NUMERI AUREI: Somma divisori(x)=x
 Fino a 0xFFFF sono 6/28/496/8128

static unsigned int result[16]={ 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 };
                            -> { 6, 28, 496, 8128 ... }

void main(void)
{
unsigned int res_pos=0,tested_num=0,divisor=0;
unsigned long int acc=0;

for(tested_num=1;tested_num<2;tested_num++)
 {
 for(acc=0,divisor=1;divisor<tested_num;divisor++)
  {
  if(!(tested_num%divisor))
   { acc+=divisor; }
  }
 
 if(acc==tested_num)
  { result[res_pos++]=tested_num; }
 }
}

*************************************

A: 0x00 HX: 0x1A00 PC: 0x18BE SP: 0x016F Z:1 (I:1)
A: 0x00 HX: num    PC: 0x1950 SP: 0x016F Z:1 (I:1)

T(n) = 80+65*sum[i=1,n]{sum[k=1,i]{k}}
cioe'
T(n) = 80+(65*n*(n+1)*(n+2))/6

   n  clocki clockf        clocktot      T(n)
1000: 543 -> 156.302.031 | 156.301.488 | 10.865.855.080
 900: 543 -> 121.788.732 | 121.788.189 |  7.923.844.580
 800: 543 ->  91.818.647 |  91.818.104 |  5.567.484.080
 700: 543 ->  66.162.370 |  66.161.827 |  3.731.773.580
 600: 543 ->  44.814.748 |  44.814.205 |  2.351.713.080
 500: 543 ->  27.866.608 |  27.866.065 |  1.362.302.580
*497: 543 ->  27.430.121 |  27.429.578 |  1.337.976.265
 496: 543 ->  27.284.097 |  27.283.554 |  1.329.932.320
 400: 543 ->  15.384.865 |  15.384.322 |    698.542.080
 300: 543 ->   7.308.541 |   7.307.998 |    295.431.580
 200: 543 ->   3.178.553 |   3.178.010 |     87.971.080
 100: 543 ->     826.875 |     826.332 |     11.160.580
  50: 543 ->     218.618 |     218.075 |      1.436.580 
 *29: 543 ->      77.875 |      77.332 |        292.255
  28: 543 ->      72.452 |      71.909 |        263.980
  20: 543 ->      38.104 |      37.561 |        100.180
  10: 543 ->      10.307 |       9.764 |         14.380
  *7: 543 ->       5.411 |       4.868 |          5.540
   6: 543 ->       3.778 |       3.235 |          3.720
   5: 543 ->       2.849 |       2.306 |          2.355
   4: 543 ->       1.813 |       1.270 |          1.380
   3: 543 ->       1.182 |         639 |            730
   2: 543 ->         700 |         157 |            340
   1: 543 ->         623 |          80 |            145

quindi tempo di esecuzione e T(n), cioe' o(n^3)

*********************************************

static unsigned int result[16]={ 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0 };
word result[16] = 0x0100

void main(void)
{
unsigned int res_pos=0,tested_num=0,divisor=0;
unsigned long int acc=0;

18BE A7 F6    AIS #-10 <----------- INGRESSO MAIN
18C0 95       TSX
18C1 6F 09    CLR 9,X
18C3 6F 08    CLR 8,X
18C5 6F 01    CLR 1,X
18C7 7F       CLR ,X
18C8 6F 03    CLR 3,X
18CA 6F 02    CLR 2,X
18CC CD 19 51 JSR 0x1951 ; 0x1951

for(tested_num=1;tested_num<2;tested_num++)
 {

18CF 9E FF 01 STHX 1,SP
18D2 20 72    BRA *+116 ; 0x1946
18D4 AD 7B    BSR *+125 ; 0x1951
18D6 9E FF 03 STHX 3,SP

 for(acc=0,divisor=1;divisor<tested_num;divisor++)
  {
  if(!(tested_num%divisor))
   { acc+=divisor; }
  }

