Snapshot - Revision history

Arnoldemu: /* BRKS */

2024-09-09T12:03:45Z

BRKS

← Older revision		Revision as of 12:03, 9 September 2024
Line 1,020:		Line 1,020:
	== BRKS ==		== BRKS ==

	This chunk is written by WinAPE when some breakpoints are set.		This chunk is written by older versions of WinAPE when some breakpoints are set. Newer versions of Winape write WABP chunk.
	ACE can import breakpoints from this chunk but won't create it (BRKC is used instead).		ACE can import breakpoints from this chunk but won't create it (BRKC is used instead).

Arnoldemu: /* Code breakpoints */

2024-09-09T12:00:26Z

Code breakpoints

← Older revision		Revision as of 12:00, 9 September 2024
Line 1,064:		Line 1,064:
	NOTES:		NOTES:
	* 1. the origin of the breakpoint:		* 1. the origin of the breakpoint:
	1 - 'user'. Added by the user clicking in the left margin of the disassembly view in the debugger.		1 - 'user'. Added by the user clicking in the left margin of the disassembly view in the debugger.
	4 - 'assembler'. Added by the user clicking in the left margin in the assembler window.		4 - 'assembler'. Added by the user clicking in the left margin in the assembler window.

	* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.		* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.

Arnoldemu: /* Code breakpoints */

2024-09-09T12:00:12Z

Code breakpoints

← Older revision		Revision as of 12:00, 9 September 2024
Line 1,049:		Line 1,049:
	Each code breakpoint:		Each code breakpoint:

	1 byte ~~type~~ (see note 1)		1 byte origin (see note 1)
	4 bytes 32-bit winape memory address (see note 2)		4 bytes 32-bit winape memory address (see note 2)

Line 1,063:		Line 1,063:

	NOTES:		NOTES:
	* 1. ~~unknown what this is currently for~~		* 1. the origin of the breakpoint:
			1 - 'user'. Added by the user clicking in the left margin of the disassembly view in the debugger.
			4 - 'assembler'. Added by the user clicking in the left margin in the assembler window.

	* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.		* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.

Arnoldemu: /* Code breakpoints */

2024-09-09T11:13:44Z

Code breakpoints

← Older revision		Revision as of 11:13, 9 September 2024
Line 1,064:		Line 1,064:
	NOTES:		NOTES:
	* 1. unknown what this is currently for		* 1. unknown what this is currently for
	* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses.		* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.

	=== Memory breakpoints ===		=== Memory breakpoints ===

Arnoldemu: /* Code breakpoints */

2024-09-09T11:13:23Z

Code breakpoints

@@ Line 1,051: / Line 1,051: @@
 byte type (see note 1)
 bytes 32-bit winape memory address (see note 2)
 NOTES:

Arnoldemu: /* I/O breakpoints */

2024-09-08T16:34:02Z

I/O breakpoints

← Older revision		Revision as of 16:34, 8 September 2024
Line 1,146:		Line 1,146:
	Where type is not 0, the address mask and address are not stored but can be found in Winape's debugger and they may have a built in condition where specific data or i/o configuration is required.		Where type is not 0, the address mask and address are not stored but can be found in Winape's debugger and they may have a built in condition where specific data or i/o configuration is required.

	* 2. This byte represents access type and if there is count and condition data stored. Where type is 0, the access bits are set by the user, otherwise they are		* 2. This byte represents access type and if there is count and condition data stored. Where type is 0, the access bits are set by the user, otherwise they are set defined by the type and can be seen in the winape debugger.
	set defined by the type and can be seen in the winape debugger.

	bit 7,6 = access where bit 7 = write and bit 6 = read. This allows read only, write only and read/write to be specified.		bit 7,6 = access where bit 7 = write and bit 6 = read. This allows read only, write only and read/write to be specified.

Arnoldemu: /* BRKS */

2024-09-08T16:32:44Z

BRKS

← Older revision		Revision as of 16:32, 8 September 2024
Line 1,023:		Line 1,023:
	ACE can import breakpoints from this chunk but won't create it (BRKC is used instead).		ACE can import breakpoints from this chunk but won't create it (BRKC is used instead).

	The chunk contains 1 or more breakpoints.		The chunk contains 0 or more breakpoints. Each breakpoint's data has the same size so you can determine the number of breakpoints from the chunk's size.

