dwice	4e6a	[9EEC90h] == Time Flag for Reg Checks!
dwice	f0e1	Next protection!
dwice	f2ca	the final GOOD judgment;
dwice	f345	We approde here later the REGISTERDLG!
dwice	f34e	AL == first char of the name!;
dwice	f353	if the Name buffer is empty...
dwice	f355	jump, else go away;
dwice	f357	AL == first char of the Serial buffer;
dwice	f35c	if the Serial Buffer is empty...
dwice	f35e	jump, else go away;
dwice	f37e	[9EEC8C] == Time flag for Reg Dialog! 
dwice	f393	the final  BAD judgment!!!
dwice	f741	\
dwice	f747	> These are Flag Controls!!; ;)
dwice	f74d	/
dwice	f76b	EAX == Time Flag, at the begin its value is 3;
dwice	f775	When EAX == 1,it begins the control of the serial; 
dwice	f788	[9EEC94] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f794	[9EEED0] == Time flag for Reg Dialog! 
dwice	f79e	[9EEC90] == 0Ah; it's the first Time Flag for Registry Check!
dwice	f7a6	[9EEC90] = 0, Reset the Time Counter;
dwice	f7b1	[9EEEC4] == 1; it's a next Time's flag for Registry Check;
dwice	f7c0	EAX = [9EEED0], Time Flag; When EAX == 2, starts another Dialog check control; 
dwice	f7dd	[9EEC94] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f7e9	[9EEEC8] == 6; it's a next Time's Flag for Reg Dialog;
dwice	f7f3	EAX = [9EEEC4], Time's Flag; when EAX == 1 starts another Registry check control;
dwice	f7fc	[9EEEC4] = 0, Reset the Time Counter;
dwice	f80b	[9EEED4] == 5; it's a next Time's flag for Registry Check;
dwice	f820	EAX = [9EEEC8], Time Flag; When EAX == 6, starts another check control; 
dwice	f840	[9EEC94] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f85a	[9EEEC8] = 0, reset the Time Counter;
dwice	f860	[9EEC98] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f888	[9EEEB8] == 9; it's a next Time's Flag;
dwice	f892	EAX = [9EEED4], Time's Flag; when EAX == 4 starts another Registry check control;
dwice	f8e0	[9EEED4] = 0, Reset the Time Counter;
dwice	f8f7	[9EEECC] == 0Ah; it's a next Time's flag for Registry Check;
dwice	f900	EAX == [9EEEB8]! When EAX == 8, starts another check control; 
dwice	f906	init ESI, ESI == 0;
dwice	f914	Save the new Time's Flag in [9EEEB8];
dwice	f928	[9EEC9C] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f942	[9EEEB8] = 0, reset the Time Counter;
dwice	f948	[9EEC9C] == Flag control, if it sets to 1 we have a MISTAKE;
dwice	f9b1	EAX = [9EEECC], Time's Flag; when EAX == 7 starts another Registry check control;
dwice	fe20	saves ESI on the stack;
dwice	fe21	ESI points to a Heap Object;
dwice	fe29	saves EDI on the stack;
dwice	fe2a	it jumps if really Heap Object exists;
dwice	fe2c	ESI points to the original Heap Block;
dwice	fe34	it jumps surely;
dwice	fe3b	parameter passed by value;
dwice	fe40	this proc generates a pseudo random number < to the parameter passed by value;
dwice	fe59	ESI points to another Heap Object;
dwice	fe61	it jumps if really Heap Object exists;
dwice	fe63	ESI points to the original Heap Block;
dwice	fe6b	it jumps surely;
dwice	fe72	EDI == parameter passed ( top of the stack... );
dwice	fe76	ECX = number of bytes to copy;
dwice	fe7b	copy operation;
dwice	fe7d	restore EDI;
dwice	fe83	restore ESI;
dwice	fe90	saves ESI on the stack;
dwice	fe91	ESI == offset base of Src Memory Block!
dwice	fe97	saves EDI on the stack;
dwice	fe98	init EDI;
dwice	fe9c	it jumps if exists a Memory Block; else ...
dwice	fe9e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	fead	EAX points to the offset 9EECF4h;
dwice	feb4	it jumps if [9EECF4h] == 0;
dwice	feb6	EAX points to Heap block;
dwice	feb7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	febc	parameter passed by value;
dwice	fec1	init the location that will store a new pointer to M. Heap Block;
dwice	fecb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	fed0	realign the stack;
dwice	fed3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	fed5	parameter passed by value;
dwice	feda	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	fedf	realign the stack;
dwice	fee2	[9EECF4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	fef0	it jumps if EDI == 0;
dwice	fef2	EDI points to Heap block;
dwice	fef3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	fef8	realign the stack;
dwice	fefb	parameter passed by value;
dwice	ff00	this proc generates a pseudo random number < to the parameter passed by value;
dwice	ff25	EDX == [9EECF4h];
dwice	ff2b	First parameter passed by value;
dwice	ff30	Second parameter passed by addr: offset of Src M. Block;
dwice	ff31	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	ff32	This proc copies bytes of Src M. Block in the New M.Block;
dwice	ff42	\
dwice	ff43	 |
dwice	ff48	 |
dwice	ff4e	 |
dwice	ff50	 | ; This piece of code copies bytes of 
dwice	ff55	 | ; Src Memory Block in the dest. Memory
dwice	ff5a	 | ; Block allocated in the heap;
dwice	ff5c	 |
dwice	ff5d	 |
dwice	ff5e	 |
dwice	ff61	 |
dwice	ff64	/
dwice	ff70	saves ESI on the stack;
dwice	ff71	ESI points to a Heap Object;
dwice	ff79	saves EDI on the stack;
dwice	ff7a	it jumps if really Heap Object exists;
dwice	ff7c	ESI points to the original Heap Block;
dwice	ff84	it jumps surely;
dwice	ff8b	parameter passed by value;
dwice	ff90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	ffac	ESI points to another Heap Object;
dwice	ffb4	it jumps if really Heap Object exists;
dwice	ffb6	ESI points to the original Heap Block;
dwice	ffbe	it jumps surely;
dwice	ffc5	EDI == parameter passed ( top of the stack... );
dwice	ffc9	ECX = number of bytes to copy;
dwice	ffce	copy operation;
dwice	ffd0	restore EDI;
dwice	ffd6	restore ESI;
dwice	ffe0	saves ESI on the stack;
dwice	ffe1	ESI == offset base of Src Memory Block!
dwice	ffe7	saves EDI on the stack;
dwice	ffe8	init EDI;
dwice	ffec	it jumps if exists a Memory Block; else ...
dwice	ffee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	fffd	EAX points to the offset 9EECF8h;
dwice	10004	it jumps if [9EECF8h] == 0;
dwice	10006	EAX points to Heap block;
dwice	10007	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1000c	parameter passed by value;
dwice	10011	init the location that will store a new pointer to M. Heap Block;
dwice	1001b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	10020	realign the stack;
dwice	10023	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10025	parameter passed by value;
dwice	1002a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1002f	realign the stack;
dwice	10032	[9EECF8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10040	it jumps if EDI == 0;
dwice	10042	EDI points to Heap block;
dwice	10043	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	10048	realign the stack;
dwice	1004b	parameter passed by value;
dwice	10050	this proc generates a pseudo random number < to the parameter passed by value;
dwice	10075	EDX == [9EECF8h];
dwice	1007b	First parameter passed by value;
dwice	10080	Second parameter passed by addr: offset of Src M. Block;
dwice	10081	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	10082	This proc copies bytes of Src M. Block in the New M.Block;
dwice	10092	\
dwice	10093	 |
dwice	10098	 |
dwice	1009e	 |
dwice	100a0	 | ; This piece of code copies bytes of 
dwice	100a5	 | ; Src Memory Block in the dest. Memory
dwice	100aa	 | ; Block allocated in the heap;
dwice	100ac	 |
dwice	100ad	 |
dwice	100ae	 |
dwice	100b1	 |
dwice	100b4	/
dwice	100c3	EAX = 0A312B14Ch;
dwice	100c9	EBP = offset of Name;
dwice	100cd	init the stack: [ESP +10h] = 0A312B14Ch;
dwice	100d1	init the stack: [ESP +04h] = 0A312B14Ch;
dwice	100d5	init the stack: [ESP +0Ch] = 0A312B14Ch;
dwice	100d9	CL = first char of the 'Cleaned Name';
dwice	100dc	init the stack: [ESP +08h] = 0A312B14Ch;
dwice	100e0	Check if Name is ... empty ;)! ;
dwice	100e2	init the stack: [ESP +14h] = 0A312B14Ch;
dwice	100e6	init the stack: [ESP +18h] = 0A312B14Ch;
dwice	100ea	init the stack: [ESP +1Ch] = 0A312B14Ch;
dwice	100ee	init the stack: [ESP +20h] = 0A312B14Ch;
dwice	100f2	if the buffer of the 'Cleaned Name' is Empty, we have a mistake, else...
dwice	100f8	... we land here;
dwice	100fa	Save EBX ESI EDI on the stack;
dwice	100fb	ECX = Current char; parameter passed by value;
dwice	100fc	This Sub converts the Current Char in a UPPERCASE Char;
dwice	10101	EDI = Current UPPERCASE Char;
dwice	10104	AL = Current Char;
dwice	10107	EAX is a parameter passed by value;
dwice	10108	This Sub converts the Current Char in a UPPERCASE Char;
dwice	1010d	CL = Current Char;
dwice	10110	ECX is a parameter passed by value;
dwice	10111	EBX = Current UPPERCASE Char;
dwice	10114	This Sub converts the Current Char in a UPPERCASE Char;
dwice	10119	DL = Current Char;
dwice	1011c	EDX is a parameter passed by value;
dwice	1011d	ESI = Current UPPERCASE Char;
dwice	10120	This Sub converts the Current Char in a UPPERCASE Char;
dwice	10125	ECX = 06h;
dwice	1012b	Realign the Stack;
dwice	1012e	EAX = Current UPPERCASE Char;
dwice	10131	EDX = Current UPPERCASE Char;
dwice	10133	EBP = Current UPPERCASE Char;
dwice	10135	EDX = Current UPPERCASE Char * 2^(06h)
dwice	10137	ECX = 11h;
dwice	1013d	EBP = Current UPPERCASE Char * 2^(11h)
dwice	1013f	ECX = 0Dh;
dwice	10145	EDX = Current UPPERCASE Char * [2^(06h) xor 2^(11h)];
dwice	1014b	ECX = 18h;
dwice	10151	EDX = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor (2^(0Dh)];
dwice	10157	ECX = 06h;
dwice	1015d	EDX = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor (2^(0Dh) xor (2^(18h)];
dwice	1015f	EBP = Current UPPERCASE Char;
dwice	10161	-- > EAX = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor (2^(0Dh) xor (2^(18h) xor 1];
dwice	10163	EDX = Current UPPERCASE Char;
dwice	10167	ECX = 11h;
dwice	1016f	ECX = 0Dh;
dwice	1017b	ECX = 18h;
dwice	10187	ECX = 06h;
dwice	1018f	EBP = Current UPPERCASE Char;
dwice	10191	-- > EBX = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor (2^(0Dh) xor (2^(18h) xor 1];
dwice	10193	EDX = Current UPPERCASE Char;
dwice	10197	ECX = 11h;
dwice	1019f	ECX = 0Dh;
dwice	101ab	ECX = 18h;
dwice	101b7	ECX = 06h;
dwice	101bf	EBP = Current UPPERCASE Char;
dwice	101c1	-- > EDI = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor (2^(0Dh) xor (2^(18h) xor 1];
dwice	101c3	EDX = Current UPPERCASE Char;
dwice	101c7	ECX = 11h;
dwice	101cf	ECX = 0Dh;
dwice	101db	ECX = 18h;
dwice	101e7	ECX = 25h;
dwice	101ef	-- > ESI = Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	101f1	EDX = 25h;
dwice	101f3	EBP = 25h;
dwice	101f5	EDX = 25h * [ESP + 1Ch];
dwice	101fa	EBP = 25h * [ESP + 14h];
dwice	101ff	EDX = EDX + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10201	EBP = EBP + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10203	-- > [ESP + 1Ch] = EDX;
dwice	10207	EDX = 25h;
dwice	10209	EDX = 25h * [ESP +10h];
dwice	1020e	EDX = EDX + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10210	Check if BL == 3;
dwice	10213	-- > [ESP + 10h] = EDX;
dwice	10217	If last check is false ...
dwice	10219	we jump here if BL == 3;
dwice	1021f	-- > [ESP + 10h] = EDX + 34651278;
dwice	10230	EDX = 57h * EBP;
dwice	10233	-- > [ESP + 14h] = EDX;
dwice	10239	... we jump here; EDX = [ESP + 20h];
dwice	1023d	EBP = EBP + 19890278;
dwice	10243	-- > [ESP + 14h] = EBP;
dwice	1024d	EBP = 47h * [ESP +20h];
dwice	1024f	-- > [ESP + 20h] = EBP;
dwice	10253	EDX = 25h;
dwice	10255	ECX = 25h * [ESP +10h];
dwice	1025a	EDX = 25h * [ESP +18h];
dwice	1025f	EDX = EDX + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10261	ECX = ECX + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10263	-- > [ESP + 18h] = EDX;
dwice	10267	EDX = [ESP +24h];
dwice	1026d	-- > [ESP + 10h] = ECX;
dwice	10274	EBP = 1Fh * [ESP + 24h];
dwice	10276	EDX = [ESP +28h];
dwice	1027a	EBP = EBP + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	10283	-- > [ESP + 24h] = EBP;
dwice	10287	EBP = [ESP + 34h];
dwice	1028b	EDX = 11h * [ESP + 28h] + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	1028d	-- > [ESP + 28h] = EDX;
dwice	10291	EDX = [ESP + 2Ch];
dwice	10295	CL points to the next char;
dwice	1029a	EBP = EBP + 1;
dwice	1029e	if CL is empty ( so we arrive to the end of the Name buffer...)...
dwice	102a0	EAX = 25h * [ESP + 2Ch] + Current UPPERCASE Char * [2^(06h) xor 2^(11h) xor 2^(0Dh) xor 2^(18h) xor 1];
dwice	102a3	-- > [ESP + 34h] = EBP;
dwice	102a7	-- > [ESP + 2Ch] = EAX;
dwice	102ab	... we not jump!;
dwice	102b1	EAX = [ESP + 18h];
dwice	102c0	saves ESI on the stack;
dwice	102c1	ESI points to a Heap Object;
dwice	102c9	saves EDI on the stack;
dwice	102ca	it jumps if really Heap Object exists;
dwice	102cc	ESI points to the original Heap Block;
dwice	102d4	it jumps surely;
dwice	102db	parameter passed by value;
dwice	102e0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	102fc	ESI points to another Heap Object;
dwice	10304	it jumps if really Heap Object exists;
dwice	10306	ESI points to the original Heap Block;
dwice	1030e	it jumps surely;
dwice	10315	EDI == parameter passed ( top of the stack... );
dwice	10319	ECX = number of bytes to copy;
dwice	1031e	copy operation;
dwice	10320	restore EDI;
dwice	10326	restore ESI;
dwice	10330	saves ESI on the stack;
dwice	10331	ESI == offset base of Src Memory Block!
dwice	10337	saves EDI on the stack;
dwice	10338	init EDI;
dwice	1033c	it jumps if exists a Memory Block; else ...
dwice	1033e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1034d	EAX points to the offset 9EED00h;
dwice	10354	it jumps if [9EED00h] == 0;
dwice	10356	EAX points to Heap block;
dwice	10357	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1035c	parameter passed by value;
dwice	10361	init the location that will store a new pointer to M. Heap Block;
dwice	1036b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	10370	realign the stack;
dwice	10373	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10375	parameter passed by value;
dwice	1037a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1037f	realign the stack;
dwice	10382	[9EED00h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10390	it jumps if EDI == 0;
dwice	10392	EDI points to Heap block;
dwice	10393	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	10398	realign the stack;
dwice	1039b	parameter passed by value;
dwice	103a0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	103c5	EDX == [9EED00h];
dwice	103cb	First parameter passed by value;
dwice	103d0	Second parameter passed by addr: offset of Src M. Block;
dwice	103d1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	103d2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	103e2	\
dwice	103e3	 |
dwice	103e8	 |
dwice	103ee	 |
dwice	103f0	 | ; This piece of code copies bytes of 
dwice	103f5	 | ; Src Memory Block in the dest. Memory
dwice	103fa	 | ; Block allocated in the heap;
dwice	103fc	 |
dwice	103fd	 |
dwice	103fe	 |
dwice	10401	 |
dwice	10404	/
dwice	10410	saves ESI on the stack;
dwice	10411	ESI points to a Heap Object;
dwice	10419	saves EDI on the stack;
dwice	1041a	it jumps if really Heap Object exists;
dwice	1041c	ESI points to the original Heap Block;
dwice	10424	it jumps surely;
dwice	1042b	parameter passed by value;
dwice	10430	this proc generates a pseudo random number < to the parameter passed by value;
dwice	10449	ESI points to another Heap Object;
dwice	10451	it jumps if really Heap Object exists;
dwice	10453	ESI points to the original Heap Block;
dwice	1045b	it jumps surely;
dwice	10462	EDI == parameter passed ( top of the stack... );
dwice	10466	ECX = number of bytes to copy;
dwice	1046b	copy operation;
dwice	1046d	restore EDI;
dwice	10473	restore ESI;
dwice	10480	saves ESI on the stack;
dwice	10481	ESI == offset base of Src Memory Block!
dwice	10487	saves EDI on the stack;
dwice	10488	init EDI;
dwice	1048c	it jumps if exists a Memory Block; else ...
dwice	1048e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1049d	EAX points to the offset 9EECFCh;
dwice	104a4	it jumps if [9EECFCh] == 0;
dwice	104a6	EAX points to Heap block;
dwice	104a7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	104ac	parameter passed by value;
dwice	104b1	init the location that will store a new pointer to M. Heap Block;
dwice	104bb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	104c0	realign the stack;
dwice	104c3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	104c5	parameter passed by value;
dwice	104ca	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	104cf	realign the stack;
dwice	104d2	[9EECFCh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	104e0	it jumps if EDI == 0;
dwice	104e2	EDI points to Heap block;
dwice	104e3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	104e8	realign the stack;
dwice	104eb	parameter passed by value;
dwice	104f0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	10515	EDX == [9EECFCh];
dwice	1051b	First parameter passed by value;
dwice	10520	Second parameter passed by addr: offset of Src M. Block;
dwice	10521	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	10522	This proc copies bytes of Src M. Block in the New M.Block;
dwice	10532	\
dwice	10533	 |
dwice	10538	 |
dwice	1053e	 |
dwice	10540	 | ; This piece of code copies bytes of 
dwice	10545	 | ; Src Memory Block in the dest. Memory
dwice	1054a	 | ; Block allocated in the heap;
dwice	1054c	 |
dwice	1054d	 |
dwice	1054e	 |
dwice	10551	 |
dwice	10554	/
dwice	10560	saves ESI on the stack;
dwice	10561	ESI == offset base of Src Memory Block!
dwice	10567	saves EDI on the stack;
dwice	10568	init EDI;
dwice	1056c	it jumps if exists a Memory Block; else ...
dwice	1056e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1057d	EAX points to the address 9EED0Ch;
dwice	10584	it jumps if [9EED0Ch] == 0;
dwice	10586	EAX points to Heap block;
dwice	10587	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1058c	parameter passed by value;
dwice	10591	init the location that will store a new pointer to M. Heap Block;
dwice	1059b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	105a0	realign the stack;
dwice	105a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	105a5	parameter passed by value;
dwice	105aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	105af	realign the stack;
dwice	105b2	[9EED0Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	105c0	it jumps if EDI == 0;
dwice	105c2	EDI points to Heap block;
dwice	105c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	105c8	realign the stack;
dwice	105cb	parameter passed by value;
dwice	105d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	105f5	EDX = [9EED0Ch];
dwice	105fb	First parameter passed  by value;
dwice	10600	Second parameter passed by addr: offset of Src M. Block;
dwice	10601	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	10602	This proc copies bytes of Src M. Block in the New M.Block;
dwice	10613	\
dwice	10618	 |
dwice	1061e	 |
dwice	10620	 | ; This piece of code copies bytes of 
dwice	10625	 | ; Src Memory Block in the dest. Memory
dwice	1062a	 | ; Block allocated in the Heap;
dwice	1062c	 |
dwice	1062d	 |
dwice	1062e	 |
dwice	10631	 |
dwice	10634	 |
dwice	10637	/
dwice	10646	Parameter passed by value;
dwice	10648	This sub generates a pseudo random number by the use of the API GetTickCount ;D.The return value is in EAX;
dwice	1064d	EAX <= 10h; it 's used as a random index;
dwice	10664	EAX == offset of stack's top;
dwice	10665	This proc copies a Heap object in to the stack;
dwice	10673	ECX == offset of stack's top;
dwice	10674	This proc copies a Heap object in to the stack;
dwice	10682	EDX == offset of stack's top;
dwice	10683	This proc copies a Heap object in to the stack;
dwice	10691	EAX == offset of stack's top;
dwice	10692	This proc copies a Heap object in to the stack;
dwice	106a0	ECX == offset of stack's top;
dwice	106a1	This proc copies a Heap object in to the stack;
dwice	106af	EDX == offset of stack's top;
dwice	106b0	This proc copies a Heap object in to the stack;
dwice	106be	EAX == offset of stack's top;
dwice	106bf	This proc copies a Heap object in to the stack;
dwice	106ca	ECX == offset of stack's top;
dwice	106cb	This proc copies a Heap object in to the stack;
dwice	106d6	EDX == offset of stack's top;
dwice	106d7	This proc copies a Heap object in to the stack;
dwice	106e2	EAX == offset of stack's top;
dwice	106e3	This proc copies a Heap object in to the stack;
dwice	106ee	ECX == offset of stack's top;
dwice	106ef	This proc copies a Heap object in to the stack;
dwice	106fa	EDX == offset of stack's top;
dwice	106fb	This proc copies a Heap object in to the stack;
dwice	10706	EAX == offset of stack's top;
dwice	10707	This proc copies a Heap object in to the stack;
dwice	10712	ECX == offset of stack's top;
dwice	10713	This proc copies a Heap object in to the stack;
dwice	1071e	EDX == offset of stack's top;
dwice	1071f	This proc copies a Heap object in to the stack;
dwice	1072a	EAX == offset of stack's top;
dwice	1072b	This proc copies a Heap object in to the stack;
dwice	10736	ECX == offset of stack's top;
dwice	10737	This proc copies a Heap object in to the stack;
dwice	10742	EAX is a Magic value; if EAX = 0 we have an error;
dwice	10751	ECX = Lengh of Serial;
dwice	10754	if the Serial has a lengh != 1Eh, we have a mistake, else...
dwice	1075e	...we jump here; EDX point to the 'Cleaned Name';
dwice	10765	parameter passed by address; EDX = offset of the 'Cleaned Name';
dwice	10766	This sub computes a value on the ' Cleaned Name' and returns it in EAX;
dwice	1076b	ECX = 0Fh;
dwice	1077c	ERROR!!!;
dwice	1077d	Magic Value is set to 0 (EAX == 0);
dwice	10786	CL = [ESP + 244h + 0Fh]; CL is a 0Fh-esim char of the serial;
dwice	1078d	we use the value stored in EAX many times!
dwice	1078f	EDX = EAX and 1Fh;
dwice	10798	ERROR!!!;
dwice	10799	Magic Value is set to 0 (EAX == 0);
dwice	107a2	ECX = 0Bh;
dwice	107b0	ERROR!!!;
dwice	107b1	Magic Value is set to 0 (EAX == 0);
dwice	107ba	CL = [ESP + 244h + 0Bh]; CL is a 0Bh-esim char of the serial;
dwice	107c6	EDX = (EAX >> 5) and EAX;
dwice	107cf	ERROR!!!;
dwice	107d0	Magic Value is set to 0 (EAX == 0);
dwice	107d9	ECX = 03h;
dwice	107e7	ERROR!!!;
dwice	107e8	Magic Value is set to 0 (EAX == 0);
dwice	107f1	DL = [ESP + 244h + 03h]; DL is a 03h-esim char of the serial;
dwice	10804	ERROR!!!;
dwice	10805	Magic Value is set to 0 (EAX == 0);
dwice	108d0	saves ESI on the stack;
dwice	108d1	ESI == offset base of Src Memory Block!
dwice	108d7	saves EDI on the stack;
dwice	108d8	init EDI;
dwice	108dc	it jumps if exists a Memory Block; else ...
