XLINK Map File for "D:\v0.15\Debug\Exe\Sensorkern"

IAR Universal Linker V5.2.1.11

Copyright (C) 1987-2011 IAR Systems AB.

Invocation   Program Entry   Module Map   Module Summary   Call Graph   Segment Map   Memory Summary

Link time	21/Dec/2011 11:55:15
Target CPU	MSP430
List file	D:\v0.15\Debug\List\Sensorkern.html
Output file 1	D:\v0.15\Debug\Exe\Sensorkern.d43
	Format: debug
	UBROF version 10.0.6
	Using library modules for C-SPY (-rt)
Command line	D:\v0.15\Debug\Obj\CLOCKS.r43 D:\v0.15\Debug\Obj\EEPROM.r43 D:\v0.15\Debug\Obj\HYG.r43 D:\v0.15\Debug\Obj\I2C.r43 D:\v0.15\Debug\Obj\LCD.r43 D:\v0.15\Debug\Obj\RTC.r43 D:\v0.15\Debug\Obj\USI_I2CMaster.r43 D:\v0.15\Debug\Obj\main.r43 -o D:\v0.15\Debug\Exe\Sensorkern.d43 -l D:\v0.15\Debug\List\Sensorkern.html -xmsnioh "-"C:\Program Files (x86)\IAR Systems\Embedded Workbench 6.0 Kickstart\430\LIB\" -f "C:\Program Files (x86)\IAR Systems\Embedded Workbench 6.0 Kickstart\430\CONFIG\lnk430G2302.xcl" ( -cmsp430 -QCODE_I=CODE_ID -Z(DATA)DATA16_I,DATA16_Z,DATA16_N,DATA16_HEAP+_DATA16_HEAP_SIZE=0200-02FF -Z(DATA)CODE_I -Z(DATA)CSTACK+_STACK_SIZE# -Z(CONST)INFO=1000-10FF -Z(CONST)INFOA=10C0-10FF -Z(CONST)INFOB=1080-10BF -Z(CONST)INFOC=1040-107F -Z(CONST)INFOD=1000-103F -Z(CONST)DATA16_C,DATA16_ID,DIFUNCT,CHECKSUM=F000-FFDF -Z(CODE)CSTART,ISR_CODE,CODE_ID=F000-FFDF -P(CODE)CODE=F000-FFDF -Z(CODE)INTVEC=FFE0-FFFF -Z(CODE)RESET=FFFE-FFFF ) -D_STACK_SIZE=50 -rt "C:\Program Files (x86)\IAR Systems\Embedded Workbench 6.0 Kickstart\430\LIB\DLIB\dl430fn.r43" -D_DATA16_HEAP_SIZE=50 -s __program_start -D_DATA20_HEAP_SIZE=50

Program entry at : F054 Relocatable, from module : ?cstart

Runtime Model
Attribute	Value
__Heap_Handler	Basic
__SystemLibrary	DLib
__core	430
__dlib_file_descriptor	0
__dlib_full_locale_support	0
__double_size	32
__pic	no
__reg_r4	free
__reg_r5	free
__rt_version	3

