[DRAFT - ERROR/BUG] REPOST: UNIVERSAL COLOR-INJECTION TEMPLATE: CODE_BEAUTIFICATION_TEMPLATE_GENERAL_PSEUDOCODE.TXT (Created by ChatGPT)

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S T I L L
E R R O R

error instance: 

"ONLY WORD "class" ATTRIBUTE colorized into Dark-Red"

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My ChatGPT-LINK of “QUESTION and ANSWER SESSION” to be STUDIED to IMPROVE THE UNIVERSAL COLOR-INJECTION TEMPLATE!
*Click here for TEMP FILEs

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🚀 TEMPLATE4-PRO v2.7 — Blogger Auto Converter + Render Preview

STEP 1: Paste RAW FILE here:

STEP 2: Blogger-safe output:

👁 Rendered Output Preview

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Nice, we can totally turn this into a reusable workflow 👍

I’ve created your universal colorization template as a file:

👉 Download template1.txt

What this template1.txt contains

• A clear description of:

  • Palette 2 (High-Contrast Blogger-Friendly) colors

  • The CSS classes (.keyword, .string, .number, .comment, .tag, .firebase, .crud, .tpl-error, etc.)

  • The wrapping rules for Blogger:

    • white-space: pre-wrap

    • overflow: visible

    • width: 100%

    • <pre class="code-wrapper"><code>…</code></pre>

  • The highlighting logic:

    • A) Template keywords: ERROR, WARNING, SUCCESS, INFO

    • B) Syntax-ish: comments, strings, numbers, JS keywords, HTML-ish tags

    • C) Optional semantic accents: firebase, refCRUD, autoAdd, editLink, etc.

So this file is basically a spec + style guide for how I should colorize any future sampleX.txt you upload.

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How to use it next time

1. Upload:

   • template1.txt (this file)

   • your new rendered-text file, e.g. sample3.txt

2. Just tell me something like:

please colorizing my sample3.txt file based on template1.txt (same Palette 2, tidy, no scroll, Blogger-ready)

3. I’ll:

   • read template1.txt

   • apply the same rules

   • generate a new <pre class="code-wrapper"><code>...</code></pre> block or a downloadable HTML, like we did for sample2.txt.

If you want a Template 2 later (e.g. dark mode, different palette, bigger font, different semantics), we can clone this and tweak it.

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Below is a universal template you can apply to any source-code file to automatically wrap text-output in colorful, beautified ANSI styles (terminal colors).
You can use this template as a pre-processing layer that modifies raw/uncolored source-code into a color-enhanced version.

✅ UNIVERSAL COLOR-INJECTION TEMPLATE

For modifying raw source-code so printed text becomes colorful

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1. Define a Color Palette (Reusable Module)

Create a module or snippet (depending on the language) that provides helpful constants for colors.

ANSI Color Palette (Language-Agnostic Block)

# BEGIN-COLOR-PALETTE
RESET = "\033[0m"
BOLD = "\033[1m"
DIM = "\033[2m"
ITALIC = "\033[3m"
UNDERLINE = "\033[4m"

BLACK = "\033[30m"
RED = "\033[31m"
GREEN = "\033[32m"
YELLOW = "\033[33m"
BLUE = "\033[34m"
MAGENTA = "\033[35m"
CYAN = "\033[36m"
WHITE = "\033[37m"

BRIGHT_BLACK = "\033[90m"
BRIGHT_RED = "\033[91m"
BRIGHT_GREEN = "\033[92m"
BRIGHT_YELLOW = "\033[93m"
BRIGHT_BLUE = "\033[94m"
BRIGHT_MAGENTA = "\033[95m"
BRIGHT_CYAN = "\033[96m"
BRIGHT_WHITE = "\033[97m"
# END-COLOR-PALETTE

You can drop this block into any programming language string section or adapt its syntax (e.g., JavaScript const, Python variables, C #define, etc.)

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2. Create the TEMPLATE TRANSFORMATION RULES

This template describes how to modify any raw source-code to add colors.

# BEGIN-COLOR-TEMPLATE
# 1. Scan source-code for print/echo/log statements.
# 2. For each detected text literal:
#       a) Wrap the text in chosen color code
#          FORMAT:   <COLOR> + original_text + RESET
# 3. If text contains keywords (configurable), apply special styles.
#
# Example Keyword→Color Mapping:
#   "error"   → RED + BOLD
#   "warn"    → YELLOW
#   "ok"      → GREEN
#   "debug"   → CYAN + DIM
#
# 4. Ensure color codes concatenate correctly according to language syntax.
# 5. Output the fully color-enhanced version of the source-code.
# END-COLOR-TEMPLATE

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3. Replacement Macro Patterns (You Can Insert Anywhere)

Below are language-agnostic substitution patterns your template can use.

