} // memoryrecord
public MemoryRecord(MemoryRecord rec)
{
group = rec.group;
rx_freq = rec.rx_freq;
name = rec.name;
dsp_mode = rec.dsp_mode;
scan = rec.scan;
tune_step = rec.tune_step;
repeater_mode = rec.repeater_mode;
rptr_offset = rec.rptr_offset;
ctcss_on = rec.ctcss_on;
ctcss_freq = rec.ctcss_freq;
power = rec.power;
deviation = rec.deviation;
split = rec.split;
tx_freq = rec.tx_freq;
rx_filter = rec.rx_filter;
rx_filter_low = rec.rx_filter_low;
rx_filter_high = rec.rx_filter_high;
comments = rec.comments;
agc_mode = rec.agc_mode;
agct = rec.agct;
startdate = rec.startdate; // ke9ns add for scheduled freq change and optional recording
scheduleon = rec.scheduleon; // ke9ns add for scheduled freq change and optional recording
duration = rec.duration; // ke9ns add for scheduled freq change and optional recording
repeating = rec.repeating; // ke9ns add for scheduled freq change and optional recording
recording = rec.recording; // ke9ns add for scheduled freq change and optional recording
repeatingm = rec.repeatingm; // ke9ns add for scheduled freq change and optional recording
extra = rec.extra; // ke9ns add for scheduled freq change and optional recording
} // MemoryRecord(MemoryRecord rec)
public int CompareTo(object obj) // to implement the IComparable interface
{
MemoryRecord rec = (MemoryRecord)obj;
if (this.Group != rec.Group)
{
return(this.Group.CompareTo(rec.Group));
}
if (this.RXFreq != rec.RXFreq)
{
return(this.RXFreq.CompareTo(rec.RXFreq));
}
return(this.Name.CompareTo(rec.Name));
}
public MemoryRecord(MemoryRecord rec)
{
group = rec.group;
rx_freq = rec.rx_freq;
name = rec.name;
dsp_mode = rec.dsp_mode;
scan = rec.scan;
tune_step = rec.tune_step;
repeater_mode = rec.repeater_mode;
rptr_offset = rec.rptr_offset;
ctcss_on = rec.ctcss_on;
ctcss_freq = rec.ctcss_freq;
power = rec.power;
deviation = rec.deviation;
split = rec.split;
tx_freq = rec.tx_freq;
rx_filter = rec.rx_filter;
rx_filter_low = rec.rx_filter_low;
rx_filter_high = rec.rx_filter_high;
comments = rec.comments;
agc_mode = rec.agc_mode;
agct = rec.agct;
}
public MemoryRecord(MemoryRecord rec)
{
group = rec.group;
rx_freq = rec.rx_freq;
name = rec.name;
dsp_mode = rec.dsp_mode;
scan = rec.scan;
tune_step = rec.tune_step;
repeater_mode = rec.repeater_mode;
rptr_offset = rec.rptr_offset;
ctcss_on = rec.ctcss_on;
ctcss_freq = rec.ctcss_freq;
power = rec.power;
deviation = rec.deviation;
split = rec.split;
tx_freq = rec.tx_freq;
rx_filter = rec.rx_filter;
rx_filter_low = rec.rx_filter_low;
rx_filter_high = rec.rx_filter_high;
comments = rec.comments;
agc_mode = rec.agc_mode;
agct = rec.agct;
}
private MemoryRecord GetChannelRecord(string channel)
{
MemoryRecord rec = new MemoryRecord();
try
{
SortableBindingList<MemoryRecord> list = GetMemoryList();
int n = 0;
for (n = 0; n < list.Count; n++)
{
if (list[n].Comments.Substring(0, 4) == channel + ":")
rec = list[n];
}
}
catch
{
}
return rec;
}
//Saves the radio configuration to a specific channel number (edit)
public string ZZMZ(string s)
{
if (GetIndex(s) >= 0)
{
try
{
MemoryRecord oldrec = GetChannelRecord(s);
MemoryRecord newrec = new MemoryRecord();
newrec.Group = oldrec.Group;
newrec.RXFreq = console.VFOAFreq;
newrec.Name = oldrec.Name;
newrec.DSPMode = console.RX1DSPMode;
newrec.Scan = oldrec.Scan;
newrec.TuneStep = console.TuneStepList[console.TuneStepIndex].Name;
newrec.RPTR = console.CurrentFMTXMode;
newrec.RPTROffset = console.FMTXOffsetMHz;
newrec.CTCSSOn = console.dsp.GetDSPTX(0).CTCSSFlag;
newrec.CTCSSFreq = console.dsp.GetDSPTX(0).CTCSSFreqHz;
newrec.Power = console.PWR;
newrec.Deviation = (int)console.dsp.GetDSPTX(0).TXFMDeviation;
newrec.Split = console.VFOSplit;
newrec.TXFreq = console.TXFreq;
newrec.RXFilter = console.RX1Filter;
newrec.RXFilterLow = console.RX1FilterLow;
newrec.RXFilterHigh = console.RX1FilterHigh;
newrec.Comments = oldrec.Comments;
newrec.AGCMode = console.dsp.GetDSPRX(0, 0).RXAGCMode;
newrec.AGCT = console.RF;
console.MemoryList.List.Remove(oldrec);
console.MemoryList.List.Add(newrec);
return string.Empty;
}
catch
{
parser.Verbose_Error_Code = 4;
return parser.Error1;
}
}
else
{
parser.Verbose_Error_Code = 9;
return parser.Error1;
}
}