Phase cg.paddle:

Paddle is a BDD-based interprocedural analysis framework. It 
includes points-to analysis, call graph construction, and 
various client analyses.

Recognized options (with default values):
 enabled (false)               
 verbose (false)               Print detailed information about the execution 
                               of Paddle 
 conf                          Select Paddle configuration 
    ofcg (default)               On-the fly call graph 
    cha                          CHA only 
    cha-aot                      CHA ahead-of-time callgraph 
    ofcg-aot                     OFCG-AOT callgraph 
    cha-context-aot              CHA-Context-AOT callgraph 
    ofcg-context-aot             OFCG-Context-AOT callgraph 
    cha-context                  CHA-Context callgraph 
    ofcg-context                 OFCG-Context callgraph 
 bdd (false)                   Use BDD version of Paddle 
 order (32)                    
 dynamic-order                 
 profile (false)               Profile BDDs using JeddProfiler 
 q                             Select queue implementation 
    auto (default)               Select queue implementation based on bdd 
                                 option 
    trad                         Normal worklist queue implementation 
    bdd                          BDD-based queue implementation 
    debug                        Debugging queue implementation 
    trace                        Tracing queue implementation 
    numtrace                     Number-tracing queue implementation 
 backend                       Select BDD backend 
    buddy (default)              BuDDy backend 
    cudd                         CUDD backend 
    sable                        SableJBDD backend 
    javabdd                      JavaBDD backend 
    none                         No BDDs 
 ignore-types (false)          Make Paddle completely ignore declared types of 
                               variables 
 pre-jimplify (false)          Jimplify all methods before starting Paddle 
 context                       Select context-sensitivity level 
    insens (default)             Builds a context-insensitive call graph 
    1cfa                         Builds a 1-CFA call graph 
    kcfa                         Builds a k-CFA call graph 
    objsens                      Builds an object-sensitive call graph 
    kobjsens                     Builds a k-object-sensitive call graph 
    uniqkobjsens                 Builds a unique-k-object-sensitive call graph 
 k (2)                         
 context-heap (false)          Treat allocation sites context-sensitively 
 rta (false)                   Emulate Rapid Type Analysis 
 field-based (false)           Use a field-based rather than field-sensitive 
                               representation 
 types-for-sites (false)       Represent objects by their actual type rather 
                               than allocation site 
 merge-stringbuffer (true)     Represent all StringBuffers as one object 
 string-constants (false)      Propagate all string constants, not just class 
                               names 
 simulate-natives (true)       Simulate effects of native methods in standard 
                               class library 
 global-nodes-in-natives (false)
                               Use global node to model variables in 
                               simulations of native methods 
 simple-edges-bidirectional (false)
                               Equality-based analysis between variable nodes 
 this-edges (false)            Use pointer assignment edges to model this 
                               parameters 
 precise-newinstance (true)    Make newInstance only allocate objects of 
                               dynamic classes 
 propagator                    Select propagation algorithm 
    auto (default)               Select propagation algorithm based on bdd 
                                 option 
    iter                         Simple iterative algorithm 
    worklist                     Fast, worklist-based algorithm 
    alias                        Alias-edge based algorithm 
    bdd                          BDD-based propagator 
    incbdd                       Incrementalized BDD-based propagator 
 set-impl                      Select points-to set implementation 
    hash                         Use Java HashSet 
    bit                          Bit vector 
    hybrid                       Hybrid representation using bit vector for 
                                 large sets 
    array                        Sorted array representation 
    double (default)             Double set representation for incremental 
                                 propagation 
 double-set-old                Select implementation of points-to set for old 
                               part of double set 
    hash                         Use Java HashSet 
    bit                          Bit vector 
    hybrid (default)             Hybrid representation using bit vector for 
                                 large sets 
    array                        Sorted array representation 
 double-set-new                Select implementation of points-to set for new 
                               part of double set 
    hash                         Use Java HashSet 
    bit                          Bit vector 
    hybrid (default)             Hybrid representation using bit vector for 
                                 large sets 
    array                        Sorted array representation 
 context-counts (false)        Print number of contexts for each method 
 total-context-counts (false)  Print total number of contexts 
 set-mass (false)              Calculate statistics about points-to set sizes 
 number-nodes (true)           Print node numbers in dumps