Basic Color Injection

REPLACE: "text"
WITH:    COLOR("text", BLUE)

FUNCTION COLOR(t, c):
    return c + t + RESET

Keyword Colorization

IF literal contains "error":
    wrap with RED + BOLD
IF literal contains "success" OR "ok":
    wrap with GREEN
IF literal contains "warning":
    wrap with YELLOW

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4. Example Full TEMPLATE (Copy/paste into your system)

#############################################
# UNIVERSAL SOURCE-CODE COLORIZER TEMPLATE  #
#############################################

# --- Color Definitions ---
<INSERT COLOR PALETTE HERE>

# --- Transformation Rules ---
RULES:
  PRINT_STATEMENT_MATCHES = ["print", "echo", "console.log", "System.out.println", "printf"]

  KEYWORD_COLORS:
      "error":   RED + BOLD
      "failed":  RED
      "warn":    YELLOW
      "ok":      GREEN
      "success": GREEN + BOLD
      "debug":   CYAN + DIM
      "info":    BLUE

  DEFAULT_COLOR = BRIGHT_WHITE

PROCESS:
  for each print-like statement in source:
      extract text literal
      color = DEFAULT_COLOR

      for keyword, style in KEYWORD_COLORS:
          if keyword in text literal (case-insensitive):
              color = style
              break

      replace text literal with:
          color + text_literal + RESET

OUTPUT = modified colorful-source-code

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SAMPLE CODE/TEMPLATE PSEUDOCODE

This is the master template you can copy, adapt, extend, or inject into your own code-processing workflow:

"maximally flexible, language-agnostic, super-powered template designed to modify any raw source-code into a color-beautified, keyword-reactive, style-enhanced, print-intercepting version"

This template scans any source-code, finds all output statements, detects meaningful keywords, injects ANSI colors, restores formatting with RESET, and produces a fully beautified, color-reactive, auto-styled codebase.

Condensed into a single page of high-level Pseudocode, covering all the specifications:

💡 MAXIMALLY FLEXIBLE, LANGUAGE-AGNOSTIC CODE-BEAUTIFICATION TEMPLATE

This pseudocode outlines the necessary steps for a robust code modification engine.

I. Setup & Configuration

Code snippet

// --- 1. Define Style Mappings ---
// Language Agnostic: Use Standard ANSI Escape Codes (Universal to Terminals)

DEFINE ANSI_CODES AS MAP {
    "RED":       "[ANSI_CODE_FOR_RED]",    // e.g., "\033[91m"
    "GREEN":     "[ANSI_CODE_FOR_GREEN]",  // e.g., "\033[92m"
    "BOLD":      "[ANSI_CODE_FOR_BOLD]",
    "RESET":     "[ANSI_CODE_FOR_RESET]"   // e.g., "\033[0m" (CRUCIAL)
}

// --- 2. Define Keyword Reactions ---
DEFINE KEYWORD_STYLE_MAP AS MAP {
    "ERROR":     ANSI_CODES["BOLD"] + ANSI_CODES["RED"],
    "WARNING":   ANSI_CODES["RED"],
    "SUCCESS":   ANSI_CODES["GREEN"],
    "INFO":      ANSI_CODES["BLUE"]
}

// --- 3. Input/Output Specs ---
SET INPUT_FILE_PATH = "raw_source_code.lang"
SET OUTPUT_FILE_PATH = "beautified_source_code.lang"

II. Core Code Processing Engine

Code snippet

FUNCTION PROCESS_CODE(INPUT_PATH, OUTPUT_PATH, KEYWORD_STYLE_MAP)

    // --- A. Read Source Code ---
    READ INPUT_PATH INTO RAW_CODE_STRING
    INITIALIZE MODIFIED_CODE_LINES AS EMPTY LIST

    // --- B. Language-Specific Parsing (The hardest part) ---
    // NOTE: This must be implemented using a proper Lexer/AST for the target language (Python, Java, C++, JS, etc.)
    
    FOR EACH LINE IN RAW_CODE_STRING
        
        // 1. Detect Output Statement
        IF LINE MATCHES TARGET_OUTPUT_REGEX OR IS IDENTIFIED BY AST_WALKER (e.g., print(), console.log(), cout <<)
            
            // Get the raw content being printed (e.g., the string literal or variable)
            LET ORIGINAL_CONTENT = EXTRACT_PRINTED_CONTENT(LINE)
            
            // 2. Keyword Search
            LET STYLE_PREFIX = ""
            
            FOR EACH KEYWORD, STYLE IN KEYWORD_STYLE_MAP
                IF KEYWORD IS FOUND IN ORIGINAL_CONTENT (case-insensitive)
                    SET STYLE_PREFIX = STYLE
                    BREAK // Found the highest priority match
                END IF
            END FOR

