| Property | Description |
| Alternative LDR Disassembly debug_alternative_ldr_dis – Boolean | Show alternative disassembly of ldr*/vldr instructions |
| CPU Register File debug_cpu_registers_file – ProjFileName | The name of the file containing CPU register definitions. |
| Command Arguments debug_command_arguments – String | The command arguments passed to the executable. This property will have macro expansion applied to it. |
| Debug Additional Configurations debug_additional_configurations – StringList | The debugger will load and debug the specified additional configurations. |
| Debug Additional Projects debug_dependent_projects – StringList | The debugger will load (if not already loaded by Load Additional Projects) and debug the specified additional projects. |
| Debug Project Name debug_project_name – String | The name of the project used by the debugger when debugging multiple projects |
| Debug Symbols File[0] external_debug_symbols_file_name – ProjFileName | The name of the debug symbols file. This property will have macro expansion applied to it. If it is not defined then the main load file is used. |
| Debug Symbols File[1] external_debug_symbols_file_name1 – ProjFileName | The name of the debug symbols file. This property will have macro expansion applied to it. If it is not defined then the main load file is used. |
| Debug Symbols File[2] external_debug_symbols_file_name2 – ProjFileName | The name of the debug symbols file. This property will have macro expansion applied to it. If it is not defined then the main load file is used. |
| Debug Symbols File[3] external_debug_symbols_file_name3 – ProjFileName | The name of the debug symbols file. This property will have macro expansion applied to it. If it is not defined then the main load file is used. |
| Debug Symbols Load Address[0] external_debug_symbols_load_address – String | The (code) address to be added to the debug symbol (code) addresses. |
| Debug Symbols Load Address[1] external_debug_symbols_load_address1 – String | The (code) address to be added to the debug symbol (code) addresses. |
| Debug Symbols Load Address[2] external_debug_symbols_load_address2 – String | The (code) address to be added to the debug symbol (code) addresses. |
| Debug Symbols Load Address[3] external_debug_symbols_load_address3 – String | The (code) address to be added to the debug symbol (code) addresses. |
| Debug Terminal Log File debug_terminal_log_file – Unknown | A file to write the output from the debug terminal to. |
| Default debugIO implementation arm_debugIO_Implementation – Enumeration | The default debugIO implementation used by the debugger if symbols are unavailable. |
| Display DCC data arm_display_DCC – Boolean | The debugger will display data that is written to the DCC when debugIO is not used. |
| Entry Point Symbol debug_entry_point_symbol – String | Debugger will start execution at symbol if defined. |
| HTML Watch File debug_html_watch – ProjFileName | The file used by the debugger's HTML Watch window. |
| Has Hypervisor Mode arm_has_hypervisor_mode – Boolean | Show hypervisor mode registers |
| Has Monitor Mode arm_has_monitor_mode – Boolean | Show monitor mode registers |
| Has Vector Catch arm_has_vector_catch – Boolean | Vector catching is supported |
| ISA Extensions Debug rv_debug_extensions – Enumeration | Specify ISA extensions supported by debugger. |
| Ignore .debug_aranges Section debug_ignore_debug_aranges – Boolean | The debugger will not use the .debug_aranges section. |
| Ignore .debug_frame Section debug_ignore_debug_frame – Boolean | The debugger will not use the .debug_frame section. |
| Load Additional Projects debug_load_additional_projects – StringList | The debugger will load the outputs of the specified additional projects. |
| Memory Upload Page Size debug_memory_upload_page_size – Integer | The aligned page size the debugger uses when uploading address ranges. |
| RTT Control Block Address debug_RTTCB – String | The symbol or 0x prefixed address of the RTT control block. |
| RTT Enable debug_enable_RTT – Boolean | If enabled the debugger will service RTT input/output in the debug terminal. |
| Register Definition File debug_register_definition_file – ProjFileName | The name of the file containing register definitions. |
| Register Definition File Type debug_register_definition_file_type – Enumeration | The type of the file containing register definitions. |
| Reserved Member Name reservedMember_name – String | The struct reserved member name. Struct members that contain the (case insensitive) string will not be displayed. |
