Bump pinned MEOS to 278863520b and adapt to its surface

Pin MEOS to the canonical ecosystem surface and adapt the binding to it:
treat a shared span boundary as adjacency (the share-a-boundary span
adjacency goldens), and derive the symmetric box/span x temporal
topological predicates (overlaps/same/adjacent) from MEOS's single
canonical argument direction by commutativity, since the reverse-argument
duplicates are deduplicated out of the surface.

Author: estebanzimanyi

src/include/meos_wrapper_simple.hpp

@@ -10,7 +10,26 @@ extern "C" {
     #include <meos_internal_geo.h>
 }
 
+// The symmetric box/span × temporal topological predicates (overlaps, same,
+// adjacent) are canonicalized in MEOS to a single argument direction
+// (temporal-first). The reverse-argument overloads the DuckDB surface exposes
+// derive from that one kernel by commutativity (swap the operands). The
+// non-symmetric predicates (contains/contained/overbefore/overafter) keep both
+// MEOS directions and are used directly.
+static inline bool overlaps_tstzspan_temporal(const Span *s, const Temporal *t) { return overlaps_temporal_tstzspan(t, s); }
+static inline bool same_tstzspan_temporal    (const Span *s, const Temporal *t) { return same_temporal_tstzspan(t, s); }
+static inline bool adjacent_tstzspan_temporal(const Span *s, const Temporal *t) { return adjacent_temporal_tstzspan(t, s); }
+static inline bool overlaps_stbox_tspatial(const STBox *b, const Temporal *t) { return overlaps_tspatial_stbox(t, b); }
+static inline bool same_stbox_tspatial    (const STBox *b, const Temporal *t) { return same_tspatial_stbox(t, b); }
+static inline bool adjacent_stbox_tspatial(const STBox *b, const Temporal *t) { return adjacent_tspatial_stbox(t, b); }
+static inline bool overlaps_numspan_tnumber(const Span *s, const Temporal *t) { return overlaps_tnumber_numspan(t, s); }
+static inline bool same_numspan_tnumber    (const Span *s, const Temporal *t) { return same_tnumber_numspan(t, s); }
+static inline bool adjacent_numspan_tnumber(const Span *s, const Temporal *t) { return adjacent_tnumber_numspan(t, s); }
+static inline bool overlaps_tbox_tnumber(const TBox *b, const Temporal *t) { return overlaps_tnumber_tbox(t, b); }
+static inline bool same_tbox_tnumber    (const TBox *b, const Temporal *t) { return same_tnumber_tbox(t, b); }
+static inline bool adjacent_tbox_tnumber(const TBox *b, const Temporal *t) { return adjacent_tnumber_tbox(t, b); }
+
 // Create explicit aliases for MEOS types
 // Use the original MEOS type names but with explicit qualification
 using MeosInterval = ::Interval;  // Explicitly use global MEOS Interval
-using MeosTimestamp = ::Timestamp;  // Explicitly use global MEOS Timestamp 
+using MeosTimestamp = ::Timestamp;  // Explicitly use global MEOS Timestamp

test/sql/parity/005_span_ops.test

@@ -49,7 +49,7 @@ true
 query I
 SELECT 1.0 -|- floatspan '[1, 3]';
 ----
-false
+true
 
 query I
 SELECT 1.0 -|- floatspan '(1, 3]';
@@ -59,7 +59,7 @@ true
 query I
 SELECT floatspan '[1, 3]' -|- 1.0;
 ----
-false
+true
 
 query I
 SELECT floatspan '[1, 3]' -|- floatspan '[1, 3]';

test/sql/parity/032_temporal_topops.test

@@ -46,4 +46,4 @@ true
 query I
 SELECT tint '[1@2000-01-01, 5@2000-01-05]' -|- tstzspan '[2000-01-05, 2000-01-06]';
 ----
-false
+true

vcpkg_ports/meos/portfile.cmake

@@ -1,8 +1,8 @@
 vcpkg_from_github(
     OUT_SOURCE_PATH SOURCE_PATH
     REPO estebanzimanyi/MobilityDB
-    REF 345710da851b16c5c34647b1c37de1ef6655ba61
-    SHA512 a42d90bbdd35f59d322014c4ccd6f715cd52772e93c28ee53f973c4c0e72920a596bb8d5a9e74041b58331b3d6ce9e9f223b113877f1c8ce7eda456cba5a7243
+    REF 278863520b000b735cc361beab88387174909ed7
+    SHA512 2e617cac4bfed919eee8bd73e35f9b3da8ffd7a51f68104a9497c0d3339dbb1af4a2ec6feab3e8fffb880481badf86c352ad1efb39cab533de19d2c1192a8e5b
 )
 
 vcpkg_replace_string(