            // 3. Inject Colors and Restore Formatting (RESET)
            IF STYLE_PREFIX IS NOT EMPTY
                // Insert the ANSI color/style code *before* the content
                // Insert the ANSI RESET code *after* the content
                LET BEAUTIFIED_CONTENT = STYLE_PREFIX + ORIGINAL_CONTENT + ANSI_CODES["RESET"]
                
                // 4. Reconstruct Line
                // Replace the original content within the output function call
                LET NEW_LINE = RECONSTRUCT_OUTPUT_STATEMENT(LINE, BEAUTIFIED_CONTENT)
            ELSE
                // No keywords detected, keep the line as is
                LET NEW_LINE = LINE
            END IF
            
            ADD NEW_LINE TO MODIFIED_CODE_LINES

        ELSE
            // Not an output statement (e.g., variable assignment, loop, function definition)
            ADD LINE TO MODIFIED_CODE_LINES // Keep original line
        
        END IF

    END FOR

    // --- C. Write Output ---
    JOIN MODIFIED_CODE_LINES INTO FINAL_CODE_STRING_WITH_NEWLINES
    WRITE FINAL_CODE_STRING_WITH_NEWLINES TO OUTPUT_PATH

END FUNCTION

III. Execution

Code snippet

// --- 4. Invoke the Engine ---
CALL PROCESS_CODE(INPUT_FILE_PATH, OUTPUT_FILE_PATH, KEYWORD_STYLE_MAP)

DISPLAY "Code beautification complete. Check " + OUTPUT_FILE_PATH

SAMPLE TEXT FILE (.TXT) as AN ATTACHMENT

CODE_BEAUTIFICATION_TEMPLATE_GENERAL_PSEUDOCODE.TXT
[Click here to Download]

########################################################### # MAXIMALLY FLEXIBLE, LANGUAGE-AGNOSTIC CODE-BEAUTIFICATION # TEMPLATE PSEUDOCODE ########################################################### ### I. SETUP & CONFIGURATION ### // --- 1. Define Style Mappings --- // Use Standard ANSI Escape Codes (Universal to Terminals) DEFINE ANSI_CODES AS MAP { "RED": "...", "GREEN": "...", "BOLD": "", "RESET": "" } // --- 2. Define Keyword Reactions --- DEFINE KEYWORD_STYLE_MAP AS MAP { "ERROR": BOLD+RED, "WARNING": RED, "SUCCESS": GREEN, "INFO": BLUE } // --- 3. Input/Output Specs --- SET INPUT_FILE_PATH = "raw_source_code.lang" SET OUTPUT_FILE_PATH = "beautified_source_code.lang" ### II. CORE CODE PROCESSING ENGINE ### FUNCTION PROCESS_CODE(INPUT_PATH, OUTPUT_PATH, KEYWORD_STYLE_MAP) // --- A. Read Source Code --- READ INPUT_PATH INTO RAW_CODE_STRING INITIALIZE MODIFIED_CODE_LINES AS EMPTY LIST // --- B. Iteration and Modification --- FOR EACH LINE IN RAW_CODE_STRING // 1. Detect Output Statement IF LINE IS_AN_OUTPUT_STATEMENT LET ORIGINAL_CONTENT = EXTRACT_PRINTED_CONTENT(LINE) // 2. Keyword Search LET STYLE_PREFIX = "" FOR EACH KEYWORD, STYLE IN KEYWORD_STYLE_MAP IF KEYWORD IS FOUND IN ORIGINAL_CONTENT SET STYLE_PREFIX = STYLE BREAK END IF END FOR // 3. Inject Colors IF STYLE_PREFIX IS NOT EMPTY LET BEAUTIFIED_CONTENT = STYLE_PREFIX + ORIGINAL_CONTENT + ANSI_CODES["RESET"] LET NEW_LINE = RECONSTRUCT_OUTPUT_STATEMENT(LINE, BEAUTIFIED_CONTENT) ELSE LET NEW_LINE = LINE END IF ADD NEW_LINE TO MODIFIED_CODE_LINES ELSE ADD LINE TO MODIFIED_CODE_LINES END IF END FOR // --- C. Write Output --- JOIN MODIFIED_CODE_LINES INTO FINAL_CODE_STRING_WITH_NEWLINES WRITE FINAL_CODE_STRING_WITH_NEWLINES TO OUTPUT_PATH END FUNCTION ### III. EXECUTION ### // --- 4. Invoke the Engine --- CALL PROCESS_CODE(INPUT_FILE_PATH, OUTPUT_FILE_PATH, KEYWORD_STYLE_MAP) DISPLAY "Code beautification process complete."