rusty_dex/
lib.rs

1#![allow(dead_code)]
2
3use error::DexError;
4
5use crate::dex::reader::DexReader;
6use crate::dex::file::DexFile;
7use crate::dex::instructions::Instructions;
8
9pub mod dex;
10pub mod error;
11mod adler32;
12
13/// Parse an APK and create a `DexFile` object from the embedded class(es) files
14pub fn parse(filepath: &str) -> Result<DexFile, DexError> {
15    let readers = DexReader::build_from_file(filepath)?;
16    DexFile::merge(readers)
17}
18
19/// Return the list of qualified method names from a `DexFile` object
20pub fn get_qualified_method_names(dex: &DexFile) -> Vec<String> {
21    let mut methods = Vec::new();
22
23    let class_names = dex.get_classes_names();
24    for class in class_names.iter() {
25        if let Some(class_def) = dex.classes.get_class_def(class) {
26            for method in class_def.get_methods() {
27                let name = method.get_method_name();
28                methods.push(format!("{class}->{name}"));
29            }
30        }
31    }
32
33    methods
34}
35
36/// Get the list of instructions for the given method
37pub fn get_bytecode_for_method(dex: &DexFile,
38                               class_name: &String,
39                               method_name: &String) -> Option<Vec<Instructions>> {
40    if let Some(class_def) = dex.get_class_def(class_name) {
41        if let Some(encoded_method) = class_def.get_encoded_method(method_name) {
42            if let Some(code_item) = &encoded_method.code_item {
43                return code_item.insns.clone();
44            }
45        }
46    }
47
48    None
49}
rusty_dex/lib.rs

rusty_dex/
lib.rs