18D9 20 3B    BRA *+61 ; 0x1916
18DB 9E FE 01 LDHX 1,SP
18DE 89       PSHX
18DF 8B       PSHH
18E0 9E FE 05 LDHX 5,SP
18E3 CD 1A 1A JSR 0x1A1A ; 0x1A1A
18E6 A7 02    AIS #2
18E8 65 00 00 CPHX #0x0000
18EB 26 1F    BNE *+33 ; 0x190C
18ED 95       TSX
18EE E6 03    LDA 3,X
18F0 EE 02    LDX 2,X
18F2 87       PSHA
18F3 89       PSHX
18F4 4F       CLRA
18F5 87       PSHA
18F6 87       PSHA
18F7 95       TSX
18F8 89       PSHX
19F9 8B       PSHH
18FA AF 08    AIX #8
18FC 89       PSHX
18FD 8B       PSHH
18FE 9E FE 03 LDHX 3,SP
1901 CD 1A 2A JSR 0x1A2A ; 0x1A2A
1904 95       TSX
1905 AF 0E    AIX #14
1907 CD 1A 30 JSR 0x1A30 ; 0x1A30
190A A7 06    AIS #6
190C C7 18 00 STA 0x1800 ; <----------- WATCHDOG
190F 95       TSX
1910 6C 03    INC 3,X
1912 26 02    BNE *+4 ; 0x1916
1914 6C 02    INC 2,X
1916 9E FE 01 LDHX 1,SP
1919 9E F3 03 CPHX 3,SP
191C 22 BD    BHI *-65 ; 0x18DB

 if(acc==tested_num)
  { result[res_pos++]=tested_num; }
 }
}

191E 9E F3 07 CPHX 7,SP
1921 26 1D    BNE *+31 ; 0x1940
1923 9E FE 05 LDHX 5,SP
1926 26 18    BNE *+26 ; 0x1940
1928 9E FE 09 LDHX 9,SP
192B 89       PSHX
192C AF 01    AIX #1
192E 9E FF 0A STHX 10,SP
1931 88       PULX
1932 58       LSLX
1933 9E E6 02 LDA 2,SP
1936 8C       CLRH
1937 D7 01 01 STA 257,X
193A 9E E6 01 LDA 1,SP
193D D7 01 00 STA 256,X
1940 95       TSX
1941 6C 01    INC 1,X
1943 26 01    BNE *+3 ; 0x1946
1945 7C       INC ,X
1946 9E FE 01 LDHX 1,SP
1949 65 00 01 CPHX #0x0001 <----------------- END_NUM
194C 25 86    BCS *-120 ; 0x18D4
194E A7 0A    AIS #10
1950 81       RTS <------------- USCITA MAIN

1951 5F       CLRX
1952 8C       CLRH
1953 9E FF 09 STHX 9,SP
1956 8C       CLRH
1957 9E FF 07 STHX 7,SP
195A 5C       INCX
195B 81       RTS <----------- FINE MAIN

static void _PUSH_ARGS_L(void) { ... }
195C E6 03    LDA 3,X
195E 87       PSHA
195F E6 02    LDA 2,X
1961 87       PSHA
1962 9E AE    LDHX ,X
1964 89       PSHX
1965 8B       PSHH
1966 9E FE 07 LDHX 7,SP
1969 E6 03    LDA 3,X
196B 9E E7 11 STA 17,SP
196E E6 02    LDA 2,X
1970 9E E7 10 STA 16,SP
1973 9E AE    LDHX ,X
1975 9E FF 0E STHX 14,SP
1978 9E FE 05 LDHX 5,SP
197B FC       JMP ,X

static void _ENTER_BINARY_L(void) { ... }
197C 87       PSHA
197D 89       PSHX
197E 8B       PSHH
197F 89       PSHX
1980 8B       PSHH
1981 9E FE 06 LDHX 6,SP
1984 89       PSHX
1985 8B       PSHH
1986 9E FE 0A LDHX 10,SP
1989 9E FF 08 STHX 8,SP
198C 9E FE 0C LDHX 12,SP
198F CC 19 5C JMP 0x195C

