// ----------------------------------------------------------------------------- // This file is automatically generated by hdl-registers version 8.1.1-dev. // Code generator CppHeaderGenerator version 1.0.0. // Generated 2026-03-13 21:05 from file regs_dma_axi_write_simple.toml at Git commit 2161f6cde157. // Register hash a600c44f72777903809768e11279acf79aae51d4. // ----------------------------------------------------------------------------- #pragma once #include "i_dma_axi_write_simple.h" namespace fpga_regs { class DmaAxiWriteSimple : public IDmaAxiWriteSimple { public: /** * Class constructor. * @param base_address Byte address where these registers are memory mapped. * Can be e.g. '0x43C00000' in bare metal, or e.g. * 'reinterpret_cast(mmap(...))' in Linux. * When using an operating system, care must be taken to pass the * virtual address, not the physical address. * When using bare metal, these are the same. * @param assertion_handler Function to call when an assertion fails. * Function takes a string pointer as an argument, where the string * will contain an error diagnostic message. * Function must return a boolean 'true'. */ DmaAxiWriteSimple(uintptr_t base_address, bool (*assertion_handler) (const std::string*)); virtual ~DmaAxiWriteSimple() {} // ------------------------------------------------------------------------- // Methods for the 'interrupt_status' register. // Mode 'Read, Write-pulse'. // ------------------------------------------------------------------------- // Read the whole register value over the register bus. virtual dma_axi_write_simple::interrupt_status::Value get_interrupt_status() const override; // Read the whole register value over the register bus. // This method returns the raw register value without any type conversion. virtual uint32_t get_interrupt_status_raw() const override; // Read the register and slice out the 'write_done' field value. virtual bool get_interrupt_status_write_done() const override; // Read the register and slice out the 'write_error' field value. virtual bool get_interrupt_status_write_error() const override; // Read the register and slice out the 'start_address_unaligned_error' field value. virtual bool get_interrupt_status_start_address_unaligned_error() const override; // Read the register and slice out the 'end_address_unaligned_error' field value. virtual bool get_interrupt_status_end_address_unaligned_error() const override; // Read the register and slice out the 'read_address_unaligned_error' field value. virtual bool get_interrupt_status_read_address_unaligned_error() const override; // Write the whole register value over the register bus. virtual void set_interrupt_status( dma_axi_write_simple::interrupt_status::Value register_value ) const override; // Write the whole register value over the register bus. // This method takes a raw register value and does not perform any type conversion. virtual void set_interrupt_status_raw( uint32_t register_value ) const override; // Write the 'write_done' field value. // Will write the register with all other fields set as default. virtual void set_interrupt_status_write_done( bool field_value ) const override; // Write the 'write_error' field value. // Will write the register with all other fields set as default. virtual void set_interrupt_status_write_error( bool field_value ) const override; // Write the 'start_address_unaligned_error' field value. // Will write the register with all other fields set as default. virtual void set_interrupt_status_start_address_unaligned_error( bool field_value ) const override; // Write the 'end_address_unaligned_error' field value. // Will write the register with all other fields set as default. virtual void set_interrupt_status_end_address_unaligned_error( bool field_value ) const override; // Write the 'read_address_unaligned_error' field value. // Will write the register with all other fields set as default. virtual void set_interrupt_status_read_address_unaligned_error( bool field_value ) const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'interrupt_mask' register. // Mode 'Read, Write'. // ------------------------------------------------------------------------- // Read the whole register value over the register bus. virtual uint32_t get_interrupt_mask() const override; // Write the whole register value over the register bus. virtual void set_interrupt_mask( uint32_t register_value ) const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'config' register. // Mode 'Read, Write'. // ------------------------------------------------------------------------- // Read the whole register value over the register bus. virtual dma_axi_write_simple::config::Value get_config() const override; // Read the whole register value over the register bus. // This method returns the raw register value without any type conversion. virtual uint32_t get_config_raw() const override; // Read the register and slice out the 'enable' field value. virtual bool get_config_enable() const override; // Write the