@@ -125,7 +125,7 @@ private String getVersion(Object firstElement) {
125125
126126 /**
127127 * Gets the current upper bound from the existing version range, if any.
128- *
128+ *
129129 * @return the current upper bound version, or null if none exists
130130 */
131131 private Version getCurrentUpperBound () {
@@ -139,7 +139,7 @@ private Version getCurrentUpperBound() {
139139 * Computes the upper bound for a version range following OSGi semantic versioning.
140140 * If an existing upper bound is present, it will be adjusted based on the new lower bound's major version.
141141 * Otherwise, a new upper bound excluding the next major version is created.
142- *
142+ *
143143 * @param newLowerBound the new lower bound version
144144 * @param existingUpperBound the existing upper bound (may be null)
145145 * @return the upper bound version (next major version as a string)
@@ -148,19 +148,19 @@ private String computeUpperBound(String newLowerBound, Version existingUpperBoun
148148 try {
149149 Version lowerVersion = Version .parseVersion (newLowerBound );
150150 int newMajor = lowerVersion .getMajor ();
151-
151+
152152 if (existingUpperBound != null ) {
153153 // Existing upper bound present - adjust it if major version changed
154154 int existingUpperMajor = existingUpperBound .getMajor ();
155-
155+
156156 // If the new lower bound has the same major version as the existing upper bound,
157157 // keep the existing upper bound
158158 if (newMajor < existingUpperMajor ) {
159159 return existingUpperBound .toString ();
160160 }
161161 // If the new lower bound's major version changed, update to next major
162162 }
163-
163+
164164 // No existing upper bound or major version changed - compute next major version
165165 Version nextMajor = new Version (newMajor + 1 , 0 , 0 );
166166 return nextMajor .toString ();
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