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Ixiasoft
1. Creating a System with Platform Designer
2. Creating a Board Support Package with BSP Editor
3. Creating Platform Designer Components
4. Optimizing Platform Designer System Performance
5. Platform Designer Interconnect
6. Platform Designer System Design Components
7. Platform Designer Command-Line Utilities
8. Component Interface Tcl Reference
9. Intel® Quartus® Prime Pro Edition User Guide: Platform Designer Document Archives
A. Intel® Quartus® Prime Pro Edition User Guides
1.1. Platform Designer Interface Support
1.2. Platform Designer System Design Flow
1.3. Creating or Opening a Platform Designer System
1.4. Viewing a Platform Designer System
1.5. Adding IP Components to a System
1.6. Connecting System Components
1.7. Specifying Interconnect Parameters
1.8. Specifying Signal and Interface Boundary Requirements
1.9. Configuring Platform Designer System Security
1.10. Upgrading Outdated IP Components in Platform Designer
1.11. Synchronizing System Component Information
1.12. Validating System Integrity
1.13. Preserving a System Module, Interface, or Port for Debugging
1.14. Generating a Platform Designer System
1.15. Simulating Platform Designer Systems
1.16. Adding a System to an Intel® Quartus® Prime Project
1.17. Managing Hierarchical Platform Designer Systems
1.18. Saving and Archiving Platform Designer Systems
1.19. Comparing Platform Designer Systems and IP components
1.20. Running System Scripts
1.21. Creating a System with Platform Designer Revision History
1.4.1. Viewing the System Hierarchy
1.4.2. Filtering the System View
1.4.3. Viewing System Connections
1.4.4. Viewing Clock and Reset Domains
1.4.5. Viewing Avalon® Memory-Mapped Domains in a System
1.4.6. Viewing the System Schematic
1.4.7. Customizing the Platform Designer Layout
1.4.8. Changing the Platform Designer Font
1.14.1. Generation Dialog Box Options
1.14.2. Specifying the Generation ID
1.14.3. Disabling or Enabling Parallel IP Generation
1.14.4. Files Generated for Platform Designer Systems
1.14.5. Generating System Testbench Files
1.14.6. Generating Example Designs for IP Components
1.14.7. Incremental System Generation Example
1.14.8. Generating the HPS IP Component System View Description File
1.14.9. Generating Header Files for Host Components
3.1. Platform Designer Components
3.2. Design Phases of an IP Component
3.3. Creating IP Components in the Component Editor
3.4. Creating Generic Components in a System
3.5. Exporting HDL Parameters to a System
3.6. Scripting Wire-Level Expressions
3.7. Control Interfaces Dynamically with an Elaboration Callback
3.8. Control File Generation Dynamically with Parameters and a Fileset Callback
3.9. Create a Composed Component or Subsystem
3.10. Add Component Instances to a Static or Generated Component
3.11. Creating Platform Designer Components Revision History
3.3.1. Save an IP Component and Create the _hw.tcl File
3.3.2. Edit an IP Component with the Platform Designer Component Editor
3.3.3. Specify IP Component Type Information
3.3.4. Create an HDL File in the Platform Designer Component Editor
3.3.5. Defining HDL Parameters in _hw.tcl
3.3.6. Declaring SystemVerilog Interfaces in _hw.tcl
3.3.7. Create an HDL File Using a Template in the Platform Designer Component Editor
3.3.8. Specify Synthesis and Simulation Files in the Platform Designer Component Editor
3.3.9. Add Signals and Interfaces in the Platform Designer Component Editor
3.3.10. Specify Parameters in the Platform Designer Component Editor