Automatic Symbol Redirections

Module Map
File	Module	Segment	Symbol	Address	Ref by
	?ABS_ENTRY_MOD Program module	Absolute parts	_DATA20_HEAP_SIZE	0050	-
			_DATA16_HEAP_SIZE	0050	-
			_STACK_SIZE	0050	-
D:\v0.15\Debug\Obj\CLOCKS.r43	CLOCKS Program module	DATA16_AN Relative segment 0056 - 0056 Segment part 1. ROOT.	Intra module refs		InitializeClocks
			DCOCTL	0056	-
		DATA16_AN Relative segment 0057 - 0057 Segment part 2. ROOT.	Intra module refs		InitializeClocks
			BCSCTL1	0057	-
		DATA16_AN Relative segment 0058 - 0058 Segment part 3. ROOT.	Intra module refs		InitializeClocks
			BCSCTL2	0058	-
		DATA16_AN Relative segment 0029 - 0029 Segment part 4. ROOT.	Intra module refs		ConfigureTimerPwm ta1_isr
			P2OUT	0029	-
		DATA16_AN Relative segment 002A - 002A Segment part 5. ROOT.	Intra module refs		ConfigureTimerPwm
			P2DIR	002A	-
		DATA16_AN Relative segment 0160 - 0161 Segment part 6. ROOT.	Intra module refs		ConfigureTimerPwm
			TA0CTL	0160	-
		DATA16_AN Relative segment 0162 - 0163 Segment part 7. ROOT.	Intra module refs		ConfigureTimerPwm
			TA0CCTL0	0162	-
		DATA16_AN Relative segment 0164 - 0165 Segment part 8. ROOT.	Intra module refs		ConfigureTimerPwm ta1_isr
			TA0CCTL1	0164	-
		DATA16_AN Relative segment 0172 - 0173 Segment part 9. ROOT.	Intra module refs		ConfigureTimerPwm
			TA0CCR0	0172	-
		DATA16_AN Relative segment 0174 - 0175 Segment part 10. ROOT.	Intra module refs		ConfigureTimerPwm
			TA0CCR1	0174	-
		DATA16_AN Relative segment 10FE - 10FE Segment part 11. ROOT.	Intra module refs		InitializeClocks
			CALDCO_1MHZ	10FE	-
		DATA16_AN Relative segment 10FF - 10FF Segment part 12. ROOT.	Intra module refs		InitializeClocks
			CALBC1_1MHZ	10FF	-
		<CODE> 1 Relative segment F9E2 - F9F7 Segment part 17.	InitializeClocks calls direct CSTACK = 00000000 ( 00000002 )	F9E2	main (main)
		<CODE> 1 Relative segment F990 - F9B9 Segment part 16.	Intra module refs		InitializeClocks
			ConfigureTimerPwm CSTACK = 00000000 ( 00000002 )	F990	-
		<CODE> 1 Relative segment FA7A - FA83 Segment part 15.	Intra module refs		ta1_isr::??INTVEC 18
			ta1_isr interrupt function CSTACK = 00000000 ( 00000004 )	FA7A	-
		INTVEC Common segment FFE0 - FFF3 Segment part 13. ROOT.	ta1_isr::??INTVEC 18	FFF2	-
		CSTACK Segment part 14. NOT NEEDED.
		CODE Segment part 18. NOT NEEDED.	?setjmp_save_r4
		CODE Segment part 19. NOT NEEDED.	?setjmp_save_r5
D:\v0.15\Debug\Obj\EEPROM.r43	EEPROM Program module	DATA16_Z Relative segment 0202 - 0203 Segment part 3.	Intra module refs		WriteEEPROM
			current_addr	0202	-
		DATA16_Z Segment part 4. NOT NEEDED.	eepromdata
		<CODE> 1 Relative segment F84E - F8BB Segment part 8.	WriteEEPROM calls direct CSTACK = 00000000 ( 0000000C )	F84E	main (main)
		CODE Segment part 7. NOT NEEDED.	ReadEEPROM calls direct
		CODE Segment part 6. NOT NEEDED.	GetCurrentAddr calls direct
		CODE Segment part 5. NOT NEEDED.	ReadEEPROMfromStart calls direct
		CSTACK Segment part 1. NOT NEEDED.
		CODE Segment part 9. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 10. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
		DATA16_C Segment part 2. NOT NEEDED.
D:\v0.15\Debug\Obj\HYG.r43	HYG Program module	<CODE> 1 Relative segment F54E - F5FD Segment part 3.	ReadHygTemp calls direct CSTACK = 00000000 ( 0000000A )	F54E	main (main)
		CSTACK Segment part 1. NOT NEEDED.
		CODE Segment part 4. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 5. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
		DATA16_C Segment part 2. NOT NEEDED.
D:\v0.15\Debug\Obj\I2C.r43	I2C Program module	<CODE> 1 Relative segment FA6E - FA79 Segment part 4.	InitI2C calls direct CSTACK = 00000000 ( 00000002 )	FA6E	main (main)
		CODE Segment part 3. NOT NEEDED.	CheckI2CSlaves calls direct