| Restrict Memory Access debug_restrict_memory_access – Boolean | If enabled the debugger will only display variables and backtrace in the address ranges of the memory map or the sections in the elf file. |
| Run To debug_initial_breakpoint – String | The initial breakpoint to set |
| Run To Control debug_initial_breakpoint_set_option – Enumeration | Specify when the initial breakpoint should be set |
| Start Address external_start_address – String | The address to start the externally built executable running from. |
| Start From Entry Point Symbol debug_start_from_entry_point_symbol – Enumeration | If Yes the debugger will start execution from the entry point symbol. If No the debugger will start execution from the target specific location. If Don't the debugger will not start execution. |
| Starting Stack Pointer Value debug_stack_pointer_start – String | The symbol or 0x prefixed value to set the stack pointer on start debugging. |
| Startup Completion Point debug_startup_completion_point – StringList | Specifies the point in the program where startup is complete. Software breakpoints and debugIO will be enabled after this point has been reached. |
| Target Connection debug_target_connection – Enumeration | Specifies the target to connect to for debugging actions. |
| Target Device [ARM] arm_target_device_name – String | The name of the device to connect to. This property will have macro expansion applied to it. The macro $(DeviceName) is set to the value of this property. |
| Target Device [RISC-V] target_device_name – String | The name of the device to connect to. This property will have macro expansion applied to it. The macro $(DeviceName) is set to the value of this property. |
| Thread Maximum debug_threads_max – IntegerRange | The maximum number of threads to display. |
| Threads Script File debug_threads_script – ProjFileName | The threads script used by the debugger. |
| Type Interpretation File debug_type_file – FileName | Specifies the type interpretation file to use. |
| Type Interpretation File 2 debug_type_file_2 – String | Specifies the second type interpretation file to use. |
| Working Directory debug_working_directory – DirPath | The working directory for a debug session. This property will have macro expansion applied to it. |
| Property | Description |
| Allow Memory Access During Execution gdb_server_allow_memory_access_during_execution – Boolean | Specifies whether memory can be access while target is running. If set to No, target will be stopped each time memory is accessed. |
| Auto Start GDB Server gdb_server_autostart_server – Boolean | Specifies whether a GDB server should be started on connect. |
| Breakpoint Types gdb_breakpoint_types – Enumeration | Specifies the type of breakpoints to use. |
| CSR Registers [RISC-V] gdb_server_csr_registers – StringList | Specifies mapping from CSR register numbers to GDB server register names, for example "2000=csr_mmisc_ctl". |
| Connect Timeout gdb_server_connect_timeout – Integer | The length of time in seconds to attempt to connect to server before failing. |
| GDB Server Command Line gdb_server_command_line – CommandLine | The command line to start the gdb server |
| Host gdb_server_hostname – String | The hostname of the GDB server to connect to. |
| Ignore Checksum Errors gdb_server_ignore_checksum_errors – Boolean | Specifies whether an incorrect GDB server checksum causes and error. |
| Log File gdb_server_log_file – Unknown | Specifies a file to output a log of GDB server transactions to. |
| Port gdb_server_port – Integer | The port number to use to connect to the GDB server. |
| Read Timeout gdb_server_read_timeout – Integer | The length of time in seconds to attempt to read from server before failing. |
| Register Access gdb_server_register_access – Enumeration | Specifies how registers are accessed |
| Reset and Stop Command gdb_server_reset_command – String | The remote GDB server command to use to reset and stop the target. |
| Target XML File gdb_server_target_xml_file – FileName | If specified, points to a target.xml file to use in place of file returned by the GDB server. |
| Type gdb_server_type – Enumeration | Specifies the type of GDB server being connected to. J-Link, OpenOCD, ST-LINK and pyOCD gdb server implementations are currently supported. |
| Write Timeout gdb_server_write_timeout – Integer | The length of time in seconds to attempt to write to server before failing. |
