Package org.apache.accumulo.core.file.rfile.RelativeKey

Examples of org.apache.accumulo.core.file.rfile.RelativeKey.MByteSequence.toArray()


          MByteSequence valbs = new MByteSequence(new byte[64], 0, 0);
          SkippR skippr = RelativeKey.fastSkip(currBlock, startKey, valbs, prevKey, getTopKey());
          if (skippr.skipped > 0) {
            entriesLeft -= skippr.skipped;
            val = new Value(valbs.toArray());
            prevKey = skippr.prevKey;
            rk = skippr.rk;
          }
         
          reseek = false;
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          }

          SkippR skippr = RelativeKey.fastSkip(currBlock, startKey, valbs, prevKey, currKey);
          prevKey = skippr.prevKey;
          entriesLeft -= skippr.skipped;
          val = new Value(valbs.toArray());
          // set rk when everything above is successful, if exception
          // occurs rk will not be set
          rk = skippr.rk;
        }
      }
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          RelativeKey tmpRk = new RelativeKey();
          Key pKey = new Key(getTopKey());
          int fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, pKey, getTopKey());
          if (fastSkipped > 0) {
            entriesLeft -= fastSkipped;
            val = new Value(valbs.toArray());
            prevKey = pKey;
            rk = tmpRk;
          }
         
          reseek = false;
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          MByteSequence valbs = new MByteSequence(new byte[64], 0, 0);
          RelativeKey tmpRk = new RelativeKey();
          fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, prevKey, null);
          entriesLeft -= fastSkipped;
          val = new Value(valbs.toArray());
          // set rk when everything above is successful, if exception
          // occurs rk will not be set
          rk = tmpRk;
        }
      }
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          RelativeKey tmpRk = new RelativeKey();
          Key pKey = new Key(getTopKey());
          int fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, pKey, getTopKey());
          if (fastSkipped > 0) {
            entriesLeft -= fastSkipped;
            val = new Value(valbs.toArray());
            prevKey = pKey;
            rk = tmpRk;
          }
         
          reseek = false;
View Full Code Here

         
          MByteSequence valbs = new MByteSequence(new byte[64], 0, 0);
          RelativeKey tmpRk = new RelativeKey();
          fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, prevKey, null);
          entriesLeft -= fastSkipped;
          val = new Value(valbs.toArray());
          // set rk when everything above is successful, if exception
          // occurs rk will not be set
          rk = tmpRk;
        }
      }
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          RelativeKey tmpRk = new RelativeKey();
          Key pKey = new Key(getTopKey());
          int fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, pKey, getTopKey());
          if (fastSkipped > 0) {
            entriesLeft -= fastSkipped;
            val = new Value(valbs.toArray());
            prevKey = pKey;
            rk = tmpRk;
          }
         
          reseek = false;
View Full Code Here

           
          MByteSequence valbs = new MByteSequence(new byte[64], 0, 0);
          RelativeKey tmpRk = new RelativeKey();
          fastSkipped = tmpRk.fastSkip(currBlock, startKey, valbs, prevKey, null);
          entriesLeft -= fastSkipped;
          val = new Value(valbs.toArray());
          // set rk when everything above is successful, if exception
          // occurs rk will not be set
          rk = tmpRk;
        }
      }
View Full Code Here

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