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A slide compartment for a hybrid lock architecture. The slide component comprises a U-shaped body portion and a plurality of independent retractors. At least one pair of slots are positioned near an open end of said U-shaped body for attachment of a drawbar of a door latch assembly of the hybrid loc

A slide compartment for a hybrid lock architecture. The slide component comprises a U-shaped body portion and a plurality of independent retractors. At least one pair of slots are positioned near an open end of said U-shaped body for attachment of a drawbar of a door latch assembly of the hybrid lock assembly. The hybrid lock assembly comprises a chassis assembly mounted in a bore of said door. A door latch assembly is operably connected to the slide component housed in the chassis assembly for retraction and extension of a bolt. A handle is mounted on a spindle on each side of the chassis assembly. Rotational motion of either handle is converted to linear motion within the chassis assembly at the slide interface in order to retract the bolt of the door latch assembly.

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1. A slide for a lock assembly comprising: a drawbar having a pair of legs; a U-shaped body portion; a plurality of independent retractors; and a plurality of pairs of retaining slots positioned near an open end of said U-shaped body for attachmnent of a drawbar of a door latch assembly of sai

1. A slide for a lock assembly comprising: a drawbar having a pair of legs; a U-shaped body portion; a plurality of independent retractors; and a plurality of pairs of retaining slots positioned near an open end of said U-shaped body for attachmnent of a drawbar of a door latch assembly of said lock assembly, wherein said pair of legs matingly engage at least one pair of slots selected from the plurality of pairs of slots in said slide such that said slide provides multiple back set options for said door latch assembly. 2. The slide of claim 1 further comprising a second pair of retaining slots positioned near said open end of said slide and offset relative to said first pair of retaining slots. 3. The slide of claim 1 further comprising at least one self retaining spring slot. 4. The slide of claim 1 further comprising at least one cam surface. 5. The slide of claim 1, wherein said plurality of independent retractors are oriented in a co-planar relationship. 6. The slide of claim 1, wherein a rotational force applied to one of said retractors is converted to a linear movement of said slide. 7. The slide of claim 1 further comprising at least one push button lock bar retractor extending inward from said open end of said U-shaped body. 8. The slide of claim 1, wherein said slide comprises at least two push button lock bar retractors each extending inward from opposite sides of said open end of said U-shaped body. 9. A lock assembly for a door comprising: a chassis assembly mounted in a bore of said door; a door latch assembly operably connected to a slide member of said chassis assembly for retraction and extension of a bolt; and a handle mounted on a spindle on either side of said chassis assembly, wherein rotational motion imparted on one of said handles is converted to linear motion of said slide member within said chassis assembly at said slide interface in order to retract and extend said bolt of said door latch assembly, wherein said door latch assembly includes a drawbar operably connected to said bolt and having a pair of legs, and wherein said pair of legs matingly engage one pair of slots selected from a plurality of pairs of slots in said slide such that said slide provides multiple back set options for said door latch assembly. 10. The lock assembly of claim 9, wherein movement of said slide retracts said bolt to allow said door to be opened. 11. The lock assembly of claim 9, wherein movement of said slide disengages a locking feature of said chassis assembly. 12. The lock assembly of claim 9, wherein said slide comprises a U-shaped body which provides clearance along a rotational axis of said chassis assembly for other components of said chassis assembly. 13. The lock assembly of claim 9, wherein said slide comprises a plurality of independent retractors, wherein rotational movement against one of said retractors is converted to linear movement of said slide and retraction of said bolt. 14. The lock assembly of claim 13, wherein said slide is housed in a cage member of said chassis assembly and biased toward an open end of said cage, wherein rotational movement applied against at least one of said retractors causes said slide to move within said cage in a linear direction away from said open end of said cage causing retraction of said bolt. 15. The lock assembly of claim 13, wherein said slide further comprises at least one push button lock bar retractor extending inward from an open end of said slide, wherein said push button lock bar retractor disengages a rose locking mechanism of said lock assembly during movement of said slide. 16. The lock assembly of claim 15, wherein said slide comprises at least two push button lock bar retractors each extending inward from opposite sides of said open end of said slide.