213 lines
8.1 KiB
Plaintext
213 lines
8.1 KiB
Plaintext
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#!/usr/bin/env nu
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# Codebase Technology Analysis Script
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# Analyzes provisioning directory for technology distribution
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def main [
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--path: string = "." # Base path to analyze (default: current directory)
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--format: string = "table" # Output format: table, json, markdown
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] {
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print $"(ansi cyan_bold)📊 Analyzing Codebase(ansi reset)\n"
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let base_path = ($path | path expand)
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if not ($base_path | path exists) {
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print $"(ansi red_bold)Error: Path '($base_path)' does not exist(ansi reset)"
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return
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}
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print $"(ansi grey)Analyzing: ($base_path)(ansi reset)\n"
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# Define sections to analyze
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let sections = ["core", "extensions", "platform", "templates", "kcl"]
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# Analyze each section
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let results = ($sections | each { |section|
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let section_path = $"($base_path)/($section)"
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if ($section_path | path exists) {
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{
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section: $section
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nushell: (count_lines $section_path "nu")
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kcl: (count_lines $section_path "k")
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rust: (count_lines $section_path "rs")
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templates: (count_templates $section_path)
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}
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} else {
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{
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section: $section
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nushell: 0
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kcl: 0
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rust: 0
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templates: 0
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}
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}
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})
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# Calculate totals
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let total_nushell = ($results | each { |r| $r.nushell } | math sum)
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let total_kcl = ($results | each { |r| $r.kcl } | math sum)
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let total_rust = ($results | each { |r| $r.rust } | math sum)
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let total_templates = ($results | each { |r| $r.templates } | math sum)
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let grand_total = ($total_nushell + $total_kcl + $total_rust + $total_templates)
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# Add percentages
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let results_with_pct = $results | each { |row|
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let section_total = ($row.nushell + $row.kcl + $row.rust + $row.templates)
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{
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section: $row.section
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nushell: $row.nushell
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nushell_pct: (if $section_total > 0 { ($row.nushell / $section_total * 100) | math round -p 2 } else { 0 })
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kcl: $row.kcl
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kcl_pct: (if $section_total > 0 { ($row.kcl / $section_total * 100) | math round -p 2 } else { 0 })
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rust: $row.rust
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rust_pct: (if $section_total > 0 { ($row.rust / $section_total * 100) | math round -p 2 } else { 0 })
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templates: $row.templates
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templates_pct: (if $section_total > 0 { ($row.templates / $section_total * 100) | math round -p 2 } else { 0 })
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total: $section_total
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}
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}
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# Display results based on format
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match $format {
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"table" => {
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print $"(ansi green_bold)📋 Lines of Code by Section(ansi reset)\n"
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$results_with_pct | table -e
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print $"\n(ansi yellow_bold)📊 Overall Technology Distribution(ansi reset)\n"
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if $grand_total > 0 {
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[
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{
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technology: "Nushell"
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lines: $total_nushell
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percentage: (($total_nushell / $grand_total * 100) | math round -p 2)
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visual: (create_bar ($total_nushell / $grand_total * 100))
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}
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{
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technology: "KCL"
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lines: $total_kcl
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percentage: (($total_kcl / $grand_total * 100) | math round -p 2)
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visual: (create_bar ($total_kcl / $grand_total * 100))
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}
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{
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technology: "Rust"
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lines: $total_rust
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percentage: (($total_rust / $grand_total * 100) | math round -p 2)
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visual: (create_bar ($total_rust / $grand_total * 100))
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}
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{
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technology: "Templates (Tera)"
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lines: $total_templates
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percentage: (($total_templates / $grand_total * 100) | math round -p 2)
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visual: (create_bar ($total_templates / $grand_total * 100))
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}
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] | table -e
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}
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print $"\n(ansi cyan_bold)📈 Total Lines of Code: ($grand_total | into string)(ansi reset)"
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}
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"json" => {
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{
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sections: $results_with_pct
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totals: {
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nushell: $total_nushell
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kcl: $total_kcl
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rust: $total_rust
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templates: $total_templates
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grand_total: $grand_total
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}
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percentages: {
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nushell: (if $grand_total > 0 { ($total_nushell / $grand_total * 100) | math round -p 2 } else { 0 })
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kcl: (if $grand_total > 0 { ($total_kcl / $grand_total * 100) | math round -p 2 } else { 0 })
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rust: (if $grand_total > 0 { ($total_rust / $grand_total * 100) | math round -p 2 } else { 0 })
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templates: (if $grand_total > 0 { ($total_templates / $grand_total * 100) | math round -p 2 } else { 0 })
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}
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} | to json
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}
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"markdown" => {
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print "# Codebase Analysis\n"
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print "## Technology Distribution\n"
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print "| Technology | Lines | Percentage |"
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print "|------------|-------|------------|"
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print $"| Nushell | ($total_nushell) | (if $grand_total > 0 { ($total_nushell / $grand_total * 100) | math round -p 2 } else { 0 })% |"
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print $"| KCL | ($total_kcl) | (if $grand_total > 0 { ($total_kcl / $grand_total * 100) | math round -p 2 } else { 0 })% |"
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print $"| Rust | ($total_rust) | (if $grand_total > 0 { ($total_rust / $grand_total * 100) | math round -p 2 } else { 0 })% |"
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print $"| Templates | ($total_templates) | (if $grand_total > 0 { ($total_templates / $grand_total * 100) | math round -p 2 } else { 0 })% |"
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print $"| **TOTAL** | **($grand_total)** | **100%** |\n"
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print "## By Section\n"
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print "| Section | Nushell | KCL | Rust | Templates | Total |"
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print "|---------|---------|-----|------|-----------|-------|"
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$results_with_pct | each { |row|
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print $"| ($row.section) | ($row.nushell) | ($row.kcl) | ($row.rust) | ($row.templates) | ($row.total) |"
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}
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}
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_ => {
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print $"(ansi red)Unknown format: ($format). Use: table, json, or markdown(ansi reset)"
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}
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}
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}
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# Count lines using bash find (more reliable)
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def count_lines [path: string, extension: string]: nothing -> int {
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let result = (
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^find $path -type f -name $"*.($extension)" -exec wc -l {} +
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)
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if $result.exit_code != 0 {
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return 0
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}
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let output = ($result.stdout | str trim)
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if ($output | is-empty) {
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return 0
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}
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# Get the total from last line
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let lines = ($output | lines)
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if ($lines | is-empty) {
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return 0
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}
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let last_line = ($lines | last)
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if ($last_line | str contains "total") {
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let parts = ($last_line | split row " " | where ($it | str trim) != "")
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if ($parts | length) > 0 {
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$parts | first | into int
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} else {
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0
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}
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} else if ($lines | length) == 1 {
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# Single file
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let parts = ($last_line | split row " " | where ($it | str trim) != "")
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if ($parts | length) > 0 {
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$parts | first | into int
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} else {
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0
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}
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} else {
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0
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}
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}
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# Count template lines (.j2 and .tera files)
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def count_templates [path: string]: nothing -> int {
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let j2 = (count_lines $path "j2")
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let tera = (count_lines $path "tera")
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$j2 + $tera
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}
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# Create visual bar chart
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def create_bar [percentage: float]: nothing -> string {
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let bar_length = ($percentage / 2 | math round) # 50 chars max
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let filled = (0..<$bar_length | each { "█" } | str join)
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let empty_length = (50 - $bar_length)
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let empty = (0..<$empty_length | each { " " } | str join)
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$"($filled)($empty) ($percentage | math round -p 1)%"
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}
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# Export main as the entry point
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main
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