		<CODE> 1 Relative segment FA88 - FA8B Segment part 2.	Intra module refs		InitI2C
			StatusCallback CSTACK = 00000000 ( 00000002 )	FA88	-
		CSTACK Segment part 1. NOT NEEDED.
		CODE Segment part 5. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 6. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
D:\v0.15\Debug\Obj\LCD.r43	LCD Program module	<CODE> 1 Relative segment F960 - F98F Segment part 10.	InitLCD calls direct CSTACK = 00000000 ( 00000008 )	F960	main (main)
		<CODE> 1 Relative segment F5FE - F6AB Segment part 9.	LCDwrite calls direct CSTACK = 00000000 ( 00000014 )	F5FE	main (main)
		CODE Segment part 8. NOT NEEDED.	LCDpos1 calls direct
		<CODE> 1 Relative segment F8BC - F913 Segment part 7.	LCDappend calls direct CSTACK = 00000000 ( 00000010 )	F8BC	main (main)
		CSTACK Segment part 1. NOT NEEDED.
		CODE Segment part 11. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 12. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
		DATA16_C Relative segment F000 - F004 Segment part 2.	Intra module refs		InitLCD
		DATA16_C Relative segment F005 - F010 Segment part 3.	Intra module refs		LCDwrite
		DATA16_C Segment part 4. NOT NEEDED.
		DATA16_C Segment part 5. NOT NEEDED.
		DATA16_C Relative segment F011 - F01C Segment part 6.	Intra module refs		LCDappend
D:\v0.15\Debug\Obj\RTC.r43	RTC Program module	<CODE> 1 Relative segment F9BA - F9E1 Segment part 6.	UpdateRTC calls direct CSTACK = 00000000 ( 0000000A )	F9BA	main (main)
		<CODE> 1 Relative segment F7D8 - F84D Segment part 5.	GetTimeDate calls direct CSTACK = 00000000 ( 0000000C )	F7D8	main (main)
		CSTACK Segment part 1. NOT NEEDED.
		CODE Segment part 7. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 8. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
		DATA16_C Relative segment F01D - F024 Segment part 2.	Intra module refs		UpdateRTC
		DATA16_C Segment part 3. NOT NEEDED.
		DATA16_C Segment part 4. NOT NEEDED.
D:\v0.15\Debug\Obj\USI_I2CMaster.r43	TI_USI_I2C_MASTER Library module	DATA16_N Relative segment 0210 - 021E Segment part 0. ROOT.	Intra module refs		Segment part 1
			TI_I2CState	0210
			TI_FuncPtr	0212
			TI_TxPtr	0214
			TI_RxPtr	0216
			TI_SlavAdd	0218
			TI_ByteCtr	0219
			TI_TxWordCtr	021A
			TI_AckPoll	021B
			TI_StopBit	021C
			TI_GenStop	021D
			TI_AckResult	021E
		<CODE> 1 Relative segment F07C - F2DB Segment part 1. ROOT.	Intra module refs		Segment part 2
			TI_USI_I2C_MasterInit	F07C	InitI2C (I2C)
			TI_USI_I2CSelect	F0BA	ReadHygTemp (HYG) WriteEEPROM (EEPROM)
			TI_USI_I2CRead	F0D2	GetTimeDate (RTC) ReadHygTemp (HYG)
			TI_USI_I2CWrite	F0F4	GetTimeDate (RTC) InitLCD (LCD) LCDappend (LCD) LCDwrite (LCD) UpdateRTC (RTC) WriteEEPROM (EEPROM)
			TI_USI_I2CStop	F0AC	-
			SetupUSI	F088
			BlockingMode	F120
			Mainloop	F112
			exitloop	F12A
			USI_ISR	F12C
			STATE0	F140
			STATE2	F176
			STATE4	F188
			STATE6	F1F2
			STATE8	F226
			STATE10	F252
			STATE12	F266
			STATE14	F298
			Generatestop	F16C
			Prestop	F23E
			chkackpoll	F1AA
			Loopchk	F19E
			Data_Rx	F1BE
			Data_Tx	F1D2
			test_nack	F1B8
			data_NACK	F214
			STATE6_Exit	F218
			Data_Ack	F276
			LPMSelect	F2D0
			Stop	F2BA
			exitISR	F2DA
		INTVEC Common segment FFE0 - FFE9 Segment part 2. ROOT.
D:\v0.15\Debug\Obj\main.r43	main Program module	DATA16_AN Relative segment 0120 - 0121 Segment part 1. ROOT.	Intra module refs		main
			WDTCTL	0120	-
		DATA16_C Relative segment F025 - F02D Segment part 3.	Intra module refs		main
		DATA16_C Relative segment F02E - F036 Segment part 4.	Intra module refs		main
		DATA16_C Relative segment F037 - F03F Segment part 5.	Intra module refs		main
		DATA16_C Relative segment F040 - F042 Segment part 6.	Intra module refs		main
		DATA16_C Relative segment F043 - F04D Segment part 7.	Intra module refs		main
