocks | 536 ++++++++++++++---- libs/core/codal.cpp | 2 +- libs/core/dal.d.ts | 27 +- libs/core/enums.d.ts | 7 + libs/core/game.ts | 2 +- libs/core/pins.cpp | 16 +- libs/core/pins.ts | 26 + libs/core/pxt.json | 1 + libs/core/shims.d.ts | 137 ++--- libs/datalogger/datalogger.ts | 21 + libs/datalogger/docs/reference/datalogger.md | 4 +- .../docs/reference/datalogger/create-cv.md | 6 +- libs/flashlog/flashlog.cpp | 31 + libs/flashlog/shims.d.ts | 19 + libs/fonts/_locales/fonts-jsdoc-strings.json | 1 + libs/fonts/_locales/fonts-strings.json | 1 + libs/fonts/font12.jres | 6 + libs/fonts/pxt.json | 15 + package.json | 4 +- pxtarget.json | 1 + sim/state/misc.ts | 4 +- sim/state/record-audio.ts | 158 ++++-- sim/visuals/mute.ts | 6 + 52 files changed, 1268 insertions(+), 516 deletions(-) create mode 100644 docs/reference/music/string-playable.md create mode 100644 docs/reference/music/tone-playable.md create mode 100644 docs/reference/pins/set-audio-pin-enabled.md create mode 100644 docs/types/playable.md mode change 100644 => 100755 libs/core/blocks-test/pins.blocks create mode 100644 libs/fonts/_locales/fonts-jsdoc-strings.json create mode 100644 libs/fonts/_locales/fonts-strings.json create mode 100644 libs/fonts/font12.jres create mode 100644 libs/fonts/pxt.json diff --git a/docs/courses.md b/docs/courses.md index f256a6b8b..d2c12d24d 100644 --- a/docs/courses.md +++ b/docs/courses.md @@ -66,7 +66,7 @@ Tutorials, lessons, and mini-courses about programming and computing. }, { "name": "Networking with the Calliope mini", "description": "A series of activities to teach the basics of computer networks.", - "url": "https://microbit.nominetresearch.uk/", + "url": "https://www.digitaltechnologieshub.edu.au/search/networking-with-the-micro-bit/", "imageUrl": "/static/courses/networking-book.png" }, { "name": "SparkFun Videos", diff --git a/docs/projects/hot-potato.md b/docs/projects/hot-potato.md index 2d8e80030..5321d7d62 100644 --- a/docs/projects/hot-potato.md +++ b/docs/projects/hot-potato.md @@ -60,7 +60,7 @@ input.onButtonPressed(Button.A, function () { ## {Step 5} -Inside the ``||loops:while||`` loop, add code to ``||variables:decrease||`` the timer ``||loops:every second||``. +Inside the ``||loops:while||`` loop, add code to ``||variables:decrease||`` the timer for every ``||basic:pause||`` of one second. ```blocks let timer = 0 diff --git a/docs/projects/level.md b/docs/projects/level.md index 0fe377125..ce21bcd00 100644 --- a/docs/projects/level.md +++ b/docs/projects/level.md @@ -1,13 +1,13 @@ # Level -## Introduction @unplugged +## Is it level? @unplugged Is your table flat? Use the @boardname@ as a level! ![A level drawing](/static/mb/projects/level.png) -## Step 1 +## {Step 1} Make a variable ``||variables:x||`` and store the ``||input:acceleration x||`` value in the ``||basic:forever||`` loop. @@ -19,7 +19,7 @@ basic.forever(function() { }) ``` -## Step 2 +## {Step 2} Make another variable ``||variables:y||`` and store the ``||input:acceleration y||`` value. @@ -31,7 +31,7 @@ basic.forever(function() { }) ``` -## Step 3 +## {Step 3} Add a code to test ``||logic:if||`` the ``||Math:absolute value||`` of ``||variables:x||`` is ``||logic:greater than||`` ``32``. If it is true, ``||basic:show an icon||`` to tell you that the @boardname@ is not flat, ``||logic:else||`` show nothing, for now. @@ -49,7 +49,7 @@ basic.forever(function() { }) ``` -## Step 4 +## {Step 4} Add an ``||logic:else if||`` to check that the ``||Math:absolute value||`` of ``||variables:y||`` is ``||logic:greater than||`` ``32``. If it is true, ``||basic:show an icon||`` that tells you the @boardname@ is not flat. @@ -69,7 +69,7 @@ basic.forever(function() { }) ``` -## Step 5 +## {Step 5} The code under the ``||logic:else||`` will run if both acceleration ``x`` and ``y`` are small, which happens when the @boardname@ is laying flat. Add code to ``||basic:show a happy image||``. @@ -88,7 +88,7 @@ basic.forever(function() { }) ``` -## Step 6 +## {Step 6} If you have a @boardname@ connected, click ``|Download|`` to transfer your code! Try it out on a table, counter, or window sill in your house! diff --git a/docs/projects/plot-acceleration.md b/docs/projects/plot-acceleration.md index 036c7772a..7a397608e 100644 --- a/docs/projects/plot-acceleration.md +++ b/docs/projects/plot-acceleration.md @@ -37,7 +37,7 @@ basic.forever(function() { ## Other sensors -You can use this block for pretty much any kind of data. Try it out! Plot the ``||input:light level||`` inside the ``||loops:forever||`` instead. Play with the light sensor in the simulator. +You can use this block for pretty much any kind of data. Try it out! Plot the ``||input:light level||`` inside the ``||basic:forever||`` instead. Play with the light sensor in the simulator. ```blocks basic.forever(function() { diff --git a/docs/projects/stopwatch.md b/docs/projects/stopwatch.md index fc69cc893..be4aa97fe 100644 --- a/docs/projects/stopwatch.md +++ b/docs/projects/stopwatch.md @@ -1,12 +1,12 @@ # Stopwatch -## Introduction @unplugged +## Time is ticking! @unplugged ![A @boardname@ stopwatch toon image](/static/mb/projects/stopwatch.png) This project turns the @boardname@ into a simple stopwatch. Pressing **A** starts the timer. Pressing **B** displays the elapsed seconds. -## Step 1 +## {Step 1} Use an event to run code when ``||input:button A is pressed||``. @@ -15,7 +15,7 @@ input.onButtonPressed(Button.A, function () { }) ``` -## Step 2 +## {Step 2} Add code to store the current ``||input:running time||`` in a variable ``||variables:start||``. This is the start time. @@ -27,7 +27,7 @@ input.onButtonPressed(Button.A, function () { }) ``` -## Step 3 +## {Step 3} Add an event to run code when ``||input:button B is pressed||``. @@ -36,7 +36,7 @@ input.onButtonPressed(Button.B, function () { }) ``` -## Step 4 +## {Step 4} Add code to compute the difference between the ``||input:running time||`` and ``||variables:value||`` time. This is the elapsed millisecond since pressing button A. @@ -48,7 +48,7 @@ input.onButtonPressed(Button.B, function () { }) ``` -## Step 5 +## {Step 5} Add code to ``||basic:show||`` the number of milliseconds ``||variables:elapsed||``. Use ``||Math:integer division||`` to divide ``||variables:elapsed||`` by ``1000`` and get seconds. @@ -61,11 +61,11 @@ input.onButtonPressed(Button.B, function () { }) ``` -## Step 6 +## {Step 6} Try your program in the simulator. Press **A** to start the stopwatch and press **B** to get the current elapsed time. You can press **B** multiple times. -## Step 7 +## {Step 7} If you have a @boardname@ connected, click ``|Download|`` to transfer your code! diff --git a/docs/reference/basic/show-leds.md b/docs/reference/basic/show-leds.md index 7125078bd..55dd021fa 100644 --- a/docs/reference/basic/show-leds.md +++ b/docs/reference/basic/show-leds.md @@ -49,5 +49,4 @@ on and `.` means an LED that is turned off. ## See also -[plot leds](/reference/basic/plot-leds), [show animation](/reference/basic/show-animation) - +[show icon](/reference/basic/show-icon) diff --git a/docs/reference/basic/show-number.md b/docs/reference/basic/show-number.md index 51806f037..5bfea4cf5 100644 --- a/docs/reference/basic/show-number.md +++ b/docs/reference/basic/show-number.md @@ -43,10 +43,9 @@ If `value` is `NaN` (not a number), `?