3.3.8.1. Specify HDL Files for Synthesis in the Platform Designer Component Editor
3.3.8.2. Analyze Synthesis Files in the Platform Designer Component Editor
3.3.8.3. Name HDL Signals for Automatic Interface and Type Recognition in the Platform Designer Component Editor
3.3.8.4. Specify Files for Simulation in the Component Editor
3.3.8.5. Include an Internal Register Map Description in the .svd for Agent Interfaces Connected to an HPS Component
4.1. Designing with Avalon® and AXI Interfaces
4.2. Using Hierarchy in Systems
4.3. Using Concurrency in Memory-Mapped Systems
4.4. Inserting Pipeline Stages to Increase System Frequency
4.5. Using Bridges
4.6. Increasing Transfer Throughput
4.7. Reducing Logic Utilization
4.8. Reducing Power Consumption
4.9. Reset Polarity and Synchronization in Platform Designer
4.10. Optimizing Platform Designer System Performance Design Examples
4.11. Optimizing Platform Designer System Performance Revision History
5.1. Memory-Mapped Interfaces
5.2. Avalon® Streaming Interfaces
5.3. Avalon® Streaming Credit Interfaces
5.4. Interrupt Interfaces
5.5. Clock Interfaces
5.6. Reset Interfaces
5.7. Conduits
5.8. Interconnect Pipelining
5.9. Error Correction Coding (ECC) in Platform Designer Interconnect
5.10. AMBA* 3 AXI Protocol Specification Support (version 1.0)
5.11. AMBA* 3 APB Protocol Specification Support (version 1.0)
5.12. AMBA* 4 AXI Memory-Mapped Interface Support (version 2.0)
5.13. AMBA* 4 AXI Streaming Interface Support (version 1.0)
5.14. AMBA* 4 AXI-Lite Protocol Specification Support (version 2.0)
5.15. Port Roles (Interface Signal Types)
5.16. Platform Designer Interconnect Revision History
5.1.1. Platform Designer Packet Format
5.1.2. Interconnect Domains
5.1.3. Host Network Interfaces
5.1.4. Agent Network Interfaces
5.1.5. Arbitration
5.1.6. Memory-Mapped Arbiter
5.1.7. Datapath Multiplexing Logic
5.1.8. Width Adaptation
5.1.9. Burst Adapter
5.1.10. Waitrequest Allowance Adapter
5.1.11. Read and Write Responses
5.1.12. Platform Designer Address Decoding
5.1.3.1. Avalon® Memory Mapped Host Agent
5.1.3.2. Avalon® Memory Mapped Host Translator
5.1.3.3. AXI Master Agent
5.1.3.4. AXI Translator
5.1.3.5. APB Master Agent
5.1.3.6. APB Slave Agent
5.1.3.7. APB Translator
5.1.3.8. AHB Slave Agent
5.1.3.9. Memory-Mapped Router
5.1.3.10. Memory-Mapped Traffic Limiter
5.6.4.3.1. Reset Sequencer Status Register
5.6.4.3.2. Reset Sequencer Interrupt Enable Register
5.6.4.3.3. Reset Sequencer Control Register
5.6.4.3.4. Reset Sequencer Software Sequenced Reset Assert Control Register
5.6.4.3.5. Reset Sequencer Software Sequenced Reset Deassert Control Register
5.6.4.3.6. Reset Sequencer Software Direct Controlled Resets
5.6.4.3.7. Reset Sequencer Software Reset Masking
5.12.1. Burst Support
5.12.2. QoS
5.12.3. Regions
5.12.4. Write Response Dependency
5.12.5. AWCACHE and ARCACHE
5.12.6. Width Adaptation and Data Packing in Platform Designer
5.12.7. Ordering Model
5.12.8. Read and Write Allocate
5.12.9. Locked Transactions
5.12.10. Memory Types
5.12.11. Mismatched Attributes
5.12.12. Signals
5.15.1. AXI Master Interface Signal Types
5.15.2. AXI Slave Interface Signal Types
5.15.3. AMBA* 4 AXI Master Interface Signal Types
5.15.4. AMBA* 4 AXI Slave Interface Signal Types
5.15.5. AMBA* 4 AXI-Stream Master and Slave Interface Signal Types
5.15.6. AMBA* 4 AXI-Lite Signal Support and Limitations
5.15.7. APB Interface Signal Types
5.15.8. Avalon® Memory Mapped Interface Signal Roles
5.15.9. Avalon® Streaming Interface Signal Roles
5.15.10. Avalon® Streaming Credit Interface Signal Roles
