public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
public String toStringFillingRation(String cacheName) { StringBuffer buffer = new StringBuffer(cacheName); buffer.append('['); buffer.append(getSpaceLimit()); buffer.append("]: "); //$NON-NLS-1$ buffer.append(NumberFormat.getInstance().format(fillingRatio())); buffer.append("% full"); //$NON-NLS-1$ return buffer.toString(); }
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; }
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
/** * Ensures there is the specified amount of free space in the receiver, * by removing old entries if necessary. Returns true if the requested space was * made available, false otherwise. * * @param space Amount of space to free up */ protected boolean makeSpace (int space) { int limit; limit = getSpaceLimit(); /* if space is already available */ if (this.currentSpace + space <= limit) { return true; } /* if entry is too big for cache */ if (space > limit) { return false; } /* Free up space by removing oldest entries */ while (this.currentSpace + space > limit && this.entryQueueTail != null) { privateRemoveEntry (this.entryQueueTail, false); } return true; } /**
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;
if (newTotal <= getSpaceLimit()) { updateTimestamp (entry); entry.value = value;