| Property | Description |
| Additional J-Link Options JLinkExecuteCommand – StringList | Specify additional J-Link options to allow enabling or disabling advanced features and fine tuning. For more information see J-Link Command Strings |
| Enable Adaptive Clocking adaptive – Enumeration | Adaptive clocking is enabled. |
| Erase All target_loader_erase_all – Enumeration | If set to Yes, all of the FLASH memory on the target will be erased prior to downloading the application. If set to No, only the areas of FLASH containing the program being downloaded will be erased. If set to Default the behaviour is target specific. |
| Exclude Flash Cache Range JLinkExcludeFlashCacheRange – String | Address range to exclude from flash cache. This can be specified by either 'start_address-end_address' or 'address,size'. For example: 0x08000000,0x10000. |
| Host Connection Connection – Enumeration | Defines how to connect the host to the J-Link:
|
| JTAG Instruction Register Size Before Target arm_linker_jtag_pad_post_ir – IntegerRange | Specifies the number of bits in the instruction register before the target (as seen from TDI), which is the number of bits to pad the JTAG instruction register with the BYPASS instruction after the target instruction. |
| JTAG Number Of Devices Before Target arm_linker_jtag_pad_post_dr – IntegerRange | Specifies the number of devices before the target (as seen from TDI), which is the number of bits to pad the JTAG data register. |
| Log File JLinkLogFileName – FileName | The file to output the J-Link log to. |
| Script File JLinkScriptFileName – FileName | The file path of the optional J-Link script file to use. |
| Show Log Messages In Output Window JLinkShowLog – Boolean | Display the J-Link log messages to the output window. |
| Speed speed – IntegerRange | The required JTAG clock frequency in kHz (0 to auto-detect best possible). |
| Supply Power supplyPower – Boolean | The J-Link supplies power to the target. |
| Target Has Cycle Counter [RISC-V] riscv_has_cycle_counter – Boolean | The target device implements the mcycle CSR. |
| Target Interface Type [ARM] arm_target_interface_type – Enumeration | Specifies the type of interface the target has. The options are:
|
| Target Interface Type [RISC-V] target_interface_type – Enumeration | Specifies the type of interface the target has. The options are:
|
| Property | Description |
| Additional Load File Address[0] debug_additional_load_file_address – String | The address to load the additional load file. |
| Additional Load File Address[1] debug_additional_load_file_address1 – String | The address to load the additional load file. |
| Additional Load File Address[2] debug_additional_load_file_address2 – String | The address to load the additional load file. |
| Additional Load File Address[3] debug_additional_load_file_address3 – String | The address to load the additional load file. |
| Additional Load File Type[0] debug_additional_load_file_type – Enumeration | The file type of the additional load file. The options are Detect, elf, bin, ihex, hex, tihex, srec. |
| Additional Load File Type[1] debug_additional_load_file_type1 – Enumeration | The file type of the additional load file. The options are Detect, elf, bin, ihex, hex, tihex, srec. |
| Additional Load File Type[2] debug_additional_load_file_type2 – Enumeration | The file type of the additional load file. The options are Detect, elf, bin, ihex, hex, tihex, srec. |
| Additional Load File Type[3] debug_additional_load_file_type3 – Enumeration | The file type of the additional load file. The options are Detect, elf, bin, ihex, hex, tihex, srec. |
| Additional Load File[0] debug_additional_load_file – ProjFileName | Additional file to load on debug load. This property will have macro expansion applied to it. |
| Additional Load File[1] debug_additional_load_file1 – ProjFileName | Additional file to load on debug load. This property will have macro expansion applied to it. |
| Additional Load File[2] debug_additional_load_file2 – ProjFileName | Additional file to load on debug load. This property will have macro expansion applied to it. |
| Additional Load File[3] debug_additional_load_file3 – ProjFileName | Additional file to load on debug load. This property will have macro expansion applied to it. |
| Check Load Sections Fit Target Description target_check_load_sections_fit – Boolean | Specifies whether load sections in the program match the memory segments described in the memory map. |