dwice	108de	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	108ed	EAX points to the offset 9EED08h;
dwice	108f4	it jumps if [9EED08h] == 0;
dwice	108f6	EAX points to Heap block;
dwice	108f7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	108fc	parameter passed by value;
dwice	10901	init the location that will store a new pointer to M. Heap Block;
dwice	1090b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	10910	realign the stack;
dwice	10913	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10915	parameter passed by value;
dwice	1091a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1091f	realign the stack;
dwice	10922	[9EED08h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10930	it jumps if EDI == 0;
dwice	10932	EDI points to Heap block;
dwice	10933	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	10938	realign the stack;
dwice	1093b	parameter passed by value;
dwice	10940	this proc generates a pseudo random number < to the parameter passed by value;
dwice	10965	EDX == [9EED08h];
dwice	1096b	First parameter passed by value;
dwice	10970	Second parameter passed by addr: offset of Src M. Block;
dwice	10971	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	10972	This proc copies bytes of Src M. Block in the New M.Block;
dwice	10982	\
dwice	10983	 |
dwice	10988	 |
dwice	1098e	 |
dwice	10990	 | ; This piece of code copies bytes of 
dwice	10995	 | ; Src Memory Block in the dest. Memory
dwice	1099a	 | ; Block allocated in the heap;
dwice	1099c	 |
dwice	1099d	 |
dwice	1099e	 |
dwice	109a1	 |
dwice	109a4	/
dwice	10a20	saves ESI on the stack;
dwice	10a21	ESI == offset base of Src Memory Block!
dwice	10a27	saves EDI on the stack;
dwice	10a28	init EDI;
dwice	10a2c	it jumps if exists a Memory Block; else ...
dwice	10a2e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	10a3d	EAX points to the offset 9EED04h;
dwice	10a44	it jumps if [9EED04h] == 0;
dwice	10a46	EAX points to Heap block;
dwice	10a47	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	10a4c	parameter passed by value;
dwice	10a51	init the location that will store a new pointer to M. Heap Block;
dwice	10a5b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	10a60	realign the stack;
dwice	10a63	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10a65	parameter passed by value;
dwice	10a6a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	10a6f	realign the stack;
dwice	10a72	[9EED04h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	10a80	it jumps if EDI == 0;
dwice	10a82	EDI points to Heap block;
dwice	10a83	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	10a88	realign the stack;
dwice	10a8b	parameter passed by value;
dwice	10a90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	10ab5	EDX == [9EED04h];
dwice	10abb	First parameter passed by value;
dwice	10ac0	Second parameter passed by addr: offset of Src M. Block;
dwice	10ac1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	10ac2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	10ad2	\
dwice	10ad3	 |
dwice	10ad8	 |
dwice	10ade	 |
dwice	10ae0	 | ; This piece of code copies bytes of 
dwice	10ae5	 | ; Src Memory Block in the dest. Memory
dwice	10aea	 | ; Block allocated in the heap;
dwice	10aec	 |
dwice	10aed	 |
dwice	10aee	 |
dwice	10af1	 |
dwice	10af4	/
dwice	10b03	save EBX;
dwice	10b04	save EBP;
dwice	10b05	EBP = offset of String1;
dwice	10b09	save ESI;
dwice	10b0a	save EDI;
dwice	10b0b	init ECX = -1;
dwice	10b0e	EDI points to 'Cleaned Name';
dwice	10b14	EAX = 0;
dwice	10b1a	ECX = lengh of the 'Cleaned Name';
dwice	10b1b	EDI = ECX = number of chars of Cleaned Name;
dwice	10b1d	EDI = EDI - 1;
dwice	17791	First Check's routine;
dwice	17796	In this Call there's a Second Check routine;
dwice	1779b	Third Check's routine;
dwice	177a0	Fourth Check's routine;
dwice	17ff0	saves ESI on the stack;
dwice	17ff1	ESI points to a Heap Object;
dwice	17ff9	saves EDI on the stack;
dwice	17ffa	it jumps if really Heap Object exists;
dwice	17ffc	ESI points to the original Heap Block;
dwice	18004	it jumps surely;
dwice	1800b	parameter passed by value;
dwice	18010	this proc generates a pseudo random number < to the parameter passed by value;
dwice	1802a	ESI points to another Heap Object;
dwice	18032	it jumps if really Heap Object exists;
dwice	18034	ESI points to the original Heap Block;
dwice	1803c	it jumps surely;
dwice	18043	EDI == parameter passed ( top of the stack... );
dwice	18047	ECX = number of bytes to copy;
dwice	1804c	copy operation;
dwice	1804e	restore EDI;
dwice	18054	restore ESI;
dwice	18060	saves ESI on the stack;
dwice	18061	ESI == offset base of Src Memory Block!
dwice	18067	saves EDI on the stack;
dwice	18068	init EDI;
dwice	1806c	it jumps if exists a Memory Block; else ...
dwice	1806e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1807d	EAX points to the offset 9EEE9Ch;
dwice	18084	it jumps if [9EEE9Ch] == 0;
dwice	18086	EAX points to Heap block;
dwice	18087	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1808c	parameter passed by value;
dwice	18091	init the location that will store a new pointer to M. Heap Block;
dwice	1809b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	180a0	realign the stack;
dwice	180a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	180a5	parameter passed by value;
dwice	180aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	180af	realign the stack;
dwice	180b2	[9EEE9Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	180c0	it jumps if EDI == 0;
dwice	180c2	EDI points to Heap block;
dwice	180c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	180c8	realign the stack;
dwice	180cb	parameter passed by value;
dwice	180d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	180f5	EDX == [9EEE9Ch];
dwice	180fb	First parameter passed by value;
dwice	18100	Second parameter passed by addr: offset of Src M. Block;
dwice	18101	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18102	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18112	\
dwice	18113	 |
dwice	18118	 |
dwice	1811e	 |
dwice	18120	 | ; This piece of code copies bytes of 
dwice	18125	 | ; Src Memory Block in the dest. Memory
dwice	1812a	 | ; Block allocated in the heap;
dwice	1812c	 |
dwice	1812d	 |
dwice	1812e	 |
dwice	18131	 |
dwice	18134	/
dwice	18140	saves ESI on the stack;
dwice	18141	ESI == offset base of Src Memory Block!
dwice	18147	saves EDI on the stack;
dwice	18148	init EDI;
dwice	1814c	it jumps if exists a Memory Block; else ...
dwice	1814e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1815d	EAX points to the offset 9EEEA0h;
dwice	18164	it jumps if [9EEEA0h] == 0;
dwice	18166	EAX points to Heap block;
dwice	18167	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1816c	parameter passed by value;
dwice	18171	init the location that will store a new pointer to M. Heap Block;
dwice	1817b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18180	realign the stack;
dwice	18183	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18185	parameter passed by value;
dwice	1818a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1818f	realign the stack;
dwice	18192	[9EEEA0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	181a0	it jumps if EDI == 0;
dwice	181a2	EDI points to Heap block;
dwice	181a3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	181a8	realign the stack;
dwice	181ab	parameter passed by value;
dwice	181b0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	181d5	EDX == [9EEEA0h];
dwice	181db	First parameter passed by value;
dwice	181e0	Second parameter passed by addr: offset of Src M. Block;
dwice	181e1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	181e2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	181f2	\
dwice	181f3	 |
dwice	181f8	 |
dwice	181fe	 |
dwice	18200	 | ; This piece of code copies bytes of 
dwice	18205	 | ; Src Memory Block in the dest. Memory
dwice	1820a	 | ; Block allocated in the heap;
dwice	1820c	 |
dwice	1820d	 |
dwice	1820e	 |
dwice	18211	 |
dwice	18214	/
dwice	18223	EAX = 578A43D1h;
dwice	18228	save EBX on the stack;
dwice	18229	save EBP on the stack;
dwice	1822a	EBP points to the Name Buffer;
dwice	1822e	save ESI on the stack;
dwice	1822f	save EDI on the stack;
dwice	18230	DL = first char of the 'Cleaned Name';
dwice	18233	init the Stack: [ESP + 1Ch] = 578A43D1h;
dwice	18237	test the presence of any char in a buffer...;
dwice	18239	init the Stack: [ESP + 14h] = 578A43D1h;
dwice	1823d	init the Stack: [ESP + 10h] = 578A43D1h;
dwice	18241	init the Stack: [ESP + 18h] = 578A43D1h;
dwice	18245	... if the first location of the Cleaned Name' buffer is empty, we have a mistake!!;
dwice	18251	EDX = Current char; parameter passed by value;
dwice	18252	This Sub converts the Current Char in a UPPERCASE Char;
dwice	18257	ESI = Current UPPERCASE Char;
dwice	1825a	AL = Current Char;
dwice	1825d	EAX = Current char; parameter passed by value;
dwice	1825e	This Sub converts the Current Char in a UPPERCASE Char;
dwice	18263	CL = Current Char;
dwice	18266	ECX = Current char; parameter passed by value;
dwice	18267	EDI = Current UPPERCASE Char;
dwice	1826a	This Sub converts the Current Char in a UPPERCASE Char;
dwice	1826f	DL = Current Char;
dwice	18272	EDX = Current char; parameter passed by value;
dwice	18273	EBX = Current UPPERCASE Char;
dwice	18276	This Sub converts the Current Char in a UPPERCASE Char;
dwice	1827b	EBP = Current UPPERCASE Char;
dwice	1827e	EAX = offset of 'Cleaned Name' Buffer;
dwice	18282	CL = Current Char;
dwice	18284	ECX = Current char; parameter passed by value;
dwice	18285	This Sub converts the Current Char in a UPPERCASE Char;
dwice	1828a	ECX = 07h;
dwice	18290	EDX = Current UPPERCASE Char;
dwice	18292	EDX = Current UPPERCASE Char * 2^(07h);
dwice	18294	ECX = 0Bh;
dwice	1829a	EAX = Current UPPERCASE Char;
dwice	1829c	EAX = Current UPPERCASE Char * 2^(0Bh);
dwice	1829e	ECX = 11h;
dwice	182a4	Realign the Stack;
dwice	182a7	EDX = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh)];
dwice	182a9	EAX = Current UPPERCASE Char;
dwice	182ab	EAX = Current UPPERCASE Char * 2^(11h);
dwice	182ad	ECX = 18h;
dwice	182b3	EDX = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h)];
dwice	182b5	EAX = Current UPPERCASE Char;
dwice	182b7	EAX = Current UPPERCASE Char * 2^(18h);
dwice	182b9	ECX = 1Dh;
dwice	182bf	EDX = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h)];
dwice	182c1	EAX = Current UPPERCASE Char;
dwice	182c3	EAX = Current UPPERCASE Char * 2^(1Dh);
dwice	182c5	ECX = 07h;
dwice	182cb	EDX = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh)];
dwice	182cd	EAX = Current UPPERCASE Char;
dwice	182cf	-- > ESI = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	182d1	EDX = Current UPPERCASE Char;
dwice	182d5	ECX = 0Bh;
dwice	182dd	ECX = 11h;
dwice	182e9	ECX = 18h;
dwice	182f5	ECX = 1Dh;
dwice	18301	ECX = 07h;
dwice	18309	EAX = Current UPPERCASE Char;
dwice	1830b	-- > EBP = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	1830d	EDX = Current UPPERCASE Char;
dwice	18311	ECX = 0Bh;
dwice	18319	ECX = 11h;
dwice	18325	ECX = 18h;
dwice	18331	ECX = 1Dh;
dwice	1833f	-- > EBX = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	18341	EDX = Current UPPERCASE Char;
dwice	18343	ECX = 07h;
dwice	18349	EAX = Current UPPERCASE Char;
dwice	1834d	ECX = 0Bh;
dwice	18355	ECX = 11h;
dwice	18361	ECX = 18h;
dwice	1836d	ECX = 1Dh;
dwice	1837b	-- > EDI = Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	1837d	check if BL == 03h;
dwice	18380	we jump if BL<> 03h;
dwice	1839d	EAX = [ESP + 10h];
dwice	183a1	EAX = [ESP + 10h] - 5C786FE9h;
dwice	183a6	-- > [ESP + 10h] = [ESP + 10h] - 5C786FE9h;
dwice	183aa	ECX = 25h;
dwice	183b0	EDX = 25h;
dwice	183b2	ECX = 25h * [ESP + 10h];
dwice	183b5	EDX = 25h * [ESP + 1Ch];
dwice	183ba	EDX = EDX + Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	183bc	ECX = ECX + Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	183be	-- > [ESP + 1Ch] = EDX;
dwice	183c2	EDX = 13h;
dwice	183c8	ESI = 13h;
dwice	183ca	EDX = 13h * [ESP + 14h];
dwice	183cf	ESI = 13h * [ESP + 18h];
dwice	183d4	EDX = EDX + 2 * Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	183d7	ESI = ESI + Current UPPERCASE Char * [2^(07h) xor 2^(0Bh) xor 2^(11h) xor 2^(18h) xor 2^(1Dh) xor 1];
dwice	183d9	-- > [ESP + 14h] = EDX;
dwice	183dd	EDX = offset of 'Cleaned Name' buffer;
dwice	183e1	EDX = EDX + 1;
dwice	183e2	-- > [ESP + 18h] = ESI;
dwice	183e6	-- > [ESP + 24h] = EDX;
dwice	183ea	-- > [ESP + 10h] = ECX;
dwice	183ee	DL = Next Char of 'Cleaned Name' Buffer;
dwice	183f2	if the Buffer of 'Cleaned Name' is empty, we finish this loop...
dwice	183f8	/ Garbage code!
dwice	183fb	|
dwice	183fd	\
dwice	18405	...and EAX = [ESP + 18h]; or...
dwice	18411	...the same ;) ! Infact EAX = ESI = [ESP + 18h];
dwice	18490	saves ESI on the stack;
dwice	18491	ESI == offset base of Src Memory Block!
dwice	18497	saves EDI on the stack;
dwice	18498	init EDI;
dwice	1849c	it jumps if exists a Memory Block; else ...
dwice	1849e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	184ad	EAX points to the offset 9EEEA4h;
dwice	184b4	it jumps if [9EEEA4h] == 0;
dwice	184b6	EAX points to Heap block;
dwice	184b7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	184bc	parameter passed by value;
dwice	184c1	init the location that will store a new pointer to M. Heap Block;
dwice	184cb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	184d0	realign the stack;
dwice	184d3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	184d5	parameter passed by value;
dwice	184da	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	184df	realign the stack;
dwice	184e2	[9EEEA4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	184f0	it jumps if EDI == 0;
dwice	184f2	EDI points to Heap block;
dwice	184f3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	184f8	realign the stack;
dwice	184fb	parameter passed by value;
dwice	18500	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18525	EDX == [9EEEA4h];
dwice	1852b	First parameter passed by value;
dwice	18530	Second parameter passed by addr: offset of Src M. Block;
dwice	18531	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18532	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18542	\
dwice	18543	 |
dwice	18548	 |
dwice	1854e	 |
dwice	18550	 | ; This piece of code copies bytes of 
dwice	18555	 | ; Src Memory Block in the dest. Memory
dwice	1855a	 | ; Block allocated in the heap;
dwice	1855c	 |
dwice	1855d	 |
dwice	1855e	 |
dwice	18561	 |
dwice	18564	/
dwice	185e0	saves ESI on the stack;
dwice	185e1	ESI == offset base of Src Memory Block!
dwice	185e7	saves EDI on the stack;
dwice	185e8	init EDI;
dwice	185ec	it jumps if exists a Memory Block; else ...
dwice	185ee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	185fd	EAX points to the offset 9EEEA8h;
dwice	18604	it jumps if [9EEEA8h] == 0;
dwice	18606	EAX points to Heap block;
dwice	18607	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1860c	parameter passed by value;
dwice	18611	init the location that will store a new pointer to M. Heap Block;
dwice	1861b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18620	realign the stack;
dwice	18623	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18625	parameter passed by value;
dwice	1862a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1862f	realign the stack;
dwice	18632	[9EEEA8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18640	it jumps if EDI == 0;
dwice	18642	EDI points to Heap block;
dwice	18643	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18648	realign the stack;
dwice	1864b	parameter passed by value;
dwice	18650	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18675	EDX == [9EEEA8h];
dwice	1867b	First parameter passed by value;
dwice	18680	Second parameter passed by addr: offset of Src M. Block;
dwice	18681	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18682	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18692	\
dwice	18693	 |
dwice	18698	 |
dwice	1869e	 |
dwice	186a0	 | ; This piece of code copies bytes of 
dwice	186a5	 | ; Src Memory Block in the dest. Memory
dwice	186aa	 | ; Block allocated in the heap;
dwice	186ac	 |
dwice	186ad	 |
dwice	186ae	 |
dwice	186b1	 |
dwice	186b4	/
dwice	186c6	Parameter passed by value;
dwice	186c8	This sub generates a pseudo random number by the use of the API GetTickCount ;D.The return value is in EAX;
dwice	186cd	EAX <= 10h; it 's used as a random index;
dwice	186e4	EAX == offset of stack's top;
dwice	186e5	This proc copies a Heap object in to the stack;
dwice	186f3	ECX == offset of stack's top;
dwice	186f4	This proc copies a Heap object in to the stack;
dwice	18702	EDX == offset of stack's top;
dwice	18703	This proc copies a Heap object in to the stack;
dwice	18711	EAX == offset of stack's top;
dwice	18712	This proc copies a Heap object in to the stack;
dwice	18720	ECX == offset of stack's top;
dwice	18721	This proc copies a Heap object in to the stack;
dwice	1872f	EDX == offset of stack's top;
dwice	18730	This proc copies a Heap object in to the stack;
dwice	1873e	EAX == offset of stack's top;
dwice	1873f	This proc copies a Heap object in to the stack;
dwice	1874a	ECX == offset of stack's top;
dwice	1874b	This proc copies a Heap object in to the stack;
dwice	18756	EDX == offset of stack's top;
dwice	18757	This proc copies a Heap object in to the stack;
dwice	18762	EAX == offset of stack's top;
dwice	18763	This proc copies a Heap object in to the stack;
dwice	1876e	ECX == offset of stack's top;
dwice	1876f	This proc copies a Heap object in to the stack;
dwice	1877a	EDX == offset of stack's top;
dwice	1877b	This proc copies a Heap object in to the stack;
dwice	18786	EAX == offset of stack's top;
dwice	18787	This proc copies a Heap object in to the stack;
dwice	18792	ECX == offset of stack's top;
dwice	18793	This proc copies a Heap object in to the stack;
dwice	1879e	EDX == offset of stack's top;
dwice	1879f	This proc copies a Heap object in to the stack;
dwice	187aa	EAX == offset of stack's top;
dwice	187ab	This proc copies a Heap object in to the stack;
dwice	187b6	ECX == offset of stack's top;
dwice	187b7	This proc copies a Heap object in to the stack;
dwice	187bc	Next check of the serial!!;
dwice	187bf	ECX = -1;
dwice	187c2	EAX = MAGIC value; if it set to 0 we have a MISTAKE;
dwice	187c4	save EDi on the Stack;
dwice	187c5	EDI = offset of the serial;
dwice	187d1	EDI = original value;
dwice	187d2	ECX = Serial's lengh; Check if it is equal to 1Eh;
dwice	187d5	if the last check is not passed, EAX == 0 and we are bad boys!;
dwice	187de	EDX = offset of 'Cleaned Name';
dwice	187e5	Parameter passed by address : offset of 'Cleaned name';
dwice	187e6	This Sub computes an 'hash' and stores it in EAX;
dwice	187eb	ECX = 09h;
dwice	187fa	save the result of the last Sub: EAX = [9EEEC0];
dwice	1881a	ERROR!!!; EAX == 0;
dwice	18823	EAX = 1;) ;
dwice	18828	it saves EAX: [9EEEBC] = EAX = 1;
dwice	188f0	saves ESI on the stack;
dwice	188f1	ESI == offset base of Src Memory Block!
dwice	188f7	saves EDI on the stack;
dwice	188f8	init EDI;
dwice	188fc	it jumps if exists a Memory Block; else ...
dwice	188fe	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1890d	EAX points to the offset 9EEEACh;
dwice	18914	it jumps if [9EEEACh] == 0;
dwice	18916	EAX points to Heap block;
dwice	18917	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1891c	parameter passed by value;
dwice	18921	init the location that will store a new pointer to M. Heap Block;
dwice	1892b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18930	realign the stack;
dwice	18933	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18935	parameter passed by value;
dwice	1893a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1893f	realign the stack;
dwice	18942	[9EEEACh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18950	it jumps if EDI == 0;
dwice	18952	EDI points to Heap block;
dwice	18953	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18958	realign the stack;
dwice	1895b	parameter passed by value;
dwice	18960	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18985	EDX == [9EEEACh];
dwice	1898b	First parameter passed by value;
dwice	18990	Second parameter passed by addr: offset of Src M. Block;
dwice	18991	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18992	This proc copies bytes of Src M. Block in the New M.Block;
dwice	189a2	\
dwice	189a3	 |
dwice	189a8	 |
dwice	189ae	 |
dwice	189b0	 | ; This piece of code copies bytes of 
dwice	189b5	 | ; Src Memory Block in the dest. Memory
dwice	189ba	 | ; Block allocated in the heap;
dwice	189bc	 |
dwice	189bd	 |
dwice	189be	 |
dwice	189c1	 |
dwice	189c4	/
dwice	18a40	saves ESI on the stack;
dwice	18a41	ESI == offset base of Src Memory Block!
dwice	18a47	saves EDI on the stack;
dwice	18a48	init EDI;
dwice	18a4c	it jumps if exists a Memory Block; else ...
dwice	18a4e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	18a5d	EAX points to the offset 9EEEB0h;
dwice	18a64	it jumps if [9EEEB0h] == 0;
dwice	18a66	EAX points to Heap block;
dwice	18a67	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	18a6c	parameter passed by value;
dwice	18a71	init the location that will store a new pointer to M. Heap Block;
dwice	18a7b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18a80	realign the stack;
dwice	18a83	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18a85	parameter passed by value;
dwice	18a8a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	18a8f	realign the stack;
dwice	18a92	[9EEEB0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18aa0	it jumps if EDI == 0;
dwice	18aa2	EDI points to Heap block;
dwice	18aa3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18aa8	realign the stack;
dwice	18aab	parameter passed by value;
dwice	18ab0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18ad5	EDX == [9EEE80h];
dwice	18adb	First parameter passed by value;
dwice	18ae0	Second parameter passed by addr: offset of Src M. Block;
dwice	18ae1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18ae2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18af2	\
dwice	18af3	 |
dwice	18af8	 |
dwice	18afe	 |
dwice	18b00	 | ; This piece of code copies bytes of 
dwice	18b05	 | ; Src Memory Block in the dest. Memory
dwice	18b0a	 | ; Block allocated in the heap;
dwice	18b0c	 |
dwice	18b0d	 |
dwice	18b0e	 |
dwice	18b11	 |
dwice	18b14	/
dwice	18b90	saves ESI on the stack;
dwice	18b91	ESI == offset base of Src Memory Block!
dwice	18b97	saves EDI on the stack;
dwice	18b98	init EDI;
dwice	18b9c	it jumps if exists a Memory Block; else ...
dwice	18b9e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	18bad	EAX points to the address 9EEEB4h;
dwice	18bb4	it jumps if [9EEEB4h] == 0;
dwice	18bb6	EAX points to Heap block;
dwice	18bb7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	18bbc	parameter passed by value;
dwice	18bc1	init the location that will store a new pointer to M. Heap Block;
dwice	18bcb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18bd0	realign the stack;
dwice	18bd3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18bd5	parameter passed by value;
dwice	18bda	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	18bdf	realign the stack;
dwice	18be2	[9EEEB4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18bf0	it jumps if EDI == 0;
dwice	18bf2	EDI points to Heap block;
dwice	18bf3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18bf8	realign the stack;
dwice	18bfb	parameter passed by value;
dwice	18c00	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18c25	EDX = [9EEEB4h];
dwice	18c2b	First parameter passed  by value;
dwice	18c30	Second parameter passed by addr: offset of Src M. Block;
dwice	18c31	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18c32	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18c43	\
dwice	18c48	 |
dwice	18c4e	 |
dwice	18c50	 |
dwice	18c55	 | ; This piece of code copies bytes of 
dwice	18c5a	 | ; Src Memory Block in the dest. Memory
dwice	18c5c	 | ; Block allocated in the Heap;
dwice	18c5d	 |
dwice	18c5e	 |
dwice	18c61	 |
dwice	18c64	 |
dwice	18c67	/
dwice	18c70	saves ESI on the stack;
dwice	18c71	ESI points to a Heap Object;
dwice	18c79	saves EDI on the stack;
dwice	18c7a	it jumps if really Heap Object exists;
dwice	18c7c	ESI points to the original Heap Block;
dwice	18c84	it jumps surely;
dwice	18c8b	parameter passed by value;
dwice	18c90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18ca9	ESI points to another Heap Object;
dwice	18cb1	it jumps if really Heap Object exists;
dwice	18cb3	ESI points to the original Heap Block;
dwice	18cbb	it jumps surely;
dwice	18cc2	EDI == parameter passed ( top of the stack... );
dwice	18cc6	ECX = number of bytes to copy;
dwice	18ccb	copy operation;
dwice	18ccd	restore EDI;
dwice	18cd3	restore ESI;
dwice	18ce0	saves ESI on the stack;
dwice	18ce1	ESI == offset base of Src Memory Block!
dwice	18ce7	saves EDI on the stack;
dwice	18ce8	init EDI;
dwice	18cec	it jumps if exists a Memory Block; else ...
