haxeal.HaxeAL - HaxeAL Soft API

Main class for handling HaxeAL Soft operations such as playback.

Static variables

`@:value(0x2002)staticfinalinlineread onlyBITS:Int = 0x2002`

`@:value(0x1009)staticfinalinlineread onlyBUFFER:Int = 0x1009`

`@:value(0x1016)staticfinalinlineread onlyBUFFERS_PROCESSED:Int = 0x1016`

`@:value(0x1015)staticfinalinlineread onlyBUFFERS_QUEUED:Int = 0x1015`

`@:value(0x1026)staticfinalinlineread onlyBYTE_OFFSET:Int = 0x1026`

`@:value(0x2003)staticfinalinlineread onlyCHANNELS:Int = 0x2003`

`@:value(0x1001)staticfinalinlineread onlyCONE_INNER_ANGLE:Int = 0x1001`

`@:value(0x1002)staticfinalinlineread onlyCONE_OUTER_ANGLE:Int = 0x1002`

`@:value(0x1022)staticfinalinlineread onlyCONE_OUTER_GAIN:Int = 0x1022`

`@:value(0x1005)staticfinalinlineread onlyDIRECTION:Int = 0x1005`

`@:value(0xD000)staticfinalinlineread onlyDISTANCE_MODEL:Int = 0xD000`

`@:value(0xC000)staticfinalinlineread onlyDOPPLER_FACTOR:Int = 0xC000`

`@:value(0xC001)staticfinalinlineread onlyDOPPLER_VELOCITY:Int = 0xC001`

`@:value(0xD005)staticfinalinlineread onlyEXPONENT_DISTANCE:Int = 0xD005`

`@:value(0xD006)staticfinalinlineread onlyEXPONENT_DISTANCE_CLAMPED:Int = 0xD006`

