Invent 0, t, T for id(0), Id(0), ID(0)

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Write update test for Id, than id and ID, same with -z switch.

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_, t, T ? noTimeStamp, timeStamp16, timeStamp32 ? 0, 2, 4 ? TS0, TS16, TS32 id(0), Id(0), ID(0) seams to be ok

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Does not add value.

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During compilation they are look like this after trice u . as pre-compile step

TRICE( ID(12345), "isr:Pin is %d\n", value ); // 32-bit timestamp
TRICE( Id(12345), "isr:Pin is %d\n", value ); // 16-bit timestamp
TRICE( id(12345), "isr:Pin is %d\n", value ); // no timestamp
TRICE( iD7(12345), "isr:Pin is %d\n", value ); // extended encoding (any number >0 possible)

Trices are going into the repositories like this after trice z . as post-compile step: Option 1:

TRICE( T, "isr:Pin is %d\n", value ); // 32-bit timestamp
TRICE( t, "isr:Pin is %d\n", value ); // 16-bit timestamp
TRICE( 0, "isr:Pin is %d\n", value ); // no timestamp
TRICE( 7, "isr:Pin is %d\n", value ); // extended encoding 7 (any number >0 possible)

Option 2:

TRICE( TS32, "isr:Pin is %d\n", value ); // 32-bit timestamp
TRICE( TS16, "isr:Pin is %d\n", value ); // 16-bit timestamp
TRICE( NOTS, "isr:Pin is %d\n", value ); // no timestamp
TRICE( MOD7, "isr:Pin is %d\n", value ); // extended encoding 7 (any number >0 possible)

The trice header looks like this (see v1.0 spec):

11iiiiii iiiiiiii tttttttt tttttttt tttttttt tttttttt nnnnnnnn cccccccc ... // 8 byte for ID
10iiiiii iiiiiiii tttttttt tttttttt nnnnnnnn cccccccc ...                   // 6 byte for Id
01iiiiii iiiiiiii nnnnnnnn cccccccc ...                                     // 4 byte for id
00...                                                                       // anything goes for iDn

The target code must implent a iD7 macro and the trice tool must be able to decode 00... messages acording the passed CLI switch. Different iDn macros are distinguished with the 00 following bits.

[rokath]

Fix first #323

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TRICE( BARE, "isr:Pin is %d\n", value ); // no timestamp ?

[rokath]

A more universal naming could be stamp. S0, S16, S32, S64 or S0, S2, S4, S8