dwice	18cee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	18cfd	EAX points to the offset 9EEEE4h;
dwice	18d04	it jumps if [9EEEE4h] == 0;
dwice	18d06	EAX points to Heap block;
dwice	18d07	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	18d0c	parameter passed by value;
dwice	18d11	init the location that will store a new pointer to M. Heap Block;
dwice	18d1b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18d20	realign the stack;
dwice	18d23	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18d25	parameter passed by value;
dwice	18d2a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	18d2f	realign the stack;
dwice	18d32	[9EEEE4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18d40	it jumps if EDI == 0;
dwice	18d42	EDI points to Heap block;
dwice	18d43	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18d48	realign the stack;
dwice	18d4b	parameter passed by value;
dwice	18d50	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18d75	EDX == [9EEEE4h];
dwice	18d7b	First parameter passed by value;
dwice	18d80	Second parameter passed by addr: offset of Src M. Block;
dwice	18d81	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18d82	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18d92	\
dwice	18d93	 |
dwice	18d98	 |
dwice	18d9e	 |
dwice	18da0	 | ; This piece of code copies bytes of 
dwice	18da5	 | ; Src Memory Block in the dest. Memory
dwice	18daa	 | ; Block allocated in the heap;
dwice	18dac	 |
dwice	18dad	 |
dwice	18dae	 |
dwice	18db1	 |
dwice	18db4	/
dwice	18e30	saves ESI on the stack;
dwice	18e31	ESI == offset base of Src Memory Block!
dwice	18e37	saves EDI on the stack;
dwice	18e38	init EDI;
dwice	18e3c	it jumps if exists a Memory Block; else ...
dwice	18e3e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	18e4d	EAX points to the offset 9EEEFOh;
dwice	18e54	it jumps if [9EEEF0h] == 0;
dwice	18e56	EAX points to Heap block;
dwice	18e57	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	18e5c	parameter passed by value;
dwice	18e61	init the location that will store a new pointer to M. Heap Block;
dwice	18e6b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18e70	realign the stack;
dwice	18e73	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18e75	parameter passed  by value;
dwice	18e7a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	18e7f	realign the stack;
dwice	18e82	[9EEEF0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18e90	it jumps if EDI == 0;
dwice	18e92	EDI points to Heap block;
dwice	18e93	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18e98	realign the stack;
dwice	18e9b	parameter passed by value;
dwice	18ea0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	18ec5	EDX = [9EEEF0h];
dwice	18ecb	First parameter passed  by value;
dwice	18ed0	Second parameter passed by addr: offset of Src M. Block;
dwice	18ed1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	18ed2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	18ee3	\
dwice	18ee8	 |
dwice	18eee	 |
dwice	18ef0	 |
dwice	18ef5	 | ; This piece of code copies bytes of 
dwice	18efa	 | ; Src Memory Block in the dest. Memory
dwice	18efc	 | ; Block allocated in the Heap;
dwice	18efd	 |
dwice	18efe	 |
dwice	18f01	 |
dwice	18f04	 |
dwice	18f07	/
dwice	18f80	saves ESI on the stack;
dwice	18f81	ESI == offset base of Src Memory Block!
dwice	18f87	saves EDI on the stack;
dwice	18f88	init EDI;
dwice	18f8c	it jumps if exists a Memory Block; else ...
dwice	18f8e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	18f9d	EAX points to the offset 9EEEE8h;
dwice	18fa4	it jumps if [9EEEE8h] == 0;
dwice	18fa6	EAX points to Heap block;
dwice	18fa7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	18fac	parameter passed by value;
dwice	18fb1	init the location that will store a new pointer to M. Heap Block;
dwice	18fbb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	18fc0	realign the stack;
dwice	18fc3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18fc5	parameter passed by value;
dwice	18fca	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	18fcf	realign the stack;
dwice	18fd2	[9EEEE8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	18fe0	it jumps if EDI == 0;
dwice	18fe2	EDI points to Heap block;
dwice	18fe3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	18fe8	realign the stack;
dwice	18feb	parameter passed by value;
dwice	18ff0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	19015	EDX == [9EEEE8h];
dwice	1901b	First parameter passed by value;
dwice	19020	Second parameter passed by addr: offset of Src M. Block;
dwice	19021	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	19022	This proc copies bytes of Src M. Block in the New M.Block;
dwice	19032	\
dwice	19033	 |
dwice	19038	 |
dwice	1903e	 |
dwice	19040	 | ; This piece of code copies bytes of 
dwice	19045	 | ; Src Memory Block in the dest. Memory
dwice	1904a	 | ; Block allocated in the heap;
dwice	1904c	 |
dwice	1904d	 |
dwice	1904e	 |
dwice	19051	 |
dwice	19054	/
dwice	19060	EDX = offset of first block; (first parameter);
dwice	19064	EAX = offset of second block; (Second parameter);
dwice	19068	save ESI in to the Stack;
dwice	19069	ESI = first block;
dwice	1906b	ECX = second block;
dwice	1906d	First block goes in the position of Second block;
dwice	1906f	Second block goes in the position of First block;
dwice	19071	restore original value of ESI;
dwice	19080	EDX = offset of second block; (second parameter);
dwice	19084	EDX = offset of third block; (third parameter);
dwice	19088	save ESI in to the stack;
dwice	19089	ESI = second block;
dwice	1908b	ECX = third block;
dwice	1908d	Second block goes in the position of Third block;
dwice	1908f	EAX = offset of first block; ( first parameter);
dwice	19093	ESI = first block;
dwice	19095	First block goes in the position of Second block;
dwice	19097	Third block goes in the position of First block;
dwice	19099	restore the value of ESI;
dwice	190a0	EDX = offset of third block; (third parameter);
dwice	190a4	EAX = offset of fourth block; (fourth parameter);
dwice	190a8	save ESI in to the stack;
dwice	190a9	ESI = third block;
dwice	190ab	ECX = fourth block;
dwice	190ad	Third block goes in the position of Fourth block;
dwice	190af	EAX = offset of second block; (second parameter);
dwice	190b3	ESI = second block;
dwice	190b5	Second block goes in the position of Third block;
dwice	190b7	EDX = offset of first block; (first parameter);
dwice	190bb	ESI = first block;
dwice	190bd	First block goes in the position of Second block;
dwice	190bf	Fourth block goes in the position of First block;
dwice	190c1	restore the value of ESI;
dwice	190d3	EAX = 578A43D1h;
dwice	190db	ESI = pointer of the 'Cleaned Name';
dwice	190df	save on the Stack EBX EBP ESI EDI;
dwice	190e0	5 block = EAX;
dwice	190e4	EDI = ESI = pointer of 'Cleaned Name';
dwice	190e6	ECX = -1;
dwice	190e9	init EAX, EAX = 0;
dwice	190ed	EBX = A312B14Ch;
dwice	190f3	EBP = A29DC94Dh;
dwice	190fb	ECX = lengh of 'Cleaned Name Buffer';
dwice	190fc	First parameter passed by value : 1;
dwice	190fe	Second parameter passed by value: Lengh of 'Cleaned Name Buffer';
dwice	190ff	third parameter passed by address: offset of 'Cleaned Name';
dwice	19100	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	19105	EAX = EAX xor EBX;
dwice	19107	EDI = ESI = pointer of the 'Cleaned Name';
dwice	19109	1 block = EAX;
dwice	1910d	ECX = -1;
dwice	19110	init EAX, EAX = 0;
dwice	19112	First parameter passed by value : 1;
dwice	19119	Second parameter passed by value: Lengh of 'Cleaned Name Buffer';
dwice	1911a	third parameter passed by address: offset of 'Cleaned Name';
dwice	1911b	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	19120	EBX = 17983DE1h;
dwice	19126	EDI = ESI = pointer of the 'Cleaned Name';
dwice	19128	EAX = EAX xor EBX;
dwice	1912a	ECX = -1;
dwice	1912d	2 block = EAX;
dwice	19131	init EAX, EAX = 0;
dwice	19138	First parameter passed by value : 1;
dwice	1913a	Second parameter passed by value: Lengh of 'Cleaned Name Buffer';
dwice	1913b	third parameter passed by address: offset of 'Cleaned Name';
dwice	1913c	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	19141	EAX = EAX xor 58209123h;
dwice	19146	EDI = ESI = pointer of the 'Cleaned Name';
dwice	19148	4 block = EAX;
dwice	1914c	ECX = -1;
dwice	1914f	init EAX, EAX = 0;
dwice	19151	First parameter passed by value : 1;
dwice	19158	Second parameter passed by value: Lengh of 'Cleaned Name Buffer';
dwice	19159	third parameter passed by address: offset of 'Cleaned Name';
dwice	1915a	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	19161	EDI = ESI = pointer of the 'Cleaned Name';
dwice	19163	EAX = EAX xor A29DC94Dh xor 289F1E44h;
dwice	19168	ECX = -1;
dwice	1916b	3 block = EAX;
dwice	1916f	init EAX, EAX = 0;
dwice	19176	First parameter passed by value : 1;
dwice	19178	Second parameter passed by value: Lengh of 'Cleaned Name Buffer';
dwice	19179	third parameter passed by address: offset of 'Cleaned Name';
dwice	1917a	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	1917f	ECX = 5 block;
dwice	19183	EDX = address of 6 block;
dwice	19187	EAX = EAX xor ECX;
dwice	19189	ECX = address of 2 block;
dwice	1918d	First parameter passed by address: offset of 2 block;
dwice	1918e	Second parameter passed by address: offset of 6 block;
dwice	1918f	6 block = EAX;
dwice	19193	This sub scrambles the postions of two blocks;
dwice	19198	EDI = 6 block;
dwice	1919c	EBX = 7F2AE134h;
dwice	191a1	realign the stack;
dwice	191a4	EDI = EDI xor EBX;
dwice	191a6	EAX = address of 1 block;
dwice	191aa	ECX = address of 6 block;
dwice	191ae	First parameter passed by address: offset of 1 block;
dwice	191af	Second parameter passed by address: offset of 6 block;
dwice	191b0	6 block = EDI;
dwice	191b4	This sub scrambles the postions of the blocks;
dwice	191b9	EDX = 7F2AE134h;
dwice	191bf	EAX = 2 block;
dwice	191c3	EAX = 2 block xor 13246178h;
dwice	191c5	ECX = offset of 6 block;
dwice	191c9	2 block = EAX;
dwice	191cd	EAX = address of 2 block;
dwice	191d1	First parameter passed by address: offset of 2 block;
dwice	191d2	EDX = address of 1 block;
dwice	191d6	Second parameter passed by address: offset of 6 block;
dwice	191d7	EAX = address of 3 block;
dwice	191db	Third parameter passed by address: offset of 1 block;
dwice	191dc	Fourth parameter passed by address: offset of 3 block;
dwice	191dd	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	191e2	EAX = 4 block;
dwice	191e6	ECX = address of 2 block;
dwice	191ea	EAX = address of 1 block;
dwice	191ee	EAX = EAX xor 58209123h;
dwice	191f3	First parameter passed by address: offset of 2 block;
dwice	191f4	Second parameter passed by address: offset of 1 block;
dwice	191f5	4 block = EAX;
dwice	191f9	This sub scrambles the postions of two blocks;
dwice	191fe	EDX = 1 block;
dwice	19207	EDX = EDX xor 1893CBE0h;
dwice	19209	EAX = address of 6 block;
dwice	1920d	1 block = EDX;
dwice	19211	ECX = address of 2 block;
dwice	19215	First parameter passed by address: offset of 6 block;
dwice	19216	EDX = address of 1 block;
dwice	1921a	Second parameter passed by address: offset of 2 block;
dwice	1921b	Third parameter passed by address: offset of 1 block;
dwice	1921c	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19221	EAX = address of 2 block;
dwice	19225	ECX = address of 4 block;
dwice	19229	First parameter passed by address: offset of 2 block;
dwice	1922a	EDX = address of 3 block;
dwice	1922e	Second parameter passed by address: offset of 4 block;
dwice	1922f	Third parameter passed by address: offset of 3 block;
dwice	19230	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19235	EAX = address of 1 block;
dwice	19239	ECX = address of 6 block;
dwice	1923d	First parameter passed by address: offset of 1 block;
dwice	1923e	Second parameter passed by address: offset of 6 block;
dwice	1923f	This sub scrambles the postions of two blocks;
dwice	19244	realign the stack;
dwice	19247	EDX = address of 4 block;
dwice	1924b	EAX = address of 1 block;
dwice	1924f	First parameter passed by address: offset of 4 block;
dwice	19250	Second parameter passed by address: offset of 1 block;
dwice	19251	This sub scrambles the postions of two blocks;
dwice	19256	ESI = 6 block;
dwice	1925a	ECX = address of 2 block;
dwice	1925e	EDX = address of 1 block;
dwice	19262	ESI = ESI xor 7F2AE134h;
dwice	19264	First parameter passed by address: offset of 2 block;
dwice	19265	Second parameter passed by address: offset of 1 block;
dwice	19266	6 block = ESI;
dwice	1926a	This sub scrambles the postions of two blocks;
dwice	1926f	EAX = address of 4 block;
dwice	19273	ECX = address of 3 block;
dwice	19277	First parameter passed by address: offset of 4 block;
dwice	19278	Second parameter passed by address: offset of 3 block;
dwice	19279	This sub scrambles the postions of two blocks;
dwice	1927e	EDX = 13246178h;
dwice	19284	ECX = 4 block;
dwice	19288	AL = last byte of 3 block;
dwice	1928c	realign the stack;
dwice	1928f	ECX = ECX xor 13246178h;
dwice	19291	ESI = A248C13Bh;
dwice	19296	if AL == 2, we ignore the next jump;
dwice	19298	4 block = ECX;
dwice	192a2	EAX = address of 1 block;
dwice	192a6	ECX = address of 6 block;
dwice	192aa	First parameter passed by address: offset of 1 block;
dwice	192ab	EDX = address of 2 block;
dwice	192af	Second parameter passed by address: offset of 6 block;
dwice	192b0	Third parameter passed by address: offset of 2 block;
dwice	192b1	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	192b6	EAX = address of 1 block;
dwice	192ba	ECX = address of 2 block;
dwice	192be	First parameter passed by address: offset of 1 block;
dwice	192bf	EDX = address of 3 block;
dwice	192c3	Second parameter passed by address: offset of 2 block;
dwice	192c4	Third parameter passed by address: offset of 3 block;
dwice	192c5	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	192ca	EAX = 1893CBE0h;
dwice	192cf	EBP = 6 block;
dwice	192d3	ECX = address of 6 block;
dwice	192d7	EBP = EBP xor 1893CBE0h;
dwice	192d9	EDX = address of 1 block;
dwice	192dd	First parameter passed by address: offset of 6 block;
dwice	192de	EAX = address of 2 block;
dwice	192e2	Second parameter passed by address: offset of 1 block;
dwice	192e3	ECX = address of 3 block;
dwice	192e7	Third parameter passed by address: offset of 2 block;
dwice	192e8	Fourth parameter passed by address: offset of 3 block;
dwice	192e9	6 block = EBP;
dwice	192ed	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	192f2	EDX = address of 3 block;
dwice	192f6	EAX = address of 6 block;
dwice	192fa	First parameter passed by address: offset of 3 block;
dwice	192fb	ECX = address of 1 block;
dwice	192ff	Second parameter passed by address: offset of 6 block;
dwice	19300	Third parameter passed by address: offset of 1 block;
dwice	19301	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19306	EDX = address of 2 block;
dwice	1930a	EAX = address of 1 block;
dwice	1930e	First parameter passed by address: offset of 2 block;
dwice	1930f	ECX = address of 3 block;
dwice	19313	Second parameter passed by address: offset of 1 block;
dwice	19314	Third parameter passed by address: offset of 3 block;
dwice	19315	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	1931a	EAX = 3 block;
dwice	1931e	realign the stack;
dwice	19321	EAX = EAX xor 34576FEBh;
dwice	19326	3 block = EAX;
dwice	1932f	EDX = 34576FEBh;
dwice	19335	EBP = 6 block;
dwice	19339	EAX = address of 6 block;
dwice	1933d	EBP = EBP xor 34576FEBh;
dwice	1933f	ECX = address of 1 block;
dwice	19343	First parameter passed by address: offset of 6 block;
dwice	19344	EDX = address of 2 block;
dwice	19348	Second parameter passed by address: offset of 1 block;
dwice	19349	EAX = address of 3 block;
dwice	1934d	Third parameter passed by address: offset of 2 block;
dwice	1934e	Fourth parameter passed by address: offset of 3 block;
dwice	1934f	6 block = EBP;
dwice	19353	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	19358	ECX = address of 2 block;
dwice	1935c	EDX = address of 1 block;
dwice	19360	First parameter passed by address: offset of 2 block;
dwice	19361	EAX = address of 3 block;
dwice	19365	Second parameter passed by address: offset of 1 block;
dwice	19366	Third parameter passed by address: offset of 3 block;
dwice	19367	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	1936c	ECX = address of 1 block;
dwice	19370	EDX = address of 6 block;
dwice	19374	First parameter passed by address: offset of 1 block;
dwice	19375	EAX: address of 2 block;
dwice	19379	Second parameter passed by address: offset of 6 block;
dwice	1937a	Third parameter passed by address: offset of 2 block;
dwice	1937b	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19380	ECX = address of 3 block;
dwice	19384	EDX = address of 6 block;
dwice	19388	First parameter passed by address: offset of 3 block;
dwice	19389	EAX = address of 1 block;
dwice	1938d	Second parameter passed by address: offset of 6 block;
dwice	1938e	Third parameter passed by address: offset of 1 block;
dwice	1938f	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19394	ECX = address of 1 block;
dwice	19398	EDX = address of 2 block;
dwice	1939c	First parameter passed by address: offset of 1 block;
dwice	1939d	EAX = address of 3 block;
dwice	193a1	Second parameter passed by address: offset of 2 block;
dwice	193a2	Third parameter passed by address: offset of 3 block;
dwice	193a3	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	193a8	EAX = 2 block;
dwice	193ac	realign the stack;
dwice	193af	EAX = EAX xor A248C13Bh;
dwice	193b1	2 block = EAX;
dwice	193b5	ECX = 7F2AE134h;
dwice	193bb	EDX = 4 block;
dwice	193bf	EDX = EDX xor 7F2AE134h;
dwice	193c1	EAX = address of 2 block;
dwice	193c5	4 block = EDX;
dwice	193c9	EDX = address of 4 block;
dwice	193cd	First parameter passed by address: offset of 4 block;
dwice	193ce	Second parameter passed by address: offset of 2 block;
dwice	193cf	This sub scrambles the postions of two blocks;
dwice	193d4	ECX = 2 block;
dwice	193d8	EDX address of 3 block;
dwice	193dc	ECX = ECX xor 13246178h;
dwice	193e2	EAX = address of 6 block;
dwice	193e6	2 block = ECX;
dwice	193ea	ECX = address of 4 block;
dwice	193ee	First parameter passed by address: offset of 4 block;
dwice	193ef	Second parameter passed by address: offset of 3 block;
dwice	193f0	Third parameter passed by address: offset of 6 block;
dwice	193f1	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	193f6	ECX = address of 1 block;
dwice	193fa	EDX = address of 6 block;
dwice	193fe	First parameter passed by address: offset of 1 block;
dwice	193ff	Second parameter passed by address: offset of 6 block;
dwice	19400	This sub scrambles the postions of two blocks;
dwice	19405	EAX = address of 6 block;
dwice	19409	ECX = address of 1 block;
dwice	1940d	First parameter passed by address: offset of 6 block;
dwice	1940e	EDX = address of 4 block;
dwice	19412	Second parameter passed by address: offset of 1 block;
dwice	19413	EAX = address of 3 block;
dwice	19417	Third parameter passed by address: offset of 4 block;
dwice	19418	Fourth parameter passed by address: offset of 3 block;
dwice	19419	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	1941e	ECX = A248C13Bh;
dwice	19424	EDX = 6 block;
dwice	19428	EDX = EDX xor A248C13Bh;
dwice	1942a	EAX = address of 3 block;
dwice	1942e	6 block = EDX;
dwice	19432	EDX = address of 1 block;
dwice	19436	First parameter passed by address: offset of 1 block;
dwice	19437	ECX = address of 4 block;
dwice	1943b	Second parameter passed by address: offset of 3 block;
dwice	1943c	Third parameter passed by address: offset of 4 block;
dwice	1943d	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19442	EDX = address of 6 block;
dwice	19446	EAX = address of 3 block;
dwice	1944a	First parameter passed by address: offset of 6 block;
dwice	1944b	Second parameter passed by address: offset of 3 block;
dwice	1944c	This sub scrambles the postions of two blocks;
dwice	19451	realign the stack;
dwice	19454	ECX = address of 3 block;
dwice	19458	EDX = address of 2 block;
dwice	1945c	EAX = address of 4 block;
dwice	19460	First parameter passed by address: offset of 3 block;
dwice	19461	Second parameter passed by address: offset of 2 block;
dwice	19462	ECX = address of 6 block;
dwice	19466	Third parameter passed by address: offset of 4 block;
dwice	19467	Fourth parameter passed by address: offset of 6 block;
dwice	19468	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	1946d	EDX = address of 3 block;
dwice	19471	EAX = address of 1 block;
dwice	19475	First parameter passed by address: offset of 3 block;
dwice	19476	Second parameter passed by address: offset of 1 block;
dwice	19477	This sub scrambles the postions of two blocks;
dwice	1947c	ECX = address of 2 block;
dwice	19480	EDX = address of 1 block;
dwice	19484	First parameter passed by address: offset of 2 block;
dwice	19485	EAX = address of 6 block;
dwice	19489	Second parameter passed by address: offset of 1 block;
dwice	1948a	Third parameter passed by address: offset of 6 block;
dwice	1948b	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19490	ECX = address of 1 block;
dwice	19494	EDX = address of 3 block;
dwice	19498	First parameter passed by address: offset of 1 block;
dwice	19499	Second parameter passed by address: offset of 3 block;
dwice	1949a	This sub scrambles the postions of two blocks;
dwice	1949f	EAX = address of 1 block;
dwice	194a3	ECX = address of 6 block;
dwice	194a7	First parameter passed by address: offset of 1 block;
dwice	194a8	Second parameter passed by address: offset of 6 block;
dwice	194a9	This sub scrambles the postions of two blocks;
dwice	194ae	EBP = 6 block;
dwice	194b2	EDX = address of 6 block;
dwice	194b6	EAX = address of 1 block;
dwice	194ba	EBP = EBP xor A248C13Bh;
dwice	194bc	First parameter passed by address: offset of 6 block;
dwice	194bd	Second parameter passed by address: offset of 1 block;
dwice	194be	6 block = EBP;
dwice	194c2	This sub scrambles the postions of two blocks;
dwice	194c7	ECX = address of 2 block;
dwice	194cb	EDX = address of 6 block;
dwice	194cf	First parameter passed by address: offset of 2 block;
dwice	194d0	Second parameter passed by address: offset of 6 block;
dwice	194d1	This sub scrambles the postions of two blocks;
dwice	194d6	EAX = A248C13Bh;
dwice	194db	ECX = 2 block;
dwice	194df	ECX = ECX xor A248C13Bh;
dwice	194e1	realign the stack;
dwice	194e4	2 block = ECX;
dwice	194e8	ECX = address of 3 block;
dwice	194ec	EDX = address of 1 block;
dwice	194f0	First parameter passed by address: offset of 3 block;
dwice	194f1	EAX = address of 2 block;
dwice	194f5	Second parameter passed by address: offset of 1 block;
dwice	194f6	ECX = address of 6 block;
dwice	194fa	Third parameter passed by address: offset of 2 block;
dwice	194fb	Fourth parameter passed by address: offset of 6 block;
dwice	194fc	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	19501	EDX = address of 6 block;
dwice	19505	EAX = address of 1 block;
dwice	19509	First parameter passed by address: offset of 6 block;
dwice	1950a	ECX = address of 2 block;
dwice	1950e	Second parameter passed by address: offset of 1 block;
dwice	1950f	Third parameter passed by address: offset of 2 block;
dwice	19510	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19515	EDX = address of 1 block;
dwice	19519	EAX = address of 6 block;
dwice	1951d	First parameter passed by address: offset of 1 block;
dwice	1951e	Second parameter passed by address: offset of 6 block;
dwice	1951f	This sub scrambles the postions of two blocks;
dwice	19524	EAX = address of 6 block;
dwice	19528	EDX = address of 2 block;
dwice	1952c	First parameter passed by address: offset of 6 block;
dwice	1952d	Second parameter passed by address: offset of 2 block;
dwice	1952e	This sub scrambles the postions of two blocks;
dwice	19533	EDX = 4 block;
dwice	19537	EAX = address of 2 block;
dwice	1953b	EDX = EDX xor 7F2AE134h;
dwice	1953d	ECX = address of 4 block;
dwice	19541	4 block = EDX;
dwice	19545	First parameter passed by address: offset of 2 block;
dwice	19546	EDX = address of 6 block;
dwice	1954a	Second parameter passed by address: offset of 4 block;
dwice	1954b	Third parameter passed by address: offset of 6 block;
dwice	1954c	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [first parameter]; 
dwice	19551	EDX = 2 block;
dwice	19555	EAX = address of 1 block;
dwice	19559	ECX = address of 2 block;
dwice	1955d	EDX = EDX xor 1893CBE0h;
dwice	1955f	First parameter passed by address: offset of 1 block;
dwice	19560	Second parameter passed by address: offset of 2 block;
dwice	19561	2 block = EDX;
dwice	19565	This sub scrambles the postions of two blocks;
dwice	1956a	Realign the stack;
dwice	1956d	EDX = address of 4 block;
dwice	19571	EAX = address of 1 block;
dwice	19575	First parameter passed by address: offset of 4 block;
dwice	19576	Second parameter passed by address: offset of 1 block;
dwice	19577	This sub scrambles the postions of two blocks;
dwice	1957c	ECX = 1893CBE0h;
dwice	19582	EDX = 1 block;
dwice	19586	EDX = EDX xor 1893CBE0h;
dwice	19588	EAX = address of 1 block;
dwice	1958c	1 block = EDX;
dwice	19590	EDX = address of 2 block;
dwice	19594	First parameter passed by address: offset of 2 block;
dwice	19595	Second parameter passed by address: offset of 1 block;
dwice	19596	This sub scrambles the postions of two blocks;
dwice	1959b	ECX = A29DC94Dh;
dwice	195a1	EDI = 6 block;
dwice	195a5	EDI = EDI xor A29DC94Dh;
dwice	195a7	6 block = EDI;
dwice	195ab	EDX = address of 4 block;
dwice	195af	EAX = address of 6 block;
dwice	195b3	First parameter passed by address: offset of 4 block;
dwice	195b4	Second parameter passed by address: offset of 6 block;
dwice	195b5	This sub scrambles the postions of two blocks;
dwice	195ba	ECX = address of 3 block;
dwice	195be	EDX = address of 1 block;
dwice	195c2	First parameter passed by address: offset of 3 block;
dwice	195c3	EAX = address of 4 block;
dwice	195c7	Second parameter passed by address: offset of 1 block;
dwice	195c8	ECX = address of 2 block;
dwice	195cc	Third parameter passed by address: offset of 4 block;
dwice	195cd	Fourth parameter passed by address: offset of 2 block;
dwice	195ce	This Sub permutes the blocks: [first parameter] -> [second parameter] -> [third parameter] -> [fourth parameter] -> [first parameter]; 
dwice	195d3	--> EAX = 2 block; Uff !!! ;)
dwice	195fc	init EDX;
dwice	195fe	ECX == divisor;
dwice	19603	EDX is the rest <= 10h; it 's used as a random index;
dwice	19619	EDX == offset of stack's top;
dwice	1961a	This proc copies a Heap object in to the stack;
dwice	19628	EAX == offset of stack's top;
dwice	19629	This proc copies a Heap object in to the stack;
dwice	19637	ECX == offset of stack's top;
dwice	19638	This proc copies a Heap object in to the stack;
dwice	19646	EDX == offset of stack's top;
dwice	19647	This proc copies a Heap object in to the stack;
dwice	19655	EAX == offset of stack's top;
dwice	19656	This proc copies a Heap object in to the stack;
dwice	19664	ECX == offset of stack's top;
dwice	19665	This proc copies a Heap object in to the stack;
dwice	19670	EDX == offset of stack's top;
dwice	19671	This proc copies a Heap object in to the stack;
dwice	1967c	EAX == offset of stack's top;
dwice	1967d	This proc copies a Heap object in to the stack;
dwice	19688	EDX == offset of stack's top;
dwice	19689	This proc copies a Heap object in to the stack;
dwice	19694	EAX == offset of stack's top;
dwice	19695	This proc copies a Heap object in to the stack;
dwice	196a0	ECX == offset of stack's top;
dwice	196a1	This proc copies a Heap object in to the stack;
dwice	196ac	EDX == offset of stack's top;
dwice	196ad	This proc copies a Heap object in to the stack;
dwice	196b8	EAX == offset of stack's top;
dwice	196b9	This proc copies a Heap object in to the stack;
dwice	196c4	ECX == offset of stack's top;
dwice	196c5	This proc copies a Heap object in to the stack;
dwice	196d0	EDX == offset of stack's top;
dwice	196d1	This proc copies a Heap object in to the stack;
dwice	196dc	EAX == offset of stack's top;
dwice	196dd	This proc copies a Heap object in to the stack;
dwice	196e2	here it begins the check of the serial;
dwice	196e5	ECX = -1;
dwice	196e8	EAX is the MAGIC VALUE!! If EAX == 0 we have an error;
dwice	196ea	save EDI on the Stack;
dwice	196eb	EDI = offset of the Serial;
dwice	196f7	restore the original value of EDI;
dwice	196f8	ECX = lengh of the Serial Buffer; it must to be long 1Eh;
dwice	19704	ECX = pointer of 'Cleaned Name';
dwice	1970b	parameter passed by offset: ECX == address of 'Cleaned Name';
dwice	1970c	This Sub computes an 'hash' and stores it in EAX;
dwice	19711	ECX = 0h;
dwice	19720	save EAX in [9EEED8h];
dwice	19730	DL = 1-th char of the serial;
dwice	19740	ERROR!! EAX = 0;
dwice	19749	EAX = 1; ok ;)
dwice	1974e	it saves EAX in [9EEEF4h];
dwice	197a0	saves ESI on the stack;
dwice	197a1	ESI points to a Heap Object;
dwice	197a9	saves EDI on the stack;
dwice	197aa	it jumps if really Heap Object exists;
dwice	197ac	ESI points to the original Heap Block;
dwice	197b4	it jumps surely;
dwice	197bb	parameter passed by value;
dwice	197c0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	197d9	ESI points to another Heap Object;
dwice	197e1	it jumps if really Heap Object exists;
dwice	197e3	ESI points to the original Heap Block;
dwice	197eb	it jumps surely;
dwice	197f2	EDI == parameter passed ( top of the stack... );
dwice	197f6	ECX = number of bytes to copy;
dwice	197fb	copy operation;
dwice	197fd	restore EDI;
dwice	19803	restore ESI;
dwice	19810	saves ESI on the stack;
dwice	19811	ESI == offset base of Src Memory Block!
