### Install codemaxxing

Source: https://github.com/jshchnz/codemaxxing/blob/main/README.md

Clone the repository and install the package using pip.

```bash
git clone https://github.com/jshchnz/codemaxxing.git
cd codemaxxing
pip install .
```

--------------------------------

### View Turbo Mode stats

Source: https://github.com/jshchnz/codemaxxing/blob/main/README.md

Example output displayed when running in turbo mode.

```text
[TURBO] 247,800 lines | 412 commits | 3,092 files | 8,420 lines/sec | 24.1 commits/min | 00:17:05
```

--------------------------------

### Run Turbo Mode Configuration

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

This function initiates the turbo mode for code generation, handling branch creation, file generation, committing, and optional pushing. It takes a configuration object as input.

```python
run_turbo(config)
```

--------------------------------

### Run codemaxxing commands

Source: https://github.com/jshchnz/codemaxxing/blob/main/README.md

Execute the CLI with various flags to control output volume, style, and automation.

```bash
# Generate 10,000 lines of corporate enterprise slop
codemaxxing --lines 10000 --sanity 100

# Generate 10,000 lines of pure unhinged chaos
codemaxxing --lines 10000 --sanity 0

# TURBO MODE: auto-generate and auto-commit in a tight loop
codemaxxing --lines 100000 --turbo --sanity 50

# Enterprise mode (10x multiplier because enterprise)
codemaxxing --lines 10000 --enterprise

# Target specific languages
codemaxxing --lines 5000 --lang java --sanity 80
```

--------------------------------

### Configure Enterprise Mode

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Enables enterprise mode to multiply the target line count by 10.

```python
enterprise_config = GenerationConfig(lines=1000, enterprise=True)
print(enterprise_config.lines)  # Output: 10000
```

--------------------------------

### Generate Code with Default Settings

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates 10,000 lines of code with a balanced sanity level (50%) across all supported languages into the ./output directory.

```bash
codemaxxing
```

--------------------------------

### Execute Turbo Mode

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Configures and runs the turbo mode loop with git integration.

```python
from codemaxxing.config import GenerationConfig
from codemaxxing.turbo import run_turbo

# Configure turbo mode
config = GenerationConfig(
    lines=50000,
    sanity=0.5,
    turbo=True,
    batch_size=15,      # 15 files per commit
    push_every=100,     # Push every 100 commits
    branch="slop-test"  # Use specific branch
)

# Run turbo mode (requires git repository)
```

--------------------------------

### Configure Batch Size and Auto-Push

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Controls files per commit and enables automatic pushing to remote repository. Use for managing commit frequency and enabling remote updates.

```bash
# 30 files per commit, auto-push every 100 commits
codemaxxing --turbo --forever --batch-size 30 --push-every 100

# Use specific branch instead of auto-generated slop/session-* branch
codemaxxing --turbo --forever --branch main --push-every 100
```

--------------------------------

### Generate Naming Conventions

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Uses the naming module to generate class, method, variable, package, and commit names based on sanity levels.

```python
from codemaxxing import naming

# Corporate names (sanity=1.0)
print(naming.class_name(1.0))    # AbstractSingletonProxyFactoryBeanImpl
print(naming.method_name(1.0))  # processValidateTransform
print(naming.var_name(1.0))     # contextConfigurationResult

# Chaotic names (sanity=0.0)
print(naming.class_name(0.0))   # SkibidiYeetSigmaHandler
print(naming.method_name(0.0))  # yeet_vibe_check_no_cap
print(naming.var_name(0.0))     # forbidden_knowledge

# Package names
print(naming.java_package(1.0)) # com.enterprise.core
print(naming.java_package(0.0)) # com.skibidi.ligma

print(naming.go_package(1.0))   # service
print(naming.go_package(0.0))   # yeet

# Commit messages
print(naming.commit_message(1.0, 42))  # refactor(core): extract AbstractFactoryProvider...
print(naming.commit_message(0.0, 42))  # skibidi commit #42
```

--------------------------------

### Generate Code Files

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates a list of code files until the target line count is reached using the generate() function.

```python
from codemaxxing.config import GenerationConfig
from codemaxxing.generator import generate, write_files

config = GenerationConfig(lines=5000, sanity=0.7, lang="python")

# Generate files (returns list of GeneratedFile objects)
files = generate(config)

# Each file contains: filename, content, line_count
for f in files:
    print(f"File: {f.filename}, Lines: {f.line_count}")
    # File: python/abstractsingletonfactory_0.py, Lines: 156
    # File: python/enterpriseorchestrator_1.py, Lines: 142
    # ...

# Write files to disk
total_lines = write_files(files, config.output_dir)
print(f"Wrote {total_lines:,} lines across {len(files)} files")
```