		DATA16_C Relative segment F04E - F04E Segment part 8.	LCD_ADDR	F04E	InitLCD (LCD) LCDappend (LCD) LCDwrite (LCD)
		DATA16_I Relative segment 0200 - 0200 Segment part 9.	RTC_ADDR	0200	GetTimeDate (RTC) UpdateRTC (RTC)
		DATA16_C Relative segment F04F - F04F Segment part 11.	EEPROM_ADDR	F04F	WriteEEPROM (EEPROM)
		DATA16_C Relative segment F050 - F050 Segment part 12.	HYG_ADDR	F050	ReadHygTemp (HYG)
		DATA16_Z Relative segment 0204 - 0204 Segment part 13.	Intra module refs		main
			old_sec	0204	-
		DATA16_Z Relative segment 0205 - 0205 Segment part 14.	Intra module refs		main
			n_sec	0205	-
		DATA16_Z Relative segment 0206 - 020C Segment part 15.	Intra module refs		main
			timeDate	0206	-
		DATA16_Z Relative segment 020D - 020E Segment part 16.	Intra module refs		main
			datensatz	020D	-
		<CODE> 1 Relative segment F6AC - F745 Segment part 17.	main calls direct CSTACK = 00000000 ( 00000002 )	F6AC	Segment part 14 (?cstart)
		CSTACK Segment part 2. NOT NEEDED.
		DATA16_ID Relative segment F052 - F052 Segment part 10.	Intra module refs		RTC_ADDR
		CODE Segment part 18. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r4
		CODE Segment part 19. TENTATIVE. Used definition from CLOCKS	?setjmp_save_r5
C:\Program Files (x86)\IAR Systems\Embedded Workbench 6.0 Kickstart\430\LIB\DLIB\dl430fn.r43	?abort Library module	CODE Segment part 2. NOT NEEDED.	abort calls direct
		CSTACK Segment part 1. NOT NEEDED.
	?__dbg_break Library module	<CODE> 1 Relative segment FA94 - FA95 Segment part 2.	__DebugBreak	FA94	__exit (?__exit)
		CSTACK Segment part 1. NOT NEEDED.
	?__dwrite Library module	CODE Segment part 2. NOT NEEDED.	__dwrite calls direct
		CSTACK Segment part 1. NOT NEEDED.
	?__exit Library module	<CODE> 1 Relative segment F9F8 - FA0B Segment part 2.	__exit calls direct	F9F8	Segment part 5 (?_exit) _exit (?_exit)
		CSTACK Segment part 1. NOT NEEDED.
	?__write Library module	CODE Segment part 2. NOT NEEDED.	__write calls direct
		CSTACK Segment part 1. NOT NEEDED.
	?_exit Library module	<CODE> 1 Relative segment FA8C Segment part 0.	_exit	FA8C	exit (?exit)
		CODE Segment part 1. NOT NEEDED.
		CODE Segment part 2. NOT NEEDED.	__cstart_call_dtors
		CODE Segment part 3. NOT NEEDED.	__cstart_closeall
		CODE Segment part 4. NOT NEEDED.
		<CODE> 1 Relative segment FA8C - FA8F Segment part 5.	Intra module refs		_exit
	?cppinit Library module	CODE Segment part 7. NOT NEEDED.	__call_ctors calls indirect
		CODE Segment part 6. NOT NEEDED.	__alloc_record_needed_destruction calls direct
		DATA16_Z Segment part 2. NOT NEEDED.
		CODE Segment part 5. NOT NEEDED.	__record_needed_destruction calls direct
		CODE Segment part 4. NOT NEEDED.	__call_dtors calls indirect
		CODE Segment part 3. NOT NEEDED.	__data16_vec_cctor calls indirect
		CSTACK Segment part 1. NOT NEEDED.
	?cstart Library module	HEAP Segment part 0. NOT NEEDED.
		CSTACK Relative segment 02B0 Segment part 1.
		DATA16_Z Relative segment 0204 Segment part 2.
		DATA16_I Relative segment 0200 Segment part 3.
		DATA16_ID Relative segment F052 Segment part 4.
		CODE_I Segment part 5. NOT NEEDED.
		CODE_ID Segment part 6. NOT NEEDED.
		CSTART Relative segment F054 - F057 Segment part 7.	__program_start	F054	?reset_vector (?reset_vector) Absolute parts (?ABS_ENTRY_MOD)
			?cstart_begin	F054	-
		CSTART Segment part 8. NOT NEEDED.	?cstart_call_low_level_init
		CSTART Segment part 9. NOT NEEDED.	?cstart_init_copy_ramfunc
		CSTART Relative segment F058 - F063 Segment part 10.	?cstart_init_zero	F058	current_addr (EEPROM) datensatz (main) n_sec (main) old_sec (main) timeDate (main)
		CSTART Relative segment F064 - F073 Segment part 11.	?cstart_init_copy	F064	RTC_ADDR (main)
		DIFUNCT Segment part 12. NOT NEEDED.