whole register value over the register bus. virtual void set_config( dma_axi_write_simple::config::Value register_value ) const override; // Write the whole register value over the register bus. // This method takes a raw register value and does not perform any type conversion. virtual void set_config_raw( uint32_t register_value ) const override; // Write the 'enable' field value. // Will write the register with all other fields set as default. virtual void set_config_enable( bool field_value ) const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'buffer_start_address' register. // Mode 'Write'. // ------------------------------------------------------------------------- // Write the whole register value over the register bus. virtual void set_buffer_start_address( uint32_t register_value ) const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'buffer_end_address' register. // Mode 'Write'. // ------------------------------------------------------------------------- // Write the whole register value over the register bus. virtual void set_buffer_end_address( uint32_t register_value ) const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'buffer_written_address' register. // Mode 'Read'. // ------------------------------------------------------------------------- // Read the whole register value over the register bus. virtual uint32_t get_buffer_written_address() const override; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'buffer_read_address' register. // Mode 'Write'. // ------------------------------------------------------------------------- // Write the whole register value over the register bus. virtual void set_buffer_read_address( uint32_t register_value ) const override; // ------------------------------------------------------------------------- private: volatile uint32_t *m_registers; bool (*m_assertion_handler) (const std::string*); // ------------------------------------------------------------------------- // Methods for the 'interrupt_status' register. // Mode 'Read, Write-pulse'. // ------------------------------------------------------------------------- // Slice out the 'write_done' field value from a given raw register value. // Performs no operation on the register bus. bool get_interrupt_status_write_done_from_raw( uint32_t register_value ) const; // Slice out the 'write_error' field value from a given raw register value. // Performs no operation on the register bus. bool get_interrupt_status_write_error_from_raw( uint32_t register_value ) const; // Slice out the 'start_address_unaligned_error' field value from a given raw register value. // Performs no operation on the register bus. bool get_interrupt_status_start_address_unaligned_error_from_raw( uint32_t register_value ) const; // Slice out the 'end_address_unaligned_error' field value from a given raw register value. // Performs no operation on the register bus. bool get_interrupt_status_end_address_unaligned_error_from_raw( uint32_t register_value ) const; // Slice out the 'read_address_unaligned_error' field value from a given raw register value. // Performs no operation on the register bus. bool get_interrupt_status_read_address_unaligned_error_from_raw( uint32_t register_value ) const; // Get the raw representation of a given 'write_done' field value. // Performs no operation on the register bus. uint32_t get_interrupt_status_write_done_to_raw(bool field_value) const; // Get the raw representation of a given 'write_error' field value. // Performs no operation on the register bus. uint32_t get_interrupt_status_write_error_to_raw(bool field_value) const; // Get the raw representation of a given 'start_address_unaligned_error' field value. // Performs no operation on the register bus. uint32_t get_interrupt_status_start_address_unaligned_error_to_raw(bool field_value) const; // Get the raw representation of a given 'end_address_unaligned_error' field value. // Performs no operation on the register bus. uint32_t get_interrupt_status_end_address_unaligned_error_to_raw(bool field_value) const; // Get the raw representation of a given 'read_address_unaligned_error' field value. // Performs no operation on the register bus. uint32_t get_interrupt_status_read_address_unaligned_error_to_raw(bool field_value) const; // ------------------------------------------------------------------------- // ------------------------------------------------------------------------- // Methods for the 'config' register. // Mode 'Read, Write'. // ------------------------------------------------------------------------- // Slice out the 'enable' field value from a given raw register value. // Performs no operation on the register bus. bool get_config_enable_from_raw( uint32_t register_value ) const; // Get the raw representation of a given 'enable' field value. // Performs no operation on the register bus. uint32_t get_config_enable_to_raw(bool field_value) const; // ------------------------------------------------------------------------- }; } // namespace fpga_regs