| Load ELF Address Limit debug_load_file_offset_limit – String | Restrict the Load ELF Offset.The Load ELF Offset will not be added to addresses greater than or equal to this address. |
| Load ELF Offset debug_load_file_offset – String | The offset to add to the load addresses of the ELF programs.This offset is added to any absolute relocations of symbols (whose address is less than Load ELF Offset Limit) if the load file contains relocation sections. |
| Load ELF Sections debug_load_sections – Enumeration | The debugger will load ELF sections rather than ELF programs. |
| Load File external_build_file_name – ProjFileName | The name of the main load file. This property will have macro expansion applied to it. If it is not defined then the output filepath of the linker command is used. |
| Load File Address external_load_address – String | The address to download the main load file to. |
| Load File Type external_load_file_type – Enumeration | The file type of the main load file. The options are Detect, elf, bin, ihex, hex, tihex, srec. |
| No Load Sections target_loader_no_load_sections – StringList | Names of (loadable) program sections or names of memory segments not to load. |
| Property | Description |
| Connect With Reset arm_target_connect_with_reset_stlink – Boolean | Hold the target in hardware reset on connect and stops the target. This requires the nSRST signal to be connected and the target debug hardware to work when in reset. |
| Host Connection STLinkConnection – Enumeration | A number specifying the device to connect to. |
| Mass Erase arm_target_mass_erase – Boolean | Use Mass Erase rather than sector erase on flash programming. |
| ST-Link Target Interface Type arm_target_interface_type_stlink – Enumeration | Specifies the type of interface the target has. The options are:
|
| STM32CubeProgrammer directory arm_stm32cubeprogrammer_directory – DirPath | Specifies the installation directory of the STM32CubeProgrammer software. |
| Speed arm_target_interface_speed_stlink – IntegerRange | The required JTAG/SWD clock frequency in kHz. |
| Property | Description |
| Max Instructions arm_simulator_max_instructions – String | Maximum number of instructions to execute before simulator is stopped. |
| Memory Simulation File arm_simulator_memory_simulation_filename – ProjFileName | Specifies the dll that simulates the memory system. This property will have macro expansion applied to it. If not specified then the default memory simulation will be used. |
| Memory Simulation Half Words arm_simulator_memory_half_words – StringList | Memory half words to simulate specified by a list of address=value expressions e.g. 0xE0082002=0xface;SystemInit=0x4770 |
| Memory Simulation Parameter arm_simulator_memory_simulation_parameter – String | Parameter passed to the memory simulation. This property will have macro expansion applied to it.The format of this is specific to the memory simulation. The default memory simulation takes a list of RX|RWX 'hex start address', 'hex size in bytes', 'default hex word value' for example RX 00000000, 10000000, FFFFFFFF;RWX 10000000, 10000000, CDCDCDCD. |
| Memory Simulation Parameter Macros arm_simulator_memory_simulation_parameter_macros – StringList | Macros to apply to the parameter passed to the memory simulation on creation. If null then the macro MemorySegments is set to the value of the address ranges specified by the project. |
| Memory Simulation Words arm_simulator_memory_words – StringList | Memory words to simulate specified by a list of address=value expressions e.g. 0xE0082000=0xfeedface;SystemInit=0xE12FFF1E |
| SP Lower arm_simulator_SP_lower – String | Stop when R13 value is less than the value of this expression. |
| SP Upper arm_simulator_SP_upper – String | Stop when R13 value is greater than the value of this expression. |
| Stop On Branch . arm_simulator_stop_on_branch_dot – Boolean | Stop when the simulator executes a b . instruction. |
| Stop On Memory Error arm_simulator_stop_on_read_write – Enumeration | Specifies the simulator behaviour when a memory error occurs. |
| Trace Buffer Size arm_simulator_num_trace_entries – Integer | The number of trace entries to store. |
| Property | Description |
| 32-bit Divide Instruction Cost riscv_simulator_32bit_divide_cost – Integer | The number of cycles taken for a 32-bit divide instruction. |
| 32-bit Multiply Instruction Cost riscv_simulator_32bit_multiply_cost – Integer | The number of cycles taken for a 32-bit multiply instruction. |
