protected void printStatus() {
StringBuffer buf = new StringBuffer(100);
buf.append("CC1000[LOCK]: lock select: ");
buf.append(LOCK_SELECT[lockSelect]);
buf.append(", set thr: ");
buf.append(setsLockThreshold);
buf.append(", reset thr: ");
buf.append(resetLockThreshold);
buf.append(", inst: ");
buf.append(StringUtil.toBit(lockInstant));
buf.append(", contin: ");
buf.append(StringUtil.toBit(lockContinuous));
radioPrinter.println(buf.toString());
}
protected void printStatus() {
StringBuffer buf = new StringBuffer(100);
buf.append("CC1000[CAL]: cal start: ");
buf.append(StringUtil.toBit(calStart));
buf.append(", dual: ");
buf.append(StringUtil.toBit(calDual));
buf.append(", wait: ");
buf.append(StringUtil.toBit(calWait));
buf.append(", current: ");
buf.append(StringUtil.toBit(calCurrent));
buf.append(", complete: ");
buf.append(StringUtil.toBit(calComplete));
buf.append(", iterate: ");
buf.append(calIterate);
radioPrinter.println(buf.toString());
}
protected void printStatus() {
String rxtxS = rxtx ? "TX" : "RX";
String fRegS = fReg ? "B" : "A";
StringBuffer buf = new StringBuffer(100);
buf.append("CC1000[MAIN]: ");
buf.append(rxtxS);
buf.append(", freg: ");
buf.append(fRegS);
buf.append(", rx pd: ");
buf.append(StringUtil.toBit(rxPd));
buf.append(", tx pd: ");
buf.append(StringUtil.toBit(txPd));
buf.append(", fs pd: ");
buf.append(StringUtil.toBit(fsPd));
buf.append(", core pd: ");
buf.append(StringUtil.toBit(corePd));
buf.append(", bias pd: ");
buf.append(StringUtil.toBit(biasPd));
buf.append(", reset: ");
buf.append(StringUtil.toBit(resetN));
radioPrinter.println(buf.toString());
}