} else { String readId = Integer.toString(info.getWriteId() - 1); deleteCopies(fileName, readId);
} else { String readId = Integer.toString(info.getWriteId() - 1); deleteCopies(fileName, readId);
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
} else { String readId = Integer.toString(info.getWriteId() - 1); deleteCopies(fileName, readId);
} else { String readId = Integer.toString(info.getWriteId() - 1); deleteCopies(fileName, readId);
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
String value; if (entry.getFileType() != FILETYPE_STANDARD) { value = Integer.toString(entry.getWriteId() - 1) + ',' + //In the table we save the write number - 1, because the read number can be totally different. Integer.toString(entry.getFileType()); } else { value = Integer.toString(entry.getWriteId() - 1); //In the table we save the write number - 1, because the read number can be totally different.
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }
private boolean update(String managedFile, String source) throws IOException { Entry entry = (Entry) table.get(managedFile); if (entry == null) add(managedFile); int newId = entry.getWriteId(); // attempt to rename the file to the next generation boolean success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); if (!success) { //possible the next write generation file exists? Lets determine the largest //generation number, then use that + 1. newId = findOldestGeneration(managedFile) + 1; success = move(getAbsolutePath(source), getAbsolutePath(managedFile) + '.' + newId); } if (!success) return false; // update the entry. read and write ids should be the same since // everything is in sync entry.setReadId(newId); entry.setWriteId(newId + 1); return true; }