dwice	19817	saves EDI on the stack;
dwice	19818	init EDI;
dwice	1981c	it jumps if exists a Memory Block; else ...
dwice	1981e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1982d	EAX points to the offset 9EEEECh;
dwice	19834	it jumps if [9EEEECh] == 0;
dwice	19836	EAX points to Heap block;
dwice	19837	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1983c	parameter passed by value;
dwice	19841	init the location that will store a new pointer to M. Heap Block;
dwice	1984b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	19850	realign the stack;
dwice	19853	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	19855	parameter passed by value;
dwice	1985a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	1985f	realign the stack;
dwice	19862	[9EEEECh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	19870	it jumps if EDI == 0;
dwice	19872	EDI points to Heap block;
dwice	19873	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	19878	realign the stack;
dwice	1987b	parameter passed by value;
dwice	19880	this proc generates a pseudo random number < to the parameter passed by value;
dwice	198a5	EDX == [9EEEECh];
dwice	198ab	First parameter passed by value;
dwice	198b0	Second parameter passed by addr: offset of Src M. Block;
dwice	198b1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	198b2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	198c2	\
dwice	198c3	 |
dwice	198c8	 |
dwice	198ce	 |
dwice	198d0	 | ; This piece of code copies bytes of 
dwice	198d5	 | ; Src Memory Block in the dest. Memory
dwice	198da	 | ; Block allocated in the heap;
dwice	198dc	 |
dwice	198dd	 |
dwice	198de	 |
dwice	198e1	 |
dwice	198e4	/
dwice	19960	saves ESI on the stack;
dwice	19961	ESI == offset base of Src Memory Block!
dwice	19967	saves EDI on the stack;
dwice	19968	init EDI;
dwice	1996c	it jumps if exists a Memory Block; else ...
dwice	1996e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	1997d	EAX points to the offset 9EEEE0h;
dwice	19984	it jumps if [9EEEE0h] == 0;
dwice	19986	EAX points to Heap block;
dwice	19987	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	1998c	parameter passed by value;
dwice	19991	init the location that will store a new pointer to M. Heap Block;
dwice	1999b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	199a0	realign the stack;
dwice	199a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	199a5	parameter passed by value;
dwice	199aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	199af	realign the stack;
dwice	199b2	[9EEEE0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	199c0	it jumps if EDI == 0;
dwice	199c2	EDI points to Heap block;
dwice	199c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	199c8	realign the stack;
dwice	199cb	parameter passed by value;
dwice	199d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	199f5	EDX == [9EEEE0h];
dwice	199fb	First parameter passed by value;
dwice	19a00	Second parameter passed by addr: offset of Src M. Block;
dwice	19a01	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	19a02	This proc copies bytes of Src M. Block in the New M.Block;
dwice	19a12	\
dwice	19a13	 |
dwice	19a18	 |
dwice	19a1e	 |
dwice	19a20	 | ; This piece of code copies bytes of 
dwice	19a25	 | ; Src Memory Block in the dest. Memory
dwice	19a2a	 | ; Block allocated in the heap;
dwice	19a2c	 |
dwice	19a2d	 |
dwice	19a2e	 |
dwice	19a31	 |
dwice	19a34	/
dwice	19ab0	saves ESI on the stack;
dwice	19ab1	ESI == offset base of Src Memory Block!
dwice	19ab7	saves EDI on the stack;
dwice	19ab8	init EDI;
dwice	19abc	it jumps if exists a Memory Block; else ...
dwice	19abe	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	19acd	EAX points to the offset 9EEEDCh;
dwice	19ad4	it jumps if [9EEEDCh] == 0;
dwice	19ad6	EAX points to Heap block;
dwice	19ad7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	19adc	parameter passed by value;
dwice	19ae1	init the location that will store a new pointer to M. Heap Block;
dwice	19aeb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	19af0	realign the stack;
dwice	19af3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	19af5	parameter passed by value;
dwice	19afa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	19aff	realign the stack;
dwice	19b02	[9EEEDCh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	19b10	it jumps if EDI == 0;
dwice	19b12	EDI points to Heap block;
dwice	19b13	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	19b18	realign the stack;
dwice	19b1b	parameter passed by value;
dwice	19b20	this proc generates a pseudo random number < to the parameter passed by value;
dwice	19b45	EDX == [9EEEDCh];
dwice	19b4b	First parameter passed by value;
dwice	19b50	Second parameter passed by addr: offset of Src M. Block;
dwice	19b51	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	19b52	This proc copies bytes of Src M. Block in the New M.Block;
dwice	19b62	\
dwice	19b63	 |
dwice	19b68	 |
dwice	19b6e	 |
dwice	19b70	 | ; This piece of code copies bytes of 
dwice	19b75	 | ; Src Memory Block in the dest. Memory
dwice	19b7a	 | ; Block allocated in the heap;
dwice	19b7c	 |
dwice	19b7d	 |
dwice	19b7e	 |
dwice	19b81	 |
dwice	19b84	/
dwice	19de6	This Sub analyses the 'Name': Remove from this empty spaces!!!;
dwice	19deb	This Sub analyses the 'Name': Remove from this DIGIT chars and empty spaces!!!;
dwice	19df0	This Sub analyses the 'Serial'; take of this only digit and letter ( uppercase!!) chars!!!;
dwice	1a0c0	EAX == 01h;
dwice	1a0cf	ECX = [9EEEC0]; This value is an hash of the 'Cleaned Name';
dwice	1a0d5	[4F1220h] == pointer of the Serial;
dwice	1a0e1	save EBX on the stack;
dwice	1a0e2	EAX = 0, by default this check sets a MAGIC FLAG to zero ( -> Bad Boy);
dwice	1a0e4	[4F0FE0h] == pointer of the String1;
dwice	1a0ed	restore original value in the EBX;
dwice	1a100	EAX = [9EEEC0]; This value is an hash of the 'Cleaned Name';
dwice	1a105	ECX = 0Ah;
dwice	1a11c	[4F1220h] == pointer of the Serial;
dwice	1a125	save EBX on the stack;
dwice	1a126	EDX = 0, by default this check sets a MAGIC FLAG to zero ( -> Bad Boy);
dwice	1a128	[4F0FE0h] == pointer of the String1;
dwice	1a131	restore original value of the EBX;
dwice	1a135	EAX = EDX = MAGIC FLAG!!;
dwice	1a140	EAX = 0Ch;
dwice	1a14f	ECX = [9EEEC0]; This value is an hash of the 'Cleaned Name';
dwice	1a155	[4F1220h] == pointer of the Serial;
dwice	1a161	save EBX on the stack;
dwice	1a162	EAX = 0, by default this check sets a MAGIC FLAG to zero ( -> Bad Boy);
dwice	1a164	[4F0FE0h] == pointer of the String1;
dwice	1a16d	restore original value of the EBX;
dwice	1a180	EAX = 04h;
dwice	1a185	by default, This flag control is 0; Bad boy;
dwice	1a199	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a19f	[4F1220h] = offset of Serial buffer;
dwice	1a1b4	ERROR!!!
dwice	1a1b7	EAX = 1! ;)
dwice	1a1bc	Flag control is 1; Good boy!;
dwice	1a1d0	EAX = 06h;
dwice	1a1d5	by default, this flag control is 0; bad boy;
dwice	1a1e9	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a1ef	[4F1220h] = offset of Serial buffer;
dwice	1a204	ERROR!!!
dwice	1a207	EAX = 1! ;)
dwice	1a20c	Flag control is 1; Good boy!;
dwice	1a220	EAX = 02h;
dwice	1a225	by default, this flag control is 0; bad boy;
dwice	1a239	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a23f	[4F1220h] = offset of Serial buffer;
dwice	1a254	ERROR!!!
dwice	1a257	EAX = 1! ;)
dwice	1a25c	Flag control is 1; Good boy!;
dwice	1a272	it saves EBX ESI EDI on the stack; 
dwice	1a273	EBX is the counter;
dwice	1a278	parameter passed by value;
dwice	1a27d	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a282	parameter passed by value;
dwice	1a284	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	1a286	this proc generates a pseudo random number < to the parameter passed by value;
dwice	1a2a3	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a2a8	realign the stack;
dwice	1a2ab	ESI == pointer of new Mem. Block in the Heap; it's long 1110h bytes;
dwice	1a302	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a307	realign the stack;
dwice	1a30a	ESI == pointer of new Mem. Block in the Heap; it's long 4440h bytes;
dwice	1a33e	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a343	realign the stack;
dwice	1a346	ESI == pointer of new Mem. Block in the Heap; it's long 2220h bytes;
dwice	1a384	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a389	realign the stack;
dwice	1a38c	ESI == pointer of new Mem. Block in the Heap; it's long 888h bytes;
dwice	1a3d4	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	1a3d9	realign the stack;
dwice	1a3dc	ESI == pointer of new Mem. Block in the Heap; it's long 1110h bytes;
dwice	1a3ea	it jumps if ESI == 0;
dwice	1a3ec	ESI points to Heap block;
dwice	1a3ed	this proc de-allocates a M. Block  in the Heap pointed by ESI;
dwice	1a3f2	realign the stack;
dwice	1a403	it jumps if EDI == 0;
dwice	1a405	EDI points to Heap block;
dwice	1a406	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	1a40b	realign the stack;
dwice	1a40e	EBX = EBX-1; decrement the counter;
dwice	1a417	restores EDI ESI EBX;
dwice	1a460	EAX = 07h;
dwice	1a465	by default, this flag control is 0; bad boy;
dwice	1a479	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a47f	[4F1220h] = offset of Serial buffer;
dwice	1a494	ERROR!!!
dwice	1a497	EAX = 1! ;)
dwice	1a49c	Flag control is 1; Good boy!;
dwice	1a4b0	EAX = 0Dh;
dwice	1a4b5	by default, this flag control is 0; bad boy;
dwice	1a4c9	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a4cf	[4F1220h] = offset of Serial buffer;
dwice	1a4e4	ERROR!!!
dwice	1a4e7	EAX = 1! ;)
dwice	1a4ec	Flag control is 1; Good boy!;
dwice	1a500	EAX = 05h;
dwice	1a50f	[9EEED8h] = hash value calculated by 'Cleaned Name';
dwice	1a515	[4F1220h] = offset of Serial buffer;
dwice	1a52a	EAX = 1! ;)
dwice	1a52f	Flag control is 1; Good boy!;
dwice	215f0	saves ESI on the stack;
dwice	215f1	ESI == offset base of Src Memory Block!
dwice	215f7	saves EDI on the stack;
dwice	215f8	init EDI;
dwice	215fc	it jumps if exists a Memory Block; else ...
dwice	215fe	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2160d	EAX points to the offset A943E4h;
dwice	21614	it jumps if [A943E4h] == 0;
dwice	21616	EAX points to Heap block;
dwice	21617	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2161c	parameter passed by value;
dwice	21621	init the location that will store a new pointer to M. Heap Block;
dwice	2162b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21630	realign the stack;
dwice	21633	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21635	parameter passed by value;
dwice	2163a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2163f	realign the stack;
dwice	21642	[A943E4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21650	it jumps if EDI == 0;
dwice	21652	EDI points to Heap block;
dwice	21653	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21658	realign the stack;
dwice	2165b	parameter passed by value;
dwice	21660	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21685	EDX == [A943E4h];
dwice	2168b	First parameter passed by value;
dwice	21690	Second parameter passed by addr: offset of Src M. Block;
dwice	21691	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21692	This proc copies bytes of Src M. Block in the New M.Block;
dwice	216a2	\
dwice	216a3	 |
dwice	216a8	 |
dwice	216ae	 |
dwice	216b0	 | ; This piece of code copies bytes of 
dwice	216b5	 | ; Src Memory Block in the dest. Memory
dwice	216ba	 | ; Block allocated in the heap;
dwice	216bc	 |
dwice	216bd	 |
dwice	216be	 |
dwice	216c1	 |
dwice	216c4	/
dwice	21740	saves ESI on the stack;
dwice	21741	ESI == offset base of Src Memory Block!
dwice	21747	saves EDI on the stack;
dwice	21748	init EDI;
dwice	2174c	it jumps if exists a Memory Block; else ...
dwice	2174e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2175d	EAX points to the offset A943D0h;
dwice	21764	it jumps if [A943D0h] == 0;
dwice	21766	EAX points to Heap block;
dwice	21767	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2176c	parameter passed by value;
dwice	21771	init the location that will store a new pointer to M. Heap Block;
dwice	2177b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21780	realign the stack;
dwice	21783	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21785	parameter passed by value;
dwice	2178a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2178f	realign the stack;
dwice	21792	[A943D0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	217a0	it jumps if EDI == 0;
dwice	217a2	EDI points to Heap block;
dwice	217a3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	217a8	realign the stack;
dwice	217ab	parameter passed by value;
dwice	217b0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	217d5	EDX == [A943D0h];
dwice	217db	First parameter passed by value;
dwice	217e0	Second parameter passed by addr: offset of Src M. Block;
dwice	217e1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	217e2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	217f2	\
dwice	217f3	 |
dwice	217f8	 |
dwice	217fe	 |
dwice	21800	 | ; This piece of code copies bytes of 
dwice	21805	 | ; Src Memory Block in the dest. Memory
dwice	2180a	 | ; Block allocated in the heap;
dwice	2180c	 |
dwice	2180d	 |
dwice	2180e	 |
dwice	21811	 |
dwice	21814	/
dwice	21890	saves ESI on the stack;
dwice	21891	ESI == offset base of Src Memory Block!
dwice	21897	saves EDI on the stack;
dwice	21898	init EDI;
dwice	2189c	it jumps if exists a Memory Block; else ...
dwice	2189e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	218ad	EAX points to the offset A943F0h;
dwice	218b4	it jumps if [A943F0h] == 0;
dwice	218b6	EAX points to Heap block;
dwice	218b7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	218bc	parameter passed by value;
dwice	218c1	init the location that will store a new pointer to M. Heap Block;
dwice	218cb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	218d0	realign the stack;
dwice	218d3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	218d5	parameter passed by value;
dwice	218da	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	218df	realign the stack;
dwice	218e2	[A943F0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	218f0	it jumps if EDI == 0;
dwice	218f2	EDI points to Heap block;
dwice	218f3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	218f8	realign the stack;
dwice	218fb	parameter passed by value;
dwice	21900	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21925	EDX == [A943F0h];
dwice	2192b	First parameter passed by value;
dwice	21930	Second parameter passed by addr: offset of Src M. Block;
dwice	21931	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21932	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21942	\
dwice	21943	 |
dwice	21948	 |
dwice	2194e	 |
dwice	21950	 | ; This piece of code copies bytes of 
dwice	21955	 | ; Src Memory Block in the dest. Memory
dwice	2195a	 | ; Block allocated in the heap;
dwice	2195c	 |
dwice	2195d	 |
dwice	2195e	 |
dwice	21961	 |
dwice	21964	/
dwice	219e0	saves ESI on the stack;
dwice	219e1	ESI == offset base of Src Memory Block!
dwice	219e7	saves EDI on the stack;
dwice	219e8	init EDI;
dwice	219ec	it jumps if exists a Memory Block; else ...
dwice	219ee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	219fd	EAX points to the offset A943E0h;
dwice	21a04	it jumps if [A943E0h] == 0;
dwice	21a06	EAX points to Heap block;
dwice	21a07	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	21a0c	parameter passed by value;
dwice	21a11	init the location that will store a new pointer to M. Heap Block;
dwice	21a1b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21a20	realign the stack;
dwice	21a23	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21a25	parameter passed by value;
dwice	21a2a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	21a2f	realign the stack;
dwice	21a32	[A943E0h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21a40	it jumps if EDI == 0;
dwice	21a42	EDI points to Heap block;
dwice	21a43	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21a48	realign the stack;
dwice	21a4b	parameter passed by value;
dwice	21a50	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21a75	EDX == [A943E0h];
dwice	21a7b	First parameter passed by value;
dwice	21a80	Second parameter passed by addr: offset of Src M. Block;
dwice	21a81	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21a82	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21a92	\
dwice	21a93	 |
dwice	21a98	 |
dwice	21a9e	 |
dwice	21aa0	 | ; This piece of code copies bytes of 
dwice	21aa5	 | ; Src Memory Block in the dest. Memory
dwice	21aaa	 | ; Block allocated in the heap;
dwice	21aac	 |
dwice	21aad	 |
dwice	21aae	 |
dwice	21ab1	 |
dwice	21ab4	/
dwice	21ac0	saves ESI on the stack;
dwice	21ac1	ESI points to a Heap Object;
dwice	21ac9	saves EDI on the stack;
dwice	21aca	it jumps if really Heap Object exists;
dwice	21acc	ESI points to the original Heap Block;
dwice	21ad4	it jumps surely;
dwice	21adb	parameter passed by value;
dwice	21ae0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21afa	ESI points to another Heap Object;
dwice	21b02	it jumps if really Heap Object exists;
dwice	21b04	ESI points to the original Heap Block;
dwice	21b0c	it jumps surely;
dwice	21b13	EDI == parameter passed ( top of the stack... );
dwice	21b17	ECX = number of bytes to copy;
dwice	21b1c	copy operation;
dwice	21b1e	restore EDI;
dwice	21b24	restore ESI;
dwice	21b30	saves ESI on the stack;
dwice	21b31	ESI == offset base of Src Memory Block!
dwice	21b37	saves EDI on the stack;
dwice	21b38	init EDI;
dwice	21b3c	it jumps if exists a Memory Block; else ...
dwice	21b3e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	21b4d	EAX points to the offset A943D8h;
dwice	21b54	it jumps if [A943D8h] == 0;
dwice	21b56	EAX points to Heap block;
dwice	21b57	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	21b5c	parameter passed by value;
dwice	21b61	init the location that will store a new pointer to M. Heap Block;
dwice	21b6b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21b70	realign the stack;
dwice	21b73	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21b75	parameter passed by value;
dwice	21b7a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	21b7f	realign the stack;
dwice	21b82	[A943D8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21b90	it jumps if EDI == 0;
dwice	21b92	EDI points to Heap block;
dwice	21b93	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21b98	realign the stack;
dwice	21b9b	parameter passed by value;
dwice	21ba0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21bc5	EDX == [A943D8h];
dwice	21bcb	First parameter passed by value;
dwice	21bd0	Second parameter passed by addr: offset of Src M. Block;
dwice	21bd1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21bd2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21be2	\
dwice	21be3	 |
dwice	21be8	 |
dwice	21bee	 |
dwice	21bf0	 | ; This piece of code copies bytes of 
dwice	21bf5	 | ; Src Memory Block in the dest. Memory
dwice	21bfa	 | ; Block allocated in the heap;
dwice	21bfc	 |
dwice	21bfd	 |
dwice	21bfe	 |
dwice	21c01	 |
dwice	21c04	/
dwice	21c80	saves ESI on the stack;
dwice	21c81	ESI == offset base of Src Memory Block!
dwice	21c87	saves EDI on the stack;
dwice	21c88	init EDI;
dwice	21c8c	it jumps if exists a Memory Block; else ...