| 64-bit Divide Instruction Cost riscv_simulator_64bit_divide_cost – Integer | The number of cycles taken for a 64-bit divide instruction. |
| 64-bit Multiply Instruction Cost riscv_simulator_64bit_multiply_cost – Integer | The number of cycles taken for a 64-bit multiply instruction. |
| Count Cycles riscv_simulator_count_cycles – Boolean | Display cycle counts rather than instruction counts. |
| Enable Timer Support riscv_simulator_support_mtime – Boolean | Enable simulation of mtime and mtimecmp memory mapped registers. |
| Max Instructions riscv_simulator_max_instructions – String | Maximum number of instructions to execute before simulator is stopped. |
| Memory Simulation Half Words riscv_simulator_memory_half_words – StringList | Memory half words to simulate specified by a list of address=value expressions e.g. 0xE0082002=0xface;SystemInit=0x8082 |
| Memory Simulation Words riscv_simulator_memory_words – StringList | Memory words to simulate specified by a list of address=value expressions e.g. 0xE0082000=0xfeedface;SystemInit=0x00008067 |
| SP Lower riscv_simulator_SP_lower – String | Stop when x2 value is less than the value of this expression. |
| SP Upper riscv_simulator_SP_upper – String | Stop when x2 value is greater than the value of this expression. |
| Software Interrupt Register Address riscv_software_interrupt_address – IntegerHex | The address of the msip register |
| Stop On Jump . riscv_simulator_stop_on_jump_dot – Boolean | Stop when the simulator executes a j . instruction. |
| Timer Comparator Register Address riscv_simulator_timer_comparator_address – IntegerHex | The address of the mtimecmp register |
| Timer Register Address riscv_simulator_timer_address – IntegerHex | The address of the mtime register |
| Trap On Unaligned Memory Access. riscv_simulator_trap_on_unaligned – Boolean | Trap on unaligned memory access. |
| Property | Description |
| Attach Script target_attach_script – JavaScript | The script that is executed when the target is attached to. |
| Debug Begin Script target_debug_begin_script – JavaScript | The script that is executed when the debugger begins a debug session. |
| Debug End Script target_debug_end_script – JavaScript | The script that is executed when the debugger ends a debug session. |
| Load Begin Script target_load_begin_script – JavaScript | The script that is executed when the debugger begins a load. |
| Load End Script target_load_end_script – JavaScript | The script that is executed when the debugger ends a load. |
| Reset Script target_reset_script – JavaScript | The script that is executed when the target is reset. |
| Target Script File target_script_file – FileName | The target script file, the contents of this file are prepended to script project properties before they are executed. |
| Property | Description |
| ITM Stimulus Port To Display arm_target_itm_stimulus_port_display – IntegerRange | Specifies the ITM Stimulus port to display in the debug terminal -1 disables this |
| ITM Stimulus Ports Enable arm_target_itm_stimulus_port_enable – IntegerHex | Specifies the ITM Stimulus ports to enable. |
| ITM Stimulus Ports Privilege arm_target_itm_stimulus_port_privilege – IntegerHex | Specifies the ITM Stimulus ports to enable. |
| ITM Timestamping arm_target_itm_timestamping_enable – Enumeration | Specifies ITM timestamping. The options are:
|
| ITM/DWT Data Trace PC arm_target_dwt_data_trace_PC – Boolean | Specifies whether to trace the PC on data trace. |
| ITM/DWT PC Sampling arm_target_dwt_PC_sampling_enable – Enumeration | Specifies the DWT PC sampling rate. |
| ITM/DWT Trace Exceptions arm_target_dwt_trace_exceptions – Boolean | Specifies whether to trace exception entry and return. |
| MTB RAM Address arm_target_mtb_ram_address – IntegerHex | Specifies the MTB RAM Address - note that this must be aligned to the MTB RAM size. |
| MTB RAM Size arm_target_mtb_ram_size – Enumeration | Specifies the MTB RAM size in bytes. |
| SWO Baud Rate arm_target_trace_SWO_speed – IntegerRange | Specifies the baud rate of the SWO - zero selects auto detection. |
| Trace Clock Speed arm_target_trace_clock_speed – IntegerRange | The speed of the trace clock. This is usually the same as the CPU clock and is used to program the prescaler for the SWO |
| Trace Interface Type arm_target_trace_interface_type – Enumeration | Specifies the type of trace interface the target has. The options are:
|
| Trace Port Size arm_target_trace_port_size – Enumeration | Specifies the trace port size the target has. The options are:
|