5.15.11. Avalon® Streaming Credit User Signals
5.15.12. Avalon® Clock Source Signal Roles
5.15.13. Avalon® Clock Sink Signal Roles
5.15.14. Avalon® Conduit Signal Roles
5.15.15. Avalon® Tristate Conduit Signal Roles
5.15.16. Avalon® Tri-State Agent Interface Signal Types
5.15.17. Avalon® Interrupt Sender Signal Roles
5.15.18. Avalon® Interrupt Receiver Signal Roles
6.1. Bridges
6.2. Error Response Slave Intel® FPGA IP
6.3. Tri-State Components
6.4. Avalon® Data Pattern Generator and Checker Intel® FPGA IP
6.5. Avalon® Streaming Splitter Intel® FPGA IP
6.6. Avalon® Streaming Delay Intel® FPGA IP
6.7. Avalon® Streaming Round Robin Scheduler Intel® FPGA IP
6.8. Avalon® Packets to Transactions Converter Intel® FPGA IP
6.9. Avalon® Streaming Pipeline Stage Intel® FPGA IP
6.10. Avalon® Streaming Multiplexer and Demultiplexer Intel® FPGA IP
6.11. Avalon® Streaming Single-Clock and Dual-Clock FIFO Intel® FPGA IP
6.12. Platform Designer System Design Components Revision History
6.1.1. Clock Bridge Intel® FPGA IP
6.1.2. Avalon® Memory Mapped Clock Crossing Bridge Intel® FPGA IP
6.1.3. Avalon® Memory Mapped Pipeline Bridge Intel® FPGA IP
6.1.4. Avalon® Memory Mapped Unaligned Burst Expansion Bridge Intel® FPGA IP
6.1.5. Bridges Between Avalon® and AXI Interfaces
6.1.6. AXI Bridge Intel® FPGA IP
6.1.7. AXI Timeout Bridge Intel® FPGA IP
6.1.8. Address Span Extender Intel® FPGA IP
6.4.4.1. data_source_reset()
6.4.4.2. data_source_init()
6.4.4.3. data_source_get_id()
6.4.4.4. data_source_get_supports_packets()
6.4.4.5. data_source_get_num_channels()
6.4.4.6. data_source_get_symbols_per_cycle()
6.4.4.7. data_source_get_enable()
6.4.4.8. data_source_set_enable()
6.4.4.9. data_source_get_throttle()
6.4.4.10. data_source_set_throttle()
6.4.4.11. data_source_is_busy()
6.4.4.12. data_source_fill_level()
6.4.4.13. data_source_send_data()
6.4.5.1. data_sink_reset()
6.4.5.2. data_sink_init()
6.4.5.3. data_sink_get_id()
6.4.5.4. data_sink_get_supports_packets()
6.4.5.5. data_sink_get_num_channels()
6.4.5.6. data_sink_get_symbols_per_cycle()
6.4.5.7. data_sink_get_enable()
6.4.5.8. data_sink_set enable()
6.4.5.9. data_sink_get_throttle()
6.4.5.10. data_sink_set_throttle()
6.4.5.11. data_sink_get_packet_count()
6.4.5.12. data_sink_get_error_count()
6.4.5.13. data_sink_get_symbol_count()
6.4.5.14. data_sink_get_exception()
6.4.5.15. data_sink_exception_is_exception()
6.4.5.16. data_sink_exception_has_data_error()
6.4.5.17. data_sink_exception_has_missing_sop()
6.4.5.18. data_sink_exception_has_missing_eop()
6.4.5.19. data_sink_exception_signalled_error()
6.4.5.20. data_sink_exception_channel()
6.11.1. Interfaces Implemented in FIFO Cores
6.11.2. Avalon® Streaming FIFO IP Operating Modes
6.11.3. Avalon® Streaming FIFO IP Buffer Fill Level
6.11.4. Almost-Full and Almost-Empty Thresholds to Prevent Overflow and Underflow
6.11.5. Avalon® Streaming Single-Clock and Dual-Clock FIFO IP Parameters
6.11.6. Avalon® Streaming Single-Clock FIFO IP Registers
7.1. Run the Platform Designer Editor with qsys-edit
7.2. Scripting IP Core Generation
7.3. Display Available IP Components with ip-catalog
7.4. Create an .ipx File with ip-make-ipx
7.5. Generate Simulation Scripts
7.6. Generate a Platform Designer System with qsys-script
7.7. Parameterizing an Instantiated IP Core after save_system Command
7.8. Validate the Generic Components in a System with qsys-validate
7.9. Generate an IP Component or Platform Designer System with quartus_ipgenerate
7.10. Generate an IP Variation File with ip-deploy
7.11. Archive and Extract Platform Designer Systems with qsys-archive