` is displayed. ## Other show functions -* Use [show string](/reference/basic/show-string) to show a [String](/types/string) with letters on the screen. -* Use [show animation](/reference/basic/show-animation) to show a group of pictures on the screen, one after another. +Use [show string](/reference/basic/show-string) to show a [String](/types/string) with letters on the screen. ## See also -[show string](/reference/basic/show-string), [show animation](/reference/basic/show-animation), [Number](/types/number), [math](/blocks/math) +[show string](/reference/basic/show-string), [Number](/types/number), [math](/blocks/math) diff --git a/docs/reference/basic/show-string.md b/docs/reference/basic/show-string.md index 781363120..6674cd95f 100644 --- a/docs/reference/basic/show-string.md +++ b/docs/reference/basic/show-string.md @@ -28,10 +28,8 @@ basic.showString(s) ## Other show functions -* Use [show number](/reference/basic/show-number) to show a number on the [LED screen](/device/screen). -* Use [show animation](/reference/basic/show-animation) to show a group of pictures on the screen, one after another. +Use [show number](/reference/basic/show-number) to show a number on the [LED screen](/device/screen). ## See also -[String](/types/string), [show number](/reference/basic/show-number), [show animation](/reference/basic/show-animation) - +[String](/types/string), [show number](/reference/basic/show-number) diff --git a/docs/reference/game/clear.md b/docs/reference/game/clear.md index 8a14561ad..ff286f146 100644 --- a/docs/reference/game/clear.md +++ b/docs/reference/game/clear.md @@ -35,5 +35,5 @@ input.onButtonEvent(Button.A, input.buttonEventValue(ButtonEvent.Down), () => { ## See also -[Image](/reference/images/image), [show animation](/reference/basic/show-animation), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image), [create image](/reference/images/create-image) +[Image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image), [create image](/reference/images/create-image) diff --git a/docs/reference/images/create-big-image.md b/docs/reference/images/create-big-image.md index 8a6a791d9..a64f91107 100644 --- a/docs/reference/images/create-big-image.md +++ b/docs/reference/images/create-big-image.md @@ -49,4 +49,4 @@ input.onButtonEvent(Button.B, input.buttonEventClick(), () => { [image](/reference/images/image), [create image](/reference/images/create-image), [show image](/reference/images/show-image), -[scroll image](/reference/images/scroll-image), [show animation](/reference/basic/show-animation) +[scroll image](/reference/images/scroll-image) \ No newline at end of file diff --git a/docs/reference/images/create-image.md b/docs/reference/images/create-image.md index 5fe8cb130..ce693600b 100644 --- a/docs/reference/images/create-image.md +++ b/docs/reference/images/create-image.md @@ -32,7 +32,7 @@ input.onButtonEvent(Button.A, input.buttonEventClick(), () => { # . # . # . . # . . . . # . . - `).showImage(0); + `).showImage(0) }); input.onButtonEvent(Button.B, input.buttonEventClick(), () => { images.createImage(` @@ -41,8 +41,8 @@ input.onButtonEvent(Button.B, input.buttonEventClick(), () => { # . # . # . # # # . . . # . . - `).showImage(0); -}); + `).showImage(0) +}) ``` ## See also @@ -50,5 +50,4 @@ input.onButtonEvent(Button.B, input.buttonEventClick(), () => { [image](/reference/images/image), [create big image](/reference/images/create-big-image), [show image](/reference/images/show-image), -[scroll image](/reference/images/scroll-image), [show animation](/reference/basic/show-animation) - +[scroll image](/reference/images/scroll-image) diff --git a/docs/reference/images/plot-frame.md b/docs/reference/images/plot-frame.md index 0db48dcb1..9ea14c085 100644 --- a/docs/reference/images/plot-frame.md +++ b/docs/reference/images/plot-frame.md @@ -33,5 +33,5 @@ img.plotFrame(1) ## See also -[create image](/reference/images/create-image), [show animation](/reference/basic/show-animation), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) +[create image](/reference/images/create-image), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) diff --git a/docs/reference/images/plot-image.md b/docs/reference/images/plot-image.md index df87bc650..ef13335f6 100644 --- a/docs/reference/images/plot-image.md +++ b/docs/reference/images/plot-image.md @@ -33,5 +33,5 @@ img.plotImage(0) ## See also -[create image](/reference/images/create-image), [show animation](/reference/basic/show-animation), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) +[create image](/reference/images/create-image), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) diff --git a/docs/reference/images/scroll-image.md b/docs/reference/images/scroll-image.md index 7821ec2e6..0480727b5 100644 --- a/docs/reference/images/scroll-image.md +++ b/docs/reference/images/scroll-image.md @@ -46,5 +46,4 @@ basic.forever(() => { ## See also -[show image](/reference/images/show-image), [image](/reference/images/image), [create image](/reference/images/create-image), [show animation](/reference/basic/show-animation) - +[show image](/reference/images/show-image), [image](/reference/images/image), [create image](/reference/images/create-image) diff --git a/docs/reference/images/show-frame.md b/docs/reference/images/show-frame.md index d0e72154f..d394dae5b 100644 --- a/docs/reference/images/show-frame.md +++ b/docs/reference/images/show-frame.md @@ -33,5 +33,5 @@ img.showFrame(1) ## See also -[create image](/reference/images/create-image), [show animation](/reference/basic/show-animation), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) +[create image](/reference/images/create-image), [image](/reference/images/image), [show image](/reference/images/show-image), [scroll image](/reference/images/scroll-image) diff --git a/docs/reference/images/show-image.md b/docs/reference/images/show-image.md index a44ba0dc7..87cb2595f 100644 --- a/docs/reference/images/show-image.md +++ b/docs/reference/images/show-image.md @@ -44,4 +44,4 @@ input.onButtonEvent(Button.B, input.buttonEventClick(), () => { [image](/reference/images/image), [create image](/reference/images/create-image), [create big image](/reference/images/create-big-image), -[scroll image](/reference/images/scroll-image), [show animation](/reference/basic/show-animation) +[scroll image](/reference/images/scroll-image) diff --git a/docs/reference/images/width.md b/docs/reference/images/width.md index e81f2e1ea..38d88a3cc 100644 --- a/docs/reference/images/width.md +++ b/docs/reference/images/width.md @@ -52,5 +52,4 @@ for (let i = 0; i < img2.width() / 5; i++) { ## See also -[show image](/reference/images/show-image), [image](/reference/images/image), [create image](/reference/images/create-image), [scroll image](/reference/images/scroll-image), [show animation](/reference/basic/show-animation) - +[show image](/reference/images/show-image), [image](/reference/images/image), [create image](/reference/images/create-image), [scroll image](/reference/images/scroll-image) diff --git a/docs/reference/input/logo-is-pressed.md b/docs/reference/input/logo-is-pressed.md index 9611d2d59..3fde96934 100644 --- a/docs/reference/input/logo-is-pressed.md +++ b/docs/reference/input/logo-is-pressed.md @@ -38,5 +38,5 @@ basic.forever(function () { [Calliope mini V2](/device/v2), [on logo event](/reference/input/on-logo-event), -[pin is pressed](/referene/inpu/pin-is-pressed), -[touch set mode](/referene/inpu/touch-set-mode) \ No newline at end of file +[pin is pressed](/reference/input/pin-is-pressed), +[touch set mode](/reference/pins/touch-set-mode) diff --git a/docs/reference/music/string-playable.md b/docs/reference/music/string-playable.md new file mode 100644 index 000000000..558dfeab1 --- /dev/null +++ b/docs/reference/music/string-playable.md @@ -0,0 +1,40 @@ +# string Playable + +Created a short melody of notes composed in a string. + +```sig +music.stringPlayable("D F E A E A C B ", 120) +``` + +The **melody** is short series of notes composed in a string. The melody is played at a rate set by the **tempo** value you give. The melody string contains a sequence of notes formatted like this: + +``"E B C5 A B G A F "`` + +The melody is shown in the ``||music:melody||`` block as note symbols which also appear in the Melody Editor. + +```block +music.stringPlayable("E F G F E G B C5 ", 120) +``` + +The melodies are most often created in the Melody Editor from the block so that valid notes are chosen and the correct melody length is set. + +## Parameters + +* **melody**: a [string](/types/string) which contains the notes of the melody. +* **tempo**: a [number](/types/number) which is the rate to play the melody at in beats per minute. + +## Returns + +* a [playable](/types/playable) object that contains the **melody** and **tempo**. + +## Example + +Play the ``Mystery`` melody continuously. + +```blocks +music.play(music.stringPlayable("E F G F E G B C5 ", 120), music.PlaybackMode.LoopingInBackground) +``` + +## See also + +[tone playable](/reference/music/tone-playable) \ No newline at end of file diff --git a/docs/reference/music/tone-playable.md b/docs/reference/music/tone-playable.md new file mode 100644 index 000000000..cf3742abc --- /dev/null +++ b/docs/reference/music/tone-playable.md @@ -0,0 +1,29 @@ +# tone Playable + +Create a musical tone that will play for some amount of time. + +```sig +music.tonePlayable(262, music.beat(BeatFraction.Whole)) +``` + +## Parameters + +* **note**: is the note frequency as a [number](/types/number) of [Hertz](https://wikipedia.org/wiki/Hertz) (how high or low the tone is, also known as _pitch_). If **note** is less or equal to zero, no sound is played. +* **duration**: is the [number](/types/number) of milliseconds (one-thousandth of a second) that the tone lasts for. If **duration** is negative or zero, the sound will play continuously. + +## Returns + +* a [playable](/types/playable) object that contains the tone. + +## Example + +Store the musical note 'C' in the variable `note` and play that note for 1000 milliseconds (one second). + +```blocks +let note = music.noteFrequency(Note.C); +music.play(music.tonePlayable(note, music.beat(BeatFraction.Whole)), music.PlaybackMode.UntilDone) +``` + +## See also + +[string playable](/reference/music/string-playable) \ No newline at end of file diff --git a/docs/reference/pins/set-audio-pin-enabled.md b/docs/reference/pins/set-audio-pin-enabled.md new file mode 100644 index 000000000..ac04c187d --- /dev/null +++ b/docs/reference/pins/set-audio-pin-enabled.md @@ -0,0 +1,38 @@ +# set Audio Pin Enabled + +Enable a pin on the edge connector to output audio. + +```sig +pins.setAudioPinEnabled(false) +``` + +You can enable the @boardname@ to output audio to a pin on the edge connector. + +### ~ hint + +#### micro:bit V2 speaker + +With the [micro:bit V2](/device/v2) hardware, the built-in speaker will play (mirror) the same tones and music sent to the audio pin. + +### ~ + +## Parameters + +* **enabled**: audio is output to a pin is enabled if `true`, disabled if `false`. + +## Example + +Enable audio output to a pin on the edge connector and play a tone for the "A4" note at pin **P0** for 1 second. + +```blocks +pins.setAudioPinEnabled(false) +pins.setAudioPin(AnalogPin.P0) +let frequency = 440 +let duration = 1000 +pins.analogPitch(frequency, duration) +``` + +## See also + +[@boardname@ pins](/device/pins), [set audio pin](/reference/pins/set-audio-pin), +[analog set pitch pin](/reference/pins/analog-set-pitch-pin) diff --git a/docs/reference/pins/set-audio-pin.md b/docs/reference/pins/set-audio-pin.md index 543681abc..f815f3597 100644 --- a/docs/reference/pins/set-audio-pin.md +++ b/docs/reference/pins/set-audio-pin.md @@ -31,4 +31,5 @@ pins.analogPitch(frequency, duration) ## See also -[@boardname@ pins](/device/pins), [analog set pitch pin](/reference/pins/analog-set-pitch-pin) +[@boardname@ pins](/device/pins), [set audio pin enabled](/reference/pins/set-audio-pin-enabled), +[analog set pitch pin](/reference/pins/analog-set-pitch-pin) diff --git a/docs/types/playable.md b/docs/types/playable.md new file mode 100644 index 000000000..591b78c5e --- /dev/null +++ b/docs/types/playable.md @@ -0,0 +1,51 @@ +# playable + +The **playable** data object provides a common format to play tones, melodies, and songs. Each of these music sources are created in different ways but are transformed into playable objects so that a single playback method is used to [play](/refernece/music/play) them. + +## Music sources for playable objects + +The blocks used to create playable music sources are the following: + +### Tone + +A tone is a musical note, or a sound frequency, and a duration. The duration is often set as the length of a `beat`. + +```block +music.tonePlayable(262, music.beat(BeatFraction.Whole)) +``` + +### Melody + +Melodies are a series of notes and a tempo to play them at. + +```block +music.stringPlayable("D F E A E A C B ", 120) +``` + +## Play the music + +In your programs, you can simply use the ``||music:play||`` blocks for each playable object. Like this one for tone: + +```block +music.play(music.tonePlayable(262, music.beat(BeatFraction.Whole)), music.PlaybackMode.UntilDone) +``` + +## Example + +Put 2 different playable music sources in an array. Play one after the other. + +```blocks +let playables = [ +music.tonePlayable(262, music.beat(BeatFraction.Whole)), +music.stringPlayable("D F E A E A C B ", 120) +] +for (let someMusic of playables) { + music.play(someMusic, music.PlaybackMode.UntilDone) + basic.pause(500) +} +``` + +## See also + +[play](/reference/music/play), [tone playable](/reference/music/tone-playable), +[string playable](/reference/music/string-playable) \ No newline at end of file diff --git a/editor/flash.ts b/editor/flash.ts index 488b77467..ea54b4439 100644 --- a/editor/flash.ts +++ b/editor/flash.ts @@ -254,7 +254,7 @@ class DAPWrapper implements pxt.packetio.PacketIOWrapper { if (this.usesCODAL === undefined) console.warn('try to access codal information before it is computed') if (!this.usesCODAL) { - return ["logotouch", "builtinspeaker", "microphone", "flashlog"] + return ["logotouch", "builtinspeaker", "microphone", "flashlog", "v2"] } return []; } diff --git a/libs/audio-recording/recording.cpp b/libs/audio-recording/recording.cpp index c4c50c9ef..487135ff6 100644 --- a/libs/audio-recording/recording.cpp +++ b/libs/audio-recording/recording.cpp @@ -38,18 +38,18 @@ static MixerChannel *channel = NULL; #endif -void checkEnv(int sampleRate = -1) { +void checkEnv() { #if MICROBIT_CODAL if (recording == NULL) { - if (sampleRate == -1) - sampleRate = 11000; + int defaultSampleRate = 11000; MicroBitAudio::requestActivation(); splitterChannel = uBit.audio.splitter->createChannel(); + splitterChannel->requestSampleRate( defaultSampleRate ); recording = new StreamRecording(*splitterChannel); - channel = uBit.audio.mixer.addChannel(*recording, sampleRate); + channel = uBit.audio.mixer.addChannel(*recording, defaultSampleRate); channel->setVolume(75.0); uBit.audio.mixer.setVolume(1000); @@ -187,11 +187,8 @@ void setInputSampleRate(int sampleRate) { //% void setOutputSampleRate(int sampleRate) { #if MICROBIT_CODAL - if (recording == NULL) { - checkEnv(sampleRate); - } else { - channel->setSampleRate(sampleRate); - } + checkEnv(); + channel->setSampleRate(sampleRate); #else target_panic(PANIC_VARIANT_NOT_SUPPORTED); #endif diff --git a/libs/core-mini-codal/logo.cpp b/libs/core-mini-codal/logo.cpp index 2f99e1437..7ee5f8685 100644 --- a/libs/core-mini-codal/logo.cpp +++ b/libs/core-mini-codal/logo.cpp @@ -26,7 +26,7 @@ namespace input { //% help="input/on-logo-event" void onLogoEvent(TouchButtonEvent action, Action body) { #if MICROBIT_CODAL - registerWithDal(uBit.logo.id, action, body); + registerWithDal(uBit.io.logo.id, action, body); #else target_panic(PANIC_VARIANT_NOT_SUPPORTED); #endif @@ -43,7 +43,7 @@ namespace input { //% help="input/logo-is-pressed" bool logoIsPressed() { #if MICROBIT_CODAL - return uBit.logo.isPressed(); + return uBit.io.logo.isTouched(); #else target_panic(PANIC_VARIANT_NOT_SUPPORTED); return false; diff --git a/libs/core-mini-codal/playable.ts b/libs/core-mini-codal/playable.ts index a918977c3..a36b0f536 100644 --- a/libs/core-mini-codal/playable.ts +++ b/libs/core-mini-codal/playable.ts @@ -100,7 +100,7 @@ namespace music { //% blockId="music_string_playable" //% block="melody $melody at tempo $bpm|(bpm)" //% weight=85 blockGap=8 - //% help=music/melody-editor + //% help=music/string-playable //% group="Melody" //% toolboxParent=music_playable_play //% toolboxParentArgument=toPlay diff --git a/libs/core-mini-codal/soundexpressions.ts b/libs/core-mini-codal/soundexpressions.ts index de9a36913..c4ca4346c 100644 --- a/libs/core-mini-codal/soundexpressions.ts +++ b/libs/core-mini-codal/soundexpressions.ts @@ -408,16 +408,16 @@ namespace music { switch (effect) { case SoundExpressionEffect.Vibrato: - src = setValue(src, 36, 2, 4); - src = setValue(src, 40, 512, 4); + src = setValue(src, 36, DAL.SFX_DEFAULT_VIBRATO_PARAM, 4); + src = setValue(src, 40, DAL.SFX_DEFAULT_VIBRATO_STEPS, 4); break; case SoundExpressionEffect.Tremolo: - src = setValue(src, 36, 3, 4); - src = setValue(src, 40, 900, 4); + src = setValue(src, 36, DAL.SFX_DEFAULT_TREMOLO_PARAM, 4); + src = setValue(src, 40, DAL.SFX_DEFAULT_TREMOLO_STEPS, 4); break; case SoundExpressionEffect.Warble: - src = setValue(src, 36, 2, 4); - src = setValue(src, 40, 700, 4); + src = setValue(src, 