`@:value(0xB004)staticfinalinlineread onlyEXTENSIONS:Int = 0xB004`

`@:value(0)staticfinalinlineread onlyFALSE:Int = 0`

`@:value(0x1101)staticfinalinlineread onlyFORMAT_MONO16:Int = 0x1101`

`@:value(0x1100)staticfinalinlineread onlyFORMAT_MONO8:Int = 0x1100`

`@:value(0x1103)staticfinalinlineread onlyFORMAT_STEREO16:Int = 0x1103`

`@:value(0x1102)staticfinalinlineread onlyFORMAT_STEREO8:Int = 0x1102`

`@:value(0x2001)staticfinalinlineread onlyFREQUENCY:Int = 0x2001`

`@:value(0x100A)staticfinalinlineread onlyGAIN:Int = 0x100A`

`@:value(0x1011)staticfinalinlineread onlyINITIAL:Int = 0x1011`

`@:value(0xD001)staticfinalinlineread onlyINVERSE_DISTANCE:Int = 0xD001`

`@:value(0xD002)staticfinalinlineread onlyINVERSE_DISTANCE_CLAMPED:Int = 0xD002`

`@:value(0xD003)staticfinalinlineread onlyLINEAR_DISTANCE:Int = 0xD003`

`@:value(0xD004)staticfinalinlineread onlyLINEAR_DISTANCE_CLAMPED:Int = 0xD004`

`@:value(0x1007)staticfinalinlineread onlyLOOPING:Int = 0x1007`

`@:value(0x1023)staticfinalinlineread onlyMAX_DISTANCE:Int = 0x1023`

`@:value(0x100E)staticfinalinlineread onlyMAX_GAIN:Int = 0x100E`

`@:value(0x100D)staticfinalinlineread onlyMIN_GAIN:Int = 0x100D`

`@:value(0)staticfinalinlineread onlyNONE:Int = 0`

`@:value(0x100F)staticfinalinlineread onlyORIENTATION:Int = 0x100F`

`@:value(0x1013)staticfinalinlineread onlyPAUSED:Int = 0x1013`

`@:value(0x2011)staticfinalinlineread onlyPENDING:Int = 0x2011`

`@:value(0x1003)staticfinalinlineread onlyPITCH:Int = 0x1003`

`@:value(0x1012)staticfinalinlineread onlyPLAYING:Int = 0x1012`

`@:value(0x1004)staticfinalinlineread onlyPOSITION:Int = 0x1004`

`@:value(0x2012)staticfinalinlineread onlyPROCESSED:Int = 0x2012`

`@:value(0x1020)staticfinalinlineread onlyREFERENCE_DISTANCE:Int = 0x1020`

`@:value(0xB003)staticfinalinlineread onlyRENDERER:Int = 0xB003`

`@:value(0x1021)staticfinalinlineread onlyROLLOFF_FACTOR:Int = 0x1021`

`@:value(0x1025)staticfinalinlineread onlySAMPLE_OFFSET:Int = 0x1025`

`@:value(0x1024)staticfinalinlineread onlySEC_OFFSET:Int = 0x1024`

`@:value(0x2004)staticfinalinlineread onlySIZE:Int = 0x2004`

`@:value(0x202)staticfinalinlineread onlySOURCE_RELATIVE:Int = 0x202`

`@:value(0x1010)staticfinalinlineread onlySOURCE_STATE:Int = 0x1010`

`@:value(0x1027)staticfinalinlineread onlySOURCE_TYPE:Int = 0x1027`

`@:value(0xC003)staticfinalinlineread onlySPEED_OF_SOUND:Int = 0xC003`

`@:value(0x1028)staticfinalinlineread onlySTATIC:Int = 0x1028`

`@:value(0x1014)staticfinalinlineread onlySTOPPED:Int = 0x1014`

`@:value(0x1029)staticfinalinlineread onlySTREAMING:Int = 0x1029`

`@:value(1)staticfinalinlineread onlyTRUE:Int = 1`

`@:value(0x1030)staticfinalinlineread onlyUNDETERMINED:Int = 0x1030`

`@:value(0x2010)staticfinalinlineread onlyUNUSED:Int = 0x2010`

`@:value(0x1006)staticfinalinlineread onlyVELOCITY:Int = 0x1006`

`@:value(0xB001)staticfinalinlineread onlyVENDOR:Int = 0xB001`

`@:value(0xB002)staticfinalinlineread onlyVERSION:Int = 0xB002`

Static methods

`staticbuffer3f(buffer:ALBuffer, param:Int, value1:Float, value2:Float, value3:Float):Void`

Sets three float values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set values of.
`value1`	First new float value of the param.
`value2`	Second new float value of the param.
`value3`	Third new float value of the param.

`staticbuffer3i(buffer:ALBuffer, param:Int, value1:Int, value2:Int, value3:Int):Void`

Sets three integer values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set values of.
`value1`	First new integer value of the param.
`value2`	Second new integer value of the param.
`value3`	Third new integer value of the param.

`staticbufferData(buffer:ALBuffer, format:Int, data:Bytes, size:Int, sampleRate:Int):Void`

Fills the given buffer with all information necessary for playback.

Parameters:

`buffer`	The ALBuffer to fill with information.
`format`	The AL format the data should be stored under (Ex: HaxeAL.FORMAT_STEREO16).
`data`	The data to be fed as bytes.
`size`	Size of the data to be fed, here this should be `data.length`.
`sampleRate`	The samplerate the data should be played back at.

`staticbufferData_PCM(buffer:ALBuffer, format:Int, data:Star<Void>, size:Int, sampleRate:Int):Void`

Fills the given buffer with all information necessary for playback, used to handle raw PCM data.

Parameters:

`buffer`	The ALBuffer to fill with information.
`format`	The AL format the data should be stored under (Ex: HaxeAL.FORMAT_MONO16).
`data`	The data to be fed as raw pcm data in the form a raw cpp Void pointer.
`size`	Size of the data to be fed. By default this is simply the amount of samples the `data` points to. If your format is stereo (2 channel), you should multiply the sample value by 2. If your format is 16 bit, you should multiply the value by 2 again. These multiplications stack, meaning with a STEREO16 format your size should be `samples * 2 * 2`.
`sampleRate`	The samplerate the data should be played back at.

`staticbufferf(buffer:ALBuffer, param:Int, value:Float):Void`

Sets the float value for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set value of.
`value`	New float value of the param.

`staticbufferfv(buffer:ALBuffer, param:Int, values:Array<Float>):Void`

Sets an array of float values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set values of.
`value`	New float values of the param as an array (array length should be the same as amount of values the parameter takes).

`staticbufferi(buffer:ALBuffer, param:Int, value:Int):Void`

Sets the integer value for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set value of.
`value`	New integer value of the param.

`staticbufferiv(buffer:ALBuffer, param:Int, values:Array<Int>):Void`

Sets an array of integer values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to change parameter of.
`param`	Param to set values of.
`value`	New integer values of the param as an array (array length should be the same as amount of values the parameter takes).

`staticcreateBuffer():ALBuffer`

Creates a buffer and returns it.

`staticcreateBuffers(num:Int):Array<ALBuffer>`

Returns an array of ALBuffers.

Parameters:

`num`	Amount of buffers to return.

