Memory manipulation function set. In addition, some simplified arithmetic and bit-handling routines.
All in one library, named as "p*_Mem-Arithm.mcl".
For all 8-bit PIC (pic12/16, pic12e/16e and pic18): p* = p16, p16e or p18.

My goal was to create some simplified routines (not so universal but much smaller and faster as the
official libraries) to manipulate strings, bits and memory.

Optimized for speed, and to minimize the size, stack and ram usage, using family-specific inline asm.

The library contains a total of 45 function:

-- sprint-like common output routines. S..., Si... (string insert): no end sign:

SHex2 - SiHex2 - SHex4 - SiHex4 - SBcd - SiBcd - SDec2 - SiDec2 - SDec2_J
SiDec2_J - SDec3_J - SiDec3_J - SDec4_J - SiDec4_J - SDec5_J - SiDec5_J

-- string lenght (max 255):

RstrLen - CstrLen

-- string manipulations:

SpaceStr - iSpaces - AllSpaces - iChr - ChrApp - LefTrim - RighTrim

-- string/memory copying (from RAM to RAM):

RstrIns - RstrNins - RstrCpy - RstrNcpy - RstrApp - RstrNapp - RmemCpy

-- const string/code memory copying (to RAM):

CstrIns - CstrNins - CstrCpy - CstrNcpy - CstrApp - CstrNapp - CmemCpy

-- in addition, 4 simple 8-bit arithmetic functions:

Dec_Bcd - Bcd_Dec - DivMod10 - MiniMul_10

-- and two bitmask functions (for the attached "pic_BitMacros.h"):

R2BitMask - R2BitMaskW

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Just for example, the 16e "LefTrim" function is 5.39 times faster (64 vs 341 cycles) and 2.9 times smaller (21 vs 61 bytes) than the original "Ltrim" routine, while working on the same, 8 chars lenght string with 5 leading blanks.

Detailed description and some example in the "MEM-ARITHM_DOC.H"
Istvan K.