@Override public String toString() { return "{requirement=" + requirement + ", vars=" + Arrays.toString(varsToMaterialize.toArray()) + "}"; }
/** * Ensures that the receiver can hold at least the specified number of elements without needing to allocate new internal memory. * If necessary, allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements,minCapacity); } /**
/** * Trims the capacity of the receiver to be the receiver's current * size. Releases any superfluous internal memory. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
/** * Trims the capacity of the receiver to be the receiver's current * size. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
@Override public String toString() { return super.toString() + "{k=" + k + ", nyes=" + nyes + ", willCommit=" + willCommit + ", votes=" + Arrays.toString(votes) + "}"; }
/** * Trims the capacity of the receiver to be the receiver's current * size. Releases any superfluous internal memory. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
/** * Ensures that the receiver can hold at least the specified number of * elements without needing to allocate new internal memory. If necessary, * allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity * the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements, minCapacity); }
@Override public String toString() { return "{requirement=" + requirement + ", vars=" + Arrays.toString(varsToMaterialize.toArray()) + "}"; }
/** * Trims the capacity of the receiver to be the receiver's current size. * Releases any superfluous internal memory. An application can use this * operation to minimize the storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements, size()); } }
/** * Ensures that the receiver can hold at least the specified number of * elements without needing to allocate new internal memory. If necessary, * allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity * the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements, minCapacity); }
@Override public String toString() { return super.toString() + "{k=" + k + ", nyes=" + nyes + ", willCommit=" + willCommit + ", votes=" + Arrays.toString(votes) + "}"; }
/** * Trims the capacity of the receiver to be the receiver's current * size. Releases any superfluous internal memory. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
/** * Ensures that the receiver can hold at least the specified number of elements without needing to allocate new internal memory. * If necessary, allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements,minCapacity); } /**
/** * Returns a string representation of the receiver, containing * the String representation of each element. */ public String toString() { return cern.colt.Arrays.toString(partFromTo(0, size()-1).elements()); } }
/** * Trims the capacity of the receiver to be the receiver's current * size. Releases any superfluos internal memory. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
/** * Ensures that the receiver can hold at least the specified number of elements without needing to allocate new internal memory. * If necessary, allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements,minCapacity); } /**
/** * Returns a string representation of the receiver, containing the String * representation of each element. */ public String toString() { return cern.colt.Arrays.toString(partFromTo(0, size() - 1).elements()); } }
/** * Trims the capacity of the receiver to be the receiver's current * size. Releases any superfluos internal memory. An application can use this operation to minimize the * storage of the receiver. */ public void trimToSize() { elements = cern.colt.Arrays.trimToCapacity(elements,size()); } }
/** * Ensures that the receiver can hold at least the specified number of elements without needing to allocate new internal memory. * If necessary, allocates new internal memory and increases the capacity of the receiver. * * @param minCapacity the desired minimum capacity. */ public void ensureCapacity(int minCapacity) { elements = cern.colt.Arrays.ensureCapacity(elements,minCapacity); } /**
/** * Returns a string representation of the receiver, containing the String * representation of each element. */ public String toString() { return cern.colt.Arrays.toString(partFromTo(0, size() - 1).elements()); } }