`staticcreateSource():ALSource`

Creates a source and returns it.

`staticcreateSources(num:Int):Array<ALSource>`

Returns an array of ALSources.

Parameters:

`num`	Amount of sources to return.

`staticdeleteBuffer(buffer:ALBuffer):Void`

Deletes a singular ALBuffer

Parameters:

`buffer`	Buffer to delete.

`staticdeleteBuffers(buffers:Array<ALBuffer>):Void`

Deletes an array of ALBuffers.

Parameters:

`buffers`	Buffers to delete.

`staticdeleteSource(source:ALSource):Void`

Deletes a singular ALSource

Parameters:

`source`	Source to delete.

`staticdeleteSources(sources:Array<ALSource>):Void`

Deletes an array of ALSources.

Parameters:

`sources`	Sources to delete.

`staticdisable(capability:Int):Void`

Disables the given capability.

Parameters:

`capability`	Capability to disable.

`staticdistanceModel(distanceModel:DistanceModel):Void`

Sets AL's distance attenuation model.

Range: [NONE, INVERSE_DISTANCE, INVERSE_DISTANCE_CLAMPED,

      LINEAR_DISTANCE, LINEAR_DISTANCE_CLAMPED,
      EXPONENT_DISTANCE, EXPONENT_DISTANCE_CLAMPED]

Default: INVERSE_DISTANCE_CLAMPED

The model by which sources attenuate with distance.

None - No distance attenuation.

Inverse - Doubling the distance halves the source gain.

Linear - Linear gain scaling between the reference and max distances.

Exponent - Exponential gain dropoff.

Clamped variations work like the non-clamped counterparts, except the distance calculated is clamped between the reference and max distances.

`staticdopplerFactor(value:Single):Void`

Sets the value for AL's doppler factor.

Range: [0.0 - POSITIVE_INFINITY]

Default: 1.0

Parameters:

`value`	The value to set the doppler factor to.

`staticdopplerVelocity(value:Single):Void`

Sets the value for AL's (deprecated) doppler velocity.

Acts as a multiplier applied to the Speed of Sound.

Parameters:

`value`	The value to set the doppler velocity to.

`staticenable(capability:Int):Void`

Enables the given capability.

Parameters:

`capability`	Capability to enable.

`staticgetBoolean(param:Int):Bool`

Returns a boolean value from the given AL parameter.

Parameters:

`param`	Parameter to get value of.

`@:has_untypedstaticgetBuffer3f(buffer:ALBuffer, param:Int):Array<Float>`

Returns an array of three float values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get values of.

`@:has_untypedstaticgetBuffer3i(buffer:ALBuffer, param:Int):Array<Int>`

Returns an array of three integer values for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get values of.

`staticgetBufferf(buffer:ALBuffer, param:Int):Float`

Gets the float value for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get value of.

`staticgetBufferfv(buffer:ALBuffer, param:Int):Array<Float>`

Returns an array of multiple float values for the target parameter of the given buffer.

The array size depends on the given param.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get values of.

`staticgetBufferi(buffer:ALBuffer, param:Int):Int`

Gets the integer value for the target parameter of the given buffer.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get value of.

`staticgetBufferiv(buffer:ALBuffer, param:Int):Array<Int>`

Returns an array of multiple integer values for the target parameter of the given buffer.

The array size depends on the given param.

Parameters:

`buffer`	Buffer to get parameter of.
`param`	Param to get values of.

`staticgetDouble(param:Int):Float`

Returns a double precision floating point value from the given AL parameter.

Parameters:

`param`	Parameter to get value of.

`staticgetEnumValue(enumName:String):Int`

Retrieves an AL enum value (Integer) from the given name.

Parameters:

`enumName`	The enum value to get.

`staticgetError():Int`

Checks for any OpenAL errors and returns the ID of the error code.

The definition can be logged to the console using getErrorString or obtained as a variable using getErrorDefinition.

`staticinlinegetErrorDefinition(error:Int):ALErrorDef`

Gets the definition of an error code and returns it.

Parameters:

`error`	Error code obtained through `getError`

`staticinlinegetErrorString(error:Int):Void`

Logs the definition of an error code to the console.

The created log is only a more tidy version of tracing getErrorDefinition.

Parameters:

`error`	Error code obtained through `getError`

`staticgetFloat(param:Int):Single`

Returns a single precision floating point value from the given AL parameter. (Can be used as a regular Float aswell)

Parameters:

`param`	Parameter to get value of.

`staticgetInteger(param:Int):Int`

Returns an integer value from the given AL parameter.

Parameters:

`param`	Parameter to get value of.

