package goblint-cil

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goblint-cil
- GoblintCil
  - Alpha
  - Cabs
  - Cabs2cil
  - Cabshelper
  - Cabsvisit
    
    cabsVisitor
    
    nopCabsVisitor
  - Cfg
  - Check
  - Cil
    
    cilPrinter
    
    cilVisitor
    
    defaultCilPrinterClass
    
    descriptiveCilPrinter
    
    descriptiveCilPrinterClass
    
    nopCilVisitor
    
    plainCilPrinterClass
  - Cilint
  - Cillower
  - Ciltools
    
    attribute_checker
    
    callBBVisitor
    
    sidVisitor
    
    vidVisitor
  - Cilutil
  - Cprint
  - Dataflow
    
    BackwardsDataFlow
    
    T
    
    BackwardsTransfer
    
    ForwardsDataFlow
    
    T
    
    ForwardsTransfer
  - Dominators
  - Errormsg
  - Escape
  - Expcompare
    
    volatileFinderClass
  - Feature
  - Formatcil
  - Frontc
  - GrowArray
  - Inthash
  - Machdep
  - Machdepenv
  - Mergecil
  - Patch
  - Pretty
    
    MakeMapPrinter
    
    Map
    
    MakeSetPrinter
    
    Set
  - RmUnused
  - Stats
  - Trace
  - Util
  - Whitetrack
  - cilPrinter
  - cilVisitor
  - defaultCilPrinterClass
  - descriptiveCilPrinter
  - descriptiveCilPrinterClass
  - nopCilVisitor
  - plainCilPrinterClass
goblint-cil.dataslicing
- Dataslicing
goblint-cil.liveness
- Liveness
goblint-cil.makecfg
- Makecfg
  - MakeCFG
    
    callBBVisitor
    
    vidVisitor
goblint-cil.pta
- Ptranal
goblint-cil.syntacticsearch
- Syntacticsearch
goblint-cil.zrapp
- Zrapp
  - zraCilPrinterClass

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ALPHA conversion

type 'a undoAlphaElement

This is the type of the elements that are recorded by the alpha conversion functions in order to be able to undo changes to the tables they modify. Useful for implementing scoping

type 'a alphaTableData

This is the type of the elements of the alpha renaming table. These elements can carry some data associated with each occurrence of the name.

val newAlphaName : 
  alphaTable:(string, 'a alphaTableData Stdlib.ref) Stdlib.Hashtbl.t ->
  undolist:'a undoAlphaElement list Stdlib.ref option ->
  lookupname:string ->
  data:'a ->
  string * 'a

Create a new name based on a given name. The new name is formed from a prefix (obtained from the given name by stripping a suffix consisting of ___ followed by up to 9 digits), followed by a special separator and then by a positive integer suffix. The first argument is a table mapping name prefixes to some data that specifies what suffixes have been used and how to create the new one. This function updates the table with the new largest suffix generated. The "undolist" argument, when present, will be used by the function to record information that can be used by Alpha.undoAlphaChanges to undo those changes. Note that the undo information will be in reverse order in which the action occurred. Returns the new name and, if different from the lookupname, the location of the previous occurrence. This function knows about the location implicitly from the Cil.currentLoc.

val registerAlphaName : 
  alphaTable:(string, 'a alphaTableData Stdlib.ref) Stdlib.Hashtbl.t ->
  undolist:'a undoAlphaElement list Stdlib.ref option ->
  lookupname:string ->
  data:'a ->
  unit

Register a name with an alpha conversion table to ensure that when later we call newAlphaName we do not end up generating this one

val docAlphaTable : 
  unit ->
  (string, 'a alphaTableData Stdlib.ref) Stdlib.Hashtbl.t ->
  Pretty.doc

Split the name in preparation for newAlphaName. The prefix returned is used to index into the hashtable. The next result value is a separator (either empty or the separator chosen to separate the original name from the index)

val getAlphaPrefix : lookupname:string -> string

val undoAlphaChanges : 
  alphaTable:(string, 'a alphaTableData Stdlib.ref) Stdlib.Hashtbl.t ->
  undolist:'a undoAlphaElement list ->
  unit

Undo the changes to a table