36, DAL.SFX_DEFAULT_WARBLE_PARAM, 4); + src = setValue(src, 40, DAL.SFX_DEFAULT_WARBLE_STEPS, 4); break; } diff --git a/libs/core/blocks-test/pins.blocks b/libs/core/blocks-test/pins.blocks old mode 100644 new mode 100755 index 9e01d01cd..294ec6edf --- a/libs/core/blocks-test/pins.blocks +++ b/libs/core/blocks-test/pins.blocks @@ -1,209 +1,269 @@ - - - DigitalPin.P5 - PulseValue.Low - - - AnalogPin.P9 - - - 5 - - - - - AnalogPin.P10 - - - 20000 - - - - - DigitalPin.P6 - - - 5 - - - - - AnalogPin.P13 - - - 5 - - - - - AnalogPin.P8 - - - 1500 - - - - - 0 - - - NumberFormat.Int8BE - - - 0 - - - - - FALSE - - - - - - - 0 - - - DigitalPin.P9 - PulseValue.Low - - - - - 1023 - - - - - - 0 - - - - - 0 - - - - - - - 4 - - - - - - - NumberFormat.Int16BE - - - 0 - - - DigitalPin.P9 - - - - - 0 - - - AnalogPin.P9 - - - - - FALSE - - - - - DigitalPin.P11 - DigitalPin.P9 - DigitalPin.P10 - - - DigitalPin.P9 - PinPullMode.PullDown - - - - - 0 - - - - - 0 - - - - - DigitalPin.P8 - PinEventType.Touch - - - AnalogPin.P9 - - - - - 8 - - - - - 3 - - - - - - - 8 - - - - - 3 - - - - - - - 1000000 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - + + + + + DigitalPin.P5 + + + PulseValue.Low + + + + + AnalogPin.P9 + + + + + 5 + + + + + + + AnalogPin.P10 + + + + + 20000 + + + + + + + DigitalPin.P6 + + + + + 5 + + + + + + + AnalogPin.P13 + + + + + 5 + + + + + + + AnalogPin.P8 + + + + + 1500 + + + + + 0 + + + NumberFormat.Int8BE + + + 0 + + + + + FALSE + + + + + + + 0 + + + + + DigitalPin.P9 + + + PulseValue.Low + + + + + 1023 + + + + + + 0 + + + + + 0 + + + + + + + 4 + + + + + + + NumberFormat.Int16BE + + + 0 + + + + + DigitalPin.P9 + + + + + + + 0 + + + + + AnalogPin.P9 + + + + + + + FALSE + + + + + + + DigitalPin.P11 + + + + + DigitalPin.P9 + + + + + DigitalPin.P10 + + + + + + + DigitalPin.P9 + + + PinPullMode.PullDown + + + + + 0 + + + + + 0 + + + + + + + DigitalPin.P8 + + + PinEventType.Touch + + + + + AnalogPin.P9 + + + + + + + 8 + + + + + 3 + + + + + + + 8 + + + + + 3 + + + + + + + 1000000 + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + + \ No newline at end of file diff --git a/libs/core/blocks-test/test.blocks b/libs/core/blocks-test/test.blocks index 2a619f873..cfebd1960 100644 --- a/libs/core/blocks-test/test.blocks +++ b/libs/core/blocks-test/test.blocks @@ -299,21 +299,109 @@ - - - - - Gesture.TiltLeft - - - - - - 1 - - - EventBusValue.MICROBIT_PIN_EVT_PULSE_HI - + + + + + + + + + + + + + + + + + TouchPin.P2 + + + + + + 1 + + + + + + 2 + + + + + + + 5 + + + + + 45 + + + + + DisplayMode.Greyscale + + + + + AnalogPin.P4 + + + + + + 1023 + + + + + AnalogPin.P13 + + + + + + + + + DigitalPin.P10 + + + + + + 0 + + + + + DigitalPin.P15 + + + + + + + + + AnalogPin.P9 + + + + + 1234 + + + + + 0 + + @@ -448,20 +536,62 @@ BeatFraction.Sixteenth - - - - 2 - + + + + + + + AnalogPin.P20 + + + + + + 180 + + + Dimension.Z + - - - - - 3 - - + + + + AnalogPin.P14 + + + + + 1500 + + + + + + + + 220 + + + + + BeatFraction.Sixteenth + + + + + + + 659 + + + + + + + BeatFraction.Double + @@ -514,18 +644,264 @@ - - - - DigitalPin.P1 - PulseValue.Low - - - NumberFormat.UInt8BE - - - 0 - + + + + + + + + + + + booltest + + + 0 + + + Button.B + + + + + booltest + + + 0 + + + TouchPin.P2 + + + + + booltest + + + 0 + + + + + + 3 + + + + + + 4 + + + + + + + + + + + + + Button.AB + + + + + + 1 + + + BeatFraction.Sixteenth + + + + + + 2 + + + + + + + + 3 + + + + + + + 5 + + + + + + 255 + + + + + + + + + 255 + + + 440 + + + + + + + + + TRUE + + + + + + + + + + + + + + + + + + + + + + 4 + + + + + + + + EventBusSource.MICROBIT_ID_IO_P0 + + + + + EventBusValue.MES_ALERT_EVT_ALARM1 + + + + + + + + + TouchPin.P2 + + + AcceleratorRange.EightG + + + + + + + Delimiters.Colon + + + + + SerialPin.P12 + SerialPin.P14 + BaudRate.BaudRate19200 + + + + + + + + + + DigitalPin.P10 + + + PulseValue.Low + + + NumberFormat.UInt8BE + + + 0 + + + + + 0 + + + + + FALSE + + + + + + + 0 + + + + + 0 + + + + + + + DigitalPin.P0 + + + PinEventType.Touch + + + + + 1000000 + + + + + + + AnalogPin.P2 + + + + + + + DigitalPin.P2 + + + PinPullMode.PullDown + + + + + 8 + @@ -538,68 +914,26 @@ - - - - 0 - - - - - 0 - - - - - DigitalPin.P0 - PinEventType.Touch - - - - - 1000000 - - - - - AnalogPin.P2 - - - DigitalPin.P2 - PinPullMode.PullDown - - - - - 8 - - - - - 3 - - - - - DigitalPin.P1 - DigitalPin.P1 - DigitalPin.P1 - - - - - - - - - - - - - - - - + + + + DigitalPin.P9 + + + + + DigitalPin.P14 + + + + + DigitalPin.P16 + + + + + + diff --git a/libs/core/codal.cpp b/libs/core/codal.cpp index c5ea59b67..2c1a851db 100644 --- a/libs/core/codal.cpp +++ b/libs/core/codal.cpp @@ -98,7 +98,7 @@ static void initCodal() { void registerWithDal(int id, int event, Action a, int flags) { uBit.messageBus.ignore(id, event, dispatchForeground); - uBit.messageBus.listen(id, event, dispatchForeground, a); + uBit.messageBus.listen(id, event, dispatchForeground, a, (uint16_t) flags); incr(a); registerGCPtr(a); } diff --git a/libs/core/dal.d.ts b/libs/core/dal.d.ts index bac1d4fff..25b81ad96 100644 --- a/libs/core/dal.d.ts +++ b/libs/core/dal.d.ts @@ -72,6 +72,8 @@ declare const enum DAL { DEVICE_SCHEDULER_EVT_TICK = 1, DEVICE_SCHEDULER_EVT_IDLE = 2, DEVICE_GET_FIBER_LIST_AVAILABLE = 1, + MUTEX = 0, + SEMAPHORE = 1, // /libraries/codal-core/inc/core/CodalListener.h MESSAGE_BUS_LISTENER_PARAMETERISED = 1, MESSAGE_BUS_LISTENER_METHOD = 2, @@ -370,6 +372,7 @@ declare const enum DAL { TOUCH_BUTTON_SENSITIVITY = 10, TOUCH_BUTTON_CALIBRATION_PERIOD = 10, TOUCH_BUTTON_CALIBRATING = 16, + TOUCH_BUTTON_RUNNING = 32, // /libraries/codal-core/inc/drivers/TouchSensor.h TOUCH_SENSOR_MAX_BUTTONS = 10, TOUCH_SENSOR_SAMPLE_PERIOD = 50, @@ -585,6 +588,7 @@ declare const enum DAL { LEVEL_DETECTOR_SPL_CLAP = 8, LEVEL_DETECTOR_SPL_DEFAULT_WINDOW_SIZE = 128, LEVEL_DETECTOR_SPL_NORMALIZE = 1, + LEVEL_DETECTOR_SPL_MIN_BUFFERS = 2, LEVEL_DETECTOR_SPL_DB = 1, LEVEL_DETECTOR_SPL_8BIT = 2, LEVEL_DETECTOR_SPL_BEGIN_POSS_CLAP_RMS = 200, @@ -599,16 +603,18 @@ declare const enum DAL { TRIGGER_PULL = 1, TRIGGER_REQUEST = 2, // /libraries/codal-core/inc/streams/StreamRecording.h - REC_MAX_BUFFERS = 200, + CODAL_DEFAULT_STREAM_RECORDING_MAX_LENGTH = 50000, REC_STATE_STOPPED = 0, REC_STATE_PLAYING = 1, REC_STATE_RECORDING = 2, // /libraries/codal-core/inc/streams/StreamSplitter.h CONFIG_MAX_CHANNELS = 10, + CONFIG_SPLITTER_OVERSAMPLE_STEP = 16, SPLITTER_CHANNEL_CONNECT = 1, SPLITTER_CHANNEL_DISCONNECT = 2, SPLITTER_ACTIVATE = 3, SPLITTER_DEACTIVATE = 4, + SPLITTER_TICK = 10, // /libraries/codal-core/inc/streams/Synthesizer.h SYNTHESIZER_SAMPLE_RATE = 44100, TONE_WIDTH = 1024, @@ -742,12 +748,11 @@ declare const enum DAL { MICROBIT_RADIO_STATUS_DEEPSLEEP_INIT = 4, MICROBIT_RADIO_BASE_ADDRESS = 1969383796, MICROBIT_RADIO_DEFAULT_GROUP = 0, - MICROBIT_RADIO_DEFAULT_TX_POWER = 7, + MICROBIT_RADIO_DEFAULT_TX_POWER = 6, MICROBIT_RADIO_DEFAULT_FREQUENCY = 7, - MICROBIT_RADIO_MAX_PACKET_SIZE = 32, MICROBIT_RADIO_HEADER_SIZE = 4, MICROBIT_RADIO_MAXIMUM_RX_BUFFERS = 4, - MICROBIT_RADIO_POWER_LEVELS = 10, + MICROBIT_RADIO_POWER_LEVELS = 8, MICROBIT_RADIO_PROTOCOL_DATAGRAM = 1, MICROBIT_RADIO_PROTOCOL_EVENTBUS = 2, MICROBIT_RADIO_EVT_DATAGRAM = 1, @@ -788,6 +793,7 @@ declare const enum DAL { CONFIG_MIXER_BUFFER_SIZE = 512, CONFIG_MIXER_INTERNAL_RANGE = 1023, CONFIG_MIXER_DEFAULT_SAMPLERATE = 44100, + CONFIG_MIXER_DEFAULT_CHANNEL_SAMPLERATE = 44100, DEVICE_ID_MIXER = 3030, DEVICE_MIXER_EVT_SILENCE = 1, DEVICE_MIXER_EVT_SOUND = 2, @@ -822,6 +828,12 @@ declare const enum DAL { DEVICE_ID_SOUND_EMOJI_SYNTHESIZER_9 = 3019, DEVICE_SOUND_EMOJI_SYNTHESIZER_EVT_DONE = 1, DEVICE_SOUND_EMOJI_SYNTHESIZER_EVT_PLAYBACK_COMPLETE = 2, + SFX_DEFAULT_VIBRATO_STEPS = 512, + SFX_DEFAULT_VIBRATO_PARAM = 2, + SFX_DEFAULT_TREMOLO_STEPS = 900, + SFX_DEFAULT_TREMOLO_PARAM = 3, + SFX_DEFAULT_WARBLE_STEPS = 700, + SFX_DEFAULT_WARBLE_PARAM = 2, // /libraries/codal-microbit-v2/inc/SoundOutputPin.h CONFIG_SOUND_OUTPUT_PIN_PERIOD = 5, CONFIG_SOUND_OUTPUT_PIN_SILENCE_GATE = 100, @@ -908,7 +920,6 @@ declare const enum DAL { MICROBIT_BLE_PAIR_SUCCESSFUL = 8, MICROBIT_BLE_PAIRING_TIMEOUT = 90, MICROBIT_BLE_POWER_LEVELS = 8, - MICROBIT_BLE_MAXIMUM_BONDS = 4, MICROBIT_BLE_EDDYSTONE_ADV_INTERVAL = 400, MICROBIT_BLE_EDDYSTONE_DEFAULT_POWER = 240, MICROBIT_BLE_STATUS_DISCONNECT = 4, @@ -1086,6 +1097,7 @@ declare