static void _IDIVMOD (char dummy_sgn, int j, int dummy, int i, ...) { ... }
1992 9E 6D 04 TST 4,SP
1995 26 1A    BNE *+28 ; 0x19B1
1997 95       TSX
1998 E6 07    LDA 7,X
199A EE 04    LDX 4,X
199C 8C       CLRH
199D 52       DIV
199E 9E E7 04 STA 4,SP
19A1 9E E6 09 LDA 9,SP
19A4 52       DIV
19A5 9E E7 05 STA 5,SP
19A8 9E 6F 08 CLR 8,SP
19AB 8B       PSHH
19AC 86       PULA
19AD 9E E7 09 STA 9,SP
19B0 81       RTS
19B1 4F       CLRA
19B2 87       PSHA
19B3 AE 08    LDX #0x08
19B5 98       CLC
19B6 9E 69 0A ROL 10,SP
19B9 9E 69 09 ROL 9,SP
19BC 9E 69 01 ROL 1,SP
19BF 9E E6 05 LDA 5,SP
19C2 9E E1 01 CMP 1,SP
19C5 22 1D    BHI *+31 ; 0x19E4
19C7 26 08    BNE *+10 ; 0x19D1
19C9 9E E6 0E LDA 6,SP
19CC 9E E1 09 CMP 9,SP
19CF 22 13    BHI *+21 ; 0x19E4
19D1 9E E6 09 LDA 9,SP
19D4 9E E0 06 SUB 6,SP
19D7 9E E7 09 STA 9,SP
19DA 9E E6 01 LDA 1,SP
19DD 9E E2 05 SBC 5,SP
19E0 9E E7 01 STA 1,SP
19E3 99       SEC
19E4 5B D0    DBNZX *-46 ; 0x19B6
19E6 9E E6 0A LDA 10,SP
19E9 49       ROLA
19EA 9E E7 06 STA 6,SP
19ED 9E E6 09 LDA 9,SP
19F0 9E E7 0A STA 10,SP
19F3 86       PULA
19F4 9E E7 08 STA 8,SP
19F7 9E 6F 04 CLR 4,SP
19FA 81       RTS

static void _LADD_k_is_k_plus_j(_PARAM_BINARY_L) { ... }
19FB 95       TSX
19FC E6 12    LDA 18,X
19FE EB 05    ADD 5,X
1A00 E7 12    STA 18,X
1A02 E6 11    LDA 17,X
1A04 E9 04    ADC 4,X
1A06 E7 11    STA 17,X
1A08 E6 10    LDA 16,X
1A0A E9 03    ADC 3,X
1A0C E7 10    STA 16,X
1A0E E6 0F    LDA 15,X
1A10 E9 02    ADC 2,X
1A12 E7 0F    STA 15,X
1A14 A7 0A    AIS #10
1A16 8A       PULH
1A17 88       PULX
1A18 86       PULA
1A19 81       RTS

void _IMODU_STAR08(int i, ...) { ... }
1A1A A7 FE    AIS #-2
1A1C 9E FF 01 STHX 1,SP
1A1F 87       PSHA
1A20 CD 19 92 JSR 0x1992 ; 0x1992
1A23 86       PULA
1A24 A7 02    AIS #2
1A26 9E FE 03 LDHX 3,SP
1A29 81       RTS

void _LADD(void) { ... }
1A2A CD 19 7C JSR 0x197C ; 0x197C
1A2D CD 19 FB JSR 0x19FB ; 0x19FB

void _POP32(void) { ... }
1A30 87       PSHA
1A31 9E E6 04 LDA 4,SP
1A34 F7       STA ,X
1A35 9E E6 05 LDA 5,SP
1A38 E7 01    STA 1,X
1A3A 9E E6 06 LDA 6,SP
1A3D E7 02    STA 2,X
1A3F 9E E6 07 LDA 7,SP
1A42 E7 03    STA 3,X
1A44 86       PULA
1A45 8A       PULH
1A46 88       PULX
1A47 A7 04    AIS #4
1A49 FC       JMP ,X