| 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. |
| Flash Software Breakpoints arm_target_read_only_software_breakpoints – Enumeration | Specifies how software breakpoints set in read-only (Flash) memory are handled. Options are Disabled (no software breakpoints used), Permanent (software breakpoints are set permanently on download), and Dynamic (software breakpoints are set and cleared as required). |
| 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 |
| 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. |
| Initial Breakpoint debug_initial_breakpoint – String | The initial breakpoint to set |
| Initial Breakpoint Is Set debug_initial_breakpoint_set_option – Enumeration | Specify when the initial breakpoint should be set |
| Leave Target Running debug_leave_target_running – Boolean | Debugger will leave the target running on debug stop. |
| 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. |
| RAM Software Breakpoints arm_target_read_write_software_breakpoints – Enumeration | Specifies software breakpoints set in read-write memory are handled. Options are Disabled (no software breakpoints used), Permanent (software breakpoints are set permanently on download), and Dynamic (software breakpoints are set and cleared as required). |
| 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. |
| 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 Device arm_target_device_name – String | The name of the device to connect to. The macro $(Target) is substituted with the Target Processor project property value. |
| 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. |
| Working Directory debug_working_directory – DirPath | The working directory for a debug session. This property will have macro expansion applied to it. |
| Property | Description |
| JTAG Data Bits After arm_linker_jtag_pad_post_dr – IntegerRange | Specifies the number of bits to pad the JTAG data register after the target. |
| JTAG Data Bits Before arm_linker_jtag_pad_pre_dr – IntegerRange | Specifies the number of bits to pad the JTAG data register before the target. |
| JTAG Instruction Bits After arm_linker_jtag_pad_post_ir – IntegerRange | Specifies the number of bits to pad the JTAG instruction register with the BYPASS instruction after the target. |
| JTAG Instruction Bits Before arm_linker_jtag_pad_pre_ir – IntegerRange | Specifies the number of bits to pad the JTAG instruction register with the BYPASS instruction before the target. |
| 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. |
| 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 |
| 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 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 ROM|RAM;START;SIZE for example ROM;0x0;0x10000;RAM;0x20000000;0x1000 or a list of [name] 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. |
| 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 |
| ARM Debug Interface arm_target_debug_interface_type – Enumeration | Specifies the type of debug interface the target has. The options are:
|
| 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. |
| Connect With Reset arm_target_connect_with_reset – 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. |
| Connect With Stop arm_target_connect_with_stop – Boolean | Stops the target after connect. |
| Coprocessor Instruction Execution Address arm_target_coprocessor_execute_address – String | Specifies the address of read/write memory that the debugger can use to execute coprocessor instructions. |
| Debug Handler File Path arm_target_debug_handler_file_path – ProjFileName | The file path to the debug handler to use, this entry should be blank if no debug handler is required. This property will have macro expansion applied to it. |
| Debug Handler Load Address arm_target_debug_handler_load_address – String | The address to load the debug handler. |
| Do Not Use bkpt Instruction arm_target_do_not_use_bkpt – Boolean | Specifies that the bkpt instructions should not be used when setting software breakpoints on ARM architectures that support the instruction. |
| Identify Target arm_target_identify – Boolean | Identify the target on connect. |
| Monitor Mode Debug arm_target_monitor_mode_debug – Boolean | Specifies whether the debug handler is a monitor mode debug handler. |
| Monitor Mode Memory arm_target_monitor_mode_memory – Boolean | Specifies whether to use monitor mode memory accesses. |
| Processor Stop Timeout arm_target_processor_stop_timeout – IntegerRange | The timeout period for stopping the processor in milliseconds. |
| Restrict Memory Accesses arm_target_restrict_memory_accesses – Boolean | Specifies whether memory accesses should be restricted to known memory segments and their associated access attributes. |
| Stop CPU Using DBGRQ arm_target_stop_cpu_using_dbgrq – Boolean | Specifies whether the CPU should be stopped by asserting DBGRQ rather than by using breakpoints. |
| Target Interface Clock Speed arm_target_interface_speed – IntegerRange | The maximum JTAG/SWD clock frequency in Hz. |
| Target Interface Type arm_target_interface_type – Enumeration | Specifies the type of interface the target has. The options are:
|
| Use Debug Handler arm_target_use_debug_handler – Enumeration | Specifies whether to use a debug handler. |
| Property | Description |
| Applicable Loader Configurations arm_target_loader_applicable_loaders – StringList | The set of target loader configurations that are applicable |
