177178179180181182183
throw new DataUnavailable("Installed memory not available."); } @Override public int getProcessorCount() throws DataUnavailable { throw new DataUnavailable("Processor count not available."); }
183184185186187188189
} @Override public String getProcessorSubType() throws DataUnavailable, CorruptDataException { throw new DataUnavailable("Processor subtype not available."); }
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} @Override public String getProcessorType() throws DataUnavailable, CorruptDataException { throw new DataUnavailable("Processor type not available"); }
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} @Override public String getSystemSubType() throws DataUnavailable, CorruptDataException { throw new DataUnavailable("System subtype not available"); }
80818283848586
} @Override public JavaVMInitArgs getJavaVMInitArgs() throws DataUnavailable, CorruptDataException { throw new DataUnavailable(); }
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throw new DataUnavailable("System subtype not available"); } @Override public String getSystemType() throws DataUnavailable, CorruptDataException { throw new DataUnavailable("System type not available."); }
83848586878889
throw new MemoryAccessException(this, "No memory is available in this dump type."); } @Override public boolean isExecutable() throws DataUnavailable { throw new DataUnavailable("No memory is available in this dump type."); }
88899091929394
throw new DataUnavailable("No memory is available in this dump type."); } @Override public boolean isReadOnly() throws DataUnavailable { throw new DataUnavailable("No memory is available in this dump type."); }
93949596979899
throw new DataUnavailable("No memory is available in this dump type."); } @Override public boolean isShared() throws DataUnavailable { throw new DataUnavailable("No memory is available in this dump type."); }
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} @Override public ImageThread getImageThread() throws CorruptDataException, DataUnavailable { throw new DataUnavailable(); }