		CSTART Segment part 13. NOT NEEDED.	?cstart_call_ctors
		CSTART Relative segment F074 - F07B Segment part 14.	Intra module refs		Segment part 7
			?cstart_call_main	F074	-
			?cstart_end	F07C	-
		CODE_ID Segment part 15. NOT NEEDED.
	lowinit Library module	CODE Segment part 0. NOT NEEDED.	__low_level_init
	?reset_vector Library module	RESET Relative segment FFFE - FFFF Segment part 0.	?reset_vector	FFFE	Segment part 7 (?cstart)
	?Epilogue Library module	<CODE> 1 Relative segment FA0C - FA1D Segment part 0.	?Epilogue3	FA16	WriteEEPROM (EEPROM)
			?Epilogue4	FA14	-
			?Epilogue5	FA12	-
			?Epilogue6	FA10	-
			?Epilogue7	FA0E	-
			?Epilogue8	FA0C	-
	?exit Library module	<CODE> 1 Relative segment FA84 - FA87 Segment part 2.	exit calls direct CSTACK = 00000000 ( 00000002 )	FA84	Segment part 14 (?cstart)
		CSTACK Segment part 1. NOT NEEDED.
	?Cast32f32i Library module	<CODE> 1 Relative segment F746 - F7D7 Segment part 0.	_Cast32sto32f	F746	-
			_Cast32uto32f	F75A	ReadHygTemp (HYG)
	_Cast32fto32u Library module	<CODE> 1 Relative segment FA62 - FA6D Segment part 0.	_Cast32fto32u	FA62	ReadHygTemp (HYG)
	?FLT_Extract Library module	<CODE> 1 Relative segment F914 - F95F Segment part 0.	?FLT_Extract	F914	_Cast32fto32u (_Cast32fto32u)
	_Mul32f Library module	<CODE> 1 Relative segment F43E - F54D Segment part 0.	_Mul32f	F43E	ReadHygTemp (HYG)
	_Add32f Library module	<CODE> 1 Relative segment F2DC - F43D Segment part 0.	_Add32f	F2E0	ReadHygTemp (HYG)
			_Sub32f	F2DC	-
	?malloc Library module	CODE Segment part 2. NOT NEEDED.	malloc calls direct
		CSTACK Segment part 1. NOT NEEDED.
	?memcpy Library module	<CODE> 1 Relative segment FA30 - FA41 Segment part 2.	memcpy CSTACK = 00000000 ( 00000002 )	FA30	__data16_memcpy (?memzero)
		CSTACK Segment part 1. NOT NEEDED.
	?memmove Library module	CODE Segment part 2. NOT NEEDED.	memmove
CSTACK Segment part 1. NOT NEEDED.
?CopyMemoryBytes Library module	<CODE> 1 Relative segment FA52 - FA61 Segment part 0.	?CopyMemoryBytes	FA52	InitLCD (LCD) LCDappend (LCD) LCDwrite (LCD) UpdateRTC (RTC)
?ClearMemoryBytes Library module	<CODE> 1 Relative segment FA42 - FA51 Segment part 0.	?ClearMemoryBytes	FA42	GetTimeDate (RTC)
?memzero Library module	<CODE> 1 Relative segment FA1E - FA2F Segment part 4.	__data16_memzero CSTACK = 00000000 ( 00000002 )	FA1E	?cstart_init_zero (?cstart)
	<CODE> 1 Relative segment FA90 - FA93 Segment part 3.	__data16_memcpy calls direct CSTACK = 00000000 ( 00000002 )	FA90	?cstart_init_copy (?cstart)
	CODE Segment part 2. NOT NEEDED.	__data16_memmove calls direct
	CSTACK Segment part 1. NOT NEEDED.
?setjmp Library module	CODE Segment part 0. NOT NEEDED.	setjmp
	CODE Segment part 1. NOT NEEDED.	?setjmp_r5
	CODE Segment part 2. NOT NEEDED.	?setjmp_r4
	CODE Segment part 3. NOT NEEDED.	?setjmp_end
?longjmp Library module	CODE Segment part 0. NOT NEEDED.	longjmp
	CODE Segment part 1. NOT NEEDED.	?longjmp_r5
	CODE Segment part 2. NOT NEEDED.	?longjmp_r4
	CODE Segment part 3. NOT NEEDED.	?longjmp_end
?SwitchKey8 Library module	CODE Segment part 0. NOT NEEDED.	?SwitchKey8
?xcloseall Library module	CODE Segment part 2. NOT NEEDED.	_Close_all calls direct
	CSTACK Segment part 1. NOT NEEDED.
?xgetmemchunk Library module	CODE Segment part 3. NOT NEEDED.	__data16_GetMemChunk
	DATA16_Z Segment part 2. NOT NEEDED.
	CSTACK Segment part 1. NOT NEEDED.
	DATA16_HEAP Segment part 4. NOT NEEDED.
?xxmemxfree Library module	CODE Segment part 2. NOT NEEDED.	__data16_free
	CSTACK Segment part 1. NOT NEEDED.
?xxmemxmalloc Library module	DATA16_Z Segment part 2. NOT NEEDED.	__data16_Aldata
	CODE Segment part 3. NOT NEEDED.	__data16_findmem calls direct
	CODE Segment part 4. NOT NEEDED.	__data16_malloc calls direct
	CSTACK Segment part 1. NOT NEEDED.

