Data Input

Data Settings Overview

Data settings control how IronBullet reads and parses input data. Each line in your wordlist is split according to these rules and mapped to input.* variables.

Data settings transform raw text lines like user@example.com:password123 into structured variables like input.USER and input.PASS.

Data Settings Structure

From src/pipeline/mod.rs:66-81:

pub struct DataSettings {
    pub wordlist_type: String,  // Preset format (Credentials, Url, Custom)
    pub separator: char,         // Character to split on (':' for credentials)
    pub slices: Vec<String>,     // Names for each split part
}

impl Default for DataSettings {
    fn default() -> Self {
        Self {
            wordlist_type: "Credentials".into(),
            separator: ':',
            slices: vec!["USER".into(), "PASS".into()],
        }
    }
}

Configuration Fields

Field	Type	Description
`wordlist_type`	String	Preset format name (Credentials, Url, Custom, etc.)
`separator`	Char	Character to split each line on
`slices`	Array of strings	Ordered names for the split parts

Wordlist Types

Common preset formats:

Credentials

Format: username:password

{
  "wordlist_type": "Credentials",
  "separator": ":",
  "slices": ["USER", "PASS"]
}

Example data:

john@example.com:password123
alice:secretpass
bob@test.com:myp@ssw0rd

Variables:

input.USER → john@example.com
input.PASS → password123

Email:Password:Extra

Format: email:password:extra

{
  "wordlist_type": "Custom",
  "separator": ":",
  "slices": ["EMAIL", "PASS", "EXTRA"]
}

Example data:

user@gmail.com:pass123:backup@email.com
alice@yahoo.com:secret:+1234567890

Variables:

input.EMAIL
input.PASS
input.EXTRA

URL

Format: Single column (no separator)

{
  "wordlist_type": "Url",
  "separator": ":",
  "slices": ["URL"]
}

Example data:

https://example.com/page1
https://example.com/page2
https://test.com/api/endpoint

Variables:

input.URL → full line

Custom

Format: Pipe-separated values

{
  "wordlist_type": "Custom",
  "separator": "|",
  "slices": ["ID", "NAME", "EMAIL", "PHONE"]
}

Example data:

1001|John Smith|john@example.com|555-0123
1002|Alice Jones|alice@test.com|555-0124

Example Configuration

From configs/example.rfx:87-91:

{
  "data_settings": {
    "wordlist_type": "Credentials",
    "separator": ":",
    "slices": ["USER", "PASS"]
  }
}

This parses each line of your wordlist:

user1@example.com:password123

Into variables:

input.USER = user1@example.com
input.PASS = password123

Data Source Types

From src/runner/job.rs:46-60:

pub struct DataSource {
    pub source_type: DataSourceType,
    pub value: String,
}

pub enum DataSourceType {
    File,          // Load from file path
    Folder,        // Load all files in folder
    Url,           // Download from URL
    Inline,        // Direct text input
    Range,         // Generate numeric range
    Combinations,  // Generate combinations
}

File Source

Load data from a text file:

{
  "source_type": "File",
  "value": "/path/to/wordlist.txt"
}

File contents:

user1@example.com:pass123
user2@example.com:pass456
user3@example.com:pass789

Folder Source

Load all .txt files from a directory:

{
  "source_type": "Folder",
  "value": "/path/to/wordlists/"
}

Combines all files:

/path/to/wordlists/list1.txt
/path/to/wordlists/list2.txt
/path/to/wordlists/list3.txt

URL Source

Download wordlist from HTTP/HTTPS:

{
  "source_type": "Url",
  "value": "https://example.com/wordlist.txt"
}

Downloads and parses the remote file.

Inline Source

Paste data directly into the config:

{
  "source_type": "Inline",
  "value": "user1:pass1\nuser2:pass2\nuser3:pass3"
}

Useful for testing or small datasets.

Range Source

Generate numeric sequences:

{
  "source_type": "Range",
  "value": "1-1000"
}

Generates:

1
2
3
...
1000

Access via input.NUMBER or your configured slice name.

Combinations Source

Generate combinations from multiple lists:

{
  "source_type": "Combinations",
  "value": "users.txt:passwords.txt"
}

If users.txt has 100 users and passwords.txt has 50 passwords, generates 5,000 combinations.

Separator Characters

Common separators:

Character	Use Case	Example
`:` (colon)	Credentials, standard format	`user:pass`
`	` (pipe)	CSV-like data	`id	name	email`
`,` (comma)	CSV files	`john,smith,john@example.com`
`\t` (tab)	TSV files	`user\tpass\temail`
`;` (semicolon)	European CSV	`name;email;phone`
(space)	Space-delimited	`user pass extra`

If your data contains the separator character (e.g., password contains :), consider using a different separator or escaping.

