You can find pre-compiled files for your platform
on Our Release Page. After extraction, you can use gossiphs --help
to find the corresponding help.
gossiphs relation
gossiphs relation --csv scores.csv --symbol-csv symbols.csv
And you can use something like pandas to handle this matrix and apply further analysis without accessing the rust part.
shows the relations between files by int score.
examples/mini.rs | src/extractor.rs | src/graph.rs | src/lib.rs | src/main.rs | src/rule.rs | src/server.rs | src/symbol.rs | |
---|---|---|---|---|---|---|---|---|
examples/mini.rs | ||||||||
src/extractor.rs | 8 | 1 | ||||||
src/graph.rs | 9 | 23 | 5 | |||||
src/lib.rs | ||||||||
src/main.rs | 5 | 1 | ||||||
src/rule.rs | 18 | |||||||
src/server.rs | 2 | |||||||
src/symbol.rs | 1 | 28 | 64 | 32 | 13 |
- By Column:
src/graph.rs
andsrc/symbol.rs
have been used byexample/mini.rs
. - By Row:
src/rule.rs
has only been used bysrc/extractor.rs
.
shows the relations between files by real reference names.
examples/mini.rs | src/extractor.rs | src/graph.rs | src/lib.rs | src/main.rs | src/rule.rs | src/server.rs | src/symbol.rs | |
---|---|---|---|---|---|---|---|---|
examples/mini.rs | ||||||||
src/extractor.rs | extract | extract | ||||||
src/graph.rs | file_metadata|default|related_files|related_symbols|files | related_files|files | file_metadata|files|empty|related_files | |||||
src/lib.rs | ||||||||
src/main.rs | default | main | ||||||
src/rule.rs | get_rule | |||||||
src/server.rs | server_main | |||||||
src/symbol.rs | from | new|id|new_ref|from|new_def | list_definitions|list_symbols|id|link_symbol_to_symbol|link_file_to_symbol|list_references_by_definition|enhance_symbol_to_symbol|get_symbol|from|new|add_symbol|add_file|list_references|pairs_between_files|list_definitions_by_reference | new|id|from|pairs_between_files | list_references_by_definition|new|from|list_definitions_by_reference|get_symbol|id |
- By column: example/mini.rs using
file_metadata
/related_files
... fromsrc/graph.rs
.
Other functions ...
# diff between HEAD and HEAD~1
gossiphs diff
# custom diff
gossiphs diff --target HEAD~5
gossiphs diff --target d18a5db39752d244664a23f74e174448b66b5b7e
# output json
gossiphs diff --json
output:
src/services/user-info/index.ts
├── src/background-script/driveUploader.ts (ADDED)
├── src/background-script/task.ts (DELETED)
├── scripts/download-config.js (DELETED)
├── src/background-script/sdk.ts
├── src/services/user-info/listener.ts
├── src/services/config/index.ts
├── src/content-script/modal.ts
├── src/background-script/help-center.ts
- ADDED: Refers to file relationships added in this diff
- DELETED: Refers to file relationships deleted in this diff
- Others: Refers to file relationships that were not affected by this diff and originally existed
For example, you can use this command to generate an obsidian vault:
gossiphs obsidian --project-path . --vault-dir ./target_vault
and get a code relation graph:
Please refer to examples for usage.
fn main() {
let config = GraphConfig::default();
let g = Graph::from(config);
// done! just try it
let all_files = g.files();
for file in &all_files {
// related file search
let related_files = g.related_files(file);
for each_related in &related_files {
println!("{} -> {}: {}", file, each_related.name, each_related.score);
}
// file details
if !related_files.is_empty() {
let random_file = related_files[0].name.clone();
let meta = g.file_metadata(&random_file);
println!("symbols in {}: {:?}", random_file, meta.symbols.len());
// and query the symbol infos
}
}
}
Starting a local server similar to LSP for other clients to use may be a reasonable approach, which is what we are currently doing.
./gossiphs server --project-path ./your/project --strict
API desc can be found here.