7.12. Platform Designer Scripting Command Reference
7.13. Platform Designer Scripting Property Reference
7.14. Platform Designer Command-Line Interface Revision History
7.12.1.1. create_system
7.12.1.2. export_hw_tcl
7.12.1.3. get_device_families
7.12.1.4. get_devices
7.12.1.5. get_module_properties
7.12.1.6. get_module_property
7.12.1.7. get_project_properties
7.12.1.8. get_project_property
7.12.1.9. load_system
7.12.1.10. save_system
7.12.1.11. set_design_id
7.12.1.12. set_module_property
7.12.1.13. set_project_property
7.12.2.1. get_composed_connections
7.12.2.2. get_composed_connection_parameter_value
7.12.2.3. get_composed_connection_parameters
7.12.2.4. get_composed_instance_assignment
7.12.2.5. get_composed_instance_assignments
7.12.2.6. get_composed_instance_parameter_value
7.12.2.7. get_composed_instance_parameters
7.12.2.8. get_composed_instances
7.12.3.1. set_domain_assignment
7.12.3.2. get_domain_assignment
7.12.3.3. get_domain_assignments
7.12.3.4. set_interface_assignment
7.12.3.5. get_interface_assignment
7.12.3.6. get_interface_assignments
7.12.3.7. set_postadaptation_assignment
7.12.3.8. get_postadaptation_assignment
7.12.3.9. get_postadaptation_assignments
7.12.4.1. add_instance
7.12.4.2. apply_instance_preset
7.12.4.3. create_ip
7.12.4.4. add_component
7.12.4.5. duplicate_instance
7.12.4.6. enable_instance_parameter_update_callback
7.12.4.7. get_instance_assignment
7.12.4.8. get_instance_assignments
7.12.4.9. get_instance_documentation_links
7.12.4.10. get_instance_interface_assignment
7.12.4.11. get_instance_interface_assignments
7.12.4.12. get_instance_interface_parameter_property
7.12.4.13. get_instance_interface_parameter_value
7.12.4.14. get_instance_interface_parameters
7.12.4.15. get_instance_interface_port_property
7.12.4.16. get_instance_interface_ports
7.12.4.17. get_instance_interface_properties
7.12.4.18. get_instance_interface_property
7.12.4.19. get_instance_interfaces
7.12.4.20. get_instance_parameter_property
7.12.4.21. get_instance_parameter_value
7.12.4.22. get_instance_parameter_values
7.12.4.23. get_instance_parameters
7.12.4.24. get_instance_port_property
7.12.4.25. get_instance_properties
7.12.4.26. get_instance_property
7.12.4.27. get_instances
7.12.4.28. is_instance_parameter_update_callback_enabled
7.12.4.29. remove_instance
7.12.4.30. set_instance_parameter_value
7.12.4.31. set_instance_parameter_values
7.12.4.32. set_instance_property
7.12.5.1. add_instantiation_hdl_file
7.12.5.2. add_instantiation_interface
7.12.5.3. add_instantiation_interface_port
7.12.5.4. copy_instance_interface_to_instantiation
7.12.5.5. get_instantiation_assignment_value
7.12.5.6. get_instantiation_assignments
7.12.5.7. get_instantiation_hdl_file_properties
7.12.5.8. get_instantiation_hdl_file_property
7.12.5.9. get_instantiation_hdl_files
7.12.5.10. get_instantiation_interface_assignment_value
7.12.5.11. get_instantiation_interface_assignments
7.12.5.12. get_instantiation_interface_parameter_value
7.12.5.13. get_instantiation_interface_parameters
7.12.5.14. get_instantiation_interface_port_properties
7.12.5.15. get_instantiation_interface_port_property
7.12.5.16. get_instantiation_interface_ports
7.12.5.17. get_instantiation_interface_property
7.12.5.18. get_instantiation_interface_properties
7.12.5.19. get_instantiation_interface_sysinfo_parameter_value
7.12.5.20. get_instantiation_interface_sysinfo_parameters
7.12.5.21. get_instantiation_interfaces
7.12.5.22. get_instantiation_properties
7.12.5.23. get_instantiation_property
