Files
BuboQuark/Classes/BuboBoot.sc

141 lines
4.2 KiB
Python

Boot {
classvar <>clock;
classvar <>localPath;
classvar <>samplePath;
classvar <>serverOptions;
*new {
arg configPath, samplePath, serverOptions;
var p; var c; var t; var s; var d; var e; var b;
BuboUtils.banner().postln;
Server.killAll;
if (serverOptions == nil, {
"-> Booting using default server configuration".postln;
s = Server.default;
s.options.numBuffers = (2048 * 2048) * 2;
s.options.maxLogins = 1;
s.options.memSize = 8192 * 64;
s.options.numWireBufs = 2048;
s.options.maxNodes = 1024 * 32;
s.options.numOutputBusChannels = 24;
s.options.numInputBusChannels = 16;
}, {
"-> Booting using custom server configuration".postln;
s = Server.default;
// Imposing a very high number of buffers!
serverOptions.numBuffers = (2048 * 512) * 2;
s.options = serverOptions;
});
// Using Ableton Link Clock to sync with other peers
this.clock = LinkClock(130 / 60).latency_(Server.default.latency).permanent_(true);
TempoClock.default = this.clock;
c = this.clock;
t = this.clock.tempo;
// Defaut local path for configuration files if not configPath
this.localPath = this.class.filenameSymbol.asString.dirname +/+ "Configuration";
this.samplePath = samplePath;
p = ProxySpace.push(s.boot, clock: this.clock);
p.quant = 4;
p.fadeTime = 0.01;
// Setting up the audio samples/buffers manager
Bank.lazyLoading = true;
Bank.root = this.samplePath;
// Post actions: installing behavior after server boot
Server.default.waitForBoot({
s.latency = 0.3;
// Resume normal boot sequence
"-> Loading config from: %".format(configPath ? (this.localPath +/+ "Startup.scd")).postln;
(configPath ? (this.localPath +/+ "Startup.scd")).load;
BuboUtils.ready.postln;
this.installServerTreeBehavior();
this.clock.enableMeterSync();
// Installing Safety
Safety.all;
Safety(s).defName = \safeLimit;
Safety.setLimit(1);
MIDIClient.init;
});
}
*installServerTreeBehavior {
CmdPeriod.add({
BuboUtils.stop().postln;
// Printing session state when the session is stopped
"\nBubo SuperCollider Session\nTempo: % | Peers: %\nCPU: % | Peak: %\n".format(
this.clock.tempo * 60,
this.clock.numPeers,
Server.default.avgCPU.round(2),
Server.default.peakCPU.round(2)).postln;
}, Server.default);
Event.addEventType(\buboLoopEvent, {
arg server;
if (BuboUtils.stringIsNumber(~sp), {}, {
~sp = BuboUtils.cleanSampleName(~sp);
~nb = BuboUtils.cleanSampleIndex(~nb);
if (~sp.notNil && ~nb.notNil, {
if (~sp !== "", {
~buf = Bank(~sp)[~nb % Bank(~sp).paths.size];
if (Bank(~sp).metadata[~nb % Bank(~sp).size][\numChannels] == 1) {
~instrument = \looperMono;
} {
~instrument = \looperStereo;
};
})
});
});
~type = \note;
currentEnvironment.play;
});
Event.addEventType(\buboEvent, {
arg server;
if (~sp.notNil, {
if (BuboUtils.stringIsNumber(~sp), {}, {
~sp = BuboUtils.cleanSampleName(~sp);
~nb = BuboUtils.cleanSampleIndex(~nb);
if (~sp !== "", {
~buf = Bank(~sp)[~nb % Bank(~sp).paths.size];
if (Bank(~sp).metadata[~nb % Bank(~sp).size][\numChannels] == 1) {
~instrument = \player;
} {
~instrument = \splayer;
};
});
});
});
~type = \note;
currentEnvironment.play;
});
Event.addEventType(\buboGranular, {
arg server;
if (~sp.notNil, {
if (BuboUtils.stringIsNumber(~sp), {}, {
~sp = BuboUtils.cleanSampleName(~sp);
~nb = BuboUtils.cleanSampleIndex(~nb);
if (~sp !== "", {
~buf = Bank(~sp)[~nb % Bank(~sp).paths.size];
~instrument = 'grainSampler';
});
});
});
~type = \note;
currentEnvironment.play;
});
}
}