Loading core/java/android/widget/RelativeLayout.java +10 −11 Original line number Diff line number Diff line Loading @@ -763,19 +763,19 @@ public class RelativeLayout extends ViewGroup { } // Figure out maximum size available to this view int maxAvailable = tempEnd - tempStart; final int maxAvailable = tempEnd - tempStart; if (childStart != VALUE_NOT_SET && childEnd != VALUE_NOT_SET) { // Constraints fixed both edges, so child must be an exact size // Constraints fixed both edges, so child must be an exact size. childSpecMode = MeasureSpec.EXACTLY; childSpecSize = maxAvailable; childSpecSize = Math.max(0, maxAvailable); } else { if (childSize >= 0) { // Child wanted an exact size. Give as much as possible // Child wanted an exact size. Give as much as possible. childSpecMode = MeasureSpec.EXACTLY; if (maxAvailable >= 0) { // We have a maxmum size in this dimension. // We have a maximum size in this dimension. childSpecSize = Math.min(maxAvailable, childSize); } else { // We can grow in this dimension. Loading @@ -783,20 +783,19 @@ public class RelativeLayout extends ViewGroup { } } else if (childSize == LayoutParams.MATCH_PARENT) { // Child wanted to be as big as possible. Give all available // space // space. childSpecMode = MeasureSpec.EXACTLY; childSpecSize = maxAvailable; childSpecSize = Math.max(0, maxAvailable); } else if (childSize == LayoutParams.WRAP_CONTENT) { // Child wants to wrap content. Use AT_MOST // to communicate available space if we know // our max size // Child wants to wrap content. Use AT_MOST to communicate // available space if we know our max size. if (maxAvailable >= 0) { // We have a maximum size in this dimension. childSpecMode = MeasureSpec.AT_MOST; childSpecSize = maxAvailable; } else { // We can grow in this dimension. Child can be as big as it // wants // wants. childSpecMode = MeasureSpec.UNSPECIFIED; childSpecSize = 0; } Loading Loading
core/java/android/widget/RelativeLayout.java +10 −11 Original line number Diff line number Diff line Loading @@ -763,19 +763,19 @@ public class RelativeLayout extends ViewGroup { } // Figure out maximum size available to this view int maxAvailable = tempEnd - tempStart; final int maxAvailable = tempEnd - tempStart; if (childStart != VALUE_NOT_SET && childEnd != VALUE_NOT_SET) { // Constraints fixed both edges, so child must be an exact size // Constraints fixed both edges, so child must be an exact size. childSpecMode = MeasureSpec.EXACTLY; childSpecSize = maxAvailable; childSpecSize = Math.max(0, maxAvailable); } else { if (childSize >= 0) { // Child wanted an exact size. Give as much as possible // Child wanted an exact size. Give as much as possible. childSpecMode = MeasureSpec.EXACTLY; if (maxAvailable >= 0) { // We have a maxmum size in this dimension. // We have a maximum size in this dimension. childSpecSize = Math.min(maxAvailable, childSize); } else { // We can grow in this dimension. Loading @@ -783,20 +783,19 @@ public class RelativeLayout extends ViewGroup { } } else if (childSize == LayoutParams.MATCH_PARENT) { // Child wanted to be as big as possible. Give all available // space // space. childSpecMode = MeasureSpec.EXACTLY; childSpecSize = maxAvailable; childSpecSize = Math.max(0, maxAvailable); } else if (childSize == LayoutParams.WRAP_CONTENT) { // Child wants to wrap content. Use AT_MOST // to communicate available space if we know // our max size // Child wants to wrap content. Use AT_MOST to communicate // available space if we know our max size. if (maxAvailable >= 0) { // We have a maximum size in this dimension. childSpecMode = MeasureSpec.AT_MOST; childSpecSize = maxAvailable; } else { // We can grow in this dimension. Child can be as big as it // wants // wants. childSpecMode = MeasureSpec.UNSPECIFIED; childSpecSize = 0; } Loading