`@:has_untypedstaticgetListener3f(param:Int):Array<Float>`

Returns an array of three float values from the given param.

Parameters:

`param`	Param to get value of.

`@:has_untypedstaticgetListener3i(param:Int):Array<Int>`

Returns an array of three integer values from the given param.

Parameters:

`param`	Param to get value of.

`staticgetListenerf(param:Int):Float`

Returns the current float value of the given param.

Parameters:

`param`	Param to get value of.

`staticgetListenerfv(param:Int):Array<Float>`

Returns an array of multiple float values from the given param.

The array size depends on the given param.

Parameters:

`param`	Param to get values of.

`staticgetListeneri(param:Int):Int`

Returns the current integer value of the given param.

Parameters:

`param`	Param to get value of.

`staticgetListeneriv(param:Int):Array<Int>`

Returns an array of multiple integer values from the given param.

The array size depends on the given param.

Parameters:

`param`	Param to get values of.

`@:has_untypedstaticgetProcAddress(funcName:String):Dynamic`

Deprecated:

Advanced usage function, gets the pointer to a function by name and returns it.

The returned function address can be casted to a defined function.

The defined function then acts as a caller for the pointed to function.

This function hasn't been tested and might not work as expected.

Parameters:

`funcName`	Name of the function you want to get. The function might be context specific.

`@:has_untypedstaticgetSource3f(source:ALSource, param:Int):Array<Float>`

Returns an array of three float values for the target parameter of the given source.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get values of.

`@:has_untypedstaticgetSource3i(source:ALSource, param:Int):Array<Int>`

Returns an array of three integer values for the target parameter of the given source.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get values of.

`staticgetSourcef(source:ALSource, param:Int):Float`

Gets the float value for the target parameter of the given source.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get value of.

`staticgetSourcefv(source:ALSource, param:Int):Array<Float>`

Returns an array of multiple float values for the target parameter of the given source.

The array size depends on the given param.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get values of.

`staticgetSourcei(source:ALSource, param:Int):Int`

Gets the integer value for the target parameter of the given source.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get value of.

`staticgetSourceiv(source:ALSource, param:Int):Array<Int>`

Returns an array of multiple integer values for the target parameter of the given source.

The array size depends on the given param.

Parameters:

`source`	Source to get parameter of.
`param`	Param to get values of.

`staticgetString(param:Int):String`

Returns a string value from the given AL parameter.

Parameters:

`param`	Parameter to get value of.

`staticisBuffer(buffer:ALBuffer):Bool`

Checks if the given buffer is a valid ALBuffer object.

Parameters:

`buffer`	Buffer to check validity of.

`staticisEnabled(capability:Int):Bool`

Checks if the given capability is enabled and returns true if so.

Parameters:

`capability`	Capability to check.

`staticisExtensionPresent(extName:String):Bool`

Returns true if an extension by the given name is available on this context.

Parameters:

`extName`	Name of the extension to check for.

`staticisSource(source:ALSource):Bool`

Checks if the given source is a valid ALSource object.

Parameters:

`source`	Source to check validity of.

`staticlistener3f(param:Int, value1:Float, value2:Float, value3:Float):Void`

Sets three float values for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set values of.
`value1`	First float value for the parameter.
`value2`	Second float value for the parameter.
`value3`	Third float value for the parameter.

`staticlistener3i(param:Int, value1:Int, value2:Int, value3:Int):Void`

Sets three integer values for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set values of.
`value1`	First integer value for the parameter.
`value2`	Second integer value for the parameter.
`value3`	Third integer value for the parameter.

`staticlistenerf(param:Int, value:Float):Void`

Sets a float value for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set value of.
`value`	New float value for the parameter.

`staticlistenerfv(param:Int, values:Array<Float>):Void`

Sets an array of float values for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set values of.
`values`	New float values for the parameter as an array (array length should be the same as amount of values the parameter takes).

`staticlisteneri(param:Int, value:Int):Void`

Sets an integer value for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set value of.
`value`	New integer value for the parameter.

`staticlisteneriv(param:Int, values:Array<Int>):Void`

Sets an array of integer values for the given parameter of the current listener object.

Parameters:

`param`	Parameter to set values of.
`values`	New integer values for the parameter as an array (array length should be the same as amount of values the parameter takes).

`staticsource3f(source:ALSource, param:Int, value1:Float, value2:Float, value3:Float):Void`

Sets three float values for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set values of.
`value1`	First new float value of the param.
`value2`	Second new float value of the param.
`value3`	Third new float value of the param.