--------------------------------

### Codemaxxing CLI Usage

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

The Codemaxxing CLI allows for rapid generation of code with configurable sanity levels, language targets, and automated git integration.

```APIDOC
## CLI Command: codemaxxing

### Description
Executes the code generation process based on provided flags.

### Parameters
#### Options
- **--lines** (integer) - Optional - Total lines of code to generate.
- **--sanity** (integer) - Optional - Sanity level from 0 (chaotic) to 100 (corporate enterprise).
- **--lang** (string) - Optional - Target language: java, python, js, go, generic, or all.
- **--enterprise** (boolean) - Optional - Multiplies target line count by 10x.
- **--turbo** (boolean) - Optional - Enables auto-commit loop.
- **--forever** (boolean) - Optional - Runs indefinitely until interrupted.
- **--batch-size** (integer) - Optional - Number of files per commit in turbo mode.
- **--push-every** (integer) - Optional - Auto-push interval in number of commits.
- **--branch** (string) - Optional - Git branch name for commits.
- **--output** (string) - Optional - Directory path for generated files.
```

--------------------------------

### Specify Output Directory

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Changes the output directory for generated files. Use to direct generated code to a specific location or project path.

```bash
# Output to custom directory
codemaxxing --lines 10000 --output ./my-slop

# Output to specific project path
codemaxxing --lines 50000 --output /path/to/project/src
```

--------------------------------

### Generate Batch Files

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates a fixed number of files for batch processing in turbo mode using generate_batch().

```python
from codemaxxing.config import GenerationConfig
from codemaxxing.generator import generate_batch, write_files

config = GenerationConfig(sanity=0.5, lang="java")

# Generate exactly 10 files starting at index 0
files = generate_batch(config, batch_size=10, start_index=0)

# Process the batch
for f in files:
    print(f"{f.filename}: {f.line_count} lines")

# Write batch to disk
write_files(files, "./output")
```

--------------------------------

### Track Generation Statistics

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Tracks and displays generation metrics using the Stats class.

```python
from codemaxxing.stats import Stats
import time

stats = Stats()

# Simulate generation loop
for i in range(5):
    stats.add(lines=1000, files=5, commits=1)
    print(stats.display("TURBO"))
    # [TURBO] 5,000 lines | 5 commits | 25 files | 1,000 lines/sec | 60.0 commits/min | 00:00:05
    time.sleep(1)

# Access individual metrics
print(f"Total lines: {stats.total_lines:,}")
print(f"Total files: {stats.total_files}")
print(f"Total commits: {stats.total_commits}")
print(f"Elapsed: {stats.elapsed_str}")
print(f"Lines/sec: {stats.lines_per_sec:.0f}")
print(f"Commits/min: {stats.commits_per_min:.1f}")

# Print session summary
print(stats.summary())
# ============================================================
#   CODEMAXXING SESSION COMPLETE
# ============================================================
#   Total lines:           5,000
#   Total files:              25
#   Total commits:             5
#   Duration:          00:00:05
#   Lines/sec:             1,000
#   Commits/min:            60.0
# ============================================================
```

--------------------------------

### Python API GenerationConfig Initialization

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Initializes a GenerationConfig object with custom settings for code generation. The sanity parameter is normalized from CLI 0-100 to Python's 0.0-1.0 range.

```python
from codemaxxing.config import GenerationConfig

# Create configuration with custom settings
config = GenerationConfig(
    lines=10000,           # Target line count
    sanity=0.5,            # 0.0 = chaos, 1.0 = corporate (normalized from CLI 0-100)
    lang="all",            # "all", "java", "python", "js", "go", "generic"
    output_dir="./output", # Output directory path
    turbo=False,           # Enable turbo mode
    enterprise=False,      # Enable 10x multiplier
    batch_size=15,         # Files per commit in turbo mode
    push_every=0,          # Auto-push interval (0 = never)
    forever=False,         # Run indefinitely
    branch=""              # Branch name (empty = auto-generate)
)
```

