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impl CliAdapter {
/// Toyota Way Extract Method: Basic analysis commands dispatch
/// Handles core metrics: churn, complexity, dead code, SATD, TDG, lint hotspots
fn dispatch_basic_analysis(
analyze_cmd: &AnalyzeCommands,
) -> Result<(Method, String, Value, Option<OutputFormat>), ProtocolError> {
match analyze_cmd {
AnalyzeCommands::Churn {
path,
project_path,
days,
format,
output,
top_files,
include: _,
exclude: _,
} => {
let resolved = project_path.as_deref().unwrap_or(path);
Self::decode_analyze_churn(resolved, *days, format, output, *top_files)
}
AnalyzeCommands::Complexity {
path,
project_path,
file,
files,
toolchain,
format,
output,
max_cyclomatic,
max_cognitive,
include,
watch,
top_files,
fail_on_violation: _,
timeout: _,
ml: _, // GH-97: ML flag
} => Self::decode_analyze_complexity_with_migration(
path,
project_path,
file,
files,
toolchain,
format,
output,
max_cyclomatic,
max_cognitive,
include,
*watch,
*top_files,
),
AnalyzeCommands::DeadCode {
path,
format,
top_files,
include_unreachable,
min_dead_lines,
include_tests,
output,
fail_on_violation: _,
max_percentage: _,
timeout: _,
include: _,
exclude: _,
max_depth: _,
} => Self::decode_analyze_dead_code(
path,
format,
top_files,
*include_unreachable,
*min_dead_lines,
*include_tests,
output,
),
AnalyzeCommands::Satd {
path,
format,
severity,
critical_only,
include_tests,
strict,
evolution,
days,
metrics,
output,
top_files,
fail_on_violation: _,
timeout: _,
include: _,
exclude: _,
extended: _,
} => Self::decode_analyze_satd(
path,
format,
severity,
*critical_only,
*include_tests,
*strict,
*evolution,
*days,
*metrics,
output,
*top_files,
),
AnalyzeCommands::Tdg {
path,
threshold,
top_files,
format,
include_components,
output,
critical_only,
verbose,
ml: _, // GH-97: ML flag
} => Self::decode_analyze_tdg(
path,
output,
format,
*threshold,
*critical_only,
*top_files,
*include_components,
*verbose,
),
AnalyzeCommands::LintHotspot {
path,
project_path,
file,
format,
max_density,
min_confidence,
enforce,
dry_run,
enforcement_metadata,
output,
perf,
clippy_flags,
top_files,
include: _,
exclude: _,
} => {
let resolved = project_path.as_ref().unwrap_or(path);
Self::decode_analyze_lint_hotspot(
resolved,
file,
format,
max_density,
min_confidence,
enforce,
dry_run,
enforcement_metadata,
output,
perf,
clippy_flags,
top_files,
)
}
_ => Err(ProtocolError::UnsupportedProtocol(
"Command not supported in basic analysis dispatch".to_string(),
)),
}
}
/// Toyota Way Extract Method: Advanced analysis commands dispatch
/// Handles comprehensive analysis: deep context, comprehensive, defect prediction, duplicates, `BigO`
fn dispatch_advanced_analysis(
analyze_cmd: &AnalyzeCommands,
) -> Result<(Method, String, Value, Option<OutputFormat>), ProtocolError> {
match analyze_cmd {
AnalyzeCommands::DeepContext {
path,
project_path,
output,
format,
full,
include,
exclude,
period_days,
dag_type,
max_depth,
include_patterns,
exclude_patterns,
cache_strategy,
parallel,
verbose,
top_files: _,
} => {
let resolved = project_path.as_deref().unwrap_or(path);
Self::decode_analyze_deep_context(
resolved,
output,
format,
*full,
include,
exclude,
*period_days,
dag_type,
max_depth,
include_patterns,
exclude_patterns,
cache_strategy,
parallel,
*verbose,
)
}
AnalyzeCommands::Comprehensive {
path,
project_path,
file,
files,
format,
include_duplicates,
include_dead_code,
include_defects,
include_complexity,
include_tdg,
confidence_threshold,
min_lines,
include,
exclude,
output,
perf,
executive_summary,
top_files,
} => {
let resolved = project_path.as_ref().unwrap_or(path);
Self::decode_analyze_comprehensive(
resolved,
file,
files,
format,
include_duplicates,
include_dead_code,
include_defects,
include_complexity,
include_tdg,
confidence_threshold,
min_lines,
include,
exclude,
output,
perf,
executive_summary,
top_files,
)
}
AnalyzeCommands::DefectPrediction {
path,
project_path,
confidence_threshold,
min_lines,
include_low_confidence,
format,
high_risk_only,
include_recommendations,
include,
exclude,
output,
perf,
top_files,
} => {
let resolved = project_path.as_ref().unwrap_or(path);
Self::decode_analyze_defect_prediction(
resolved,
confidence_threshold,
min_lines,
include_low_confidence,
format,
high_risk_only,
include_recommendations,
include,
exclude,
output,
perf,
top_files,
)
}
AnalyzeCommands::Duplicates {
path,
project_path,
detection_type,
threshold,
min_lines,
max_tokens,
format,
perf,
include,
exclude,
output,
top_files,
} => {
let resolved = project_path.as_ref().unwrap_or(path);
Self::decode_analyze_duplicates(
resolved,
detection_type,
threshold,
min_lines,
max_tokens,
format,
perf,
include,
exclude,
output,
top_files,
)
}
AnalyzeCommands::BigO {
path,
project_path,
format,
confidence_threshold,
analyze_space,
include,
exclude,
output,
perf,
high_complexity_only,
top_files,
} => {
let resolved = project_path.as_deref().unwrap_or(path);
Self::decode_analyze_big_o(
resolved,
format,
confidence_threshold,
analyze_space,
include,
exclude,
output,
perf,
high_complexity_only,
top_files,
)
}
_ => Err(ProtocolError::UnsupportedProtocol(
"Command not supported in advanced analysis dispatch".to_string(),
)),
}
}
}