`staticsource3i(source:ALSource, param:Int, value1:Int, value2:Int, value3:Int):Void`

Sets three integer values for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set values of.
`value1`	First new integer value of the param.
`value2`	Second new integer value of the param.
`value3`	Third new integer value of the param.

`staticsourcePause(source:ALSource):Void`

Pauses audio-playback for the source, keeping the sound position unchanged.

Parameters:

`source`	Source to pause playback of.

`staticsourcePausev(sources:Array<ALSource>):Void`

Pauses audio-playback for the sources, keeping their sound position unchanged.

Parameters:

`sources`	Sources to pause playback of.

`staticsourcePlay(source:ALSource):Void`

Plays back audio from the sources buffer.

Parameters:

`source`	Source to play audio from.

`staticsourcePlayv(sources:Array<ALSource>):Void`

Plays back audio from the sources' buffers.

Parameters:

`sources`	Sources to play audio from.

`staticsourceQueueBuffers(source:ALSource, buffers:Array<ALBuffer>):Void`

Queues the buffers' data to be played chronologically once the data for the current buffer has finished playing back on the source.

Parameters:

`source`	Source to queue buffers for.
`buffers`	Buffers to be played back chronologically.

`staticsourceRewind(source:ALSource):Void`

Stops audio-playback for the source and sets its state to HaxeAL.INITIAL.

Parameters:

`source`	Source to be rewound.

`staticsourceRewindv(sources:Array<ALSource>):Void`

Stops audio-playback for the sources and sets their state to HaxeAL.INITIAL.

Parameters:

`sources`	Sources to be rewound.

`staticsourceStop(source:ALSource):Void`

Completely stops audio-playback for the source and sets the sound position back to 0.

Parameters:

`source`	Source to stop playback of.

`staticsourceStopv(sources:Array<ALSource>):Void`

Completely stops audio-playback for the sources and sets their sound position back to 0.

Parameters:

`sources`	Sources to stop playback of.

`staticsourceUnqueueBuffers(source:ALSource, numBuffers:Int):Array<ALBuffer>`

Unqueues the given number of processed buffers and returns the now available (unqueued) buffers.

If numBuffers is larger than the amount of processed buffers (the ones already played back) on the source (aquired using getSourcei with BUFFERS_PROCESSED) the operation will fail!

Parameters:

`source`	Source to unqueue buffers of.
`numBuffers`	The amount of buffers to unqueue.

`staticsourcef(source:ALSource, param:Int, value:Float):Void`

Sets the float value for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set value of.
`value`	New float value of the param.

`staticsourcefv(source:ALSource, param:Int, values:Array<Float>):Void`

Sets an array of float values for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set values of.
`value`	New float values of the param as an array (array length should be the same as amount of values the parameter takes).

`staticsourcei(source:ALSource, param:Int, value:Null<Int>):Void`

Sets the integer value for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set value of.
`value`	New integer value of the param.

`staticsourceiv(source:ALSource, param:Int, values:Array<Int>):Void`

Sets an array of integer values for the target parameter of the given source.

Parameters:

`source`	Source to change parameter of.
`param`	Param to set values of.
`value`	New integer values of the param as an array (array length should be the same as amount of values the parameter takes).

`staticspeedOfSound(value:Single):Void`

Sets AL's speed of sound value, in units per second.

Range: [0.0001 - POSITIVE_INFINITY]

Default: 343.3

Parameters:

`value`	The value to set the speed of sound to.

