SonicPiEditorExtension.kt
src/jvmMain/kotlin/afield/audio/synth/SonicPiEditorExtension.kt · 40 lines
@file:afield.runtime.completion.CompletionCategory("Audio")
package afield.audio.synth
import java.io.FileThe #sonicpi editor extension and the vocabulary it completes against.
Both are static resources rather than strings built here: sonicpi.js is served to the browser as
the AMD module bithero/sonicpi (see bootstrapMonaco.js) and sonicpi-vocabulary.json is fetched
by it at install time. Reading them verbatim is what lets the node-probe smoke test exercise the
code and data that ship, rather than a copy that can drift.
The vocabulary is generated by tools/generate_sonic_pi_vocabulary.py from the installed Sonic Pi;
see that script for why it is extracted rather than written.
object SonicPiEditorExtension
Reads the two shipped #sonicpi resources: the Monaco module, and the vocabulary it completes against.
const val id: String = "sonicpi"
fun javascript(): String = resource("/sonicpi.js", "src/commonMain/resources/sonicpi.js")
fun vocabularyJson(): String
fun vocabularyJson(): String =
resource("/sonicpi-vocabulary.json", "src/commonMain/resources/sonicpi-vocabulary.json")
private fun resource(onClasspath: String, onDiskPath: String): String {
SonicPiEditorExtension::class.java.getResourceAsStream(onClasspath)?.use { stream ->
return stream.readBytes().toString(Charsets.UTF_8)
}
val onDisk = File("./$onDiskPath")
require(onDisk.isFile) {
"$onClasspath not found on the classpath or at ${onDisk.absolutePath}"
}
return onDisk.readText(Charsets.UTF_8)
}
}