JXON - Archive of obsolete content
onode.nodevalue.trim() : onode.nodevalue; } // nodetype is "text" (3) or "cdatasection" (4) else if (onode.nodetype === ...
...isfinite(date.parse(svalue))) { return new date(svalue); } return svalue; } function jxontree (oxmlparent) { var nattrlen = 0, nlength = 0, scollectedtxt = ""; if (oxmlparent.haschildnodes()) { for (var onode, sprop, vcontent, nitem = 0; nitem < oxmlparent.childnodes.length; nitem++) { onode = oxmlparent.childnodes.item(nitem); if ((onode.nodetype - 1 | 1) === 3) { scollectedtxt += onode.nodetype === 3 ? onode.nodevalue.trim() : onode.nodevalue; } // nodetype is "text" (3) or "cdatasection" (4) else if (onode.nodetype === 1 && !onode.prefix) { // nodetype is "element" (1) sprop = onode.nodename.tolowercase(); vcontent = new jxontree(onode); if (this.hasownproperty(sprop)) { if (this[sprop].constructor !== array) { this[sprop] = [t...
...onode.prefix) { // nodetype is "element" (1) sprop = onode.nodename.tolowercase(); vcontent = new jxontree(onode); if (this.hasownproperty(sprop)) { if (this[sprop].constructor !== array) { this[sprop] = [this[sprop]]; } this[sprop].push(vcontent); } else { this[sprop] = vcontent; nlength++; } } } this.keyvalue = parsetext(scollectedtxt); } else { this.keyvalue = null; } if (oparentnode.hasattributes && oxmlparent.hasattributes()) { var oattrib; this.keyattributes = {}; for (nattrlen; nattrlen < oxmlparent.attributes.length; nattrlen++) { oattrib = oxmlparent.attributes.item(nattrlen); this.keyattributes[oattrib.name.tolowercase()] = parsetext(oattrib.value.trim()); } } /* * optional proper...
...And 16 more matches

nsIEditor
undo(in unsigned long count); void canundo(out boolean isenabled, out boolean canundo); void redo(in unsigned long count); void canredo(out boolean isenabled, out boolean canredo); void begintransaction(); void endtransaction(); void beginplaceholdertransaction(in nsiatom name); void endplaceholdertransaction(); boolean shouldtxnsetselection(); void setshouldtxnsetselection(in boolean should); inline spellchecking methods nsiinlinespellchecker getinlinespellchecker(in boolean autocreate); void syncrealtimespell(); void setspellcheckuseroverride(in boolean enable); clipboard methods void cut(); boolean cancut(); void copy(); boolean ...

RTCRtpEncodingParameters - Web APIs
ed to decode received data. the default value is true. codecpayloadtype when describing a codec for an rtcrtpsender, codecpayloadtype is a single 8-bit byte (or octet) specifying the codec to use for sending the stream; the value matches one from the owning rtcrtpparameters object's codecs parameter. this value can only be set when creating the transceiver; after that, this value is read only. dtx only used for an rtcrtpsender whose kind is audio, this property indicates whether or not to use discontinuous transmission (a feature by which a phone is turned off or the microphone muted automatically in the absence of voice activity). the value is taken from the enumerated string type rtcdtxstatus. maxbitrate an unsigned long integer indicating the maximum number of bits per second to allo...

RTCRtpSendParameters.encodings - Web APIs
ed to decode received data. the default value is true. codecpayloadtype when describing a codec for an rtcrtpsender, codecpayloadtype is a single 8-bit byte (or octet) specifying the codec to use for sending the stream; the value matches one from the owning rtcrtpparameters object's codecs parameter. this value can only be set when creating the transceiver; after that, this value is read only. dtx only used for an rtcrtpsender whose kind is audio, this property indicates whether or not to use discontinuous transmission (a feature by which a phone is turned off or the microphone muted automatically in the absence of voice activity). the value is taken from the enumerated string type rtcdtxstatus. maxbitrate an unsigned long integer indicating the maximum number of bits per second to allo...

Codecs used by WebRTC - Web media technologies
atory codec, safari and chrome support it. firefox and edge do not. comfort noise (cn) is a form of artificial background noise which is used to fill gaps in a transmission instead of using pure silence. this helps to avoid a jarring effect that can occur when voice activation and similar features cause a stream to stop sending data temporarily—a capability known as discontinuous transmission (dtx). in rfc 3389, a method for providing an appropriate filler to use during silences. comfort noise is used with g.711, and may potentially be used with other codecs that don't have a built-in cn feature. opus, for example, has its own cn capability; as such, using rfc 3389 cn with the opus codec is not recommended. an audio sender is never required to use discontinuous transmission or comfort no...