| Can Erase All arm_target_loader_can_erase_all – Boolean | Loader can erase all of memory |
| Can Erase Range arm_target_loader_can_erase_range – Boolean | Loader can erase a range of memory |
| Can Lock All arm_target_loader_can_lock_all – Boolean | Loader can lock all of memory |
| Can Lock Range arm_target_loader_can_lock_range – Boolean | Loader can lock a range of memory |
| Can Only Download After Erase arm_target_loader_can_only_download_after_erase – Boolean | Loader can only download after erase |
| Can Only Verify With Download arm_target_loader_can_only_verify_with_download – Boolean | Loader can only verify with download |
| Can Peek arm_target_loader_can_peek – Boolean | Loader can peek memory |
| Can UnLock All arm_target_loader_can_unlock_all – Boolean | Loader can unlock all of memory |
| Can UnLock Range arm_target_loader_can_unlock_range – Boolean | Loader can unlock a range of memory |
| 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. |
| Erase All Timeout arm_target_loader_erase_all_timeout – IntegerRange | The timeout period for an erase all operation in milliseconds. |
| First Loader Program Section arm_target_loader_first_program_section – String | The loader's first program section. This parameter is only required if the program being downloaded overwrites the loader. |
| Last Loader Program Section arm_target_loader_last_program_section – String | The loader's last program section. This parameter is only required if the program being downloaded overwrites the loader. |
| Loader Configurations arm_target_loader_default_loader – StringList | The target loader configuration(s) to use |
| Loader File Path arm_target_flash_loader_file_path – ProjFileName | The file path to the loader, this entry should be blank if no loader program is required. This property will have macro expansion applied to it. |
| Loader Parameter arm_target_loader_parameter – String | The parameter to pass to the loader on startup. |
| Loader RAM Size arm_target_flash_loader_load_size – String | The size of the RAM region used by the loader. This is required for FLM and STLDR loader types. |
| Loader RAM Start arm_target_flash_loader_load_offset – String | The start of the RAM region used by the loader. This is required for FLM and STLDR loader types. |
| Loader Timeout arm_target_loader_operation_timeout – IntegerRange | The timeout period for loader operations in milliseconds. |
| Loader Type arm_target_loader_type – Enumeration | The type of loader to use. |
| Reset After Download arm_target_loader_reset_after_download – Boolean | Specifies whether the target should be reset after a program has been downloaded by a loader. |
| Property | Description |
| Attach Script target_attach_script – JavaScript | The script that is executed when the target is attached to. |
| Connect Script target_connect_script – JavaScript | The script that is executed when the target is connected 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. |
| Debug Interface Reset Script target_debug_interface_reset_script – JavaScript | The script that is executed to reset the debug interface. If not specified the default debug interface reset will be carried out instead. |
| Disconnect Script target_disconnect_script – JavaScript | The script that is executed when the target is disconnected from. |
| Get Part Name Script target_get_partname_script – JavaScript | The script that returns the part name of the connected target. |
| 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. |
| Loader Reset Script target_loader_reset_script – JavaScript | The script that is executed when the target is reset prior to downloading a loader program. If not specified "Reset Script" will be used instead. |
| Match Part Name Script target_match_partname_script – JavaScript | The script that matches the part name of the connected target prior to start debugging. The macro $(TARGET) is substituted with the Target project property group value. |
| Reset Script target_reset_script – JavaScript | The script that is executed when the target is reset. |
| Run Script target_go_script – JavaScript | The script that is executed when the target is run. |
| Stop Script target_stop_script – JavaScript | The script that is executed when the target is stopped. |
| TAP Reset Script target_TAP_reset_script – String | The script that is executed when the TAP is reset. |
| Target Extras Script target_extras_script – JavaScript | The script that is executed to supply extra menu entries in the targets window context menu. |
| 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 |
| ETM Global Timestamping Enable arm_target_etm_global_timestamping_enable – Boolean | Enable the ETM global timestamping if supported. |
| ETM TraceID arm_target_etm_trace_id – IntegerRange | Specifies the traceID of the ETM - zero disables usage. |
| 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 TraceID arm_target_itm_trace_id – IntegerRange | Specifies the traceID of the ITM - zero disables usage. |
| 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 Initialize Script target_trace_initialize_script – JavaScript | The script that is executed to initialize the target trace hardware. When executed this script has the macro $(TraceInterfaceType) expanded with value of the Trace Interface Type property, typically it is EnableTrace("$(TraceInterfaceType)"). |
| 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:
|