Inline

This transformation replaces a function call with the body of the function. Here is an example script:

tigress  --Seed=0 --Statistics=0 --Verbosity=0 --Environment=x86_64:Darwin:Clang:5.1  \
         --Transform=InitEntropy --Functions=main --InitEntropyKinds=vars \
         --Transform=InitOpaque --Functions=main --InitOpaqueStructs=list \
         --Transform=Inline \
            --Functions=foo,bar \
            --InlineKeepFunctions=bar \
            test1.c --out=obf.c

Recursive functions and functions with variable number of arguments cannot be inlined.

Options

Option	Arguments	Description
`--Transform`	`Inline`	Replace the functions calls with the body of the function. Delete the functions after done inlining.
`--InlineKeepFunctions`	`String,String,...`	Do not delete these functions after inlining. Default=NONE.
`--InlineDumpCallGraph`	`BOOLSPEC`	Save the callgraph as a .dot file. Default=False.
`--InlineOptimizeKinds`	`constProp, copyProp, mergeLocals, gotos`	List of optimizing transformations to apply Default=NONE. `constProp` = Constant Propagation, i.e. replace a variable with its value, if it is constant. `copyProp` = Copy Propagation, i.e. after the assignment `x=y` replaces uses of variable `x` with `y`. `mergeLocals` = Reduce the number of local variables by merging locals that are not live at the same time. Particularly useful after inlining. `gotos` = Remove extra labels and gotos that were inserted during the inlining process.