Some highlights of this CL:
* Refactor the mutable state out of Frame into FrameAccessState,
  which is maintained and updated during code generation to
  record whether sp- or fp-based frame access is currently active
  and how deep the stack on top of the frame is.
* The operand resultion in linkage.cc now uses FrameAccessState
  to determine how to generate frame-accessing operands.
* Update all platforms to accurately track additionally pushed
  stack slots (e.g. arguments for calls) in the FrameAccessState.
* Add a flag, --turbo_sp_frame_access, which forces all frame
  access to be sp-based whenever possible. This will likely never
  be used in production, but for testing it's useful in verifying
  that the stack-tracking of each platform maintained in the
  FrameAccessState is correct.
* Use sp-based frame access for gap resolving before tail
  calls. This will allow for slightly more efficient restoration
  of the frame pointer in the tail call in a later CL.
* Remove most ad hoc groping into CallDescriptors to
  determine if a frame is needed, instead consistently use
  predicates like needs_frame(), IsCFunctionCall() and
  IsJSFunctionCall().

BUG=v8:4076
LOG=n

Review URL: https://codereview.chromium.org/1460183002

Cr-Commit-Position: refs/heads/master@{#32234}