The info command displays general details about the oinkie application, including the version, author, and all currently supported birthmark configurations and comparison algorithms.
🏃 Usage#
oinkie info [OPTIONS]Options#
-h, --help
Print help information.
📊 Example Output#
Running the info command provides detailed listings of supported formats and algorithms in your current environment:
=========== Oinkie Info ============
Oinkie is a tool for detecting the code theft with Ghidra P-code as birthmarks.
The birthmark is a unique characteristic of a program that can be used to identify it.
Oinkie extracts birthmarks from given codes and compares them to calculate the similarities.
============ Birthmarks =============
- fc-seq the sequence of method calls in a program
- fc-freq the frequency of method calls in a program
- fc-set the set of method calls in a program
- op-seq the sequence of operations in a program
- op-set the set of operations in a program
- op-freq the frequency of operations in a program
- op-1gram-seq the sequence of 1-grams of operations in a program
- op-2gram-seq the sequence of 2-grams of operations in a program
- op-3gram-seq the sequence of 3-grams of operations in a program
- op-4gram-seq the sequence of 4-grams of operations in a program
- op-5gram-seq the sequence of 5-grams of operations in a program
- op-6gram-seq the sequence of 6-grams of operations in a program
- op-7gram-seq the sequence of 7-grams of operations in a program
- op-8gram-seq the sequence of 8-grams of operations in a program
- op-1gram-freq the frequency of 1-grams of operations in a program
- op-2gram-freq the frequency of 2-grams of operations in a program
- op-3gram-freq the frequency of 3-grams of operations in a program
- op-4gram-freq the frequency of 4-grams of operations in a program
- op-5gram-freq the frequency of 5-grams of operations in a program
- op-6gram-freq the frequency of 6-grams of operations in a program
- op-7gram-freq the frequency of 7-grams of operations in a program
- op-8gram-freq the frequency of 8-grams of operations in a program
- op-1gram-set the set of 1-grams of operations in a program
- op-2gram-set the set of 2-grams of operations in a program
- op-3gram-set the set of 3-grams of operations in a program
- op-4gram-set the set of 4-grams of operations in a program
- op-5gram-set the set of 5-grams of operations in a program
- op-6gram-set the set of 6-grams of operations in a program
- op-7gram-set the set of 7-grams of operations in a program
- op-8gram-set the set of 8-grams of operations in a program
======== Compare Algorithms ========
- cosine Cosine similarity based on term frequency vectors. Available: seq and freq
- dice Dice coefficient. Available: seq, set and freq
- euclidean Euclidean distance between term frequency vectors. Available: seq and freq
- jaccard Jaccard index. Available: seq, set and freq
- levenshtein Levenshtein distance. Available: seq
- lcs Longest Common Subsequence (LCS). Available: seq
- simpson Simpson's coefficient. Available: seq, set and freq
- weighted-jaccard Weighted Jaccard index based on term frequency vectors. Available: seq and freqThe k-gram listing stops at \(k = 8\). That bound is only what info shows:
any \(k\) is accepted, so op-12gram-set is a birthmark type even though it is
not listed.
info does not list the aggregators, which are given to -A/--aggregator on
compare, run and reaggregate rather than named in an analysis. They are
hungarian and topn:N (or topn:all); see those commands’ --help.