pe_sieve_params_info.cpp

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#include "pe_sieve_params_info.h"
 
#include <windows.h>
 
using namespace pesieve;
 
std::string pesieve::translate_dump_mode(const DWORD dump_mode)
{
    switch (dump_mode) {
    case pesieve::PE_DUMP_AUTO:
        return "autodetect (default)";
    case pesieve::PE_DUMP_VIRTUAL:
        return "virtual (as is in the memory, no unmapping)";
    case pesieve::PE_DUMP_UNMAP:
        return "unmapped (converted to raw using sections' raw headers)";
    case pesieve::PE_DUMP_REALIGN:
        return "realigned raw (converted raw format to be the same as virtual)";
    }
    return "undefined";
}
 
std::string pesieve::dump_mode_to_id(const DWORD dump_mode)
{
    switch (dump_mode) {
    case pesieve::PE_DUMP_AUTO:
        return "A";
    case pesieve::PE_DUMP_VIRTUAL:
        return "V";
    case pesieve::PE_DUMP_UNMAP:
        return "U";
    case pesieve::PE_DUMP_REALIGN:
        return "R";
    }
    return "N";
}
 
std::string pesieve::translate_out_filter(const pesieve::t_output_filter o_filter)
{
    switch (o_filter) {
    case pesieve::OUT_FULL:
        return "no filter: dump everything (default)";
    case pesieve::OUT_NO_DUMPS:
        return "don't dump the modified PEs, but save the report";
    case pesieve::OUT_NO_DIR:
        return "don't dump any files";
    }
    return "undefined";
}
 
std::string pesieve::translate_imprec_mode(const pesieve::t_imprec_mode imprec_mode)
{
    switch (imprec_mode) {
    case pesieve::PE_IMPREC_NONE:
        return "none: do not recover imports (default)";
    case pesieve::PE_IMPREC_AUTO:
        return "try to autodetect the most suitable mode";
    case pesieve::PE_IMPREC_UNERASE:
        return "unerase the erased parts of the partialy damaged ImportTable";
    case pesieve::PE_IMPREC_REBUILD0:
        return "build the ImportTable from scratch, basing on the found IATs:\n\t         use only terminated blocks (restrictive mode)";
    case pesieve::PE_IMPREC_REBUILD1:
        return "build the ImportTable from scratch, basing on the found IATs:\n\t         use terminated blocks, or blocks with more than 1 thunk";
    case pesieve::PE_IMPREC_REBUILD2:
        return "build the ImportTable from scratch, basing on the found IATs:\n\t         use all found blocks (aggressive mode)";
    }
    return "undefined";
}
 
 
std::string pesieve::imprec_mode_to_id(const pesieve::t_imprec_mode imprec_mode)
{
    switch (imprec_mode) {
    case pesieve::PE_IMPREC_NONE:
        return "N";
    case pesieve::PE_IMPREC_AUTO:
        return "A";
    case pesieve::PE_IMPREC_UNERASE:
        return "U";
    case pesieve::PE_IMPREC_REBUILD0:
        return "R0";
    case pesieve::PE_IMPREC_REBUILD1:
        return "R1";
    case pesieve::PE_IMPREC_REBUILD2:
        return "R2";
    }
    return "N";
}
 
 
std::string pesieve::translate_dotnet_policy(const pesieve::t_dotnet_policy &mode)
{
    switch (mode) {
    case pesieve::PE_DNET_NONE:
        return "none: treat managed processes same as native";
    case pesieve::PE_DNET_SKIP_MAPPING:
        return "skip mapping mismatch (in .NET modules only)";
    case pesieve::PE_DNET_SKIP_SHC:
        return "skip shellcodes (in all modules within the managed process)";
    case pesieve::PE_DNET_SKIP_HOOKS:
        return "skip hooked modules (in all modules within the managed process)";
    case pesieve::PE_DNET_SKIP_ALL:
        return "skip all the above (mapping, shellcodes, hooks)";
    }
    return "undefined";
}
 