7.12.5.24. get_loaded_instantiation
7.12.5.25. import_instantiation_interfaces
7.12.5.26. load_instantiation
7.12.5.27. remove_instantiation_hdl_file
7.12.5.28. remove_instantiation_interface
7.12.5.29. remove_instantiation_interface_port
7.12.5.30. save_instantiation
7.12.5.31. set_instantiation_assignment_value
7.12.5.32. set_instantiation_hdl_file_property
7.12.5.33. set_instantiation_interface_assignment_value
7.12.5.34. set_instantiation_interface_parameter_value
7.12.5.35. set_instantiation_interface_port_property
7.12.5.36. set_instantiation_interface_sysinfo_parameter_value
7.12.5.37. set_instantiation_property
7.12.6.1. apply_component_preset
7.12.6.2. get_component_assignment
7.12.6.3. get_component_assignments
7.12.6.4. get_component_documentation_links
7.12.6.5. get_component_interface_assignment
7.12.6.6. get_component_interface_assignments
7.12.6.7. get_component_interface_parameter_property
7.12.6.8. get_component_interface_parameter_value
7.12.6.9. get_component_interface_parameters
7.12.6.10. get_component_interface_port_property
7.12.6.11. get_component_interface_ports
7.12.6.12. get_component_interface_property
7.12.6.13. get_component_interfaces
7.12.6.14. get_component_parameter_property
7.12.6.15. get_component_parameter_value
7.12.6.16. get_component_parameters
7.12.6.17. get_component_project_properties
7.12.6.18. get_component_project_property
7.12.6.19. get_component_property
7.12.6.20. get_loaded_component
7.12.6.21. load_component
7.12.6.22. reload_component_footprint
7.12.6.23. save_component
7.12.6.24. set_component_parameter_value
7.12.6.25. set_component_project_property
7.12.7.1. add_connection
7.12.7.2. auto_connect
7.12.7.3. get_connection_parameter_property
7.12.7.4. get_connection_parameter_value
7.12.7.5. get_connection_parameters
7.12.7.6. get_connection_properties
7.12.7.7. get_connection_property
7.12.7.8. get_connections
7.12.7.9. remove_connection
7.12.7.10. remove_dangling_connections
7.12.7.11. set_connection_parameter_value
7.12.8.1. add_interface
7.12.8.2. get_exported_interface_sysinfo_parameter_value
7.12.8.3. get_exported_interface_sysinfo_parameters
7.12.8.4. get_interface_port_property
7.12.8.5. get_interface_ports
7.12.8.6. get_interface_properties
7.12.8.7. get_interface_property
7.12.8.8. get_interfaces
7.12.8.9. get_port_properties
7.12.8.10. remove_interface
7.12.8.11. set_exported_interface_sysinfo_parameter_value
7.12.8.12. set_interface_port_property
7.12.8.13. set_interface_property
7.12.9.1. set_validation_property
7.12.9.2. sync_sysinfo_parameters
7.12.9.3. validate_component
7.12.9.4. validate_component_interface
7.12.9.5. validate_connection
7.12.9.6. validate_instance
7.12.9.7. validate_instance_interface
7.12.9.8. validate_system
7.12.9.9. validate_component_footprint
7.12.9.10. reload_component_footprint
7.12.10.1. auto_assign_base_addresses
7.12.10.2. auto_assign_irqs
7.12.10.3. auto_assign_system_base_addresses
7.12.10.4. get_parameter_properties
7.12.10.5. lock_avalon_base_address
7.12.10.6. send_message
7.12.10.7. set_use_testbench_naming_pattern
7.12.10.8. unlock_avalon_base_address
7.12.10.9. get_testbench_dutname
7.12.10.10. get_use_testbench_naming_pattern
7.13.1. Connection Properties
7.13.2. Design Environment Type Properties
7.13.3. Direction Properties
7.13.4. Element Properties
7.13.5. Instance Properties
7.13.6. Interface Properties
7.13.7. Message Levels Properties
7.13.8. Module Properties
7.13.9. Parameter Properties
7.13.10. Parameter Status Properties
7.13.11. Parameter Type Properties
7.13.12. Port Properties
7.13.13. Project Properties