class HaxeAL

package haxeal

Static variables

@:value(0x2002)staticfinalinlineread onlyBITS:Int = 0x2002

@:value(0x1009)staticfinalinlineread onlyBUFFER:Int = 0x1009

@:value(0x1016)staticfinalinlineread onlyBUFFERS_PROCESSED:Int = 0x1016

@:value(0x1015)staticfinalinlineread onlyBUFFERS_QUEUED:Int = 0x1015

@:value(0x1026)staticfinalinlineread onlyBYTE_OFFSET:Int = 0x1026

@:value(0x2003)staticfinalinlineread onlyCHANNELS:Int = 0x2003

@:value(0x1001)staticfinalinlineread onlyCONE_INNER_ANGLE:Int = 0x1001

@:value(0x1002)staticfinalinlineread onlyCONE_OUTER_ANGLE:Int = 0x1002

@:value(0x1022)staticfinalinlineread onlyCONE_OUTER_GAIN:Int = 0x1022

@:value(0x1005)staticfinalinlineread onlyDIRECTION:Int = 0x1005

@:value(0xD000)staticfinalinlineread onlyDISTANCE_MODEL:Int = 0xD000

@:value(0xC000)staticfinalinlineread onlyDOPPLER_FACTOR:Int = 0xC000

@:value(0xC001)staticfinalinlineread onlyDOPPLER_VELOCITY:Int = 0xC001

@:value(0xD005)staticfinalinlineread onlyEXPONENT_DISTANCE:Int = 0xD005

@:value(0xD006)staticfinalinlineread onlyEXPONENT_DISTANCE_CLAMPED:Int = 0xD006

@:value(0xB004)staticfinalinlineread onlyEXTENSIONS:Int = 0xB004

@:value(0)staticfinalinlineread onlyFALSE:Int = 0

@:value(0x1101)staticfinalinlineread onlyFORMAT_MONO16:Int = 0x1101

@:value(0x1100)staticfinalinlineread onlyFORMAT_MONO8:Int = 0x1100

@:value(0x1103)staticfinalinlineread onlyFORMAT_STEREO16:Int = 0x1103

@:value(0x1102)staticfinalinlineread onlyFORMAT_STEREO8:Int = 0x1102

@:value(0x2001)staticfinalinlineread onlyFREQUENCY:Int = 0x2001

@:value(0x100A)staticfinalinlineread onlyGAIN:Int = 0x100A

@:value(0x1011)staticfinalinlineread onlyINITIAL:Int = 0x1011

@:value(0xD001)staticfinalinlineread onlyINVERSE_DISTANCE:Int = 0xD001

@:value(0xD002)staticfinalinlineread onlyINVERSE_DISTANCE_CLAMPED:Int = 0xD002

@:value(0xD003)staticfinalinlineread onlyLINEAR_DISTANCE:Int = 0xD003

@:value(0xD004)staticfinalinlineread onlyLINEAR_DISTANCE_CLAMPED:Int = 0xD004

@:value(0x1007)staticfinalinlineread onlyLOOPING:Int = 0x1007

@:value(0x1023)staticfinalinlineread onlyMAX_DISTANCE:Int = 0x1023

@:value(0x100E)staticfinalinlineread onlyMAX_GAIN:Int = 0x100E

@:value(0x100D)staticfinalinlineread onlyMIN_GAIN:Int = 0x100D

@:value(0)staticfinalinlineread onlyNONE:Int = 0

@:value(0x100F)staticfinalinlineread onlyORIENTATION:Int = 0x100F

@:value(0x1013)staticfinalinlineread onlyPAUSED:Int = 0x1013

@:value(0x2011)staticfinalinlineread onlyPENDING:Int = 0x2011

@:value(0x1003)staticfinalinlineread onlyPITCH:Int = 0x1003

@:value(0x1012)staticfinalinlineread onlyPLAYING:Int = 0x1012

@:value(0x1004)staticfinalinlineread onlyPOSITION:Int = 0x1004

@:value(0x2012)staticfinalinlineread onlyPROCESSED:Int = 0x2012

@:value(0x1020)staticfinalinlineread onlyREFERENCE_DISTANCE:Int = 0x1020

@:value(0xB003)staticfinalinlineread onlyRENDERER:Int = 0xB003

@:value(0x1021)staticfinalinlineread onlyROLLOFF_FACTOR:Int = 0x1021

@:value(0x1025)staticfinalinlineread onlySAMPLE_OFFSET:Int = 0x1025

@:value(0x1024)staticfinalinlineread onlySEC_OFFSET:Int = 0x1024

@:value(0x2004)staticfinalinlineread onlySIZE:Int = 0x2004

@:value(0x202)staticfinalinlineread onlySOURCE_RELATIVE:Int = 0x202

@:value(0x1010)staticfinalinlineread onlySOURCE_STATE:Int = 0x1010

@:value(0x1027)staticfinalinlineread onlySOURCE_TYPE:Int = 0x1027

@:value(0xC003)staticfinalinlineread onlySPEED_OF_SOUND:Int = 0xC003

@:value(0x1028)staticfinalinlineread onlySTATIC:Int = 0x1028

@:value(0x1014)staticfinalinlineread onlySTOPPED:Int = 0x1014

@:value(0x1029)staticfinalinlineread onlySTREAMING:Int = 0x1029

@:value(1)staticfinalinlineread onlyTRUE:Int = 1

@:value(0x1030)staticfinalinlineread onlyUNDETERMINED:Int = 0x1030

@:value(0x2010)staticfinalinlineread onlyUNUSED:Int = 0x2010

@:value(0x1006)staticfinalinlineread onlyVELOCITY:Int = 0x1006

@:value(0xB001)staticfinalinlineread onlyVENDOR:Int = 0xB001

@:value(0xB002)staticfinalinlineread onlyVERSION:Int = 0xB002

Static methods

staticbuffer3f(buffer:ALBuffer, param:Int, value1:Float, value2:Float, value3:Float):Void

