R Under development (unstable) (2024-11-24 r87369 ucrt) -- "Unsuffered Consequences"
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> if ( requireNamespace("tinytest", quietly=TRUE) ){
+   tinytest::test_package("spdep")
+ }
Loading required package: spData
To access larger datasets in this package, install the spDataLarge
package with: `install.packages('spDataLarge',
repos='https://nowosad.github.io/drat/', type='source')`
Loading required package: sf
Linking to GEOS 3.12.2, GDAL 3.9.3, PROJ 9.4.1; sf_use_s2() is TRUE

test_cell2nb.R................    0 tests                      X1 X2
cellcentre.offset  1  1
cellsize           1  1
cells.dim         20 11
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) 
                  X1 X2
cellcentre.offset  1  1
cellsize           1  1
cells.dim         20 12
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) 
                  X1 X2
cellcentre.offset  1  1
cellsize           1  1
cells.dim         21 11
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) 
                  X1 X2
cellcentre.offset  1  1
cellsize           1  1
cells.dim         21 12
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb_rook_dist, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_dist$estimate[1]) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(nb_rook_cont, nb_legacy, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_false(isTRUE(all.equal(M_cont$estimate[1], M_cell_legacy$estimate[1]))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_true(isTRUE(all.equal(nb_rook_cont, nb, check.attributes = FALSE))) 
----- PASSED      : test_cell2nb.R<3--71>
 call| expect_equal(M_cont$estimate[1], M_cell$estimate[1]) 

test_cell2nb.R................   33 tests OK 5.7s

test_geary_scale.R............    0 tests    
test_geary_scale.R............    0 tests    
test_geary_scale.R............    0 tests    
test_geary_scale.R............    0 tests    
test_geary_scale.R............    0 tests    
test_geary_scale.R............    0 tests    
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    1 tests OK 
test_geary_scale.R............    2 tests OK 
test_geary_scale.R............    2 tests OK 
test_geary_scale.R............    2 tests OK 
test_geary_scale.R............    2 tests OK 
test_geary_scale.R............    2 tests OK 
test_geary_scale.R............    3 tests OK 1.1s

test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    0 tests    
test_lisa_perm.R..............    1 tests OK 
test_lisa_perm.R..............    2 tests OK 
test_lisa_perm.R..............    3 tests OK 
test_lisa_perm.R..............    4 tests OK 
test_lisa_perm.R..............    5 tests OK 
test_lisa_perm.R..............    6 tests OK 
test_lisa_perm.R..............    7 tests OK 
test_lisa_perm.R..............    8 tests OK 
test_lisa_perm.R..............    9 tests OK 
test_lisa_perm.R..............   10 tests OK 
test_lisa_perm.R..............   11 tests OK 
test_lisa_perm.R..............   16 tests OK 9.2s

test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...    0 tests    
test_lmRStests_test_names.R...   40 tests OK 0.3s

test_poly2nb_snap.R...........    0 tests    
test_poly2nb_snap.R...........    0 tests    
test_poly2nb_snap.R...........    0 tests    
test_poly2nb_snap.R...........    1 tests OK 
test_poly2nb_snap.R...........    2 tests OK 
test_poly2nb_snap.R...........    3 tests OK 
test_poly2nb_snap.R...........    4 tests OK 
test_poly2nb_snap.R...........    4 tests OK 
test_poly2nb_snap.R...........    4 tests OK 
test_poly2nb_snap.R...........    4 tests OK 
test_poly2nb_snap.R...........    5 tests OK 
test_poly2nb_snap.R...........    6 tests OK 
test_poly2nb_snap.R...........    7 tests OK 0.7s

test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    0 tests    
test_subgraph_warning.R.......    1 tests OK 
test_subgraph_warning.R.......    1 tests OK 
test_subgraph_warning.R.......    2 tests OK 
test_subgraph_warning.R.......    2 tests OK 
test_subgraph_warning.R.......    3 tests OK 
test_subgraph_warning.R.......    4 tests OK 0.1s
All ok, 103 results (17.1s)
Warning messages:
1: In poly2nb(p_sp) : some observations have no neighbours;
if this seems unexpected, try increasing the snap argument.
2: In poly2nb(p_sp) : neighbour object has 2 sub-graphs;
if this sub-graph count seems unexpected, try increasing the snap argument.
3: In poly2nb(p) : some observations have no neighbours;
if this seems unexpected, try increasing the snap argument.
4: In poly2nb(p) : neighbour object has 2 sub-graphs;
if this sub-graph count seems unexpected, try increasing the snap argument.
> 
> proc.time()
   user  system elapsed 
  14.14    1.32   18.28