dwice	21c8e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	21c9d	EAX points to the offset A943F8h;
dwice	21ca4	it jumps if [A943F8h] == 0;
dwice	21ca6	EAX points to Heap block;
dwice	21ca7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	21cac	parameter passed by value;
dwice	21cb1	init the location that will store a new pointer to M. Heap Block;
dwice	21cbb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21cc0	realign the stack;
dwice	21cc3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21cc5	Parameter passed  by value;
dwice	21cca	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	21ccf	realign the stack;
dwice	21cd2	[A943F8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21ce0	it jumps if EDI == 0;
dwice	21ce2	EDI points to Heap block;
dwice	21ce3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21ce8	realign the stack;
dwice	21ceb	parameter passed by value;
dwice	21cf0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21d15	EDX = [A943F8h];
dwice	21d1b	first parameter passed by value;
dwice	21d20	Second parameter passed by addr: offset of Src M. Block;
dwice	21d21	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21d22	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21d32	\
dwice	21d33	 |
dwice	21d38	 |
dwice	21d3e	 |
dwice	21d40	 | ; This piece of code copies bytes of 
dwice	21d45	 | ; Src Memory Block in the dest. Memory
dwice	21d4a	 | ; Block allocated in the heap;
dwice	21d4c	 |
dwice	21d4d	 |
dwice	21d4e	 |
dwice	21d51	 |
dwice	21d54	/
dwice	21dd0	saves ESI on the stack;
dwice	21dd1	ESI == offset base of Src Memory Block!
dwice	21dd7	saves EDI on the stack;
dwice	21dd8	init EDI;
dwice	21ddc	it jumps if exists a Memory Block; else ...
dwice	21dde	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	21ded	EAX points to the offset A943ECh;
dwice	21df4	it jumps if [A943ECh] == 0;
dwice	21df6	EAX points to Heap block;
dwice	21df7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	21dfc	parameter passed by value;
dwice	21e01	init the location that will store a new pointer to M. Heap Block;
dwice	21e0b	this prrc generates a pseudo random number < to the parameter passed by value;
dwice	21e10	realign the stack;
dwice	21e13	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21e15	parameter passed by value;
dwice	21e1a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	21e1f	realign the stack;
dwice	21e22	[A943ECh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21e30	it jumps if EDI == 0;
dwice	21e32	EDI points to Heap block;
dwice	21e33	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21e38	realign the stack;
dwice	21e3b	parameter passed by value;
dwice	21e40	this prrc generates a pseudo random number < to the parameter passed by value;
dwice	21e65	EDX == [A943ECh];
dwice	21e6b	First parameter passed by value;
dwice	21e70	Second parameter passed by addr: offset of Src M. Block;
dwice	21e71	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21e72	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21e82	\
dwice	21e83	 |
dwice	21e88	 |
dwice	21e8e	 |
dwice	21e90	 | ; This piece of code copies bytes of 
dwice	21e95	 | ; Src Memory Block in the dest. Memory
dwice	21e9a	 | ; Block allocated in the heap;
dwice	21e9c	 |
dwice	21e9d	 |
dwice	21e9e	 |
dwice	21ea1	 |
dwice	21ea4	/
dwice	21f20	saves ESI on the stack;
dwice	21f21	ESI == offset base of Src Memory Block!
dwice	21f27	saves EDI on the stack;
dwice	21f28	init EDI;
dwice	21f2c	it jumps if exists a Memory Block; else ...
dwice	21f2e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	21f3d	EAX points to the offset A943F4h;
dwice	21f44	it jumps if [A943F4h] == 0;
dwice	21f46	EAX points to Heap block;
dwice	21f47	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	21f4c	parameter passed by value;
dwice	21f51	init the location that will store a new pointer to M. Heap Block;
dwice	21f5b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	21f60	realign the stack;
dwice	21f63	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21f65	parameter passed by value;
dwice	21f6a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	21f6f	realign the stack;
dwice	21f72	[A943F4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	21f80	it jumps if EDI == 0;
dwice	21f82	EDI points to Heap block;
dwice	21f83	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	21f88	realign the stack;
dwice	21f8b	parameter passed by value;
dwice	21f90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	21fb5	EDX == [A943F4h];
dwice	21fbb	First parameter passed by value;
dwice	21fc0	Second parameter passed by addr: offset of Src M. Block;
dwice	21fc1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	21fc2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	21fd2	\
dwice	21fd3	 |
dwice	21fd8	 |
dwice	21fde	 |
dwice	21fe0	 | ; This piece of code copies bytes of 
dwice	21fe5	 | ; Src Memory Block in the dest. Memory
dwice	21fea	 | ; Block allocated in the heap;
dwice	21fec	 |
dwice	21fed	 |
dwice	21fee	 |
dwice	21ff1	 |
dwice	21ff4	/
dwice	22070	saves ESI on the stack;
dwice	22071	ESI == offset base of Src Memory Block!
dwice	22077	saves EDI on the stack;
dwice	22078	init EDI;
dwice	2207c	it jumps if exists a Memory Block; else ...
dwice	2207e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2208d	EAX points to the offset A943CCh;
dwice	22094	it jumps if [A943CCh] == 0;
dwice	22096	EAX points to Heap block;
dwice	22097	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2209c	parameter passed by value;
dwice	220a1	init the location that will store a new pointer to M. Heap Block;
dwice	220ab	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	220b0	realign the stack;
dwice	220b3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	220b5	parameter passed by value;
dwice	220ba	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	220bf	realign the stack;
dwice	220c2	[A943CCh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	220d0	it jumps if EDI == 0;
dwice	220d2	EDI points to Heap block;
dwice	220d3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	220d8	realign the stack;
dwice	220db	parameter passed by value;
dwice	220e0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22105	EDX == [A943CCh];
dwice	2210b	First parameter passed by value;
dwice	22110	Second parameter passed by addr: offset of Src M. Block;
dwice	22111	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22112	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22122	\
dwice	22123	 |
dwice	22128	 |
dwice	2212e	 |
dwice	22130	 | ; This piece of code copies bytes of 
dwice	22135	 | ; Src Memory Block in the dest. Memory
dwice	2213a	 | ; Block allocated in the heap;
dwice	2213c	 |
dwice	2213d	 |
dwice	2213e	 |
dwice	22141	 |
dwice	22144	/
dwice	221c0	saves ESI on the stack;
dwice	221c1	ESI == offset base of Src Memory Block!
dwice	221c7	saves EDI on the stack;
dwice	221c8	init EDI;
dwice	221cc	it jumps if exists a Memory Block; else ...
dwice	221ce	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	221dd	EAX points to the offset A943E8h;
dwice	221e4	it jumps if [A943E8h] == 0;
dwice	221e6	EAX points to Heap block;
dwice	221e7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	221ec	parameter passed by value;
dwice	221f1	init the location that will store a new pointer to M. Heap Block;
dwice	221fb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22200	realign the stack;
dwice	22203	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22205	parameter passed by value;
dwice	2220a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2220f	realign the stack;
dwice	22212	[A943E8h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22220	it jumps if EDI == 0;
dwice	22222	EDI points to Heap block;
dwice	22223	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22228	realign the stack;
dwice	2222b	parameter passed by value;
dwice	22230	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22255	EDX == [A943E8h];
dwice	2225b	First parameter passed by value;
dwice	22260	Second parameter passed by addr: offset of Src M. Block;
dwice	22261	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22262	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22272	\
dwice	22273	 |
dwice	22278	 |
dwice	2227e	 |
dwice	22280	 | ; This piece of code copies bytes of 
dwice	22285	 | ; Src Memory Block in the dest. Memory
dwice	2228a	 | ; Block allocated in the heap;
dwice	2228c	 |
dwice	2228d	 |
dwice	2228e	 |
dwice	22291	 |
dwice	22294	/
dwice	22310	saves ESI on the stack;
dwice	22311	ESI == offset base of Src Memory Block!
dwice	22317	saves EDI on the stack;
dwice	22318	init EDI;
dwice	2231c	it jumps if exists a Memory Block; else ...
dwice	2231e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2232d	EAX points to the offset A943DCh;
dwice	22334	it jumps if [A943DCh] == 0;
dwice	22336	EAX points to Heap block;
dwice	22337	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2233c	parameter passed by value;
dwice	22341	init the location that will store a new pointer to M. Heap Block;
dwice	2234b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22350	realign the stack;
dwice	22353	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22355	parameter passed by value;
dwice	2235a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2235f	realign the stack;
dwice	22362	[A944DCh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22370	it jumps if EDI == 0;
dwice	22372	EDI points to Heap block;
dwice	22373	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22378	realign the stack;
dwice	2237b	parameter passed by value;
dwice	22380	this proc generates a pseudo random number < to the parameter passed by value;
dwice	223a5	EDX == [A943DCh];
dwice	223ab	First parameter passed by value;
dwice	223b0	Second parameter passed by addr: offset of Src M. Block;
dwice	223b1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	223b2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	223c2	\
dwice	223c3	 |
dwice	223c8	 |
dwice	223ce	 |
dwice	223d0	 | ; This piece of code copies bytes of 
dwice	223d5	 | ; Src Memory Block in the dest. Memory
dwice	223da	 | ; Block allocated in the heap;
dwice	223dc	 |
dwice	223dd	 |
dwice	223de	 |
dwice	223e1	 |
dwice	223e4	/
dwice	22460	saves ESI on the stack;
dwice	22461	ESI == offset base of Src Memory Block!
dwice	22467	saves EDI on the stack;
dwice	22468	init EDI;
dwice	2246c	it jumps if exists a Memory Block; else ...
dwice	2246e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2247d	EAX points to the offset A943D4h;
dwice	22484	it jumps if [A943D4h] == 0;
dwice	22486	EAX points to Heap block;
dwice	22487	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2248c	parameter passed by value;
dwice	22491	init the location that will store a new pointer to M. Heap Block;
dwice	2249b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	224a0	realign the stack;
dwice	224a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	224a5	parameter passed by value;
dwice	224aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	224af	realign the stack;
dwice	224b2	[A943D4h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	224c0	it jumps if EDI == 0;
dwice	224c2	EDI points to Heap block;
dwice	224c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	224c8	realign the stack;
dwice	224cb	parameter passed by value;
dwice	224d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	224f5	EDX == [A943D4h];
dwice	224fb	First parameter passed by value;
dwice	22500	Second parameter passed by addr: offset of Src M. Block;
dwice	22501	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22502	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22512	\
dwice	22513	 |
dwice	22518	 |
dwice	2251e	 |
dwice	22520	 | ; This piece of code copies bytes of 
dwice	22525	 | ; Src Memory Block in the dest. Memory
dwice	2252a	 | ; Block allocated in the heap;
dwice	2252c	 |
dwice	2252d	 |
dwice	2252e	 |
dwice	22531	 |
dwice	22534	/
dwice	22542	it saves EBX ESI EDI on the stack;
dwice	22543	EBX = counter;
dwice	22548	parameter passed by value;
dwice	2254d	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22552	parameter passed by value;
dwice	22554	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22556	this proc generates a pseudo random number < to the parameter passed by value;
dwice	2255b	realign the stack;
dwice	22573	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22578	realign the stack;
dwice	2257b	ESI == pointer of new Mem. Block in the Heap; it's long 1110h bytes;
dwice	225d2	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	225d7	realign the stack;
dwice	225da	ESI == pointer of new Mem. Block in the Heap; it's long 4440h bytes;
dwice	2260e	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22613	realign the stack;
dwice	22616	ESI == pointer of new Mem. Block in the Heap; it's long 2220h bytes;
dwice	22654	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22659	realign the stack;
dwice	2265c	ESI == pointer of new Mem. Block in the Heap; it's long 888h bytes;
dwice	226a4	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	226a9	realign the stack;
dwice	226ac	ESI == pointer of new Mem. Block in the Heap; it's long 1110h bytes;
dwice	226ba	it jumps if ESI == 0;
dwice	226bc	ESI points to Heap block;
dwice	226bd	this proc de-allocates a M. Block  in the Heap pointed by ESI;
dwice	226c2	realign the stack;
dwice	226d3	it jumps if EDI == 0;
dwice	226d5	EDI points to Heap block;
dwice	226d6	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	226db	realign the stack;
dwice	226de	EBX = EBX-1; decrement the counter;
dwice	226e7	restore EDI ESI EBX;
dwice	227a0	saves ESI on the stack;
dwice	227a1	ESI == offset base of Src Memory Block!
dwice	227a7	saves EDI on the stack;
dwice	227a8	init EDI;
dwice	227ac	it jumps if exists a Memory Block; else ...
dwice	227ae	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	227bd	EAX points to the offset A94408h;
dwice	227c4	it jumps if [A94408h] == 0;
dwice	227c6	EAX points to Heap block;
dwice	227c7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	227cc	parameter passed by value;
dwice	227d1	init the location that will store a new pointer to M. Heap Block;
dwice	227db	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	227e0	realign the stack;
dwice	227e3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	227e5	parameter passed by value;
dwice	227ea	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	227ef	realign the stack;
dwice	227f2	[A94408h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22800	it jumps if EDI == 0;
dwice	22802	EDI points to Heap block;
dwice	22803	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22808	realign the stack;
dwice	2280b	parameter passed by value;
dwice	22810	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22835	EDX == [A94408h];
dwice	2283b	First parameter passed by value;
dwice	22840	Second parameter passed by addr: offset of Src M. Block;
dwice	22841	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22842	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22852	\
dwice	22853	 |
dwice	22858	 |
dwice	2285e	 |
dwice	22860	 | ; This piece of code copies bytes of 
dwice	22865	 | ; Src Memory Block in the dest. Memory
dwice	2286a	 | ; Block allocated in the heap;
dwice	2286c	 |
dwice	2286d	 |
dwice	2286e	 |
dwice	22871	 |
dwice	22874	/
dwice	228f0	saves ESI on the stack;
dwice	228f1	ESI == offset base of Src Memory Block!
dwice	228f7	saves EDI on the stack;
dwice	228f8	init EDI;
dwice	228fc	it jumps if exists a Memory Block; else ...
dwice	228fe	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2290d	EAX points to the offset A943FCh;
dwice	22914	it jumps if [A943FCh] == 0;
dwice	22916	EAX points to Heap block;
dwice	22917	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2291c	parameter passed by value;
dwice	22921	init the location that will store a new pointer to M. Heap Block;
dwice	2292b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22930	realign the stack;
dwice	22933	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22935	parameter passed by value;
dwice	2293a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2293f	realign the stack;
dwice	22942	[A943FCh] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22950	it jumps if EDI == 0;
dwice	22952	EDI points to Heap block;
dwice	22953	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22958	realign the stack;
dwice	2295b	parameter passed by value;
dwice	22960	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22985	EDX == [A943FCh];
dwice	2298b	First parameter passed by value;
dwice	22990	Second parameter passed by addr: offset of Src M. Block;
dwice	22991	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22992	This proc copies bytes of Src M. Block in the New M.Block;
dwice	229a2	\
dwice	229a3	 |
dwice	229a8	 |
dwice	229ae	 |
dwice	229b0	 | ; This piece of code copies bytes of 
dwice	229b5	 | ; Src Memory Block in the dest. Memory
dwice	229ba	 | ; Block allocated in the heap;
dwice	229bc	 |
dwice	229bd	 |
dwice	229be	 |
dwice	229c1	 |
dwice	229c4	/
dwice	22a40	saves ESI on the stack;
dwice	22a41	ESI == offset base of Src Memory Block!
dwice	22a47	saves EDI on the stack;
dwice	22a48	init EDI;
dwice	22a4c	it jumps if exists a Memory Block; else ...
dwice	22a4e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	22a5d	EAX points to the offset A94410h;
dwice	22a64	it jumps if [A94410h] == 0;
dwice	22a66	EAX points to Heap block;
dwice	22a67	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	22a6c	parameter passed by value;
dwice	22a71	init the location that will store a new pointer to M. Heap Block;
dwice	22a7b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22a80	realign the stack;
dwice	22a83	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22a85	parameter passed by value;
dwice	22a8a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	22a8f	realign the stack;
dwice	22a92	[A94410h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22aa0	it jumps if EDI == 0;
dwice	22aa2	EDI points to Heap block;
dwice	22aa3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22aa8	realign the stack;
dwice	22aab	parameter passed by value;
dwice	22ab0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22ad5	EDX == [A94410h];
dwice	22adb	First parameter passed by value;
dwice	22ae0	Second parameter passed by addr: offset of Src M. Block;
dwice	22ae1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22ae2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22af2	\
dwice	22af3	 |
dwice	22af8	 |
dwice	22afe	 |
dwice	22b00	 | ; This piece of code copies bytes of 
dwice	22b05	 | ; Src Memory Block in the dest. Memory
dwice	22b0a	 | ; Block allocated in the heap;
dwice	22b0c	 |
dwice	22b0d	 |
dwice	22b0e	 |
dwice	22b11	 |
dwice	22b14	/
dwice	22b90	saves ESI on the stack;
dwice	22b91	ESI == offset base of Src Memory Block!
dwice	22b97	saves EDI on the stack;
dwice	22b98	init EDI;
dwice	22b9c	it jumps if exists a Memory Block; else ...
dwice	22b9e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	22bad	EAX points to the offset A9440Ch;
dwice	22bb4	it jumps if [A9440Ch] == 0;
dwice	22bb6	EAX points to Heap block;
dwice	22bb7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	22bbc	parameter passed by value;
dwice	22bc1	init the location that will store a new pointer to M. Heap Block;
dwice	22bcb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22bd0	realign the stack;
dwice	22bd3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22bd5	parameter passed by value;
dwice	22bda	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	22bdf	realign the stack;
dwice	22be2	[A9440Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22bf0	it jumps if EDI == 0;
dwice	22bf2	EDI points to Heap block;
dwice	22bf3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22bf8	realign the stack;
dwice	22bfb	parameter passed by value;
dwice	22c00	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22c25	EDX == [A9440Ch];
dwice	22c2b	First parameter passed by value;
dwice	22c30	Second parameter passed by addr: offset of Src M. Block;
dwice	22c31	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22c32	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22c42	\
dwice	22c43	 |
dwice	22c48	 |
dwice	22c4e	 |
dwice	22c50	 | ; This piece of code copies bytes of 
dwice	22c55	 | ; Src Memory Block in the dest. Memory
dwice	22c5a	 | ; Block allocated in the heap;
dwice	22c5c	 |
dwice	22c5d	 |
dwice	22c5e	 |
dwice	22c61	 |
dwice	22c64	/
dwice	22c70	saves ESI on the stack;
dwice	22c71	ESI points to a Heap Object;
dwice	22c79	saves EDI on the stack;
dwice	22c7a	it jumps if really Heap Object exists;
dwice	22c7c	ESI points to the original Heap Block;
dwice	22c84	it jumps surely;
dwice	22c8b	parameter passed by value;
dwice	22c90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22cac	ESI points to another Heap Object;
dwice	22cb4	it jumps if really Heap Object exists;
dwice	22cb6	ESI points to the original Heap Block;
dwice	22cbe	it jumps surely;
dwice	22cc5	EDI == parameter passed ( top of the stack... );
dwice	22cc9	ECX = number of bytes to copy;
dwice	22cce	copy operation;
dwice	22cd0	restore EDI;
dwice	22cd6	restore ESI;
dwice	22ce0	saves ESI on the stack;
dwice	22ce1	ESI == offset base of Src Memory Block!
dwice	22ce7	saves EDI on the stack;
dwice	22ce8	init EDI;
dwice	22cec	it jumps if exists a Memory Block; else ...
dwice	22cee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	22cfd	EAX points to the offset A94404h;
dwice	22d04	it jumps if [A94404h] == 0;
dwice	22d06	EAX points to Heap block;
dwice	22d07	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	22d0c	parameter passed by value;
dwice	22d11	init the location that will store a new pointer to M. Heap Block;
dwice	22d1b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22d20	realign the stack;
dwice	22d23	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22d25	parameter passed by value;
dwice	22d2a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	22d2f	realign the stack;
dwice	22d32	[A94404h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22d40	it jumps if EDI == 0;
dwice	22d42	EDI points to Heap block;
dwice	22d43	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22d48	realign the stack;
dwice	22d4b	parameter passed by value;
dwice	22d50	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22d75	EDX == [A94404h];
dwice	22d7b	First parameter passed by value;
dwice	22d80	Second parameter passed by addr: offset of Src M. Block;
dwice	22d81	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22d82	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22d92	\
dwice	22d93	 |
dwice	22d98	 |
dwice	22d9e	 |
dwice	22da0	 | ; This piece of code copies bytes of 
dwice	22da5	 | ; Src Memory Block in the dest. Memory
dwice	22daa	 | ; Block allocated in the heap;
dwice	22dac	 |
dwice	22dad	 |
dwice	22dae	 |
dwice	22db1	 |
dwice	22db4	/
dwice	22e30	saves ESI on the stack;
dwice	22e31	ESI == offset base of Src Memory Block!
dwice	22e37	saves EDI on the stack;
dwice	22e38	init EDI;
dwice	22e3c	it jumps if exists a Memory Block; else ...
dwice	22e3e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	22e4d	EAX points to the offset A94400h;
dwice	22e54	it jumps if [A94400h] == 0;
dwice	22e56	EAX points to Heap block;
dwice	22e57	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	22e5c	parameter passed by value;
dwice	22e61	init the location that will store a new pointer to M. Heap Block;
dwice	22e6b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22e70	realign the stack;
dwice	22e73	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22e75	parameter passed by value;
dwice	22e7a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	22e7f	realign the stack;
dwice	22e82	[A94400h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22e90	it jumps if EDI == 0;
dwice	22e92	EDI points to Heap block;
dwice	22e93	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22e98	realign the stack;
dwice	22e9b	parameter passed by value;
dwice	22ea0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	22ec5	EDX == [A94400h];
dwice	22ecb	First parameter passed by value;
dwice	22ed0	Second parameter passed by addr: offset of Src M. Block;
dwice	22ed1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	22ed2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	22ee2	\
dwice	22ee3	 |
dwice	22ee8	 |
dwice	22eee	 |
dwice	22ef0	 | ; This piece of code copies bytes of 
dwice	22ef5	 | ; Src Memory Block in the dest. Memory
dwice	22efa	 | ; Block allocated in the heap;
dwice	22efc	 |
dwice	22efd	 |
dwice	22efe	 |
dwice	22f01	 |
dwice	22f04	/
dwice	22f80	saves ESI on the stack;
dwice	22f81	ESI == offset base of Src Memory Block!
dwice	22f87	saves EDI on the stack;
dwice	22f88	init EDI;
dwice	22f8c	it jumps if exists a Memory Block; else ...
dwice	22f8e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	22f9d	EAX points to the offset A94418h;
dwice	22fa4	it jumps if [A94418h] == 0;
dwice	22fa6	EAX points to Heap block;
dwice	22fa7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	22fac	parameter passed by value;
dwice	22fb1	init the location that will store a new pointer to M. Heap Block;
dwice	22fbb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	22fc0	realign the stack;
dwice	22fc3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22fc5	parameter passed by value;
dwice	22fca	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	22fcf	realign the stack;
dwice	22fd2	[A94418h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	22fe0	it jumps if EDI == 0;
dwice	22fe2	EDI points to Heap block;
dwice	22fe3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	22fe8	realign the stack;
dwice	22feb	parameter passed by value;
dwice	22ff0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23015	EDX == [A94418h];
dwice	2301b	First parameter passed by value;
dwice	23020	Second parameter passed by addr: offset of Src M. Block;
dwice	23021	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23022	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23032	\
dwice	23033	 |
dwice	23038	 |
dwice	2303e	 |
dwice	23040	 | ; This piece of code copies bytes of 
dwice	23045	 | ; Src Memory Block in the dest. Memory
dwice	2304a	 | ; Block allocated in the heap;
dwice	2304c	 |
dwice	2304d	 |
dwice	2304e	 |
dwice	23051	 |
dwice	23054	/
dwice	230d0	saves ESI on the stack;
dwice	230d1	ESI == offset base of Src Memory Block!
dwice	230d7	saves EDI on the stack;
dwice	230d8	init EDI;
dwice	230dc	it jumps if exists a Memory Block; else ...
dwice	230de	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	230ed	EAX points to the offset A9441Ch;
dwice	230f4	it jumps if [A9441Ch] == 0;
dwice	230f6	EAX points to Heap block;
dwice	230f7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	230fc	parameter passed by value;
dwice	23101	init the location that will store a new pointer to M. Heap Block;
dwice	2310b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23110	realign the stack;
dwice	23113	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23115	parameter passed by value;
dwice	2311a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2311f	realign the stack;
dwice	23122	[A9441Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23130	it jumps if EDI == 0;
dwice	23132	EDI points to Heap block;
dwice	23133	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23138	realign the stack;
dwice	2313b	parameter passed by value;
dwice	23140	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23165	EDX == [A9441Ch];
dwice	2316b	First parameter passed by value;
dwice	23170	Second parameter passed by addr: offset of Src M. Block;
dwice	23171	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23172	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23182	\
dwice	23183	 |
dwice	23188	 |
dwice	2318e	 |
dwice	23190	 | ; This piece of code copies bytes of 
dwice	23195	 | ; Src Memory Block in the dest. Memory
dwice	2319a	 | ; Block allocated in the heap;
dwice	2319c	 |
dwice	2319d	 |
dwice	2319e	 |
dwice	231a1	 |
dwice	231a4	/
dwice	23220	saves ESI on the stack;
dwice	23221	ESI == offset base of Src Memory Block!
