17 // We are using (a modified form of) adler-32 checksum algorithm instead
22 // checksums are done (we could have one checksum but two checksums
32 //   checksum = a<<16 + b
70 // Returns string representation of the Adler checksum.
77 // Sets components of the Adler checksum.
85 // Calculates Adler checksum for supplied data.
87                             AdlerChecksum *checksum) {  in CalculateAdlerChecksum()  argument
119   checksum->Set(a1, a2, b1, b2);  in CalculateAdlerChecksum()
125                   unsigned int size_in_bytes, AdlerChecksum *checksum) {  in AdlerMemcpyC()  argument
159   checksum->Set(a1, a2, b1, b2);  in AdlerMemcpyC()
166                       unsigned int size_in_bytes, AdlerChecksum *checksum) {  in AdlerMemcpyWarmC()  argument
221   checksum->Set(a1, a2, b1, b2);  in AdlerMemcpyWarmC()
227                     unsigned int size_in_bytes, AdlerChecksum *checksum) {  in AdlerMemcpyAsm()  argument
255   // Elements 0 to 3 are used for holding checksum terms a1, a2,  in AdlerMemcpyAsm()
378       // Report checksum values A and B (both right now are two concatenated  in AdlerMemcpyAsm()
393   if (checksum != NULL) {  in AdlerMemcpyAsm()
394     checksum->Set(checksum_arr[0], checksum_arr[1],  in AdlerMemcpyAsm()
400   // from src to dst and checksum was calculated successfully).  in AdlerMemcpyAsm()
403   // Elements 0 to 3 are used for holding checksum terms a1, a2,  in AdlerMemcpyAsm()
405   // Checksum is seeded with the null checksum.  in AdlerMemcpyAsm()
440       // Init checksum  in AdlerMemcpyAsm()
496       // Report checksum values A and B (both right now are two concatenated  in AdlerMemcpyAsm()
509   if (checksum != NULL) {  in AdlerMemcpyAsm()
510     checksum->Set(checksum_arr[0], checksum_arr[1],  in AdlerMemcpyAsm()
516   // from src to dst and checksum was calculated successfully).  in AdlerMemcpyAsm()
521   return AdlerMemcpyWarmC(dstmem64, srcmem64, size_in_bytes, checksum);  in AdlerMemcpyAsm()