BERTOutputChannel.h

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* libscopehal                                                                                                          *
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#ifndef BERTOutputChannel_h
#define BERTOutputChannel_h
 
#include "BERT.h"
 
class BERTOutputChannel : public InstrumentChannel
{
public:
 
    BERTOutputChannel(
        const std::string& hwname,
        BERT* bert,
        const std::string& color = "#808080",
        size_t index = 0);
 
    virtual ~BERTOutputChannel();
 
    virtual void Refresh(vk::raii::CommandBuffer& cmdBuf, std::shared_ptr<QueueHandle> queue) override;
    virtual bool ValidateChannel(size_t i, StreamDescriptor stream) override;
 
    BERT* GetBERT() const
    { return dynamic_cast<BERT*>(m_instrument); }
 
    void SetPattern(BERT::Pattern pattern)
    { GetBERT()->SetTxPattern(GetIndex(), pattern); }
 
    BERT::Pattern GetPattern()
    { return GetBERT()->GetTxPattern(GetIndex()); }
 
    std::vector<BERT::Pattern> GetAvailablePatterns()
    { return GetBERT()->GetAvailableTxPatterns(GetIndex()); }
 
    bool GetInvert()
    { return GetBERT()->GetTxInvert(GetIndex()); }
 
    void SetInvert(bool invert)
    { GetBERT()->SetTxInvert(GetIndex(), invert); }
 
    std::vector<float> GetAvailableDriveStrengths()
    { return GetBERT()->GetAvailableTxDriveStrengths(GetIndex()); }
 
    float GetDriveStrength()
    { return GetBERT()->GetTxDriveStrength(GetIndex()); }
 
    void SetDriveStrength(float drive)
    { GetBERT()->SetTxDriveStrength(GetIndex(), drive); }
 
    bool GetEnable()
    { return GetBERT()->GetTxEnable(GetIndex()); }
 
    void Enable(bool b)
    { GetBERT()->SetTxEnable(GetIndex(), b); }
 
    float GetPreCursor()
    { return GetBERT()->GetTxPreCursor(GetIndex()); }
 
    void SetPreCursor(float f)
    { GetBERT()->SetTxPreCursor(GetIndex(), f); }
 
    float GetPostCursor()
    { return GetBERT()->GetTxPostCursor(GetIndex()); }
 
    void SetPostCursor(float f)
    { GetBERT()->SetTxPostCursor(GetIndex(), f); }
 
    int64_t GetDataRate()
    { return GetBERT()->GetDataRate(GetIndex()); }
 
    void SetDataRate(int64_t rate)
    { GetBERT()->SetDataRate(GetIndex(), rate); }
 
    virtual PhysicalConnector GetPhysicalConnector() override;
};
 
#endif