dwice	23227	saves EDI on the stack;
dwice	23228	init EDI;
dwice	2322c	it jumps if exists a Memory Block; else ...
dwice	2322e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2323d	EAX points to the offset A94428h;
dwice	23244	it jumps if [A94428h] == 0;
dwice	23246	EAX points to Heap block;
dwice	23247	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2324c	parameter passed by value;
dwice	23251	init the location that will store a new pointer to M. Heap Block;
dwice	2325b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23260	realign the stack;
dwice	23263	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23265	parameter passed by value;
dwice	2326a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2326f	realign the stack;
dwice	23272	[A94428h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23280	it jumps if EDI == 0;
dwice	23282	EDI points to Heap block;
dwice	23283	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23288	realign the stack;
dwice	2328b	parameter passed by value;
dwice	23290	this proc generates a pseudo random number < to the parameter passed by value;
dwice	232b5	EDX == [A94428h];
dwice	232bb	First parameter passed by value;
dwice	232c0	Second parameter passed by addr: offset of Src M. Block;
dwice	232c1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	232c2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	232d2	\
dwice	232d3	 |
dwice	232d8	 |
dwice	232de	 |
dwice	232e0	 | ; This piece of code copies bytes of 
dwice	232e5	 | ; Src Memory Block in the dest. Memory
dwice	232ea	 | ; Block allocated in the heap;
dwice	232ec	 |
dwice	232ed	 |
dwice	232ee	 |
dwice	232f1	 |
dwice	232f4	/
dwice	23370	saves ESI on the stack;
dwice	23371	ESI == offset base of Src Memory Block!
dwice	23377	saves EDI on the stack;
dwice	23378	init EDI;
dwice	2337c	it jumps if exists a Memory Block; else ...
dwice	2337e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2338d	EAX points to the offset A94424h;
dwice	23394	it jumps if [A94424h] == 0;
dwice	23396	EAX points to Heap block;
dwice	23397	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2339c	parameter passed by value;
dwice	233a1	init the location that will store a new pointer to M. Heap Block;
dwice	233ab	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	233b0	realign the stack;
dwice	233b3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	233b5	parameter passed by value;
dwice	233ba	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	233bf	realign the stack;
dwice	233c2	[A94424h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	233d0	it jumps if EDI == 0;
dwice	233d2	EDI points to Heap block;
dwice	233d3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	233d8	realign the stack;
dwice	233db	parameter passed by value;
dwice	233e0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23405	EDX == [A94424h];
dwice	2340b	First parameter passed by value;
dwice	23410	Second parameter passed by addr: offset of Src M. Block;
dwice	23411	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23412	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23422	\
dwice	23423	 |
dwice	23428	 |
dwice	2342e	 |
dwice	23430	 | ; This piece of code copies bytes of 
dwice	23435	 | ; Src Memory Block in the dest. Memory
dwice	2343a	 | ; Block allocated in the heap;
dwice	2343c	 |
dwice	2343d	 |
dwice	2343e	 |
dwice	23441	 |
dwice	23444	/
dwice	234c0	saves ESI on the stack;
dwice	234c1	ESI == offset base of Src Memory Block!
dwice	234c7	saves EDI on the stack;
dwice	234c8	init EDI;
dwice	234cc	it jumps if exists a Memory Block; else ...
dwice	234ce	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	234dd	EAX points to the offset A94420h;
dwice	234e4	it jumps if [A94420h] == 0;
dwice	234e6	EAX points to Heap block;
dwice	234e7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	234ec	parameter passed by value;
dwice	234f1	init the location that will store a new pointer to M. Heap Block;
dwice	234fb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23500	realign the stack;
dwice	23503	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23505	parameter passed by value;
dwice	2350a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2350f	realign the stack;
dwice	23512	[A94420h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23520	it jumps if EDI == 0;
dwice	23522	EDI points to Heap block;
dwice	23523	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23528	realign the stack;
dwice	2352b	parameter passed by value;
dwice	23530	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23555	EDX == [A94420h];
dwice	2355b	First parameter passed by value;
dwice	23560	Second parameter passed by addr: offset of Src M. Block;
dwice	23561	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23562	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23572	\
dwice	23573	 |
dwice	23578	 |
dwice	2357e	 |
dwice	23580	 | ; This piece of code copies bytes of 
dwice	23585	 | ; Src Memory Block in the dest. Memory
dwice	2358a	 | ; Block allocated in the heap;
dwice	2358c	 |
dwice	2358d	 |
dwice	2358e	 |
dwice	23591	 |
dwice	23594	/
dwice	235a0	saves ESI on the stack;
dwice	235a1	ESI points to a Heap Object;
dwice	235a9	saves EDI on the stack;
dwice	235aa	it jumps if really Heap Object exists;
dwice	235ac	ESI points to the original Heap Block;
dwice	235b4	it jumps surely;
dwice	235bb	parameter passed by value;
dwice	235c0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	235da	ESI points to another Heap Object;
dwice	235e2	it jumps if really Heap Object exists;
dwice	235e4	ESI points to the original Heap Block;
dwice	235ec	it jumps surely;
dwice	235f3	EDI == parameter passed ( top of the stack... );
dwice	235f7	ECX = number of bytes to copy;
dwice	235fc	copy operation;
dwice	235fe	restore EDI;
dwice	23604	restore ESI;
dwice	23610	saves ESI on the stack;
dwice	23611	ESI == offset base of Src Memory Block!
dwice	23617	saves EDI on the stack;
dwice	23618	init EDI;
dwice	2361c	it jumps if exists a Memory Block; else ...
dwice	2361e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2362d	EAX points to the offset A94414h;
dwice	23634	it jumps if [A94414h] == 0;
dwice	23636	EAX points to Heap block;
dwice	23637	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2363c	parameter passed by value;
dwice	23641	init the location that will store a new pointer to M. Heap Block;
dwice	2364b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23650	realign the stack;
dwice	23653	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23655	parameter passed by value;
dwice	2365a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2365f	realign the stack;
dwice	23662	[A94414h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23670	it jumps if EDI == 0;
dwice	23672	EDI points to Heap block;
dwice	23673	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23678	realign the stack;
dwice	2367b	parameter passed by value;
dwice	23680	this proc generates a pseudo random number < to the parameter passed by value;
dwice	236a5	EDX == [A94414h];
dwice	236ab	First parameter passed by value;
dwice	236b0	Second parameter passed by addr: offset of Src M. Block;
dwice	236b1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	236b2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	236c2	\
dwice	236c3	 |
dwice	236c8	 |
dwice	236ce	 |
dwice	236d0	 | ; This piece of code copies bytes of 
dwice	236d5	 | ; Src Memory Block in the dest. Memory
dwice	236da	 | ; Block allocated in the heap;
dwice	236dc	 |
dwice	236dd	 |
dwice	236de	 |
dwice	236e1	 |
dwice	236e4	/
dwice	236f0	saves ESI on the stack;
dwice	236f1	ESI points to a Heap Object;
dwice	236fa	it jumps if really Heap Object exists;
dwice	236fc	ESI points to the original Heap Block;
dwice	23704	it jumps surely;
dwice	2370b	parameter passed by value;
dwice	23710	this proc generates a pseudo random number < to the parameter passed by value;
dwice	2372c	ESI points to another Heap Object;
dwice	23734	it jumps if really Heap Object exists;
dwice	23736	ESI points to the original Heap Block;
dwice	2373e	it jumps surely;
dwice	23745	EDI == parameter passed ( top of the stack... );
dwice	23749	ECX = number of bytes to copy;
dwice	2374e	copy operation;
dwice	23760	saves ESI on the stack;
dwice	23761	ESI == offset base of Src Memory Block!
dwice	23767	saves EDI on the stack;
dwice	23768	init EDI;
dwice	2376c	it jumps if exists a Memory Block; else ...
dwice	2376e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2377d	EAX points to the offset A9442Ch;
dwice	23784	it jumps if [A9442Ch] == 0;
dwice	23786	EAX points to Heap block;
dwice	23787	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2378c	parameter passed by value;
dwice	23791	init the location that will store a new pointer to M. Heap Block;
dwice	2379b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	237a0	realign the stack;
dwice	237a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	237a5	parameter passed by value;
dwice	237aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	237af	realign the stack;
dwice	237b2	[A9442Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	237c0	it jumps if EDI == 0;
dwice	237c2	EDI points to Heap block;
dwice	237c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	237c8	realign the stack;
dwice	237cb	parameter passed by value;
dwice	237d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	237f5	EDX == [A9442Ch];
dwice	237fb	First parameter passed by value;
dwice	23800	Second parameter passed by addr: offset of Src M. Block;
dwice	23801	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23802	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23812	\
dwice	23813	 |
dwice	23818	 |
dwice	2381e	 |
dwice	23820	 | ; This piece of code copies bytes of 
dwice	23825	 | ; Src Memory Block in the dest. Memory
dwice	2382a	 | ; Block allocated in the heap;
dwice	2382c	 |
dwice	2382d	 |
dwice	2382e	 |
dwice	23831	 |
dwice	23834	/
dwice	238b0	saves ESI on the stack;
dwice	238b1	ESI == offset base of Src Memory Block!
dwice	238b7	saves EDI on the stack;
dwice	238b8	init EDI;
dwice	238bc	it jumps if exists a Memory Block; else ...
dwice	238be	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	238cd	EAX points to the offset A94440h;
dwice	238d4	it jumps if [A94440h] == 0;
dwice	238d6	EAX points to Heap block;
dwice	238d7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	238dc	parameter passed by value;
dwice	238e1	init the location that will store a new pointer to M. Heap Block;
dwice	238eb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	238f0	realign the stack;
dwice	238f3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	238f5	parameter passed by value;
dwice	238fa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	238ff	realign the stack;
dwice	23902	[A94440h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23910	it jumps if EDI == 0;
dwice	23912	EDI points to Heap block;
dwice	23913	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23918	realign the stack;
dwice	2391b	parameter passed by value;
dwice	23920	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23945	EDX == [A94440h];
dwice	2394b	First parameter passed by value;
dwice	23950	Second parameter passed by addr: offset of Src M. Block;
dwice	23951	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23952	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23962	\
dwice	23963	 |
dwice	23968	 |
dwice	2396e	 |
dwice	23970	 | ; This piece of code copies bytes of 
dwice	23975	 | ; Src Memory Block in the dest. Memory
dwice	2397a	 | ; Block allocated in the heap;
dwice	2397c	 |
dwice	2397d	 |
dwice	2397e	 |
dwice	23981	 |
dwice	23984	/
dwice	23a00	saves ESI on the stack;
dwice	23a01	ESI == offset base of Src Memory Block!
dwice	23a07	saves EDI on the stack;
dwice	23a08	init EDI;
dwice	23a0c	it jumps if exists a Memory Block; else ...
dwice	23a0e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	23a1d	EAX points to the offset A94430h;
dwice	23a24	it jumps if [A94430h] == 0;
dwice	23a26	EAX points to Heap block;
dwice	23a27	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	23a2c	parameter passed by value;
dwice	23a31	init the location that will store a new pointer to M. Heap Block;
dwice	23a3b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23a40	realign the stack;
dwice	23a43	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23a45	parameter passed by value;
dwice	23a4a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	23a4f	realign the stack;
dwice	23a52	[A94430h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23a60	it jumps if EDI == 0;
dwice	23a62	EDI points to Heap block;
dwice	23a63	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23a68	realign the stack;
dwice	23a6b	parameter passed by value;
dwice	23a70	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23a95	EDX == [A94430h];
dwice	23a9b	First parameter passed by value;
dwice	23aa0	Second parameter passed by addr: offset of Src M. Block;
dwice	23aa1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23aa2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23ab2	\
dwice	23ab3	 |
dwice	23ab8	 |
dwice	23abe	 |
dwice	23ac0	 | ; This piece of code copies bytes of 
dwice	23ac5	 | ; Src Memory Block in the dest. Memory
dwice	23aca	 | ; Block allocated in the heap;
dwice	23acc	 |
dwice	23acd	 |
dwice	23ace	 |
dwice	23ad1	 |
dwice	23ad4	/
dwice	23b50	saves ESI on the stack;
dwice	23b51	ESI == offset base of Src Memory Block!
dwice	23b57	saves EDI on the stack;
dwice	23b58	init EDI;
dwice	23b5c	it jumps if exists a Memory Block; else ...
dwice	23b5e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	23b6d	EAX points to the offset A9443Ch;
dwice	23b74	it jumps if [A9443Ch] == 0;
dwice	23b76	EAX points to Heap block;
dwice	23b77	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	23b7c	parameter passed by value;
dwice	23b81	init the location that will store a new pointer to M. Heap Block;
dwice	23b8b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23b90	realign the stack;
dwice	23b93	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23b95	parameter passed by value;
dwice	23b9a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	23b9f	realign the stack;
dwice	23ba2	[A94434h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23bb0	it jumps if EDI == 0;
dwice	23bb2	EDI points to Heap block;
dwice	23bb3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23bb8	realign the stack;
dwice	23bbb	parameter passed by value;
dwice	23bc0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23be5	EDX == [A9443Ch];
dwice	23beb	First parameter passed by value;
dwice	23bf0	Second parameter passed by addr: offset of Src M. Block;
dwice	23bf1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23bf2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23c02	\
dwice	23c03	 |
dwice	23c08	 |
dwice	23c0e	 |
dwice	23c10	 | ; This piece of code copies bytes of 
dwice	23c15	 | ; Src Memory Block in the dest. Memory
dwice	23c1a	 | ; Block allocated in the heap;
dwice	23c1c	 |
dwice	23c1d	 |
dwice	23c1e	 |
dwice	23c21	 |
dwice	23c24	/
dwice	23c30	saves ESI on the stack;
dwice	23c31	ESI points to a Heap Object;
dwice	23c39	saves EDI on the stack;
dwice	23c3a	it jumps if really Heap Object exists;
dwice	23c3c	ESI points to the original Heap Block;
dwice	23c44	it jumps surely;
dwice	23c4b	parameter passed by value;
dwice	23c50	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23c6c	ESI points to another Heap Object;
dwice	23c74	it jumps if really Heap Object exists;
dwice	23c76	ESI points to the original Heap Block;
dwice	23c7e	it jumps surely;
dwice	23c85	EDI == parameter passed ( top of the stack... );
dwice	23c89	ECX = number of bytes to copy;
dwice	23c8e	copy operation;
dwice	23c90	restore EDI;
dwice	23c96	restore ESI;
dwice	23ca0	saves ESI on the stack;
dwice	23ca1	ESI == offset base of Src Memory Block!
dwice	23ca7	saves EDI on the stack;
dwice	23ca8	init EDI;
dwice	23cac	it jumps if exists a Memory Block; else ...
dwice	23cae	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	23cbd	EAX points to the offset A94438h;
dwice	23cc4	it jumps if [A94438h] == 0;
dwice	23cc6	EAX points to Heap block;
dwice	23cc7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	23ccc	parameter passed by value;
dwice	23cd1	init the location that will store a new pointer to M. Heap Block;
dwice	23cdb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23ce0	realign the stack;
dwice	23ce3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23ce5	parameter passed by value;
dwice	23cea	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	23cef	realign the stack;
dwice	23cf2	[A94438h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23d00	it jumps if EDI == 0;
dwice	23d02	EDI points to Heap block;
dwice	23d03	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23d08	realign the stack;
dwice	23d0b	parameter passed by value;
dwice	23d10	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23d35	EDX == [A94438h];
dwice	23d3b	First parameter passed by value;
dwice	23d40	Second parameter passed by addr: offset of Src M. Block;
dwice	23d41	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23d42	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23d52	\
dwice	23d53	 |
dwice	23d58	 |
dwice	23d5e	 |
dwice	23d60	 | ; This piece of code copies bytes of 
dwice	23d65	 | ; Src Memory Block in the dest. Memory
dwice	23d6a	 | ; Block allocated in the heap;
dwice	23d6c	 |
dwice	23d6d	 |
dwice	23d6e	 |
dwice	23d71	 |
dwice	23d74	/
dwice	23d80	saves ESI on the stack;
dwice	23d81	ESI points to a Heap Object;
dwice	23d89	saves EDI on the stack;
dwice	23d8a	it jumps if really Heap Object exists;
dwice	23d8c	ESI points to the original Heap Block;
dwice	23d94	it jumps surely;
dwice	23d9b	parameter passed by value;
dwice	23da0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23db9	ESI points to another Heap Object;
dwice	23dc1	it jumps if really Heap Object exists;
dwice	23dc3	ESI points to the original Heap Block;
dwice	23dcb	it jumps surely;
dwice	23dd2	EDI == parameter passed ( top of the stack... );
dwice	23dd6	ECX = number of bytes to copy;
dwice	23ddb	copy operation;
dwice	23ddd	restore EDI;
dwice	23de3	restore ESI;
dwice	23df0	saves ESI on the stack;
dwice	23df1	ESI == offset base of Src Memory Block!
dwice	23df7	saves EDI on the stack;
dwice	23df8	init EDI;
dwice	23dfc	it jumps if exists a Memory Block; else ...
dwice	23dfe	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	23e0d	EAX points to the offset A94434h;
dwice	23e14	it jumps if [A94434h] == 0;
dwice	23e16	EAX points to Heap block;
dwice	23e17	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	23e1c	parameter passed by value;
dwice	23e21	init the location that will store a new pointer to M. Heap Block;
dwice	23e2b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23e30	realign the stack;
dwice	23e33	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23e35	parameter passed by value;
dwice	23e3a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	23e3f	realign the stack;
dwice	23e42	[A94434h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23e50	it jumps if EDI == 0;
dwice	23e52	EDI points to Heap block;
dwice	23e53	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23e58	realign the stack;
dwice	23e5b	parameter passed by value;
dwice	23e60	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23e85	EDX == [A94434h];
dwice	23e8b	First parameter passed by value;
dwice	23e90	Second parameter passed by addr: offset of Src M. Block;
dwice	23e91	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23e92	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23ea2	\
dwice	23ea3	 |
dwice	23ea8	 |
dwice	23eae	 |
dwice	23eb0	 | ; This piece of code copies bytes of 
dwice	23eb5	 | ; Src Memory Block in the dest. Memory
dwice	23eba	 | ; Block allocated in the heap;
dwice	23ebc	 |
dwice	23ebd	 |
dwice	23ebe	 |
dwice	23ec1	 |
dwice	23ec4	/
dwice	23ed0	saves ESI on the stack;
dwice	23ed1	ESI points to a Heap Object;
dwice	23ed9	saves EDI on the stack;
dwice	23eda	it jumps if really Heap Object exists;
dwice	23edc	ESI points to the original Heap Block;
dwice	23ee4	it jumps surely;
dwice	23eeb	parameter passed by value;
dwice	23ef0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23f0a	ESI points to another Heap Object;
dwice	23f12	it jumps if really Heap Object exists;
dwice	23f14	ESI points to the original Heap Block;
dwice	23f1c	it jumps surely;
dwice	23f23	EDI == parameter passed ( top of the stack... );
dwice	23f27	ECX = number of bytes to copy;
dwice	23f2c	copy operation;
dwice	23f2e	restore EDI;
dwice	23f34	restore ESI;
dwice	23f40	saves ESI on the stack;
dwice	23f41	ESI == offset base of Src Memory Block!
dwice	23f47	saves EDI on the stack;
dwice	23f48	init EDI;
dwice	23f4c	it jumps if exists a Memory Block; else ...
dwice	23f4e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	23f5d	EAX points to the offset A94448h;
dwice	23f64	it jumps if [A94448h] == 0;
dwice	23f66	EAX points to Heap block;
dwice	23f67	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	23f6c	parameter passed by value;
dwice	23f71	init the location that will store a new pointer to M. Heap Block;
dwice	23f7b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	23f80	realign the stack;
dwice	23f83	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23f85	parameter passed by value;
dwice	23f8a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	23f8f	realign the stack;
dwice	23f92	[A94448h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	23fa0	it jumps if EDI == 0;
dwice	23fa2	EDI points to Heap block;
dwice	23fa3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	23fa8	realign the stack;
dwice	23fab	parameter passed by value;
dwice	23fb0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	23fd5	EDX == [A94448h];
dwice	23fdb	First parameter passed by value;
dwice	23fe0	Second parameter passed by addr: offset of Src M. Block;
dwice	23fe1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	23fe2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	23ff2	\
dwice	23ff3	 |
dwice	23ff8	 |
dwice	23ffe	 |
dwice	24000	 | ; This piece of code copies bytes of 
dwice	24005	 | ; Src Memory Block in the dest. Memory
dwice	2400a	 | ; Block allocated in the heap;
dwice	2400c	 |
dwice	2400d	 |
dwice	2400e	 |
dwice	24011	 |
dwice	24014	/
dwice	24020	saves ESI on the stack;
dwice	24021	ESI points to a Heap Object;
dwice	24029	saves EDI on the stack;
dwice	2402a	it jumps if really Heap Object exists;
dwice	2402c	ESI points to the original Heap Block;
dwice	24034	it jumps surely;
dwice	2403b	parameter passed by value;
dwice	24040	this proc generates a pseudo random number < to the parameter passed by value;
dwice	2405a	ESI points to another Heap Object;
dwice	24062	it jumps if really Heap Object exists;
dwice	24064	ESI points to the original Heap Block;
dwice	2406c	it jumps surely;
dwice	24073	EDI == parameter passed ( top of the stack... );
dwice	24077	ECX = number of bytes to copy;
dwice	2407c	copy operation;
dwice	2407e	restore EDI;
dwice	24084	restore ESI;
dwice	24090	saves ESI on the stack;
dwice	24091	ESI == offset base of Src Memory Block!
dwice	24097	saves EDI on the stack;
dwice	24098	init EDI;
dwice	2409c	it jumps if exists a Memory Block; else ...
dwice	2409e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	240ad	EAX points to the offset A94454h;
dwice	240b4	it jumps if [A94454h] == 0;
dwice	240b6	EAX points to Heap block;
dwice	240b7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	240bc	parameter passed by value;
dwice	240c1	init the location that will store a new pointer to M. Heap Block;
dwice	240cb	this proc generates a pseudo random number < to the parameter passed by value;
dwice	240d0	realign the stack;
dwice	240d3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	240d5	parameter passed by value;
dwice	240da	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	240df	realign the stack;
dwice	240e2	[A94454h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	240f0	it jumps if EDI == 0;
dwice	240f2	EDI points to Heap block;
dwice	240f3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	240f8	realign the stack;
dwice	240fb	parameter passed by value;
dwice	24100	this proc generates a pseudo random number < to the parameter passed by value;
dwice	24125	EDX == [A94454h];
dwice	2412b	First parameter passed by value;
dwice	24130	Second parameter passed by addr: offset of Src M. Block;
dwice	24131	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	24132	This proc copies bytes of Src M. Block in the New M.Block;
dwice	24142	\
dwice	24143	 |
dwice	24148	 |
dwice	2414e	 |
dwice	24150	 | ; This piece of code copies bytes of 
dwice	24155	 | ; Src Memory Block in the dest. Memory
dwice	2415a	 | ; Block allocated in the heap;
dwice	2415c	 |
dwice	2415d	 |
dwice	2415e	 |
dwice	24161	 |
dwice	24164	/
dwice	241e0	saves ESI on the stack;
dwice	241e1	ESI == offset base of Src Memory Block!
dwice	241e7	saves EDI on the stack;
dwice	241e8	init EDI;
dwice	241ec	it jumps if exists a Memory Block; else ...
dwice	241ee	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	241fd	EAX points to the offset A94450h;
dwice	24204	it jumps if [A94450h] == 0;
dwice	24206	EAX points to Heap block;
dwice	24207	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2420c	parameter passed by value;
dwice	24211	init the location that will store a new pointer to M. Heap Block;
dwice	2421b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	24220	realign the stack;
dwice	24223	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24225	parameter passed by value;
dwice	2422a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2422f	realign the stack;
dwice	24232	[A94450h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24240	it jumps if EDI == 0;
dwice	24242	EDI points to Heap block;
dwice	24243	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	24248	realign the stack;
dwice	2424b	parameter passed by value;
dwice	24250	this proc generates a pseudo random number < to the parameter passed by value;
dwice	24275	EDX == [A94450h];
dwice	2427b	First parameter passed by value;
dwice	24280	Second parameter passed by addr: offset of Src M. Block;
dwice	24281	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	24282	This proc copies bytes of Src M. Block in the New M.Block;
dwice	24292	\
dwice	24293	 |
dwice	24298	 |
dwice	2429e	 |
dwice	242a0	 | ; This piece of code copies bytes of 
dwice	242a5	 | ; Src Memory Block in the dest. Memory
dwice	242aa	 | ; Block allocated in the heap;
dwice	242ac	 |
dwice	242ad	 |
dwice	242ae	 |
dwice	242b1	 |
dwice	242b4	/
dwice	24330	saves ESI on the stack;
dwice	24331	ESI == offset base of Src Memory Block!