const enum DAL { MICROBIT_ID_USB_FLASH_MANAGER = 42, MICROBIT_ID_VIRTUAL_SPEAKER_PIN = 43, MICROBIT_ID_LOG = 44, + MICROBIT_ID_UTILITY = 45, MICROBIT_NESTED_HEAP_SIZE = 0, MICROBIT_SCHEDULER_RUNNING = 1, MICROBIT_SERIAL_DEFAULT_BAUD_RATE = 115200, @@ -1094,10 +1106,7 @@ declare const enum DAL { MICROBIT_COMPASS_STATUS_ADDED_TO_IDLE = 8, // /libraries/codal-microbit-v2/model/MicroBit.h DEVICE_INITIALIZED = 1, - MICROBIT_UBIT_FACE_TOUCH_BUTTON = 1, KL27_POWER_ON_DELAY = 1000, - CONFIG_MICROBIT_ERASE_USER_DATA_ON_REFLASH = 1, - DEVICE_TRIPLE_RESET_TO_PAIR = 1, DEVICE_ID_MICROPHONE = 3001, // /libraries/codal-microbit-v2/model/MicroBitIO.h MICROBIT_PIN_BUTTON_RESET = -1, @@ -1259,6 +1268,7 @@ declare const enum DAL { CFG_PIN_WIFI_AT_TX = 91, CFG_PIN_WIFI_AT_RX = 92, CFG_PIN_USB_POWER = 93, + CFG_DISPLAY_DELAY = 94, ACCELEROMETER_TYPE_LIS3DH = 50, ACCELEROMETER_TYPE_LIS3DH_ALT = 48, ACCELEROMETER_TYPE_MMA8453 = 56, @@ -1666,7 +1676,6 @@ declare const enum DAL { PERF_NOW_SCALE = 1, PXT_STRING_SKIP_INCR = 16, // /pxtapp/pxtcore.h - GC_MAX_ALLOC_SIZE = 9000, NON_GC_HEAP_RESERVATION = 1024, GC_BLOCK_SIZE = 256, } diff --git a/libs/core/enums.d.ts b/libs/core/enums.d.ts index 519f3311f..c1bedcf06 100644 --- a/libs/core/enums.d.ts +++ b/libs/core/enums.d.ts @@ -440,9 +440,13 @@ declare namespace input { declare const enum DigitalPin { + //% blockIdentity="pins.digitalPin" P0 = 100, // MICROBIT_ID_IO_P0 + //% blockIdentity="pins.digitalPin" P1 = 101, // MICROBIT_ID_IO_P1 + //% blockIdentity="pins.digitalPin" P2 = 102, // MICROBIT_ID_IO_P2 + //% blockIdentity="pins.digitalPin" P3 = 103, // MICROBIT_ID_IO_P3 C4 = 104, // MICROBIT_ID_IO_P4 @@ -537,8 +541,11 @@ declare namespace input { declare const enum AnalogPin { + //% blockIdentity="pins.analogPin" P0 = 100, // MICROBIT_ID_IO_P0 + //% blockIdentity="pins.analogPin" P1 = 101, // MICROBIT_ID_IO_P1 + //% blockIdentity="pins.analogPin" P2 = 102, // MICROBIT_ID_IO_P2 //% block="P3 (write only)" P3 = 103, // MICROBIT_ID_IO_P3 diff --git a/libs/core/game.ts b/libs/core/game.ts index d0258ef43..c70648ac3 100644 --- a/libs/core/game.ts +++ b/libs/core/game.ts @@ -305,7 +305,7 @@ namespace game { * Resumes the game rendering engine */ //% blockId=game_resume block="resume" - //% advanced=true blockGap=8 help=game/resumeP + //% advanced=true blockGap=8 help=game/resume export function resume(): void { _paused = false; plot(); diff --git a/libs/core/pins.cpp b/libs/core/pins.cpp index 1cbca2f5d..7f6097c96 100644 --- a/libs/core/pins.cpp +++ b/libs/core/pins.cpp @@ -384,8 +384,7 @@ namespace pins { */ //% help=pins/on-pulsed weight=22 blockGap=16 advanced=true //% blockId=pins_on_pulsed block="on|pin %pin|pulsed %pulse" - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" pin.fieldOptions.width="250" + //% pin.shadow=digital_pin //% group="Pulse" void onPulsed(DigitalPin name, PulseValue pulse, Action body) { MicroBitPin* pin = getPin((int)name); @@ -415,8 +414,7 @@ namespace pins { //% blockId="pins_pulse_in" block="pulse in (µs)|pin %name|pulsed %value" //% weight=20 advanced=true //% help=pins/pulse-in - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" + //% name.shadow=digital_pin //% group="Pulse" int pulseIn(DigitalPin name, PulseValue value, int maxDuration = 2000000) { MicroBitPin* pin = getPin((int)name); @@ -474,10 +472,9 @@ namespace pins { //% blockId=device_set_servo_pin block="servo write|pin %name|to %value" blockGap=8 //% parts=microservo trackArgs=0 //% value.min=0 value.max=180 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" + //% name.shadow=analog_pin //% group="Servo" - void servoWritePin(AnalogPin name, int value) { + void servoWritePin(int name, int value) { PINOP(setServoValue(value)); } @@ -497,8 +494,7 @@ namespace pins { */ //% help=pins/servo-set-pulse weight=19 //% blockId=device_set_servo_pulse block="servo set pulse|pin %value|to (µs) %micros" - //% value.fieldEditor="gridpicker" value.fieldOptions.columns=4 - //% value.fieldOptions.tooltips="false" value.fieldOptions.width="250" + //% value.shadow=analog_pin //% group="Servo" void servoSetPulse(AnalogPin name, int micros) { fixMotorIssue(name); @@ -843,7 +839,7 @@ namespace pins { */ //% blockId=pin_set_audio_pin_enabled //% block="set audio pin enabled $enabled" - //% weight=0 + //% weight=0 help=pins/set-audio-pin-enabled void setAudioPinEnabled(bool enabled) { edgeConnectorSoundDisabled = !enabled; #if MICROBIT_CODAL diff --git a/libs/core/pins.ts b/libs/core/pins.ts index 052eab0db..ad9fabfea 100644 --- a/libs/core/pins.ts +++ b/libs/core/pins.ts @@ -6,6 +6,32 @@ //% groups=['Analog', 'Digital', 'Servos', 'Pulse', 'Pitch', 'i2c', 'spi'] namespace pins { + /** + * Returns the value of a C++ runtime constant + */ + //% help=pins/digital-pin blockGap=8 advanced=true shim=TD_ID + //% blockId="digital_pin" block="digital pin %pin" + //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 + //% pin.fieldOptions.tooltips="false" + //% group="Pins" + //% weight=17 + export function digitalPin(pin: DigitalPin): number { + return pin; + } + + /** + * Returns the value of a C++ runtime constant + */ + //% help=pins/analog-pin blockGap=8 advanced=true shim=TD_ID + //% blockId="analog_pin" block="analog pin %pin" + //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 + //% pin.fieldOptions.tooltips="false" + //% group="Pins" + //% weight=16 + export function analogPin(pin: AnalogPin): number { + return pin; + } + /** * Map a number from one range to another. That is, a value of ``from low`` would get mapped to ``to low``, a value of ``from high`` to ``to high``, values in-between to values in-between, etc. * @param value value to map in ranges diff --git a/libs/core/pxt.json b/libs/core/pxt.json index 36c0dd29b..20a720cc8 100644 --- a/libs/core/pxt.json +++ b/libs/core/pxt.json @@ -79,6 +79,7 @@ "public": true, "dependencies": {}, "dalDTS": { + "corePackage": ".", "compileServiceVariant": "minicodal", "includeDirs": [ "libraries/codal-core/inc", diff --git a/libs/core/shims.d.ts b/libs/core/shims.d.ts index 8690924b0..938a180ec 100644 --- a/libs/core/shims.d.ts +++ b/libs/core/shims.d.ts @@ -736,10 +736,8 @@ declare namespace pins { */ //% help=pins/digital-read-pin weight=30 //% blockId=device_get_digital_pin block="digital read|pin %name" blockGap=8 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% group="Digital" shim=pins::digitalReadPin - function digitalReadPin(name: DigitalPin): int32; + //% name.shadow=digital_pin shim=pins::digitalReadPin + function digitalReadPin(name: int32): int32; /** * Set a pin or connector value to either 0 or 1. @@ -749,10 +747,8 @@ declare namespace pins { //% help=pins/digital-write-pin weight=29 //% blockId=device_set_digital_pin block="digital write|pin %name|to %value" //% value.min=0 value.max=1 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% group="Digital" shim=pins::digitalWritePin - function digitalWritePin(name: DigitalPin, value: int32): void; + //% name.shadow=digital_pin shim=pins::digitalWritePin + function digitalWritePin(name: int32, value: int32): void; /** * Read the connector value as analog, that is, as a value comprised between 0 and 1023. @@ -760,10 +756,8 @@ declare namespace pins { */ //% help=pins/analog-read-pin weight=25 //% blockId=device_get_analog_pin block="analog read|pin %name" blockGap="8" - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% group="Analog" shim=pins::analogReadPin - function analogReadPin(name: AnalogPin): int32; + //% name.shadow=analog_pin shim=pins::analogReadPin + function analogReadPin(name: int32): int32; /** * Set the connector value as analog. Value must be comprised between 0 and 1023. @@ -773,10 +767,8 @@ declare namespace pins { //% help=pins/analog-write-pin weight=24 //% blockId=device_set_analog_pin block="analog write|pin %name|to %value" blockGap=8 //% value.min=0 value.max=1023 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% group="Analog" shim=pins::analogWritePin - function analogWritePin(name: AnalogPin, value: int32): void; + //% name.shadow=analog_pin shim=pins::analogWritePin + function analogWritePin(name: int32, value: int32): void; /** * Configure the pulse-width modulation (PWM) period of the analog output in microseconds. @@ -786,10 +778,8 @@ declare namespace pins { */ //% help=pins/analog-set-period weight=23 blockGap=8 //% blockId=device_set_analog_period block="analog set period|pin %pin|to (µs)%micros" - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" - //% group="Analog" shim=pins::analogSetPeriod - function analogSetPeriod(name: AnalogPin, micros: int32): void; + //% pin.shadow=analog_pin shim=pins::analogSetPeriod + function analogSetPeriod(name: int32, micros: int32): void; /** * Configure the pin as a digital input and generate an event when the pin is pulsed either high or low. @@ -798,10 +788,11 @@ declare namespace pins { */ //% help=pins/on-pulsed weight=22 blockGap=16 advanced=true //% blockId=pins_on_pulsed block="on|pin %pin|pulsed %pulse" - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" pin.fieldOptions.width="250" - //% group="Pulse" shim=pins::onPulsed - function onPulsed(name: DigitalPin, pulse: PulseValue, body: () => void): void; + //% pin.shadow=digital_pin + //% group="Pulse" + //% weight=25 + //% blockGap=8 shim=pins::onPulsed + function onPulsed(name: int32, pulse: PulseValue, body: () => void): void; /** * Get the duration of the last pulse in microseconds. This function should be called from a ``onPulsed`` handler. @@ -821,10 +812,11 @@ declare namespace pins { //% blockId="pins_pulse_in" block="pulse in (µs)|pin %name|pulsed %value" //% weight=20 advanced=true //% help=pins/pulse-in - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% group="Pulse" maxDuration.defl=2000000 shim=pins::pulseIn - function pulseIn(name: DigitalPin, value: PulseValue, maxDuration?: int32): int32; + //% name.shadow=digital_pin + //% group="Pulse" + //% weight=23 + //% blockGap=8 maxDuration.defl=2000000 shim=pins::pulseIn + function pulseIn(name: int32, value: PulseValue, maxDuration?: int32): int32; /** * Write a value to the servo, controlling the shaft accordingly. On a standard servo, this will set the angle of the shaft (in degrees), moving the shaft to that orientation. On a continuous rotation servo, this will set the speed of the servo (with ``0`` being full-speed in one direction, ``180`` being full speed in the other, and a value near ``90`` being no movement). @@ -835,17 +827,15 @@ declare namespace pins { //% blockId=device_set_servo_pin block="servo write|pin %name|to %value" blockGap=8 //% parts=microservo trackArgs=0 //% value.min=0 value.max=180 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" + //% name.shadow=analog_pin //% group="Servo" shim=pins::servoWritePin - function servoWritePin(name: AnalogPin, value: int32): void; + function servoWritePin(name: int32, value: int32): void; /** * Specifies that a continuous servo is connected. */ - //% - //% group="Servo" shim=pins::servoSetContinuous - function servoSetContinuous(name: AnalogPin, value: boolean): void; + //% shim=pins::servoSetContinuous + function servoSetContinuous(name: int32, value: boolean): void; /** * Configure the IO pin as an analog/pwm output and set a pulse width. The period is 20 ms period and the pulse width is set based on the value given in **microseconds** or `1/1000` milliseconds. @@ -854,22 +844,21 @@ declare namespace pins { */ //% help=pins/servo-set-pulse weight=19 //% blockId=device_set_servo_pulse block="servo set pulse|pin %value|to (µs) %micros" - //% value.fieldEditor="gridpicker" value.fieldOptions.columns=4 - //% value.fieldOptions.tooltips="false" value.fieldOptions.width="250" + //% value.shadow=analog_pin //% group="Servo" shim=pins::servoSetPulse - function servoSetPulse(name: AnalogPin, micros: int32): void; + function servoSetPulse(name: int32, micros: int32): void; /** * Set the pin used when using analog pitch or music. * @param name pin to modulate pitch from */ //% blockId=device_analog_set_pitch_pin block="analog set pitch pin %name" - //% help=pins/analog-set-pitch-pin weight=3 advanced=true - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" - //% blockHidden=true - //% group="Pitch" shim=pins::analogSetPitchPin - function analogSetPitchPin(name: AnalogPin): void; + //% help=pins/analog-set-pitch-pin advanced=true + //% name.shadow=analog_pin + //% group="Pins" + //% weight=12 + //% blockGap=8 shim=pins::analogSetPitchPin + function analogSetPitchPin(name: int32): void; /** * Sets the volume on the pitch pin @@ -911,10 +900,11 @@ declare namespace pins { */ //% help=pins/set-pull weight=3 advanced=true //% blockId=device_set_pull block="set pull|pin %pin|to %pull" - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" pin.fieldOptions.width="250" - //% group="Digital" shim=pins::setPull - function setPull(name: DigitalPin, pull: PinPullMode): void; + //% pin.shadow=digital_pin + //% group="Pins" + //% weight=15 + //% blockGap=8 shim=pins::setPull + function setPull(name: int32, pull: PinPullMode): void; /** * Configure the events emitted by this pin. Events can be subscribed to @@ -924,10 +914,11 @@ declare namespace pins { */ //% help=pins/set-events weight=4 advanced=true //% blockId=device_set_pin_events block="set pin %pin|to emit %type|events" - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" pin.fieldOptions.width="250" - //% group="Digital" shim=pins::setEvents - function setEvents(name: DigitalPin, type: PinEventType): void; + //% pin.shadow=digital_pin + //% group="Pins" + //% weight=13 + //% blockGap=8 shim=pins::setEvents + function setEvents(name: int32, type: PinEventType): void; /** * Create a new zero-initialized buffer. @@ -942,13 +933,14 @@ declare namespace pins { * @param name pin of Neopixel strip, eg: DigitalPin.P0 * @param value width of matrix (at least ``2``) */ - //% help=pins/neopixel-matrix-width weight=3 advanced=true - //% blockId=pin_neopixel_matrix_width block="neopixel matrix width|pin %pin %width" blockGap=8 - //% pin.fieldEditor="gridpicker" pin.fieldOptions.columns=4 - //% pin.fieldOptions.tooltips="false" pin.fieldOptions.width="250" + //% help=pins/neopixel-matrix-width advanced=true + //% blockId=pin_neopixel_matrix_width block="neopixel matrix width|pin %pin %width" + //% pin.shadow=digital_pin //% width.min=2 - //% blockHidden=true width.defl=5 shim=pins::setMatrixWidth - function setMatrixWidth(pin: DigitalPin, width?: int32): void; + //% group="Pins" + //% weight=11 + //% blockGap=8 width.defl=5 shim=pins::setMatrixWidth + function setMatrixWidth(pin: int32, width?: int32): void; /** * Read `size` bytes from a 7-bit I2C `address`. @@ -1007,33 +999,30 @@ declare namespace pins { */ //% help=pins/spi-pins weight=2 advanced=true //% blockId=spi_pins block="spi set pins|MOSI %mosi|MISO %miso|SCK %sck" - //% mosi.fieldEditor="gridpicker" mosi.fieldOptions.columns=4 - //% mosi.fieldOptions.tooltips="false" mosi.fieldOptions.width="250" - //% miso.fieldEditor="gridpicker" miso.fieldOptions.columns=4 - //% miso.fieldOptions.tooltips="false" miso.fieldOptions.width="250" - //% sck.fieldEditor="gridpicker" sck.fieldOptions.columns=4 - //% sck.fieldOptions.tooltips="false" sck.fieldOptions.width="250" - //% group="spi" shim=pins::spiPins - function spiPins(mosi: DigitalPin, miso: DigitalPin, sck: DigitalPin): void; + //% mosi.shadow=digital_pin + //% miso.shadow=digital_pin + //% sck.shadow=digital_pin + //% group="SPI" + //% blockGap=8 + //% weight=51 shim=pins::spiPins + function spiPins(mosi: int32, miso: int32, sck: int32): void; /** * Mounts a push button on the given pin */ - //% help=pins/push-button advanced=true - //% group="Digital" shim=pins::pushButton - function pushButton(pin: DigitalPin): void; + //% help=pins/push-button advanced=true shim=pins::pushButton + function pushButton(pin: int32): void; /** * Set the pin used when producing sounds and melodies. Default is P0. * @param name pin to modulate pitch from */ //% blockId=pin_set_audio_pin block="set audio pin $name" - //% help=pins/set-audio-pin weight=3 - //% name.fieldEditor="gridpicker" name.fieldOptions.columns=4 - //% name.fieldOptions.tooltips="false" name.fieldOptions.width="250" + //% help=pins/set-audio-pin + //% name.shadow=digital_pin //% weight=1 - //% group="Pitch" shim=pins::setAudioPin - function setAudioPin(name: AnalogPin): void; + //% blockGap=8 shim=pins::setAudioPin + function setAudioPin(name: int32): void; /** * Sets whether or not audio will be output using a pin on the edge @@ -1041,7 +1030,7 @@ declare namespace