staticbuffer3i(buffer:ALBuffer, param:Int, value1:Int, value2:Int, value3:Int):Void

staticbufferData(buffer:ALBuffer, format:Int, data:Bytes, size:Int, sampleRate:Int):Void

staticbufferData_PCM(buffer:ALBuffer, format:Int, data:Star<Void>, size:Int, sampleRate:Int):Void

staticbufferf(buffer:ALBuffer, param:Int, value:Float):Void

staticbufferfv(buffer:ALBuffer, param:Int, values:Array<Float>):Void

staticbufferi(buffer:ALBuffer, param:Int, value:Int):Void

staticbufferiv(buffer:ALBuffer, param:Int, values:Array<Int>):Void

staticcreateBuffer():ALBuffer

staticcreateBuffers(num:Int):Array<ALBuffer>

staticcreateSource():ALSource

staticcreateSources(num:Int):Array<ALSource>

staticdeleteBuffer(buffer:ALBuffer):Void

staticdeleteBuffers(buffers:Array<ALBuffer>):Void

staticdeleteSource(source:ALSource):Void

staticdeleteSources(sources:Array<ALSource>):Void

staticdisable(capability:Int):Void

`@:value(0x2002)staticfinalinlineread onlyBITS:Int = 0x2002`

`@:value(0x1009)staticfinalinlineread onlyBUFFER:Int = 0x1009`

`@:value(0x1016)staticfinalinlineread onlyBUFFERS_PROCESSED:Int = 0x1016`

`@:value(0x1015)staticfinalinlineread onlyBUFFERS_QUEUED:Int = 0x1015`

`@:value(0x1026)staticfinalinlineread onlyBYTE_OFFSET:Int = 0x1026`

`@:value(0x2003)staticfinalinlineread onlyCHANNELS:Int = 0x2003`

`@:value(0x1001)staticfinalinlineread onlyCONE_INNER_ANGLE:Int = 0x1001`

`@:value(0x1002)staticfinalinlineread onlyCONE_OUTER_ANGLE:Int = 0x1002`

`@:value(0x1022)staticfinalinlineread onlyCONE_OUTER_GAIN:Int = 0x1022`

`@:value(0x1005)staticfinalinlineread onlyDIRECTION:Int = 0x1005`

`@:value(0xD000)staticfinalinlineread onlyDISTANCE_MODEL:Int = 0xD000`

`@:value(0xC000)staticfinalinlineread onlyDOPPLER_FACTOR:Int = 0xC000`

`@:value(0xC001)staticfinalinlineread onlyDOPPLER_VELOCITY:Int = 0xC001`

`@:value(0xD005)staticfinalinlineread onlyEXPONENT_DISTANCE:Int = 0xD005`

`@:value(0xD006)staticfinalinlineread onlyEXPONENT_DISTANCE_CLAMPED:Int = 0xD006`