dwice	24337	saves EDI on the stack;
dwice	24338	init EDI;
dwice	2433c	it jumps if exists a Memory Block; else ...
dwice	2433e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2434d	EAX points to the offset A94444h;
dwice	24354	it jumps if [A94444h] == 0;
dwice	24356	EAX points to Heap block;
dwice	24357	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2435c	parameter passed by value;
dwice	24361	init the location that will store a new pointer to M. Heap Block;
dwice	2436b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	24370	realign the stack;
dwice	24373	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24375	parameter passed by value;
dwice	2437a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2437f	realign the stack;
dwice	24382	[A94444h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24390	it jumps if EDI == 0;
dwice	24392	EDI points to Heap block;
dwice	24393	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	24398	realign the stack;
dwice	2439b	parameter passed by value;
dwice	243a0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	243c5	EDX == [A94444h];
dwice	243cb	First parameter passed by value;
dwice	243d0	Second parameter passed by addr: offset of Src M. Block;
dwice	243d1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	243d2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	243e2	\
dwice	243e3	 |
dwice	243e8	 |
dwice	243ee	 |
dwice	243f0	 | ; This piece of code copies bytes of 
dwice	243f5	 | ; Src Memory Block in the dest. Memory
dwice	243fa	 | ; Block allocated in the heap;
dwice	243fc	 |
dwice	243fd	 |
dwice	243fe	 |
dwice	24401	 |
dwice	24404	/
dwice	24410	saves ESI on the stack;
dwice	24411	ESI points to a Heap Object;
dwice	24419	saves EDI on the stack;
dwice	2441a	it jumps if really Heap Object exists;
dwice	2441c	ESI points to the original Heap Block;
dwice	24424	it jumps surely;
dwice	2442b	parameter passed by value;
dwice	24430	this proc generates a pseudo random number < to the parameter passed by value;
dwice	2444a	ESI points to another Heap Object;
dwice	24452	it jumps if really Heap Object exists;
dwice	24454	ESI points to the original Heap Block;
dwice	2445c	it jumps surely;
dwice	24463	EDI == parameter passed ( top of the stack... );
dwice	24467	ECX = number of bytes to copy;
dwice	2446c	copy operation;
dwice	2446e	restore EDI;
dwice	24474	restore ESI;
dwice	24480	saves ESI on the stack;
dwice	24481	ESI == offset base of Src Memory Block!
dwice	24487	saves EDI on the stack;
dwice	24488	init EDI;
dwice	2448c	it jumps if exists a Memory Block; else ...
dwice	2448e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2449d	EAX points to the offset A9444Ch;
dwice	244a4	it jumps if [A9444Ch] == 0;
dwice	244a6	EAX points to Heap block;
dwice	244a7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	244ac	parameter passed by value;
dwice	244b1	init the location that will store a new pointer to M. Heap Block;
dwice	244bb	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	244c0	realign the stack;
dwice	244c3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	244c5	parameter passed by value;
dwice	244ca	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	244cf	realign the stack;
dwice	244d2	[A9444Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	244e0	it jumps if EDI == 0;
dwice	244e2	EDI points to Heap block;
dwice	244e3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	244e8	realign the stack;
dwice	244eb	parameter passed by value;
dwice	244f0	this porc generates a pseudo random number < to the parameter passed by value;
dwice	24515	EDX == [A9444Ch];
dwice	2451b	First parameter passed by value;
dwice	24520	Second parameter passed by addr: offset of Src M. Block;
dwice	24521	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	24522	This proc copies bytes of Src M. Block in the New M.Block;
dwice	24532	\
dwice	24533	 |
dwice	24538	 |
dwice	2453e	 |
dwice	24540	 | ; This piece of code copies bytes of 
dwice	24545	 | ; Src Memory Block in the dest. Memory
dwice	2454a	 | ; Block allocated in the heap;
dwice	2454c	 |
dwice	2454d	 |
dwice	2454e	 |
dwice	24551	 |
dwice	24554	/
dwice	245d0	saves ESI on the stack;
dwice	245d1	ESI == offset base of Src Memory Block!
dwice	245d7	saves EDI on the stack;
dwice	245d8	init EDI;
dwice	245dc	it jumps if exists a Memory Block; else ...
dwice	245de	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	245ed	EAX points to the offset A94458h;
dwice	245f4	it jumps if [A94458h] == 0;
dwice	245f6	EAX points to Heap block;
dwice	245f7	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	245fc	parameter passed by value;
dwice	24601	init the location that will store a new pointer to M. Heap Block;
dwice	2460b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	24610	realign the stack;
dwice	24613	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24615	parameter passed by value;
dwice	2461a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2461f	realign the stack;
dwice	24622	[A94458h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24630	it jumps if EDI == 0;
dwice	24632	EDI points to Heap block;
dwice	24633	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	24638	realign the stack;
dwice	2463b	parameter passed by value;
dwice	24640	this proc generates a pseudo random number < to the parameter passed by value;
dwice	24665	EDX == [A94458h];
dwice	2466b	First parameter passed by value;
dwice	24670	Second parameter passed by addr: offset of Src M. Block;
dwice	24671	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	24672	This proc copies bytes of Src M. Block in the New M.Block;
dwice	24682	\
dwice	24683	 |
dwice	24688	 |
dwice	2468e	 |
dwice	24690	 | ; This piece of code copies bytes of 
dwice	24695	 | ; Src Memory Block in the dest. Memory
dwice	2469a	 | ; Block allocated in the heap;
dwice	2469c	 |
dwice	2469d	 |
dwice	2469e	 |
dwice	246a1	 |
dwice	246a4	/
dwice	24720	saves ESI on the stack;
dwice	24721	ESI == offset base of Src Memory Block!
dwice	24727	saves EDI on the stack;
dwice	24728	init EDI;
dwice	2472c	it jumps if exists a Memory Block; else ...
dwice	2472e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2473d	EAX points to the offset A9445Ch;
dwice	24744	it jumps if [A9445Ch] == 0;
dwice	24746	EAX points to Heap block;
dwice	24747	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2474c	parameter passed by value;
dwice	24751	init the location that will store a new pointer to M. Heap Block;
dwice	2475b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	24760	realign the stack;
dwice	24763	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24765	parameter passed by value;
dwice	2476a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2476f	realign the stack;
dwice	24772	[A9445Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	24780	it jumps if EDI == 0;
dwice	24782	EDI points to Heap block;
dwice	24783	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	24788	realign the stack;
dwice	2478b	parameter passed by value;
dwice	24790	this proc generates a pseudo random number < to the parameter passed by value;
dwice	247b5	EDX == [A9445Ch];
dwice	247bb	First parameter passed by value;
dwice	247c0	Second parameter passed by addr: offset of Src M. Block;
dwice	247c1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	247c2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	247d2	\
dwice	247d3	 |
dwice	247d8	 |
dwice	247de	 |
dwice	247e0	 | ; This piece of code copies bytes of 
dwice	247e5	 | ; Src Memory Block in the dest. Memory
dwice	247ea	 | ; Block allocated in the heap;
dwice	247ec	 |
dwice	247ed	 |
dwice	247ee	 |
dwice	247f1	 |
dwice	247f4	/
dwice	24800	saves ESI on the stack;
dwice	24801	ESI points to a Heap Object;
dwice	24809	saves EDI on the stack;
dwice	2480a	it jumps if really Heap Object exists;
dwice	2480c	ESI points to the original Heap Block;
dwice	24814	it jumps surely;
dwice	2481b	parameter passed by value;
dwice	24820	this proc generates a pseudo random number < to the parameter passed by value;
dwice	2483a	ESI points to another Heap Object;
dwice	24842	it jumps if really Heap Object exists;
dwice	24844	ESI points to the original Heap Block;
dwice	2484c	it jumps surely;
dwice	24853	EDI == parameter passed ( top of the stack... );
dwice	24857	ECX = number of bytes to copy;
dwice	2485c	copy operation;
dwice	2485e	restore EDI;
dwice	24864	restore ESI;
dwice	24870	saves ESI on the stack;
dwice	24871	ESI == offset base of Src Memory Block!
dwice	24877	saves EDI on the stack;
dwice	24878	init EDI;
dwice	2487c	it jumps if exists a Memory Block; else ...
dwice	2487e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2488d	EAX points to the offset A94460h;
dwice	24894	it jumps if [A94460h] == 0;
dwice	24896	EAX points to Heap block;
dwice	24897	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2489c	parameter passed by value;
dwice	248a1	init the location that will store a new pointer to M. Heap Block;
dwice	248ab	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	248b0	realign the stack;
dwice	248b3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	248b5	parameter passed by value;
dwice	248ba	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	248bf	realign the stack;
dwice	248c2	[A94460h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	248d0	it jumps if EDI == 0;
dwice	248d2	EDI points to Heap block;
dwice	248d3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	248d8	realign the stack;
dwice	248db	parameter passed by value;
dwice	248e0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	24905	EDX == [A94460h];
dwice	2490b	First parameter passed by value;
dwice	24910	Second parameter passed by addr: offset of Src M. Block;
dwice	24911	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	24912	This proc copies bytes of Src M. Block in the New M.Block;
dwice	24922	\
dwice	24923	 |
dwice	24928	 |
dwice	2492e	 |
dwice	24930	 | ; This piece of code copies bytes of 
dwice	24935	 | ; Src Memory Block in the dest. Memory
dwice	2493a	 | ; Block allocated in the heap;
dwice	2493c	 |
dwice	2493d	 |
dwice	2493e	 |
dwice	24941	 |
dwice	24944	/
dwice	24950	ECX == second parameter -> offset of String1;
dwice	24958	DL == first parameter -> current Serial's char;
dwice	2495c	init EAX;we consider it as an index i;
dwice	2495e	DL == String1[2*i] ?
dwice	24960	if this test is ok, we exit to the loop; the Sub returns the value of the index i;
dwice	24962	else it continues;i = i+1;
dwice	24963	ECX = ECX+2; 
dwice	24966	the loop finishes when we have find the Serial's char in the String1 or when we visit its all; ( lengh of the String1 == 20h)
dwice	2496b	if we land here, we have a mistake;
dwice	24aa0	EDX = First parameter = Offset of Serial;
dwice	24aa7	save EDI ESI EBP EBX on the stack;
dwice	24aa8	EDI = Offset of serial;
dwice	24aaa	ECX = -1;
dwice	24aad	EAX = 0;
dwice	24ab4	Test the Length of Serial; if not equal to 1Eh...
dwice	24ab9	we jump here;
dwice	24abc	EAX = 0, Magic Value, we have mistake;
dwice	24abe	restore EDI ESI EBP EBX;
dwice	24ac0	EBP = Second Parameter = Destination Buffer of Cryptic Serial;
dwice	24ac4	EBX = Offset of Serial;
dwice	24ac6	ESI = 0; pointer of Cryptic Serial Buffer;
dwice	24ac8	EBX = -100h;
dwice	24aca	EDI points to current byte of Cryptic Serial Buffer;
dwice	24acd	AL = current byte of Serial;
dwice	24ad0	First parameter passed by value: Current Serial's byte;
dwice	24ad1	Second paramter passed by address: offset of String1;
dwice	24ad6	This Sub test if the current Serial' char is in a even position of Second parameter;
dwice	24adb	realign the stack;
dwice	24ade	EAX is the index position j where: Current Serial byte == String1[2*j];
dwice	24ae0	if EAX < 0 we have a mistake;
dwice	24af4	1° group = (5,9,0Bh,0Ch); if ESI belongs it, it jumps in ONE;
dwice	24b08	2° group = (4,6,0Ah,0Fh); if ESI belongs it, it jumps in TWO;
dwice	24b1b	3° group = (0,2,8,0Eh); if ESI belongs it, it jumps in THREE;
dwice	24b1d	4° group = others indexes; CL = [HashTable's base offset + 3 + 4*j];
dwice	24b26	THREE: DL = [HashTable's base offset + 2 + 4*j];
dwice	24b2d	DL is saved in Current Byte of Cryptic Serial Buffer;
dwice	24b31	TWO: AL = [HashTable's base offset + 1 + 4*j];
dwice	24b38	AL is saved in Current Byte of Cryptic Serial Buffer;
dwice	24b3c	ONE: CL = [HashTable's base offset + 4*j];
dwice	24b43	CL is saved in Current Byte of Cryptic Serial Buffer;
dwice	24b45	increment the pointer to Crytic Serial Buffer: ESI = ESI + 1;
dwice	24b46	repeat the loop until ESI = Length of Serial;
dwice	24b52	EAX = 1, Magic Value, it's OK;
dwice	24b57	restore EDI ESI EBP EBX;
dwice	24d9d	First check routine by Reg!
dwice	24de3	EAX points to 'Cleaned Name';
dwice	24de7	It saves the EBX on the Stack;
dwice	24de8	EBX = 17983DE1;
dwice	24dee	It saves EDI on the Stack;
dwice	24def	AL == first char of the 'Cleaned Name';
dwice	24df3	EDI == ECX == EBX == 17983DE1;
dwice	24df5	EDI = EDI xor 11; Superflous!!
dwice	24df8	If AL == 0 ( no Char in the 'Cleaned Name') we have mistake;
dwice	24dfa	Saves ECX on the stack;
dwice	24dfe	inits [ESP + C];
dwice	24e0d	Saves ESI and EBP on the stack;
dwice	24e0e	Parameter passed by value: current char of 'Cleaned Name';
dwice	24e0f	This Sub converts the Current Char in a UPPERCASE Char;
dwice	24e14	ECX points to 'Cleaned Name';
dwice	24e18	EBP == Uppercase of Char of 'Cleaned Name'
dwice	24e1d	Parameter passed by value: current char of 'Cleaned Name';
dwice	24e1e	This Sub converts the Current Char in a UPPERCASE Char;
dwice	24e23	ESI == Uppercase of Char of 'Cleaned Name';
dwice	24e26	EAX points to 'Cleaned Name';
dwice	24e2c	Parameter passed by value: current char of 'Cleaned Name';
dwice	24e2d	This Sub converts the Current Char in a UPPERCASE Char;
dwice	24e32	ECX = 1Dh;
dwice	24e38	Realign the stack;
dwice	24e3b	EAX == Uppercase of Char of 'Cleaned Name';
dwice	24e44	ECX = 06h;
dwice	24e4c	ECX = 15h;
dwice	24e52	EDX = Current UPPERCASE Char * [2^1Dh xor 2^06];
dwice	24e58	ECX = 0Fh;
dwice	24e5e	EDX = Current UPPERCASE Char * [2^1Dh xor 2^06 xor 2^15h];
dwice	24e64	ECX = 19h;
dwice	24e6a	EDX = Current UPPERCASE Char * [2^1Dh xor 2^06 xor 2^15h xor 2^0Fh];
dwice	24e70	ECX = 09;
dwice	24e76	EDX = Current UPPERCASE Char * [2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h];
dwice	24e7c	[ESP+10h] == ECX (At the begin is 17983DE1);
dwice	24e82	EDI = Current UPPERCASE Char;
dwice	24e84	-- > EAX = Current Char * [2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h xor 1];
dwice	24e86	EDX = Current UPPERCASE Char;
dwice	24e88	ECX = [ESP +10h] xor EAX;
dwice	24e8a	EBX = EBX xor EAX; at the begin EBX = [004F144C];
dwice	24e8c	Stores ECX in [ESP +10h];
dwice	24e90	ECX = 1Dh;
dwice	24e98	ECX = 06;
dwice	24ea0	ECX = 15h;
dwice	24eac	ECX = 0Fh;
dwice	24eb8	ECX = 19h;
dwice	24ec4	ECX = 09;
dwice	24eca	EDX = Current Char *[2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h];
dwice	24ecc	EDI == Current Char;
dwice	24ed0	ECX = EAX = Current Char * [2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h xor 1];
dwice	24ed2	ECX = ECX xor EBX -> EAX xor EBX -> EAX xor ( EAX xor EBX) -> ECX = EBX;
dwice	24ed4	EDX = Current Char *[2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h];
dwice	24ed6	-- > EDI = EAX = Current Char * [2^1Dh xor 2^06 xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h xor 1];
dwice	24ed8	EDX = Current Char;
dwice	24eda	EDI = EDI ( == EAX) or EBX;
dwice	24edc	EDX = EDX xor ESI -> Current Char xor ( Current Char) -> EDX == 0;
dwice	24ede	ESI points to 'Cleaned Name';
dwice	24ee2	EDX == EDX or ECX; -> EDX = ECX;
dwice	24ee4	ECX = [ESP +14h];
dwice	24ee8	ESI = ESI + 1;
dwice	24ee9	ECX = ECX + 1;
dwice	24eea	[ESP + 14] = is a counter of chars examined;
dwice	24eee	ECX = 06;
dwice	24ef4	ECX = EAX xor 06h;
dwice	24ef6	[ESP +24h] is a ponter to 'Cleaned Name Buffer' upgraded ;);
dwice	24efa	EBX = (EAX xor EBX) or ( EAX xor 06h);
dwice	24efc	ECX = 1Dh;
dwice	24f02	ESI = EBP == Current Char; 
dwice	24f04	i save the value in EBX in [ESP + 18h];
dwice	24f08	EBX = EBP == Current Char; 
dwice	24f0c	ECX = 06;
dwice	24f12	EDI = EDI + 1;
dwice	24f15	ECX = 15h;
dwice	24f1b	ESI = Current Char * (2^1Dh xor 2^06h);
dwice	24f1d	EBX = Current Char;
dwice	24f21	ECX = 0Fh;
dwice	24f27	ESI = Current Char * (2^1Dh xor 2^06h xor 2^15h);
dwice	24f29	EBX = Current Char;
dwice	24f2d	ECX = 19h;
dwice	24f33	ESI = Current Char * (2^1Dh xor 2^06h xor 2^15h xor 2^0Fh);
dwice	24f35	EBX = Current Char;
dwice	24f39	ECX = 09;
dwice	24f3f	ESI = Current Char * (2^1Dh xor 2^06h xor 2^15h xor 2^0Fh xor 2^19h);
dwice	24f41	EBX = Current Char;
dwice	24f45	ESI = Current Char * (2^1Dh xor 2^06h xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h);
dwice	24f47	ESI = Current Char * (2^1Dh xor 2^06h xor 2^15h xor 2^0Fh xor 2^19h xor 2^09h xor 1);
dwice	24f49	EBP = ESI;
dwice	24f4e	EBP = EBP * ( 2^5-1) -> EBP = EBP * 1Fh;
dwice	24f50	Check if EDI <= 11h;
dwice	24f55	We land here if EDI > 11h; ECX = EBP * 5;
dwice	24f59	EDI = EDI + 4FEh;
dwice	24f62	ECX = ( 5*2^6-1) * EBP -> ECX = EBP * 13Fh;
dwice	24f64	EBP = 5*ECX;
dwice	24f67	EBP = EBP*2; -> EBP = ECX * 0Ah; -> EBP =  EBP * 0C76h;
dwice	24f69	Check if the char examined position is <= 3;
dwice	24f70	We land here if Char examined position is 4th;
dwice	24f74	EDI = EDI + 400h;
dwice	24f7a	EBP = EBP or EDI;
dwice	24f7c	Re - Init the position of char ezamined; in short way we do these elabs if Char position is a multiple of 5; 
dwice	24f87	ECX = 09; We jump here if the Char examined position is not 4th!!!;
dwice	24f8d	EBX = [ESP + 18h];
dwice	24f91	ECX = EAX xor 09h;
dwice	24f93	EBX = (EAX xor EBX) or (EAX xor 06h) or (EAX xor 09h);
dwice	24f95	ECX = EDI;
dwice	24f9a	ECX = ECX * 1Fh;
dwice	24f9c	EBP = EBP or (EAX xor EBX) or (EAX xor 06h) or (EAX xor 09h);
dwice	24f9e	ECX = 4 * ECX -> ECX = ECX * 7Ch;
dwice	24fa1	EDI = ECX;
dwice	24fa3	EDX = EDX + 83h;
dwice	24fa9	Check if EBP is <= 0B3h;
dwice	24fb1	We land here if EBP > 0B3h; ECX = 5 * EBP;
dwice	24fb5	EDI = EDI + 4FEh;
dwice	24fbe	ECX = EBP * (5 * 2^6 -1); -> ECX = EBP * 13Fh;
dwice	24fc0	EBP = EBP * 5;
dwice	24fc3	EBP = EBP * 2; -> EBP = ECX * 0Ah; -> EBP = EBP * 0C76h;
dwice	24fc7	We jump here if EBP <= 0B3h; EDI = EDI + 10A6CEh;
dwice	24fcd	EBP = EBP or 0DA106;
dwice	24fd3	ESI = [ESP +10h];
dwice	24fd7	ECX = ESI;
dwice	24fd9	ECX = ECX * 2^ (-1Fh); I consider the most significant bit!;
dwice	24fdc	ESI == 2* ESI;
dwice	24fde	Check if ECX is a negative !
dwice	24fe0	i save ESI in [ESP + 10h];
dwice	24fe4	if ECX > 8XXXXXXX, we don't jump;
dwice	24fe8	ECX = ESI or 1;
dwice	24feb	upgrade [ESP + 10h];
dwice	24fef	ECX = 0Fh;
dwice	24ff5	ECX = EAX xor 0Fh;
dwice	24ffc	EAX = EDX * 1Fh;
dwice	24ffe	EBX = (EAX xor EBX) or (EAX xor 06h) or (EAX xor 09h) or (EAX xor 0Fh);
dwice	25000	EDI = EDI * 10h;
dwice	25003	Check if EAX <= 98187179;...
dwice	25008	...if no, ...
dwice	2500a	...then EDI = EDI + 4FEh;
dwice	25010	jump to the next calculation;
dwice	25012	...else EDI = EDI + 10A6CEh;
dwice	25018	jump to the next calculation;
dwice	2501a	ECX = 0Fh;
dwice	25020	ECX = EAX xor 0Fh;
dwice	25022	EBX = (EAX xor EBX) or (EAX xor 06h) or (EAX xor 09h) or (EAX xor 0Fh);;
dwice	25024	EDI = EDI * 2^(-4); -> remove the last nibble!!;
dwice	25027	EBP = EBP xor (EAX xor EBX) or (EAX xor 06h) or (EAX xor 09h) or (EAX xor 0Fh);;
dwice	25029	Check if EBX <= 821971A2h;
dwice	25031	We jump here if EBX > 821971A2h; EAX = [ESP + 1Ch];
dwice	25035	ECX = EDI + 4FEh;
dwice	2503b	EAX = EAX xor ECX;                 \
dwice	2503d	I save EAX in [ESP + 1Ch];         / These are a superflous Instructions!;
dwice	25041	EAX = EBP * 5;
dwice	25045	EAX = EBX * ( 5 * 2^6);
dwice	25048	EAX = EBP * 13Fh;
dwice	2504d	EDX = EBP * 0C76h;
dwice	2504f	EDI = EDI xor EDX;
dwice	25051	we jump to the next calculation!;
dwice	25053	We jump here if EBX <= 821971A2h; EBP = EBP + 10A6CEh;
dwice	25059	EDI = EDI or EBP;
dwice	2505b	EAX = point to Name Buffer upgraded;
dwice	2505f	AL = Next Char!;
dwice	25069	ECX = [ESP + 10h];
dwice	2506f	EAX = 512980ACh;
dwice	25079	If EDI <= 11h, ECX = [ESP + 10] xor 512980ACh;
dwice	2507d	if EDI > 11h, ECX = [ESP +10h] xor 512980ACh;
dwice	2508c	EAX = [ESP + 10h];
dwice	25095	EAX = [ESP + 10h];
dwice	250a6	Parameter passed by value;
dwice	250a8	This sub generates a pseudo random number by the use of the API GetTickCount ;D.The return value is in EAX;
dwice	250ad	EAX <= 10h; it 's used as a random index;
dwice	250b9	[00425454h] == Base of a switch table of 10h pointers;
dwice	250c4	EAX == offset of stack's top;
dwice	250c5	This proc copies a Heap object in to the stack;
dwice	250d3	ECX == offset of stack's top;
dwice	250d4	This proc copies a Heap object in to the stack;
dwice	250e2	EDX == offset of stack's top;
dwice	250e3	This proc copies a Heap object in to the stack;
dwice	250f1	EAX == offset of stack's top;
dwice	250f2	This proc copies a Heap object in to the stack;
dwice	25100	ECX == offset of stack's top;
dwice	25101	This proc copies a Heap object in to the stack;
dwice	2510f	EDX == offset of stack's top;
dwice	25110	This proc copies a Heap object in to the stack;
dwice	2511e	EAX == offset of stack's top;
dwice	2511f	This proc copies a Heap object in to the stack;
dwice	2512a	ECX == offset of stack's top;
dwice	2512b	This proc copies a Heap object in to the stack;
dwice	25136	EDX == offset of stack's top;
dwice	25137	This proc copies a Heap object in to the stack;
dwice	25142	EAX == offset of stack's top;
dwice	25143	This proc copies a Heap object in to the stack;
dwice	2514e	ECX == offset of stack's top;
dwice	2514f	This proc copies a Heap object in to the stack;
dwice	2515a	EDX == offset of stack's top;
dwice	2515b	This proc copies a Heap object in to the stack;
dwice	25166	EAX == offset of stack's top;
dwice	25167	This proc copies a Heap object in to the stack;
dwice	25172	ECX == offset of stack's top;
dwice	25173	This proc copies a Heap object in to the stack;
dwice	2517e	EDX == offset of stack's top;
dwice	2517f	This proc copies a Heap object in to the stack;
dwice	2518a	EAX == offset of stack's top;
dwice	2518b	This proc copies a Heap object in to the stack;
dwice	25196	ECX == offset of stack's top;
dwice	25197	This proc copies a Heap object in to the stack;
dwice	2519c	Here we begin the check of the serial!;
dwice	251a2	EAX is a MAGIC VALUE! if EAX == 0, ERROR else EAX == 1 and you are a good boy!
