This is the Mixed signal digital test pattern macro i created. It creates hundreds of thousands of commented lines of test patterns for comparing pass fail, capturing data and making analog measurements in a matter of seconds from only a few hundred lines of my opcode/operand command sets, which cover all tyypes of patterns and die communication protocols. This saves weeks of coding, produces good pattern compiles immediately, creates a record and good for debug with design.

1. MixedSignal Test Patterns Software by L.SNOWDEN

2. This particular page of 180 lines of my opcode operand commands creates 25,000 lines of
commented digital patterns in Manchester encoded format. I have opcodes for reading writing,
judging P/F digital data, inserting microcode automatically to make analog measurements, etc
etc.
I have all the codes, Manchester, I2C, S/PIDF one wire, one pin and I can add any other protocol
quickly, few days max.
Here are a few commented lines of the
26,000 lines of test patterns that were
created by my AUTOMATIC TEST
PATTERNCREATOR the hundred or so
simple opcode/operand commandlines;
ready for direct,error free, compilation
into binary code.
/* --------------------------------------------------------------------------- */
/* *************************************************************************** */
/* */
/* Pattern generatedby Automatic Pattern Generator for J750 */
/* Author: L. Snowden */
/* format: Preamble/instruction opcode/operand */
/* |PATTERN|.atp */
/* */
/* *************************************************************************** */

3. /* R E V I S I O N H I S T O R Y */
/* ------------------------------- */
/* One bit read capable */
/* */
/* */
/* *************************************************************************** */
/* --------------------------------------------------------------------------- */
/*******************************************************************************/
/* |VERSION| */
/*filetype = J750 */
importtset wts_1o1MHz ,rts_1o1MHz ;
vector($tset,sel_opi1, scope)
{
/*---------------------------------------------------------------------------------------*/
/* s */
/* c */
/* c o */
/* o p */
/* m e */
start_label
TSSOP_20_2to50: > wts_1o1MHz 0 0 ; /* -- pad*/
> - 0 0 ; /* -- pad*/
> - 1 0 ; /* p15 preamble*/
> - 1 0 ; /* p14 */
> - 1 0 ; /* p13 */
> - 1 0 ; /* p12 */

4. > - 1 0 ; /* p11 */
> - 1 0 ; /* p10 */
> - 1 0 ; /* p9 */
> - 0 0 ; /* p8 */
> - 0 0 ; /* p7 */
> - 1 0 ; /* p6 */
> - 0 0 ; /* p5 */
> - 0 0 ; /* p4 */
> - 1 0 ; /* p3 */
> - 0 0 ; /* p2 */
> - 1 0 ; /* p1 */
> - 0 0 ; /* p0 */
> - 1 0 ; /* msb m8 ADDRESS OPCODE
> - 0 0 ; /* msb 8 */
> - 1 0 ; /* msb m4 */
> - 0 0 ; /* msb 4 */
> - 1 0 ; /* msb m2 */
> - 0 0 ; /* msb 2 */
> - 1 0 ; /* msb m1 */
> - 0 0 ; /* msb 1 */
> - 1 0 ; /* lsb m8 */
> - 0 0 ; /* lsb 8 */
> - 1 0 ; /* lsb m4 */
> - 0 0 ; /* lsb 4 */
> - 1 0 ; /* lsb m2 */
> - 0 0 ; /* lsb 2 */

5. > - 1 0 ; /* lsb m1 */
> - 0 0 ; /* lsb 1 */
> - 1 0 ; /* m7 ADDRESS value d0*/
> - 0 0 ; /* 7 */
> - 1 0 ; /* m6 */
> - 0 0 ; /* 6 */
> - 1 0 ; /* m5 */
> - 0 0 ; /* 5 */
> - 1 0 ; /* m4 */
> - 0 0 ; /* 4 */
> - 1 0 ; /* m3 */
> - 0 0 ; /* 3 */
> - 1 0 ; /* m2 */
> - 0 0 ; /* 2 */
> - 1 0 ; /* m1 */
> - 0 0 ; /* 1 */
> - 1 0 ; /* m0 */
> - 0 0 ; /* 0 */
> wts_1o1MHz 0 0 ; /* -- pad*/
> - 0 0 ; /* -- pad*/
> - 1 0 ; /* p15 preamble*/
> - 1 0 ; /* p14 */
> - 1 0 ; /* p13 */
> - 1 0 ; /* p12 */
> - 1 0 ; /* p11 */
> - 1 0 ; /* p10 */

6. > - 1 0 ; /* p9 */
> - 0 0 ; /* p8 */
> - 0 0 ; /* p7 */
> - 1 0 ; /* p6 */
> - 0 0 ; /* p5 */
> - 0 0 ; /* p4 */
> - 1 0 ; /* p3 */
> - 0 0 ; /* p2 */
> - 1 0 ; /* p1 */
> - 0 0 ; /* p0 */
> wts_1o1MHz 1 0 ; /* msb m8 x40 wri1*/
> - 0 0 ; /* msb 8 */
> - 0 0 ; /* msb m4 */
> - 1 0 ; /* msb 4 */
> - 1 0 ; /* msb m2 */
> - 0 0 ; /* msb 2 */
> - 1 0 ; /* msb m1 */
> - 0 0 ; /* msb 1 */
> - 1 0 ; /* lsb m8 */
> - 0 0 ; /* lsb 8 */
> - 1 0 ; /* lsb m4 */
> - 0 0 ; /* lsb 4 */
> - 1 0 ; /* lsb m2 */
> - 0 0 ; /* lsb 2 */
> - 1 0 ; /* lsb m1 */
> - 0 0 ; /* lsb 1 */

7. > - 0 0 ; /* m7 data 1 val d192 */
> - 1 0 ; /* 7 */
> - 0 0 ; /* m6 */
> - 1 0 ; /* 6 */
> - 1 0 ; /* m5 */
> - 0 0 ; /* 5 */
> - 1 0 ; /* m4 */
> - 0 0 ; /* 4 */
> - 1 0 ; /* m3 */
> - 0 0 ; /* 3 */
> - 1 0 ; /* m2 */
> - 0 0 ; /* 2 */
> - 1 0 ; /* m1 */
> - 0 0 ; /* 1 */
> - 1 0 ; /* m0 */
> - 0 0 ; /* 0 */
> wts_1o1MHz 0 0 ; /* -- pad*/
> - 0 0 ; /* -- pad*/
> - 1 0 ; /* p15 preamble*/
> - 1 0 ; /* p14 */
> - 1 0 ; /* p13 */
> - 1 0 ; /* p12 */
> - 1 0 ; /* p11 */
> - 1 0 ; /* p10 */
> - 1 0 ; /* p9 */
> - 0 0 ; /* p8 */

8. > - 0 0 ; /* p7 */
> - 1 0 ; /* p6 */