`@:value(0xB004)staticfinalinlineread onlyEXTENSIONS:Int = 0xB004`

`@:value(0)staticfinalinlineread onlyFALSE:Int = 0`

`@:value(0x1101)staticfinalinlineread onlyFORMAT_MONO16:Int = 0x1101`

`@:value(0x1100)staticfinalinlineread onlyFORMAT_MONO8:Int = 0x1100`

`@:value(0x1103)staticfinalinlineread onlyFORMAT_STEREO16:Int = 0x1103`

`@:value(0x1102)staticfinalinlineread onlyFORMAT_STEREO8:Int = 0x1102`

`@:value(0x2001)staticfinalinlineread onlyFREQUENCY:Int = 0x2001`

`@:value(0x100A)staticfinalinlineread onlyGAIN:Int = 0x100A`

`@:value(0x1011)staticfinalinlineread onlyINITIAL:Int = 0x1011`

`@:value(0xD001)staticfinalinlineread onlyINVERSE_DISTANCE:Int = 0xD001`

`@:value(0xD002)staticfinalinlineread onlyINVERSE_DISTANCE_CLAMPED:Int = 0xD002`

`@:value(0xD003)staticfinalinlineread onlyLINEAR_DISTANCE:Int = 0xD003`

`@:value(0xD004)staticfinalinlineread onlyLINEAR_DISTANCE_CLAMPED:Int = 0xD004`

`@:value(0x1007)staticfinalinlineread onlyLOOPING:Int = 0x1007`

`@:value(0x1023)staticfinalinlineread onlyMAX_DISTANCE:Int = 0x1023`

`@:value(0x100E)staticfinalinlineread onlyMAX_GAIN:Int = 0x100E`

`@:value(0x100D)staticfinalinlineread onlyMIN_GAIN:Int = 0x100D`

`@:value(0)staticfinalinlineread onlyNONE:Int = 0`

`@:value(0x100F)staticfinalinlineread onlyORIENTATION:Int = 0x100F`

`@:value(0x1013)staticfinalinlineread onlyPAUSED:Int = 0x1013`

`@:value(0x2011)staticfinalinlineread onlyPENDING:Int = 0x2011`

`@:value(0x1003)staticfinalinlineread onlyPITCH:Int = 0x1003`

`@:value(0x1012)staticfinalinlineread onlyPLAYING:Int = 0x1012`

`@:value(0x1004)staticfinalinlineread onlyPOSITION:Int = 0x1004`

`@:value(0x2012)staticfinalinlineread onlyPROCESSED:Int = 0x2012`

`@:value(0x1020)staticfinalinlineread onlyREFERENCE_DISTANCE:Int = 0x1020`

`@:value(0xB003)staticfinalinlineread onlyRENDERER:Int = 0xB003`

`@:value(0x1021)staticfinalinlineread onlyROLLOFF_FACTOR:Int = 0x1021`

`@:value(0x1025)staticfinalinlineread onlySAMPLE_OFFSET:Int = 0x1025`

`@:value(0x1024)staticfinalinlineread onlySEC_OFFSET:Int = 0x1024`

`@:value(0x2004)staticfinalinlineread onlySIZE:Int = 0x2004`

`@:value(0x202)staticfinalinlineread onlySOURCE_RELATIVE:Int = 0x202`

`@:value(0x1010)staticfinalinlineread onlySOURCE_STATE:Int = 0x1010`

`@:value(0x1027)staticfinalinlineread onlySOURCE_TYPE:Int = 0x1027`

`@:value(0xC003)staticfinalinlineread onlySPEED_OF_SOUND:Int = 0xC003`

`@:value(0x1028)staticfinalinlineread onlySTATIC:Int = 0x1028`

`@:value(0x1014)staticfinalinlineread onlySTOPPED:Int = 0x1014`

`@:value(0x1029)staticfinalinlineread onlySTREAMING:Int = 0x1029`

`@:value(1)staticfinalinlineread onlyTRUE:Int = 1`

`@:value(0x1030)staticfinalinlineread onlyUNDETERMINED:Int = 0x1030`

`@:value(0x2010)staticfinalinlineread onlyUNUSED:Int = 0x2010`

`@:value(0x1006)staticfinalinlineread onlyVELOCITY:Int = 0x1006`

`@:value(0xB001)staticfinalinlineread onlyVENDOR:Int = 0xB001`

`@:value(0xB002)staticfinalinlineread onlyVERSION:Int = 0xB002`

`staticbuffer3f(buffer:ALBuffer, param:Int, value1:Float, value2:Float, value3:Float):Void`

`staticbuffer3i(buffer:ALBuffer, param:Int, value1:Int, value2:Int, value3:Int):Void`

`staticbufferData(buffer:ALBuffer, format:Int, data:Bytes, size:Int, sampleRate:Int):Void`

`staticbufferData_PCM(buffer:ALBuffer, format:Int, data:Star<Void>, size:Int, sampleRate:Int):Void`

`staticbufferf(buffer:ALBuffer, param:Int, value:Float):Void`

`staticbufferfv(buffer:ALBuffer, param:Int, values:Array<Float>):Void`

`staticbufferi(buffer:ALBuffer, param:Int, value:Int):Void`

`staticbufferiv(buffer:ALBuffer, param:Int, values:Array<Int>):Void`

`staticcreateBuffer():ALBuffer`

`staticcreateBuffers(num:Int):Array<ALBuffer>`

`staticcreateSource():ALSource`

`staticcreateSources(num:Int):Array<ALSource>`

`staticdeleteBuffer(buffer:ALBuffer):Void`

`staticdeleteBuffers(buffers:Array<ALBuffer>):Void`

`staticdeleteSource(source:ALSource):Void`

`staticdeleteSources(sources:Array<ALSource>):Void`

`staticdisable(capability:Int):Void`

`staticdistanceModel(distanceModel:DistanceModel):Void`

`staticdopplerFactor(value:Single):Void`

`staticdopplerVelocity(value:Single):Void`

`staticenable(capability:Int):Void`