dwice	251a9	EDI points to the Serial's Buffer;
dwice	251bc	ECX == Lengh of the Serial ( == 1Eh);
dwice	251bf	if check is right, goes away, else...
dwice	251c1	...BYE! EAX == 0 and so we have mistake!
dwice	251cb	EDI points to the Name's Buffer; the Name is without digit or special char;
dwice	251d5	EAX == 0; :D
dwice	251dc	ECX == Lengh of the Name! 
dwice	251df	If Name's lengh is >=2, it's OK and go away, else ...
dwice	251e1	...BYE!! we have an Error!!
dwice	251ed	DL == current char of the serial!
dwice	251f4	EAX points to the String1;
dwice	251f8	first parameter passed by value : char;
dwice	251f9	second parameter passed by address: offset of String1;
dwice	251fa	This Sub test if the current Serial' char is in a even position of String1;
dwice	251ff	Realign the Stack;
dwice	25202	if EAX == -1 we jump to ERROR!!
dwice	25210	EDI is the pointer to Serial's Buffer!
dwice	25212	EBX == 0;
dwice	25219	Init ESI;
dwice	2521b	CL == current char of the [serial + 10h]!
dwice	25222	EDX points to the String1;
dwice	25226	First paramenter passed by value: char;
dwice	25227	second paramenter passed by address: offset of String1;
dwice	25228	This Sub test if the current Serial' char is in a even position of String1;
dwice	2522d	Realign the Stack;
dwice	25230	if EAX == -1 we jump to ERROR!! Else EAX is the index position j where: Char == String1[2*j];
dwice	25238	ESI == ECX == 0,4,8,...,18h -> 4*i (where i is the loop's counter);
dwice	2523a	ESI = ESI + 4;
dwice	2523d	EAX = j << 4*i; -> EAX = j * 2^(4 *i);
dwice	2523f	[ESP + 44C] == temp value!
dwice	25246	ECX = temp value or EAX;
dwice	25248	EDI = EDI + 1;
dwice	25249	If ESI < 18h the loop continues;
dwice	2524c	upgrade temp value by ECX;
dwice	25253	At the end, [ESP + 44C] == Sum (j[i]*16^i) where i belong to [0...6] and j[i] is the index position in the i-esim cycle;
dwice	25255	ESI = [4F1428] == 987AC16B;
dwice	2525b	EAX = ECX = Sum (j[i]*16^i); i call it Number1;
dwice	2525d	-- > EDI == EAX == Number1;
dwice	2525f	ECX = 6;
dwice	25264	EBX = ESI = Temp Number; at the begin,it's 987AC16B;
dwice	25266	EDX = Number1 >> 4*i; i is the loop's counter ( i == 6 - ECX );
dwice	25268	EBX = EBX * 2^5;
dwice	2526b	it selects the last nibble of EDX;
dwice	2526e	EBX = EBX - ESI == EBX * (2^5-1) == EBX * 1Fh;
dwice	25270	EDX = EDX xor EBX; -> EDX == EBX[7:1]!! only last nibble of EBX is calculated by xoring;
dwice	25272	after the last calc the nibble is superflous; so EAX SHR 4!;
dwice	25275	ECX = ECX-1;
dwice	25276	it saves EDX in ESI -> Temp Number;
dwice	25278	-- > At the end, ESI == Number2;
dwice	2527a	EAX points to the 'Cleaned Name';
dwice	25281	parameter passed by address; EAX == offset of 'Cleaned Name';
dwice	25282	This sub computes on the 'Cleaned Name' and returns a value in EAX;
dwice	25287	[4F1484] == 8;
dwice	25298	ERROR!!
dwice	2529a	Magic Value is set to 0 (EAX == 0);
dwice	252a4	CL = [ESP + 24Ch + 8h]; CL is a 8h-esim char of the serial;
dwice	252ab	the replicate the value of EAX because we will use it many times! ;) ;
dwice	252ad	EDX = EAX and 1Fh;
dwice	252b0	[ESP + 0Ch] == points to String1;
dwice	252b6	ERROR!!
dwice	252b8	Magic Value is set to 0 (EAX == 0);
dwice	252c2	[4F1488] == 0Eh;
dwice	252d0	ERROR!!
dwice	252d2	Magic Value is set to 0 (EAX == 0);
dwice	252dc	DL = [ESP + 24Ch + 0Eh]; DL is a 0Eh-esim char of the serial;
dwice	252e3	well... we finish to use the value obtained by the  last CALL and stored in EAX;
dwice	252e6	EAX = (EAX >> 5) and 1Fh;
dwice	252e9	[ESP + 0Ch] == points to String1;
dwice	252ef	ERROR!!
dwice	252f1	Magic Value is set to 0 (EAX == 0);
dwice	252fb	CL is a 16h-esim char of the serial;
dwice	25302	Now, we use the value stored in ESI, we call them Number2;
dwice	25304	EAX = ESI and 1Fh;
dwice	25307	[ESP + 0Ch] == points to String1;
dwice	2530d	ERROR!!
dwice	2530f	Magic Value is set to 0 (EAX == 0);
dwice	25319	AL is a 17h-esim char of the serial;
dwice	25325	EDX = (ESI >> 5) and 1Fh;
dwice	25328	[ESP + 0Ch] == points to String1;
dwice	2532e	ERROR!!
dwice	25330	Magic Value is set to 0 (EAX == 0);
dwice	2533a	CL is a 18h-esim char of the serial;
dwice	25344	ESI = (ESI >> 0Ah) and 1Fh;
dwice	25347	[ESP + 0Ch] == points to String1;
dwice	2534d	ERROR!!
dwice	2534f	Magic Value is set to 0 (EAX == 0);
dwice	25359	EDX points to the String1;
dwice	2535d	parameter passed by offset; ( offset of string1);
dwice	25366	In this case the value returned in EAX is 0!
dwice	2536a	ERROR!!
dwice	2536c	Magic Value is set to 0 (EAX == 0);
dwice	25376	First parameter passed by value : 1;
dwice	25378	EAX = offset of serial;
dwice	2537f	Second Parameter passed by value : 19h;
dwice	25381	Third parameter passed by address : offset of Serial;
dwice	25382	This Sub computes a value by a CDATA Buffer and returns this in EAX;
dwice	25387	[004F1424] == ESI == 1982D18C
dwice	2538d	DL is a 19h-esim char of the serial;
dwice	25394	EAX = EAX xor ESI;
dwice	25396	Realign the Stack;
dwice	25399	we begin to use the value stored in EAX for some checks!;the value obtained in EAX is usede many times;
dwice	2539b	ECX = EAX and 1F;
dwice	2539e	[ESP + 0Ch] == points to String1;
dwice	253a4	ERROR!!
dwice	253a6	Magic Value is set to 0 (EAX == 0);
dwice	253b0	DL is a 1Ah-esim char of the serial;
dwice	253bc	ECX = (EAX >> 5) and 1Fh;
dwice	253bf	[ESP + 0Ch] == points to String1;
dwice	253c5	ERROR!!
dwice	253c7	Magic Value is set to 0 (EAX == 0);
dwice	253d1	DL is a 1Bh-esim char of the serial;
dwice	253dd	ECX = (EAX >> 0Ah) and 1Fh;
dwice	253e0	[ESP + 0Ch] == points to String1;
dwice	253e6	ERROR!!
dwice	253e8	Magic Value is set to 0 (EAX == 0);
dwice	253f2	DL is a 1Ch-esim char of the serial;
dwice	253fe	ECX = (EAX >> 0Fh) and 1Fh;
dwice	25401	[ESP + 0Ch] == points to String1;
dwice	25407	ERROR!!
dwice	25409	Magic Value is set to 0 (EAX == 0);
dwice	25413	CL is a 1Dh-esim char of the serial;
dwice	2541d	we finished to use the value stored in EAX; EAX = (EAX >> 14h) and 1Fh;
dwice	25420	[ESP + 0Ch] == points to String1;
dwice	25426	ERROR!!
dwice	25428	Magic Value is set to 0 (EAX == 0);
dwice	25432	-- > EDI = Number1;
dwice	254a3	First Parameter == offset of Serial;
dwice	254a8	Second Parameter == Buffer of Crypted Serial;
dwice	254ad	This proc crypts the Serial; if eax == 0, it's OK, else we have mistake;
dwice	254bd	If we approde here, the prog stores the crypted serial in HKLM\...\License code;
dwice	25560	saves ESI on the stack;
dwice	25561	ESI == offset base of Src Memory Block!
dwice	25567	saves EDI on the stack;
dwice	25568	init EDI;
dwice	2556c	it jumps if exists a Memory Block; else ...
dwice	2556e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2557d	EAX points to the offset A94468h;
dwice	25584	it jumps if [A94468h] == 0;
dwice	25586	EAX points to Heap block;
dwice	25587	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2558c	parameter passed by value;
dwice	25591	init the location that will store a new pointer to M. Heap Block;
dwice	2559b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	255a0	realign the stack;
dwice	255a3	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	255a5	parameter passed by value;
dwice	255aa	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	255af	realign the stack;
dwice	255b2	[A94468h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	255c0	it jumps if EDI == 0;
dwice	255c2	EDI points to Heap block;
dwice	255c3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	255c8	realign the stack;
dwice	255cb	parameter passed by value;
dwice	255d0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	255f5	EDX == [A94468h];
dwice	255fb	First parameter passed by value;
dwice	25600	Second parameter passed by addr: offset of Src M. Block;
dwice	25601	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	25602	This proc copies bytes of Src M. Block in the New M.Block;
dwice	25612	\
dwice	25613	 |
dwice	25618	 |
dwice	2561e	 |
dwice	25620	 | ; This piece of code copies bytes of 
dwice	25625	 | ; Src Memory Block in the dest. Memory
dwice	2562a	 | ; Block allocated in the heap;
dwice	2562c	 |
dwice	2562d	 |
dwice	2562e	 |
dwice	25631	 |
dwice	25634	/
dwice	25750	saves ESI on the stack;
dwice	25751	ESI == offset base of Src Memory Block!
dwice	25757	saves EDI on the stack;
dwice	25758	init EDI;
dwice	2575c	it jumps if exists a Memory Block; else ...
dwice	2575e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2576d	EAX points to the offset A94464h;
dwice	25774	it jumps if [A94464h] == 0;
dwice	25776	EAX points to Heap block;
dwice	25777	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2577c	parameter passed by value;
dwice	25781	init the location that will store a new pointer to M. Heap Block;
dwice	2578b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	25790	realign the stack;
dwice	25793	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25795	parameter passed by value;
dwice	2579a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2579f	realign the stack;
dwice	257a2	[A94464h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	257b0	it jumps if EDI == 0;
dwice	257b2	EDI points to Heap block;
dwice	257b3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	257b8	realign the stack;
dwice	257bb	parameter passed by value;
dwice	257c0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	257e5	EDX == [A94464h];
dwice	257eb	First parameter passed by value;
dwice	257f0	Second parameter passed by addr: offset of Src M. Block;
dwice	257f1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	257f2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	25802	\
dwice	25803	 |
dwice	25808	 |
dwice	2580e	 |
dwice	25810	 | ; This piece of code copies bytes of 
dwice	25815	 | ; Src Memory Block in the dest. Memory
dwice	2581a	 | ; Block allocated in the heap;
dwice	2581c	 |
dwice	2581d	 |
dwice	2581e	 |
dwice	25821	 |
dwice	25824	/
dwice	25940	saves ESI on the stack;
dwice	25941	ESI == offset base of Src Memory Block!
dwice	25947	saves EDI on the stack;
dwice	25948	init EDI;
dwice	2594c	it jumps if exists a Memory Block; else ...
dwice	2594e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	2595d	EAX points to the offset A94470h;
dwice	25964	it jumps if [A94470h] == 0;
dwice	25966	EAX points to Heap block;
dwice	25967	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	2596c	parameter passed by value;
dwice	25971	init the location that will store a new pointer to M. Heap Block;
dwice	2597b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	25980	realign the stack;
dwice	25983	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25985	parameter passed by value;
dwice	2598a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	2598f	realign the stack;
dwice	25992	[A94470h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	259a0	it jumps if EDI == 0;
dwice	259a2	EDI points to Heap block;
dwice	259a3	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	259a8	realign the stack;
dwice	259ab	parameter passed by value;
dwice	259b0	this proc generates a pseudo random number < to the parameter passed by value;
dwice	259d5	EDX == [A94470h];
dwice	259db	First parameter passed by value;
dwice	259e0	Second parameter passed by addr: offset of Src M. Block;
dwice	259e1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	259e2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	259f2	\
dwice	259f3	 |
dwice	259f8	 |
dwice	259fe	 |
dwice	25a00	 | ; This piece of code copies bytes of 
dwice	25a05	 | ; Src Memory Block in the dest. Memory
dwice	25a0a	 | ; Block allocated in the heap;
dwice	25a0c	 |
dwice	25a0d	 |
dwice	25a0e	 |
dwice	25a11	 |
dwice	25a14	/
dwice	25a36	ESI points to the serial's buffer;
dwice	25a3b	EDI is a pointer to the new buffer on the stack!
dwice	25a3f	init EBX to zero;
dwice	25a41	in AL stores the current serial's char;
dwice	25a43	is it empty? (in otherwords, we arrive at the end of the serial's buffer?);
dwice	25a45	if yes, we jump over this loop!!...
dwice	25a47	...else we analyse the current char!! ( passed by value to the next Sub);
dwice	25a48	This Sub tests if the char stores in EAX is a LETTER (upper case or lower case)!If true, EAX == 1, else EAX == 0;
dwice	25a4d	simply realign the stack!
dwice	25a54	AL == current serial's char;
dwice	25a56	it passes by value to the nex Sub;
dwice	25a57	This Sub tests if the char stores in EAX is a DIGIT!If true, EAX == 1, else EAX == 0;
dwice	25a5c	realign the stack!
dwice	25a63	if we land here, the current char is not digit or letter! ESI == ESI + 1;
dwice	25a64	jump to analyse the next char!;
dwice	25a66	We land here if the  current char stored in EAX is a letteral or digit!;
dwice	25a69	it pass the char by value to the next Sub!;
dwice	25a6a	This Sub simply converts the letteral char in to upper case!;
dwice	25a6f	realign the stack;
dwice	25a72	EDI is a pointer to the new buffer!!
dwice	25a74	EDI == EDI + 1;
dwice	25a75	EBX == EBX + 1;
dwice	25a76	the buffer's lengh is MAX 256!;
dwice	25b20	saves ESI on the stack;
dwice	25b21	ESI == offset base of Src Memory Block!
dwice	25b27	saves EDI on the stack;
dwice	25b28	init EDI;
dwice	25b2c	it jumps if exists a Memory Block; else ...
dwice	25b2e	...ESI == offset base of Original Memory Block! ( surely it's exists);
dwice	25b3d	EAX points to the offset A9446Ch;
dwice	25b44	it jumps if [A9446Ch] == 0;
dwice	25b46	EAX points to Heap block;
dwice	25b47	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	25b4c	parameter passed by value;
dwice	25b51	init the location that will store a new pointer to M. Heap Block;
dwice	25b5b	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	25b60	realign the stack;
dwice	25b63	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25b65	parameter passed by value;
dwice	25b6a	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	25b6f	realign the stack;
dwice	25b72	[A9446Ch] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25b80	it jumps if EDI == 0;
dwice	25b82	EDI points to Heap block;
dwice	25b83	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	25b88	realign the stack;
dwice	25b8b	parameter passed by value;
dwice	25b90	this proc generates a pseudo random number < to the parameter passed by value;
dwice	25bb5	EDX == [A9446Ch];
dwice	25bbb	First parameter passed by value;
dwice	25bc0	Second parameter passed by addr: offset of Src M. Block;
dwice	25bc1	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	25bc2	This proc copies bytes of Src M. Block in the New M.Block;
dwice	25bd2	\
dwice	25bd3	 |
dwice	25bd8	 |
dwice	25bde	 |
dwice	25be0	 | ; This piece of code copies bytes of 
dwice	25be5	 | ; Src Memory Block in the dest. Memory
dwice	25bea	 | ; Block allocated in the heap;
dwice	25bec	 |
dwice	25bed	 |
dwice	25bee	 |
dwice	25bf1	 |
dwice	25bf4	/
dwice	25c70	saves ESI on the stack;
dwice	25c71	ESI == offset base of Src Memory Block!
dwice	25c77	saves EDI on the stack;
dwice	25c78	init EDI;
dwice	25c7c	it jumps if exists a Memory Block;
dwice	25c83	EAX points to the address A94474h;
dwice	25c8a	it jumps if [A94474h] == 0;
dwice	25c8c	EAX points to Heap block;
dwice	25c8d	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	25c92	parameter passed by value;
dwice	25c97	init the location that will store a new pointer to M. Heap Block;
dwice	25ca1	this proc allocates a M. Block  in the Heap pointed by EAX;
dwice	25ca6	realign the stack;
dwice	25ca9	EDI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25cab	parameter passed by value;
dwice	25cb0	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	25cb5	realign the stack;
dwice	25cb8	[A94474h] == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25cc6	it jumps if EDI == 0;
dwice	25cc8	EDI points to Heap block;
dwice	25cc9	this proc de-allocates a M. Block  in the Heap pointed by EDI;
dwice	25cce	realign the stack;
dwice	25cd1	parameter passed by value;
dwice	25cd6	this proc generates a pseudo random number < to the parameter passed by value;
dwice	25cf9	EDX = [A94474h];
dwice	25cff	First parameter passed  by value;
dwice	25d04	Second parameter passed by addr: offset of Src M. Block;
dwice	25d05	Third parameter passed by addr: offset of New M. Block in the Heap;
dwice	25d06	This proc copies bytes of Src M. Block in the New M.Block;
dwice	25d17	\
dwice	25d1c	 |
dwice	25d22	 |
dwice	25d24	 |
dwice	25d29	 | ; This piece of code copies bytes of 
dwice	25d2e	 | ; Src Memory Block in the dest. Memory
dwice	25d30	 | ; Block allocated in the Heap;
dwice	25d31	 |
dwice	25d32	 |
dwice	25d35	 |
dwice	25d38	 |
dwice	25d3b	/
dwice	25ea0	[A9447Ch] -> [A94474h];
dwice	25ea5	[A94474h] -> [9EED0Ch];
dwice	25eaa	[9EED0Ch] -> [9EEEB4h];
dwice	25eaf	[9EEEB4h] -> [9EEEF0h];
dwice	25eb4	[9EEEF0h] -> [A943F8h];
dwice	25eb9	[A943F8h] -> [A94410h];
dwice	25ebe	[A94410h] -> [A94428h];
dwice	25ec3	[A94428h] -> [A94440h];
dwice	25ec8	[A94440h] -> [A94458h];
dwice	25ecd	[A94458h] -> [A943F4h];
dwice	25ed2	[A943F4h] -> [A9446Ch];
dwice	25ed7	[A9446Ch] -> [9EED04h];
dwice	25edc	[9EED04h] -> [9EEEACh];
dwice	25ee1	[9EEEACh] -> [9EEEE8h];
dwice	25ee6	[9EEEE8h] -> [A943F0h];
dwice	25eeb	[A943F0h] -> [A9440Ch];
dwice	25ef0	[A9440Ch] -> [A94424h];
dwice	25ef5	[A94424h] -> [A9443Ch];
dwice	25efa	[A9443Ch] -> [A94450h];
dwice	25eff	[A94450h] -> [A943E8h];
dwice	25f04	[A943E8h] -> [A94470h];
dwice	25f09	[A94470h] -> [9EED08h];
dwice	25f0e	[9EED08h] -> [9EEEB0h];
dwice	25f13	[9EEEB0h] -> [9EEEECh];
dwice	25f18	[9EEEECh] -> [A943E0h];
dwice	25f1d	[A943E0h] -> [A94404h];
dwice	25f22	[A94404h] -> [A9441Ch];
dwice	25f27	[A9441Ch] -> [A94434h];
dwice	25f2c	[A94434h] -> [A94454h];
dwice	25f31	[A94454h] -> [A943ECh];
dwice	25f36	[A943ECh] -> [A94464h];
dwice	25f3b	[A94464h] -> [9EECFCh];
dwice	25f40	[9EECFCh] -> [9EEEA4h];
dwice	25f45	[9EEEA4h] -> [9EEEE0h];
dwice	25f4a	[9EEEE0h] -> [A943E4h];
dwice	25f4f	[A943E4h] -> [A94408h];
dwice	25f54	[A94408h] -> [A94420h];
dwice	25f59	[A94420h] -> [A94438h];
dwice	25f5e	[A94438h] -> [A94448h];
dwice	25f63	[A94448h] -> [A943DCh];
dwice	25f68	[A943DCh] -> [A94468h];
dwice	25f6d	[A94468h] -> [9EED00h];
dwice	25f72	[9EED00h] -> [9EEEA8h];
dwice	25f77	[9EEEA8h] -> [9EEEE4h];
dwice	25f7c	[9EEEE4h] -> [A943D0h];
dwice	25f81	[A943D0h] -> [A943FCh];
dwice	25f86	[A943FCh] -> [A94414h];
dwice	25f8b	[A94414h] -> [A94430h];
dwice	25f90	[A94430h] -> [A9444Ch];
dwice	25f95	[A9444Ch] -> [A943CCh];
dwice	25f9a	[A943CCh] -> [A9445Ch];
dwice	25f9f	[A9445Ch] -> [9EECF4h];
dwice	25fa4	[9EECF4h] -> [9EEE9Ch];
dwice	25fa9	[9EEE9Ch] -> [9EEEDCh];
dwice	25fae	[9EEEDCh] -> [A943D8h];
dwice	25fb3	[A943D8h] -> [A94400h];
dwice	25fb8	[A94400h] -> [A94418h];
dwice	25fbd	[A94418h] -> [A9442Ch];
dwice	25fc2	[A9442Ch] -> [A94444h];
dwice	25fc7	[A94444h] -> [A943D4h];
dwice	25fcc	[A943D4h] -> [A94460h];
dwice	25fd1	[A94460h] -> [9EECF8h];
dwice	25fe1	save ESI and EDI in the stack;
dwice	25fe2	EDI == counter;
dwice	25fe7	parameter passed by value;
dwice	25fec	this proc allocates a M. Block in the Heap and returns its pointer in EAX;
dwice	25ff1	parameter passed by value;
dwice	25ff3	ESI == pointer of new Mem. Block in the Heap; it's long 450h bytes;
dwice	25ff5	this proc generates a pseudo random number < to the parameter passed by value;
dwice	26113	ESI points to Heap block;
dwice	26114	this proc de-allocates a M. Block  in the Heap pointed by EAX;
dwice	26119	realign the stack;
dwice	2611c	EDI = EDI-1, decrement the counter;
dwice	26124	restore ESI and EDI;
dwice	27550	EAX = Second parameter;
dwice	27554	save ESI;
dwice	27555	ESI = -1;
dwice	2755e	save on the stack EBX EBP EDI;
dwice	2755f	EDI = Third parameter;
dwice	27563	EBP = Second parameter;
dwice	27565	EAX = First parameter;
dwice	27569	save a temp value ( ESI ) in EBX;
dwice	2756b	EBX = EBX >> 8;
dwice	2756e	EAX, as the first parameter, selects the type of Hash's compute;its value is 0 or 1;
dwice	27572	AL = Current byte addressed by Third parameter;
dwice	27574	EDI = EDI + 1; increment the pointer of Second parameter buffer;
dwice	27575	Parameter passed by value : Current byte addressed by Second parameter;
dwice	27576	This Sub simply converts the letteral char in to upper case!;
dwice	2757b	set simply AL ;) ;
dwice	27580	set simply the last byte of ESI;
dwice	27586	Realign the Stack;
dwice	27589	EAX = EAX xor ESI;
dwice	2758b	EAX is used as a pointer to a CDATA buffer; in ESI store the DWORD VALUE obtained;
dwice	27594	;if we jump here, EAX == 0 and the proc calculates a differen Hash;
dwice	2759e	;In this case, the Hash calc is the same; the only difference is ...
dwice	275a0	; ... the absence of a conversion on downcase chars;
dwice	275a8	ESI = ESI xor EBX; ESI is a temp value;
dwice	275aa	EBP is a loop counter; EBP = EBP - 1;
dwice	275b0	EAX is a return value of this Sub;
dwice	275b3	EAX = not ESI!!!