--------------------------------

### Implement Custom SlopGenerator

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Extends the SlopGenerator base class to implement custom language generation logic.

```python
from codemaxxing.generators.base import SlopGenerator, GeneratedFile

class CustomSlopGenerator(SlopGenerator):
    name = "custom"
    language = "rust"
    extension = ".rs"

    def generate(self, sanity: float, file_index: int) -> GeneratedFile:
        # sanity: 0.0 (chaos) to 1.0 (corporate)
        # file_index: unique incrementing index for filename

        from codemaxxing import naming

        class_name = naming.class_name(sanity)
        content = f'''// Generated Rust slop
struct {class_name} {{
    value: i32,
}}

impl {class_name} {{
    fn new() -> Self {{
        Self {{ value: 42 }}
    }}
}}
'''
        return GeneratedFile(
            filename=f"rust/{class_name.lower()}_{file_index}.rs",
            content=content,
            line_count=content.count("\n")
        )
```

--------------------------------

### Turbo Mode Auto Commit Loop

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Enters a continuous loop that generates files, stages them with git add, and commits automatically. Displays live statistics during execution. Use for continuous contribution graph inflation.

```bash
# Start turbo mode targeting 100,000 lines
codemaxxing --lines 100000 --turbo --sanity 50

# Live stats display:
# [TURBO] 247,800 lines | 412 commits | 3,092 files | 8,420 lines/sec | 24.1 commits/min | 00:17:05
```

--------------------------------

### Generate Chaotic Code

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates code with zero sanity, producing internet meme-inspired naming patterns with maximum chaos. Use for internet meme emulation.

```bash
# Generate 10,000 lines of pure unhinged chaos
codemaxxing --lines 10000 --sanity 0

# Example output class names: xX_Destroyer_Xx_SkibidiHandler_Ligma
# Example method names: yeet, vibe_check, trust_me_bro
```

--------------------------------

### Enterprise Mode Code Generation

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Multiplies the target line count by 10x for enterprise-scale code generation. Can be combined with specific language and sanity settings.

```bash
# Generate 100,000 lines (10x multiplier applied)
codemaxxing --lines 10000 --enterprise

# Combine with specific language
codemaxxing --lines 5000 --enterprise --lang java --sanity 100
```

--------------------------------

### Generate Corporate Enterprise Code

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates code with maximum "sanity" level (100%) producing verbose enterprise-style naming patterns. Use for maximum corporate emulation.

```bash
# Generate 10,000 lines of corporate enterprise slop
codemaxxing --lines 10000 --sanity 100

# Example output class names: AbstractSingletonProxyFactoryBeanManagerImpl
# Example method names: processValidateTransformExecute
```

--------------------------------

### Python API: GenerationConfig

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

The GenerationConfig dataclass allows programmatic control over the code generation parameters within Python applications.

```APIDOC
## Class: GenerationConfig

### Description
Dataclass used to configure the code generation engine.

### Fields
- **lines** (int) - Target line count.
- **sanity** (float) - Normalized sanity level (0.0 to 1.0).
- **lang** (str) - Target language (all, java, python, js, go, generic).
- **output_dir** (str) - Path to output directory.
- **turbo** (bool) - Enable turbo mode.
- **enterprise** (bool) - Enable 10x multiplier.
- **batch_size** (int) - Files per commit in turbo mode.
- **push_every** (int) - Auto-push interval.
- **forever** (bool) - Run indefinitely.
- **branch** (str) - Git branch name.
```

--------------------------------

### Target Specific Languages for Code Generation

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Generates code in a specific programming language instead of all languages. Configure sanity levels for each language's style.

```bash
# Java - Enterprise beans with getters, setters, inner classes
codemaxxing --lines 5000 --lang java --sanity 80

# Python - Metaclasses, abstract bases, multi-parameter constructors
codemaxxing --lines 5000 --lang python --sanity 70

# JavaScript/TypeScript - Callback patterns, type wrappers
codemaxxing --lines 5000 --lang js --sanity 60

# Go - Interface{} everywhere, error handling chains
codemaxxing --lines 5000 --lang go --sanity 50

# Generic - Nested conditionals, wrapper functions
codemaxxing --lines 5000 --lang generic --sanity 40
```

--------------------------------

### Forever Mode Indefinite Execution

Source: https://context7.com/jshchnz/codemaxxing/llms.txt

Runs indefinitely until manually interrupted with Ctrl+C, ignoring the --lines parameter. Useful for continuous, long-term code generation.

```bash
# Run forever with turbo mode
codemaxxing --turbo --forever --sanity 50

# Forever mode with auto-push every 50 commits
codemaxxing --turbo --forever --push-every 50 --batch-size 30
```

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