7.13.14. System Info Type Properties
7.13.15. Units Properties
7.13.16. Validation Properties
7.13.17. Interface Direction
7.13.18. File Set Kind
7.13.19. Access Type
7.13.20. Instantiation HDL File Properties
7.13.21. Instantiation Interface Duplicate Type
7.13.22. Instantiation Interface Properties
7.13.23. Instantiation Properties
7.13.24. Port Properties
7.13.25. VHDL Type
8.1.1.1. add_interface
8.1.1.2. add_interface_port
8.1.1.3. get_interfaces
8.1.1.4. get_interface_assignment
8.1.1.5. get_interface_assignments
8.1.1.6. get_interface_ports
8.1.1.7. get_interface_properties
8.1.1.8. get_interface_property
8.1.1.9. get_port_properties
8.1.1.10. get_port_property
8.1.1.11. set_interface_assignment
8.1.1.12. set_interface_property
8.1.1.13. set_port_property
8.1.1.14. set_interface_upgrade_map
8.1.5.1. add_documentation_link
8.1.5.2. get_module_assignment
8.1.5.3. get_module_assignments
8.1.5.4. get_module_ports
8.1.5.5. get_module_properties
8.1.5.6. get_module_property
8.1.5.7. send_message
8.1.5.8. set_module_assignment
8.1.5.9. set_module_property
8.1.5.10. add_hdl_instance
8.1.5.11. package
8.1.6.1. add_instance
8.1.6.2. add_connection
8.1.6.3. get_connections
8.1.6.4. get_connection_parameters
8.1.6.5. get_connection_parameter_value
8.1.6.6. get_instances
8.1.6.7. get_instance_interfaces
8.1.6.8. get_instance_interface_ports
8.1.6.9. get_instance_interface_properties
8.1.6.10. get_instance_property
8.1.6.11. set_instance_property
8.1.6.12. get_instance_properties
8.1.6.13. get_instance_interface_property
8.1.6.14. get_instance_parameters
8.1.6.15. get_instance_parameter_property
8.1.6.16. get_instance_parameter_value
8.1.6.17. get_instance_port_property
8.1.6.18. set_connection_parameter_value
8.1.6.19. set_instance_parameter_value
8.1.7.1. add_fileset
8.1.7.2. add_fileset_file
8.1.7.3. set_fileset_property
8.1.7.4. get_fileset_file_attribute
8.1.7.5. set_fileset_file_attribute
8.1.7.6. get_fileset_properties
8.1.7.7. get_fileset_property
8.1.7.8. get_fileset_sim_properties
8.1.7.9. set_fileset_sim_properties
8.1.7.10. create_temp_file
8.2.1. Script Language Properties
8.2.2. Interface Properties
8.2.3. SystemVerilog Interface Properties
8.2.4. Instance Properties
8.2.5. Parameter Properties
8.2.6. Parameter Type Properties
8.2.7. Parameter Status Properties
8.2.8. Port Properties
8.2.9. Direction Properties
8.2.10. Display Item Properties
8.2.11. Display Item Kind Properties
8.2.12. Display Hint Properties
8.2.13. Module Properties
8.2.14. Fileset Properties
8.2.15. Fileset Kind Properties
8.2.16. Callback Properties
8.2.17. File Attribute Properties
8.2.18. File Kind Properties
8.2.19. File Source Properties
8.2.20. Simulator Properties
8.2.21. Port VHDL Type Properties
8.2.22. System Info Type Properties
8.2.23. Design Environment Type Properties
8.2.24. Units Properties
8.2.25. Operating System Properties
8.2.26. Quartus.ini Type Properties
Visible to Intel only — GUID: mwh1409958764502
Ixiasoft
7.13.9. Parameter Properties
Type | Name | Description |
---|---|---|
Boolean | AFFECTS_ELABORATION | Set AFFECTS_ELABORATION to false for parameters that do not affect the external interface of the module. An example of a parameter that does not affect the external interface is isNonVolatileStorage. An example of a parameter that does affect the external interface is width. When the value of a parameter changes and AFFECTS_ELABORATION is false, the elaboration phase does not repeat and improves performance. When AFFECTS_ELABORATION is set to true, the default value, Platform Designer reanalyzes the HDL file to determine the port widths and configuration each time a parameter changes. |