std::string pesieve::translate_data_mode(const pesieve::t_data_scan_mode &mode)
{
    switch (mode) {
    case pesieve::PE_DATA_NO_SCAN:
        return "none: do not scan non-executable pages"; 
    case pesieve::PE_DATA_SCAN_DOTNET:
        return ".NET: scan non-executable in .NET applications";
    case pesieve::PE_DATA_SCAN_NO_DEP:
        return "if no DEP: scan non-exec if DEP is disabled (or if is .NET)";
    case pesieve::PE_DATA_SCAN_ALWAYS:
        return "always: scan non-executable pages unconditionally";
    case pesieve::PE_DATA_SCAN_INACCESSIBLE:
        return "include inaccessible: scan non-executable pages unconditionally;\n\t    in reflection mode (/refl): scan also inaccessible pages";
    case pesieve::PE_DATA_SCAN_INACCESSIBLE_ONLY:
        return "scan inaccessible pages, but exclude other non-executable;\n\t    works in reflection mode (/refl) only";
    }
    return "undefined";
}
 
std::string pesieve::translate_json_level(const pesieve::t_json_level &mode)
{
    switch (mode) {
    case pesieve::JSON_BASIC:
        return "basic";
    case pesieve::JSON_DETAILS:
        return "details #1 (list patches)";
    case pesieve::JSON_DETAILS2:
        return "details #2 (list patches: extended)";
    }
    return "undefined";
}
 
std::string pesieve::shellc_mode_mode_to_id(const pesieve::t_shellc_mode& mode)
{
    switch (mode) {
    case pesieve::SHELLC_PATTERNS:
        return "P";
    case pesieve::SHELLC_STATS:
        return "S";
    case pesieve::SHELLC_PATTERNS_OR_STATS:
        return "A";
    case pesieve::SHELLC_PATTERNS_AND_STATS:
        return "B";
    }
    return "N";
}
 
std::string pesieve::translate_shellc_mode(const pesieve::t_shellc_mode& mode)
{
    switch (mode) {
    case pesieve::SHELLC_NONE:
        return "none: do not detect shellcodes";
    case pesieve::SHELLC_PATTERNS:
        return "detect shellcodes by patterns";
    case pesieve::SHELLC_STATS:
        return "detect shellcodes by stats";
    case pesieve::SHELLC_PATTERNS_OR_STATS:
        return "detect shellcodes by patterns or stats (any match)";
    case pesieve::SHELLC_PATTERNS_AND_STATS:
        return "detect shellcodes by patterns and stats (both match)";
    }
    return "undefined";
}
 
std::string pesieve::translate_obfusc_mode(const pesieve::t_obfusc_mode& mode)
{
    switch (mode) {
    case pesieve::OBFUSC_NONE:
        return "none: do not detect obfuscated areas";
    case pesieve::OBFUSC_STRONG_ENC:
        return "detect areas possibly encrypted with strong encryption";
    case pesieve::OBFUSC_WEAK_ENC:
        return "detect areas possibly encrypted with weak encryption (lower entropy, possible XOR patterns)";
    case pesieve::OBFUSC_ANY:
        return "detect any: possible strong or weak encryption";
    }
    return "undefined";
}
 
std::string pesieve::obfusc_mode_mode_to_id(const pesieve::t_obfusc_mode& mode)
{
    switch (mode) {
    case pesieve::OBFUSC_STRONG_ENC:
        return "S";
    case pesieve::OBFUSC_WEAK_ENC:
        return "W";
    case pesieve::OBFUSC_ANY:
        return "A";
    }
    return "N";
}
 
 
std::string pesieve::translate_iat_scan_mode(const pesieve::t_iat_scan_mode mode)
{
    switch (mode) {
    case pesieve::PE_IATS_NONE:
        return "none: do not scan for IAT Hooks (default)";
    case pesieve::PE_IATS_CLEAN_SYS_FILTERED:
        return "scan IAT, filter hooks that lead to unpatched system module";
    case pesieve::PE_IATS_ALL_SYS_FILTERED:
        return "scan IAT, filter hooks that lead to ANY system module";
    case pesieve::PE_IATS_UNFILTERED:
        return "unfiltered: scan for IAT Hooks, report all";
    }
    return "undefined";
}