which data was received (see event and status constants). If you use the callback mechanism you will receive a callback to your sub (set with set_callback) which tells you what happened, i.e. When used without callbacks you just use the provided methods for setting or getting radio settings (Frequency, Mode etc.). This class can be used in a procedural manner or with an event callback mechanism (or both at the same time). Note: If you have two or more identical models on the same bus, they must use different CI-V adresses. It supports multiple radios on the same serial port, differentiated by their CI-V adress. It allows for the most basic form of remote control of practically any Icom radio equipped with a CI-V port, namely set & get of the displayed frequency, set & get the mode and filter, read the band edges, switch to VFO or Memory (if radio has a VFO), select a memory channel, write VFO data to memory and clear a memory. HAM::Device::IcomCIV is not an abstract class, but one you can use directly.
This module is an OO approach to use Icom radios attached to a serial port. If these classes do not implement what you want, derive your own class from HAM::Device::IcomCIV. These classes implement functions specific to the radio. If you are looking for support of more elaborate CI-V functions see descendants of HAM::Device::IcomCIV, like HAM::Device::IcomICR8500, HAM::Device::IcomICR75 etc.
* Switch to VFO (last selected or A or B or Main or Sub) $my $rig2 = HAM::Device::IcomCIV->new( $serio, undef, undef, undef, 'IC-R75', undef, 0圎0, 1 ) SUPPORTED CI-V FUNCTIONS * Read/Set Frequency # initiate second radio on same bus (same serial port) My ($lower, $upper) = $rig1->get_bandedges HAM::Device::IcomCIV - Class for basic remote control of Icom CI-V Radios MODULE VERSION filter2icom( mode_string, filter_string ).new( SerialIOobject, SerialDevice, Baudrate, UseLock, RadioModel, RadioAdr, OwnAdr, DebugLevel ).
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