pins { */ //% blockId=pin_set_audio_pin_enabled //% block="set audio pin enabled $enabled" - //% weight=0 shim=pins::setAudioPinEnabled + //% weight=0 help=pins/set-audio-pin-enabled shim=pins::setAudioPinEnabled function setAudioPinEnabled(enabled: boolean): void; } diff --git a/libs/datalogger/datalogger.ts b/libs/datalogger/datalogger.ts index ab871b614..e1a419d70 100644 --- a/libs/datalogger/datalogger.ts +++ b/libs/datalogger/datalogger.ts @@ -277,4 +277,25 @@ namespace datalogger { init(); flashlog.setSerialMirroring(on); } + + /** + * Number of rows currently used by the datalogger, start counting at fromRowIndex + * Treats the header as the first row + * @param fromRowIndex 0-based index of start + * @returns header + rows + */ + export function getNumberOfRows(fromRowIndex: number = 0): number { + return flashlog.getNumberOfRows(fromRowIndex); + } + + /** + * Get all rows seperated by a newline & each column seperated by a comma. + * Starting at the 0-based index fromRowIndex & counting inclusively until nRows. + * @param fromRowIndex 0-based index of start + * @param nRows inclusive count from fromRowIndex + * @returns String where newlines denote rows & commas denote columns + */ + export function getRows(fromRowIndex: number, nRows: number): string { + return flashlog.getRows(fromRowIndex, nRows); + } } diff --git a/libs/datalogger/docs/reference/datalogger.md b/libs/datalogger/docs/reference/datalogger.md index 6b5edcf7e..928b8e794 100644 --- a/libs/datalogger/docs/reference/datalogger.md +++ b/libs/datalogger/docs/reference/datalogger.md @@ -23,7 +23,7 @@ A data log will represent a table of information like: | 19 | 4 | 98 |
-A data item consits of value name, which is it's assigned column too, and the item's value. They are called "column-value" items. Here's how a column-value item is created. +A data item consists of value name, which is it's assigned column too, and the item's value. They are called "column-value" items. Here's how a column-value item is created. ```blocks let item = datalogger.createCV("temperature", input.temperature()) @@ -67,4 +67,4 @@ datalogger.mirrorToSerial(false) ```package datalogger -``` \ No newline at end of file +``` diff --git a/libs/datalogger/docs/reference/datalogger/create-cv.md b/libs/datalogger/docs/reference/datalogger/create-cv.md index 21f660e45..9f8401a3c 100644 --- a/libs/datalogger/docs/reference/datalogger/create-cv.md +++ b/libs/datalogger/docs/reference/datalogger/create-cv.md @@ -12,8 +12,8 @@ A data log entry is written to the data log as an array of one or more "column-v ## Parameters -* **colunm**: a [string](types/string) name that idenifies the data value. -* **value**: a data value of _any_ type that is logged with the `colunm` name. +* **column**: a [string](types/string) name that identifies the data value. +* **value**: a data value of _any_ type that is logged with the `column` name. ## Example @@ -29,7 +29,7 @@ loops.everyInterval(500, function () { ### Mood experiment -Create an experiment to record a person's moods and relate them to current enviromental factors. Set 3 button options for moods of "happy", "sad", and "angry". When the user signals their mood by pressing a button, read the current temperature, light level, and sound level to establish a relationship between those factors and mood. +Create an experiment to record a person's moods and relate them to current environmental factors. Set 3 button options for moods of "happy", "sad", and "angry". When the user signals their mood by pressing a button, read the current temperature, light level, and sound level to establish a relationship between those factors and mood. ```blocks input.onButtonPressed(Button.A, function () { diff --git a/libs/flashlog/flashlog.cpp b/libs/flashlog/flashlog.cpp index 0e242b042..a94a19ef8 100644 --- a/libs/flashlog/flashlog.cpp +++ b/libs/flashlog/flashlog.cpp @@ -128,4 +128,35 @@ void setSerialMirroring(bool enable) { #endif } +/** +* Number of rows currently used by the datalogger, start counting at fromRowIndex +* Treats the header as the first row +* @param fromRowIndex 0-based index of start: Default value of 0 +* @returns header + rows +*/ +//% +int getNumberOfRows(int fromRowIndex = 0) { +#if MICROBIT_CODAL + return uBit.log.getNumberOfRows(fromRowIndex); +#else + return DEVICE_NOT_SUPPORTED; +#endif +} + +/** +* Get all rows separated by a newline & each column separated by a comma. +* Starting at the 0-based index fromRowIndex & counting inclusively until nRows. +* @param fromRowIndex 0-based index of start +* @param nRows inclusive count from fromRowIndex +* @returns String where newlines denote rows & commas denote columns +*/ +//% +String getRows(int fromRowIndex, int nRows) { +#if MICROBIT_CODAL + return PSTR(uBit.log.getRows(fromRowIndex, nRows)); +#else + return DEVICE_NOT_SUPPORTED; +#endif +} + } diff --git a/libs/flashlog/shims.d.ts b/libs/flashlog/shims.d.ts index 8fa9af5bf..a1e5d0829 100644 --- a/libs/flashlog/shims.d.ts +++ b/libs/flashlog/shims.d.ts @@ -68,6 +68,25 @@ declare namespace flashlog { //% parts="flashlog" //% blockGap=8 shim=flashlog::setSerialMirroring function setSerialMirroring(enable: boolean): void; + + /** + * Number of rows currently used by the datalogger, start counting at fromRowIndex + * Treats the header as the first row + * @param fromRowIndex 0-based index of start: Default value of 0 + * @returns header + rows + */ + //% fromRowIndex.defl=0 shim=flashlog::getNumberOfRows + function getNumberOfRows(fromRowIndex?: int32): int32; + + /** + * Get all rows separated by a newline & each column separated by a comma. + * Starting at the 0-based index fromRowIndex & counting inclusively until nRows. + * @param fromRowIndex 0-based index of start + * @param nRows inclusive count from fromRowIndex + * @returns String where newlines denote rows & commas denote columns + */ + //% shim=flashlog::getRows + function getRows(fromRowIndex: int32, nRows: int32): string; } // Auto-generated. Do not edit. Really. diff --git a/libs/fonts/_locales/fonts-jsdoc-strings.json b/libs/fonts/_locales/fonts-jsdoc-strings.json new file mode 100644 index 000000000..9e26dfeeb --- /dev/null +++ b/libs/fonts/_locales/fonts-jsdoc-strings.json @@ -0,0 +1 @@ +{} \ No newline at end of file diff --git a/libs/fonts/_locales/fonts-strings.json b/libs/fonts/_locales/fonts-strings.json new file mode 100644 index 000000000..9e26dfeeb --- /dev/null +++ b/libs/fonts/_locales/fonts-strings.json @@ -0,0 +1 @@ +{} \ No newline at end of file diff --git a/libs/fonts/font12.jres b/libs/fonts/font12.jres new file mode 100644 index 000000000..939fc30fa --- /dev/null +++ b/libs/fonts/font12.jres @@ -0,0 +1,6 @@ +{ + "bitmap.font12": { + "mimeType": "font/x-mkcd-b26", + "data": 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+ } +} diff --git a/libs/fonts/pxt.json b/libs/fonts/pxt.json new file mode 100644 index 000000000..96ca515f7 --- /dev/null +++ b/libs/fonts/pxt.json @@ -0,0 +1,15 @@ +{ + "name": "fonts", + "description": "Fonts for displays (V2 only).", + "files": [ + "font12.jres" + ], + "public": true, + "disablesVariants": [ + "mbdal" + ], + "searchOnly": true, + "dependencies": { + "core": "file:../core" + } +} \ No newline at end of file diff --git a/package.json b/package.json index 7a0498cfa..eb13ee80d 100644 --- a/package.json +++ b/package.json @@ -46,7 +46,7 @@ "typescript": "4.8.3" }, "dependencies": { - "pxt-common-packages": "12.0.1", - "pxt-core": "10.0.23" + "pxt-common-packages": "12.0.3", + "pxt-core": "10.2.11" } } diff --git a/pxtarget.json b/pxtarget.json index e5be165e9..a4237f7e6 100644 --- a/pxtarget.json +++ b/pxtarget.json @@ -23,6 +23,7 @@ "libs/settings", "libs/flashlog", "libs/datalogger", + "libs/fonts", "libs/audio-recording" ], "cloud": { diff --git a/sim/state/misc.ts b/sim/state/misc.ts index 91fe481ee..83a9a662a 100644 --- a/sim/state/misc.ts +++ b/sim/state/misc.ts @@ -35,7 +35,7 @@ namespace pxsim.basic { namespace pxsim.control { export var inBackground = thread.runInBackground; - export function onEvent(id: number, evid: number, handler: RefAction) { + export function onEvent(id: number, evid: number, handler: RefAction, flags: number) { if (id == DAL.MICROBIT_ID_BUTTON_AB) { const b = board().buttonPairState; if (!b.usesButtonAB) { @@ -43,7 +43,7 @@ namespace pxsim.control { runtime.queueDisplayUpdate(); } } - pxtcore.registerWithDal(id, evid, handler) + pxtcore.registerWithDal(id, evid, handler, flags) } export function eventTimestamp() { diff --git a/sim/state/record-audio.ts b/sim/state/record-audio.ts index 30a2afb15..488769510 100644 --- a/sim/state/record-audio.ts +++ b/sim/state/record-audio.ts @@ -4,12 +4,19 @@ namespace pxsim { stream: MediaStream; recorder: MediaRecorder; chunks: Blob[]; + audioURL: string; + // The inputBitRate when the current audioUrl was recorded + audioURLBitRate: number; + recording: HTMLAudioElement; audioPlaying: boolean = false; recordTimeoutID: any; currentlyErasing: boolean; + inputBitRate = record.defaultBitRate(); + outputBitRate = record.defaultBitRate(); + handleAudioPlaying = () => { this.audioPlaying = true; }; @@ -27,6 +34,16 @@ namespace pxsim { } } namespace pxsim.record { + // Arbitrarily chosen lower bound. Can't go much lower than this without bugs cropping up + const MIN_BIT_RATE = 3000; + // This is double the default in chrome (128000) + const MAX_BIT_RATE = 256000; + + const MAX_SAMPLE_RATE = 22000; + const MIN_SAMPLE_RATE = 1000; + + const MIN_RECORDING_TIME = 3000; + const MAX_RECORDING_TIME = 20000; let _initialized = false; function init() { @@ -37,74 +54,83 @@ namespace pxsim.record { } function stopRecorder(b: DalBoard): void { - b.recordingState.recorder.stop(); - b.recordingState.currentlyRecording = false; + const state = b.recordingState; + state.recorder.stop(); + state.currentlyRecording = false; runtime.queueDisplayUpdate(); - if (b.recordingState.stream.active) { - b.recordingState.stream.getAudioTracks().forEach(track => { + if (state.stream.active) { + for (const track of state.stream.getAudioTracks()) { track.stop(); track.enabled = false; - }); + } } } async function populateRecording(b: DalBoard) { - if (b.recordingState.currentlyErasing) { + const state = b.recordingState; + + if (state.currentlyErasing) { await erasingAsync(b); } - if (b.recordingState.chunks[0].size > 0) { - b.recordingState.audioURL = null; + if (state.chunks[0].size > 0) { + state.audioURL = null; const recordingType = pxsim.isSafari() ? "audio/mp4" : "audio/ogg; codecs=opus"; - const blob = new Blob(b.recordingState.chunks, { type: recordingType }); - b.recordingState.audioURL = window.URL.createObjectURL(blob); - b.recordingState.recording = new Audio(b.recordingState.audioURL); - b.recordingState.initListeners(); + const blob = new Blob(state.chunks, { type: recordingType }); + state.audioURL = window.URL.createObjectURL(blob); + state.recording = new Audio(state.audioURL); + state.initListeners(); } - b.recordingState.currentlyRecording = false; - b.recordingState.recorder = null; - b.recordingState.chunks = []; + state.currentlyRecording = false; + state.recorder = null; + state.chunks = []; } export async function record(): Promise { let b = board(); init(); - if (b.recordingState.recorder) { - b.recordingState.recorder.stop(); - clearTimeout(b.recordingState.recordTimeoutID); + const state = b.recordingState; + + if (state.recorder) { + state.recorder.stop(); + clearTimeout(state.recordTimeoutID); } - if (navigator.mediaDevices && navigator.mediaDevices.getUserMedia) { + if (navigator.mediaDevices?.getUserMedia) { try { - b.recordingState.stream = await navigator.mediaDevices.getUserMedia({ video: false, audio: true }); - b.recordingState.recorder = new MediaRecorder(b.recordingState.stream); - b.recordingState.recorder.start(); - b.recordingState.currentlyRecording = true; + state.stream = await navigator.mediaDevices.getUserMedia({ video: false, audio: true }); + state.recorder = new MediaRecorder(state.stream, { audioBitsPerSecond: state.inputBitRate }); + state.recorder.start(); + state.currentlyRecording = true; runtime.queueDisplayUpdate(); + const recordBitRate = state.inputBitRate; - b.recordingState.recordTimeoutID = setTimeout(() => { + const duration = (1 - ((recordBitRate - MIN_BIT_RATE) / (MAX_BIT_RATE - MIN_BIT_RATE))) * (MAX_RECORDING_TIME - MIN_RECORDING_TIME) + MIN_RECORDING_TIME; + + state.recordTimeoutID = setTimeout(() => { stopRecorder(b); - }, 5000) + }, duration) - b.recordingState.recorder.ondataavailable = (e: BlobEvent) => { - b.recordingState.chunks.push(e.data); + state.recorder.ondataavailable = (e: BlobEvent) => { + state.chunks.push(e.data); } - b.recordingState.recorder.onstop = async () => { + state.recorder.onstop = async () => { await populateRecording(b); + state.audioURLBitRate = recordBitRate; } } catch (error) { console.log("An error occurred, could not get microphone access"); - if (b.recordingState.recorder) { - b.recordingState.recorder.stop(); + if (state.recorder) { + state.recorder.stop(); } - b.recordingState.currentlyRecording = false; + state.currentlyRecording = false; } } else { console.log("getUserMedia not supported on your browser!"); - b.recordingState.currentlyRecording = false; + state.currentlyRecording = false; } } @@ -139,20 +165,44 @@ namespace pxsim.record { init(); stopAudio(); - b.recordingState.audioPlaying = true; + + const state = b.recordingState; + + state.audioPlaying = true; setTimeout(async () => { - if (!b.recordingState.currentlyErasing && b.recordingState.recording) { + if (!state.currentlyErasing && state.recording) { try { const volume = AudioContextManager.isMuted() ? 0 : 1; - b.recordingState.recording.volume = volume; - await b.recordingState.recording.play(); - } catch (e) { + state.recording.volume = volume; + + const minPlaybackRate = 0.15 + + // 15 is the maximum playback rate that still produced sound in Chrome on Windows. + // In Firefox, it seems like 8 is the max. Higher numbers silently fail. + let maxPlaybackRate = 15; + if (isFirefox()) { + maxPlaybackRate = 8; + } + + const playbackRate = Math.max(minPlaybackRate, + Math.min( + maxPlaybackRate, + bitRateToSampleRate(state.outputBitRate) / bitRateToSampleRate(state.audioURLBitRate) + ) + ); + + state.recording.playbackRate = playbackRate; + state.recording.preservesPitch = false; + await state.recording.play(); + } + catch (e) { if (!(e instanceof DOMException)) { throw e; } } - } else { - b.recordingState.audioPlaying = false; + } + else { + state.audioPlaying = false; } }, 10) } @@ -221,14 +271,44 @@ namespace pxsim.record { } export function setInputSampleRate(sampleRate: number): void { + const b = board(); + if (!b) return; + b.recordingState.inputBitRate = sampleRateToBitRate(sampleRate); } export function setOutputSampleRate(sampleRate: number): void { + const b = board(); + if (!b) return; + b.recordingState.outputBitRate = sampleRateToBitRate(sampleRate); } export function setBothSamples(sampleRate: number): void { + setInputSampleRate(sampleRate); + setOutputSampleRate(sampleRate); + } + + /** + * The browser API doesn't allow us to control sample rate directly, but we + * can affect it by setting the bit rate. This maps the supported sample rates + * into a reasonable range of bit rates. + */ + function sampleRateToBitRate(sampleRate: number) { + return mapRange(sampleRate, MIN_SAMPLE_RATE, MAX_SAMPLE_RATE, MIN_BIT_RATE, MAX_BIT_RATE); + } + + function bitRateToSampleRate(bitRate: number) { + return mapRange(bitRate, MIN_BIT_RATE, MAX_BIT_RATE, MIN_SAMPLE_RATE, MAX_SAMPLE_RATE); + } + + function mapRange(value: number, inMin: number, inMax: number, outMin: number, outMax: number) { + value = Math.min(Math.max(inMin, value), inMax); + + return ((value - inMin) / (inMax - inMin)) * (outMax - outMin) + outMin; + } + export function defaultBitRate() { + return sampleRateToBitRate(11000); } } \ No newline at end of file diff --git a/sim/visuals/mute.ts b/sim/visuals/mute.ts index 180e15dc9..942dfaa88 100644 --- a/sim/visuals/mute.ts +++ b/sim/visuals/mute.ts @@ -60,4 +60,10 @@ namespace pxsim { //Checking for iPhone, iPod or iPad as well as Safari in order to detect home screen browsers on iOS return !isChrome() && !isEdge() && !!navigator && /(Macintosh|Safari|iPod|iPhone|iPad)/i.test(navigator.userAgent); } + + //Safari and WebKit lie about being Firefox + export function isFirefox(): boolean { + return !isSafari() && !!navigator && (/Firefox/i.test(navigator.userAgent) || /Seamonkey/i.test(navigator.userAgent)); + } + } \ No newline at end of file