Slice Mapping

Slices are mapped in order to the split parts:

Example Configurations

2 Slices
3 Slices
4 Slices
Single Slice

{
  "separator": ":",
  "slices": ["USER", "PASS"]
}

Input: alice@test.com:secretpassVariables:

input.USER = alice@test.com
input.PASS = secretpass

{
  "separator": ":",
  "slices": ["EMAIL", "PASS", "BACKUP"]
}

Input: user@gmail.com:pass123:backup@email.comVariables:

input.EMAIL = user@gmail.com
input.PASS = pass123
input.BACKUP = backup@email.com

{
  "separator": "|",
  "slices": ["ID", "NAME", "EMAIL", "PHONE"]
}

Input: 1001|John Smith|john@example.com|555-0123Variables:

input.ID = 1001
input.NAME = John Smith
input.EMAIL = john@example.com
input.PHONE = 555-0123

{
  "separator": ":",
  "slices": ["URL"]
}

Input: https://example.com/api/endpointVariables:

input.URL = https://example.com/api/endpoint

Data Pool Processing

From src/runner/data_pool.rs:4-57, the data pool manages how lines are consumed:

pub struct DataPool {
    lines: Vec<String>,
    index: AtomicUsize,
    retry_queue: Mutex<Vec<(String, u32)>>,
}

impl DataPool {
    pub fn next_line(&self) -> Option<(String, u32)> {
        // First check retry queue
        if let Ok(mut queue) = self.retry_queue.lock() {
            if let Some(entry) = queue.pop() {
                return Some(entry);
            }
        }
        // Then get next line from main pool
        let idx = self.index.fetch_add(1, Ordering::Relaxed);
        self.lines.get(idx).map(|l| (l.clone(), 0))
    }

    pub fn return_line(&self, line: String, retry_count: u32) {
        if let Ok(mut queue) = self.retry_queue.lock() {
            queue.push((line, retry_count));
        }
    }
}

When a block returns BotStatus::Retry, the data line is added back to the retry queue and will be processed again.

Runner Settings for Data

From src/pipeline/mod.rs:173-233, you can control how data is processed:

pub struct RunnerSettings {
    pub threads: u32,                  // Concurrent workers
    pub skip: u32,                     // Skip first N lines
    pub take: u32,                     // Process only N lines (0 = all)
    pub max_retries: u32,              // Max retries per line
    pub continue_statuses: Vec<BotStatus>, // Statuses that re-queue
}

Example: Process subset of data

{
  "runner_settings": {
    "threads": 100,
    "skip": 1000,        // Skip first 1000 lines
    "take": 5000,        // Process next 5000 lines
    "max_retries": 3
  }
}

This would process lines 1001-6000 from your wordlist.

Using Input Variables

Once parsed, access input data in any block using <input.SLICE_NAME>:

HTTP Body
URL Parameters
Headers
JSON Body

{
  "block_type": "HttpRequest",
  "settings": {
    "method": "POST",
    "body": "username=<input.USER>&password=<input.PASS>"
  }
}

{
  "block_type": "HttpRequest",
  "settings": {
    "url": "https://api.example.com/user/<input.USER>/profile"
  }
}

{
  "block_type": "HttpRequest",
  "settings": {
    "headers": [
      ["X-User-ID", "<input.ID>"],
      ["X-User-Email", "<input.EMAIL>"]
    ]
  }
}

{
  "block_type": "HttpRequest",
  "settings": {
    "body": "{\"email\":\"<input.EMAIL>\",\"password\":\"<input.PASS>\",\"phone\":\"<input.PHONE>\"}"
  }
}

Best Practices

Clean Data

Remove duplicate lines
Trim whitespace
Validate format consistency
Remove empty lines

Naming

Use descriptive slice names
Prefer UPPERCASE
Match your domain (USER vs EMAIL vs USERNAME)

Performance

Use skip/take for testing subsets
Start with small wordlists
Gradually increase thread count

Format

Keep separators consistent
Document your format
Use standard types when possible

Troubleshooting

Variables are empty

Problem: input.USER is empty even though wordlist has data.Solutions:

Check separator matches your data format
Verify slice names match variable references
Ensure no extra spaces around separator
Check for UTF-8/encoding issues

Too many/few slices

Problem: Lines have different number of separator characters.Solutions:

Clean your wordlist to consistent format
Choose a separator not present in data
Use only as many slices as minimum split count

Special characters in data

Problem: Data contains separator character (e.g., : in password).Solutions:

Use different separator (e.g., | or \t)
URL-encode the data
Escape the character
Use a different wordlist format

Variables

How input.* variables work

Blocks

Using input variables in blocks

Pipelines

Complete pipeline configuration

Getting Started

Core Concepts

Block Reference

Features

Guides

Advanced

Data Settings Overview

Data Settings Structure

Configuration Fields

Wordlist Types

Credentials

Email:Password:Extra

URL

Custom

Example Configuration

Data Source Types

Separator Characters

Slice Mapping

Example Configurations

Data Pool Processing

Runner Settings for Data

Example: Process subset of data

Using Input Variables

Best Practices

Clean Data

Naming

Performance

Format

Troubleshooting

Variables

Blocks

Pipelines

Getting Started

Core Concepts

Block Reference

Features

Guides

Advanced

​Data Settings Overview

​Data Settings Structure

​Configuration Fields

​Wordlist Types

Credentials

Email:Password:Extra

URL

Custom

​Example Configuration

​Data Source Types

​Separator Characters

​Slice Mapping

​Example Configurations

​Data Pool Processing

​Runner Settings for Data

​Example: Process subset of data

​Using Input Variables

​Best Practices

Clean Data

Naming

Performance

Format

​Troubleshooting

​Related Concepts

Variables

Blocks

Pipelines

Data Settings Overview

Data Settings Structure

Configuration Fields

Wordlist Types

Example Configuration

Data Source Types

Separator Characters

Slice Mapping

Example Configurations

Data Pool Processing

Runner Settings for Data

Example: Process subset of data

Using Input Variables

Best Practices

Troubleshooting

Related Concepts