Adds further migration results and moves generated tests in
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// Stub enums for AudioVideoManagement when BUILD_RTI is OFF
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// These enums are normally generated from avm_enums.idl by RTI DDS tools
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// This file provides minimal definitions for building without RTI
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#ifndef AVM_ENUMS_STUB_HPP
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#define AVM_ENUMS_STUB_HPP
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#include <QString>
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namespace AudioVideoManagement {
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// RcOperatingMode enum wrapper with inner_enum typedef and underlying() method
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struct RcOperatingMode {
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enum Type {
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FixedFreqEncNone = 0,
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FixedFreqEncHwKr = 1,
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FixedFreqEncHwKrKl = 2,
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AkwEncNone = 3,
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AkwEncEccm = 4,
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SIMPLEX = 5,
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HALFDUPLEX = 6,
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DUPLEX = 7
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};
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using inner_enum = Type;
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Type value;
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constexpr RcOperatingMode(Type v = FixedFreqEncNone) : value(v) {}
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constexpr operator Type() const { return value; }
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int underlying() const { return static_cast<int>(value); }
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static constexpr Type FixedFreqEncNone_v = FixedFreqEncNone;
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static constexpr Type FixedFreqEncHwKr_v = FixedFreqEncHwKr;
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static constexpr Type FixedFreqEncHwKrKl_v = FixedFreqEncHwKrKl;
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static constexpr Type AkwEncNone_v = AkwEncNone;
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static constexpr Type AkwEncEccm_v = AkwEncEccm;
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static constexpr Type SIMPLEX_v = SIMPLEX;
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static constexpr Type HALFDUPLEX_v = HALFDUPLEX;
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static constexpr Type DUPLEX_v = DUPLEX;
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};
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// FrequencyBand enum wrapper with inner_enum typedef and underlying() method
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struct FrequencyBand {
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enum Type {
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Undefined = 0,
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HF = 1,
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VHF = 2,
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UHF = 3,
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REL = 4
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};
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using inner_enum = Type;
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Type value;
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constexpr FrequencyBand(Type v = Undefined) : value(v) {}
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constexpr operator Type() const { return value; }
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int underlying() const { return static_cast<int>(value); }
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static constexpr Type Undefined_v = Undefined;
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static constexpr Type HF_v = HF;
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static constexpr Type VHF_v = VHF;
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static constexpr Type UHF_v = UHF;
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static constexpr Type REL_v = REL;
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};
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// FrequencyBand_def namespace for legacy code compatibility
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namespace FrequencyBand_def {
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constexpr int HF = 1;
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constexpr int UHF = 3;
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constexpr int VHF = 2;
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constexpr int REL = 4;
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}
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// RcOperatingMode_def namespace for legacy code compatibility
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namespace RcOperatingMode_def {
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constexpr int FixedFreqEncNone = 0;
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constexpr int FixedFreqEncHwKr = 1;
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constexpr int FixedFreqEncHwKrKl = 2;
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constexpr int AkwEncNone = 3;
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constexpr int AkwEncEccm = 4;
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constexpr int SIMPLEX = 5;
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constexpr int HALFDUPLEX = 6;
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constexpr int DUPLEX = 7;
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}
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// ModulationType enum wrapper with inner_enum typedef and underlying() method
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struct ModulationType {
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enum Type {
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AM = 0,
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FM = 1
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};
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using inner_enum = Type;
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Type value;
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constexpr ModulationType(Type v = AM) : value(v) {}
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constexpr operator Type() const { return value; }
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int underlying() const { return static_cast<int>(value); }
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};
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// ChannelSpacingHF enum wrapper with inner_enum typedef and underlying() method
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struct ChannelSpacingHF {
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enum Type {
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CS_100_Hz = 0
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};
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using inner_enum = Type;
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Type value;
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constexpr ChannelSpacingHF(Type v = CS_100_Hz) : value(v) {}
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constexpr operator Type() const { return value; }
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int underlying() const { return static_cast<int>(value); }
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};
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// ChannelSpacing enum wrapper with inner_enum typedef and underlying() method
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struct ChannelSpacing {
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enum Type {
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CS_25_00_kHz = 0,
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CS_12_50_kHz = 1,
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CS_8_33_kHz = 2
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};
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using inner_enum = Type;
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Type value;
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constexpr ChannelSpacing(Type v = CS_25_00_kHz) : value(v) {}
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constexpr operator Type() const { return value; }
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int underlying() const { return static_cast<int>(value); }
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};
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} // namespace AudioVideoManagement
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#endif // AVM_ENUMS_STUB_HPP
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