Module Summary

Call Graph
Sub-tree of type: Interrupt function tree that does not make indirect calls
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		0
1	ta1_isr *	0	4
After		4
Sub-tree of type: Indirectly called function tree that does not make indirect calls (Is not an interrupt and is not flagged as not overlayable)
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		4
1	StatusCallback *	4	2
After		6
Sub-tree of type: Indirectly called function tree that does not make indirect calls (Is not an interrupt and is not flagged as not overlayable)
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		4
1	memcpy *	4	2
After		6
Sub-tree of type: Function tree
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		6
2	GetTimeDate *	6	C
2	UpdateRTC *	6	A
2	LCDappend *	6	10
2	LCDwrite *	6	14
2	InitLCD *	6	8
2	InitI2C *	6	2
2	ReadHygTemp *	6	A
2	WriteEEPROM *	6	C
3	ConfigureTimerPwm *	6	2
2	InitializeClocks *	8	2
1	main *	1A	2
After		1C
Sub-tree of type: Function tree
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		1C
1	exit *	1C	2
After		1E
Sub-tree of type: Function tree
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		1E
1	__data16_memzero *	1E	2
After		20
Sub-tree of type: Function tree
Level	Function	Stack prev	Stack locally
		CSTACK	CSTACK
Before		20
2	memcpy (to first)	4	2
1	__data16_memcpy *	20	2
After		22

Segments in Address Order
Segment	Space	Start	End	Size	Kind	Align
DATA16_AN		0029 - 002A		2	Relative	0
		0056 - 0058		3
		0120 - 0121		2
		0160 - 0165		6
		0172 - 0175		4
DATA16_I		0200 - 0200		1	Relative	1
DATA16_Z		0202 - 020E		D	Relative	1
DATA16_N		0210 - 021E		F	Relative	1
CSTACK		02B0 - 02FF		50	Relative	1
DATA16_AN		10FE - 10FF		2	Relative	0
DATA16_C		F000 - F050		51	Relative	0
DATA16_ID		F052 - F052		1	Relative	1
CSTART		F054 - F07B		28	Relative	1
<CODE> 1		F07C - FA95		A1A	Relative	1
INTVEC		FFE0 - FFF3		14	Common	1
RESET		FFFE - FFFF		2	Relative	1

2 648	bytes	of	CODE	memory
109	bytes	of	DATA	memory	(+	19	absolute	)
82	bytes	of	CONST	memory

Errors: none Warnings: none