Boolean | AFFECTS_GENERATION | The default value of AFFECTS_GENERATION is false if you provide a top-level HDL module. The default value is true if you provide a fileset callback. Set AFFECTS_GENERATION to false if the value of a parameter does not change the results of fileset generation. |
Boolean | AFFECTS_VALIDATION | The AFFECTS_VALIDATION property determines whether a parameter's value sets derived parameters, and whether the value affects validation messages. Setting this property to false may improve response time in the parameter editor when the value changes. |
String[] | ALLOWED_RANGES | Indicates the range or ranges of the parameter. For integers, each range is a single value, or a range of values defined by a start and end value, and delimited by a colon, for example, 11:15. This property also specifies the legal values and description strings for integers, for example, {0:None 1:Monophonic 2:Stereo 4:Quadrophonic}, where 0, 1, 2, and 4 are the legal values. You can assign description strings in the parameter editor for string variables. For example, |
String | DEFAULT_VALUE | The default value. |
Boolean | DERIVED | When True, indicates that the parameter value is set by the component and cannot be set by the user. Derived parameters are not saved as part of an instance's parameter values. The default value is False. |
String | DESCRIPTION | A short user-visible description of the parameter, suitable for a tooltip description in the parameter editor. |
String[] | DISPLAY_HINT | Provides a hint about how to display a property.
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String | DISPLAY_NAME | The GUI label that appears to the left of this parameter. |
String | DISPLAY_UNITS | The GUI label that appears to the right of the parameter. |
Boolean | ENABLED | When False, the parameter is disabled. The parameter displays in the parameter editor but is grayed out, indicating that you cannot edit this parameter. |
String | GROUP | Controls the layout of parameters in the GUI. |
Boolean | HDL_PARAMETER | When True, Platform Designer passes the parameter to the HDL component description. The default value is False. |
String | LONG_DESCRIPTION | A user-visible description of the parameter. Similar to DESCRIPTION, but allows a more detailed explanation. |
String | NEW_INSTANCE_VALUE | Changes the default value of a parameter without affecting older components that do not explicitly set a parameter value, and use the DEFAULT_VALUE property. Oder instances continue to use DEFAULT_VALUE for the parameter and new instances use the value assigned by NEW_INSTANCE_VALUE. |
String[] | SYSTEM_INFO | Allows you to assign information about the instantiating system to a parameter that you define. SYSTEM_INFO requires an argument specifying the type of information. For example: |
String | SYSTEM_INFO_ARG | Defines an argument to pass to SYSTEM_INFO. For example, the name of a reset interface. |
(various) | SYSTEM_INFO_TYPE | Specifies the types of system information that you can query. Refer to System Info Type Properties. |
(various) | TYPE | Specifies the type of the parameter. Refer to Parameter Type Properties. |
(various) | UNITS | Sets the units of the parameter. Refer to Units Properties. |
Boolean | VISIBLE | Indicates whether or not to display the parameter in the parameter editor. |
String | WIDTH | Indicates the width of the logic vector for the STD_LOGIC_VECTOR parameter. |