	Each breakpoint has the form:		Each breakpoint has the form:

Arnoldemu: /* Memory breakpoints */

2024-09-08T16:28:22Z

Memory breakpoints

← Older revision		Revision as of 16:28, 8 September 2024
Line 1,082:		Line 1,082:
	NOTES:		NOTES:
	* 1. bit 7 will be set for write and bit 6 will be set for read. This can therefore represent read only, write only, and read-write		* 1. bit 7 will be set for write and bit 6 will be set for read. This can therefore represent read only, write only, and read-write
	* 2. uses ~~winape internal memory addressing~~. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and		* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses. Bit 31 will be set if the 'count' is used and present in the file. Bit 30 will be set if the 'condition' is used and present in the file.
	present in the file.
	* 3. the condition is a string of ascii characters. This value is the number of characters/bytes.		* 3. the condition is a string of ascii characters. This value is the number of characters/bytes.
	* 4. there is 1 byte per character in the condition. The condition string is not null terminated.		* 4. there is 1 byte per character in the condition. The condition string is not null terminated.

Arnoldemu: /* Code breakpoints */

2024-09-08T16:28:03Z

Code breakpoints

← Older revision		Revision as of 16:28, 8 September 2024
Line 1,054:		Line 1,054:
	NOTES:		NOTES:
	* 1. unknown what this is currently for		* 1. unknown what this is currently for
	* 2. uses ~~winape internal memory addressing~~.		* 2. Winape's addressing scheme is 4 bytes. The upper 16-bits effectively define the internal 64KB pages it uses.

	=== Memory breakpoints ===		=== Memory breakpoints ===

Arnoldemu: /* I/O breakpoints */

2024-09-08T16:27:23Z

I/O breakpoints

← Older revision		Revision as of 16:27, 8 September 2024
Line 1,112:		Line 1,112:

	NOTES:		NOTES:
	1. The type is a value which represents the I/O port:		* 1. The type is a value which represents the I/O port:
	0 = user (address and address mask are stored in the file)
	1 = gate array		0 = user (address and address mask are stored in the file)
	2 = palette register select		1 = gate array
	3 = palette write		2 = palette register select
	4 = interrupt rom and mode		3 = palette write
	5 = secondary ram mapping		4 = interrupt rom and mode
	6 = pal		5 = secondary ram mapping
	7 = crtc		6 = pal
	8 = crtc register select		7 = crtc
	9 = crtc register write		8 = crtc register select
	10 = crtc register read		9 = crtc register write
	11 = crtc status read		10 = crtc register read
	12 = upper rom		11 = crtc status read
	13 = printer		12 = upper rom
	14 = ppi		13 = printer
	15 = ppi port a		14 = ppi
	16 = ppi port b		15 = ppi port a
	17 = ppi port b (tape read)		16 = ppi port b
	18 = ??		17 = ppi port b (tape read)
	19 = ppi port b (vsync)		18 = ??
	20 = ppi - port c		19 = ppi port b (vsync)
	21 = ppi - tape write		20 = ppi - port c
	22 = ppi - tape motor		21 = ppi - tape write
	23 = ppi - keyboard		22 = ppi - tape motor
	24 = ppi control		23 = ppi - keyboard
	25 = psg		24 = ppi control
	26 = psg register select		25 = psg
	27 = psg read		26 = psg register select
	28 = psg write		27 = psg read
	29 = keyboard		28 = psg write
			29 = keyboard

	Where type is not 0, the address mask and address are not stored but can be found in Winape's debugger and they may have a built in condition where specific data or i/o configuration is required.		Where type is not 0, the address mask and address are not stored but can be found in Winape's debugger and they may have a built in condition where specific data or i/o configuration is required.

	2. This byte represents access type and if there is count and condition data stored. Where type is 0, the access bits are set by the user, otherwise they are		* 2. This byte represents access type and if there is count and condition data stored. Where type is 0, the access bits are set by the user, otherwise they are
	set defined by the type and can be seen in the winape debugger.		set defined by the type and can be seen in the winape debugger.
	bit 7,6 = access where bit 7 = write and bit 6 = read. This allows read only, write only and read/write to be specified.
	bit 5 = unknown. Always set to 1?		bit 7,6 = access where bit 7 = write and bit 6 = read. This allows read only, write only and read/write to be specified.
	bit 4 = unknown. Always set to 0?		bit 5 = unknown. Always set to 1?
	bit 3 = condition data is stored.		bit 4 = unknown. Always set to 0?
	bit 2 = count data is stored.		bit 3 = condition data is stored.
	bit 1 = unknown.		bit 2 = count data is stored.
	bit 0 = unknown.		bit 1 = unknown.
			bit 0 = unknown.

	3. the condition is a string of ascii characters. This value is the number of characters/bytes.		* 3. the condition is a string of ascii characters. This value is the number of characters/bytes.
	4. there is 1 byte per character in the condition. The condition string is not null terminated.		* 4. there is 1 byte per character in the condition. The condition string is not null terminated.

	== DARS ==		== DARS ==