seal 26 can be a rounded ring that circumscribes each of the openings 20 additionally a secondary ring seal similar to 26 can be placed around the segment 22 above the openings 20 as shown in fig3 the assembly is now fully set against the casing 12 the openings 20 are sealed and the tubular 10 is fully supported in the casing 12 by the extended segment 22 referring to fig4 the swage assembly 16 as well as the piston cylinder assembly not shown and the spear which was used to support the tubular 10 are removed with the running string 14 so that what remains is the tubular 10 fully cemented and supported in the casing 12 the entire operation has been accomplished in a single trip further completion operations in the wellbore are now possible currently this embodiment is preferred fig5 12 illustrate an alternative embodiment here again the tubular 28 is supported in a like manner as shown in fig1 4 except that the swage assembly 30 has a different configuration the swage assembly 30 has a lower end 32 which is best seen in cross section in fig8 lower end 32 has a square or rectangular shape which when forced against the tubular 28 leaves certain passages 34 between itself and the casing 36 now referring to fig7 it can be seen that when the lower end 32 is brought inside the upper end 38 of the tubular 28 the passages 34 allow communication to annulus 40 so that cementing can take place with the pumped cement going back up the annulus 40 through the passages 34 referring to fig8 it can be seen that the tubular 28 has four locations 42 which are.