Edge Delta HTTP Pull Source

Configure HTTP Pull sources to periodically fetch data from HTTP endpoints with support for OTTL expressions, pagination, and dynamic parameters.

14 minute read

Overview

The HTTP Pull node enables the Edge Delta agent to periodically send HTTP requests to an endpoint to pull data. This source is ideal for retrieving logs or telemetry data from HTTP-based APIs, with support for dynamic configuration through OTTL expressions and automatic pagination handling.

Key Features:

Static and dynamic endpoint configuration
OTTL expression support for runtime values
Automatic pagination for multi-page responses
Flexible authentication and header management
Configurable retry logic

Outgoing data types: log

HTTP Pull Basic Configuration Form — HTTP Pull Input Source configuration form showing Endpoint and Method fields

Critical Requirements

Important Configuration Requirements

Before configuring HTTP Pull sources, ensure you meet these critical requirements:

Version: Minimum v2.6.0
OTTL Expressions: MUST be single-line (multi-line expressions fail validation)
Pagination Path: Use dot notation for accessing JSON fields
Field Name Escaping: Escape literal dots in field names with /. (e.g., data/.next.page for a field literally named “next.page”)

Quick Reference

Parameter	Type	Required?	Brief Description
`name`	string	Required	Unique identifier for the HTTP pull node
`type`	string	Required	Must be set to `http_pull_input`
`endpoint`	string	Required¹	Target URL for HTTP requests
`method`	string	Required	HTTP method (`GET` or `POST`)
`pull_interval`	duration	Optional	Frequency of requests (default: `1m`)
`headers`	array	Optional	Static HTTP headers as key-value pairs
`parameters`	array	Optional	Static query parameters
`endpoint_expression`	string	Optional¹	Dynamic endpoint using OTTL expressions
`header_expressions`	array[object]	Optional	Dynamic headers using OTTL expressions
`parameter_expressions`	array[object]	Optional	Dynamic query parameters using OTTL
`retry_http_code`	array[int]	Optional	HTTP codes that trigger retry
`authentication`	object	Optional	Basic authentication configuration
`authentication.strategy`	string	Optional	Authentication strategy
`authentication.username`	string	Optional	Username for basic auth
`authentication.password`	string	Optional	Password for basic auth
`authorization`	object	Optional	OAuth/Bearer token configuration
`authorization.strategy`	string	Optional	Auth strategy (e.g., `oauth_client_credentials`)
`authorization.client_credentials`	object	Optional	OAuth client credentials config
`tls`	object	Optional	TLS/SSL configuration
`pagination`	object	Optional	Automatic pagination configuration
`pagination.url_json_path`	string	Optional²	Dot notation path for next page URL
`pagination.response_format`	string	Optional	Response format: `json`, `text`, `binary`
`pagination.max_parallel`	int	Optional	Max concurrent pagination requests (default: `5`)
`pagination.inherit_auth`	boolean	Optional	Use same auth for followed URLs
`pagination.error_strategy`	string	Optional	Error handling: `continue` or `stop`
`pagination.follow_link_header`	boolean	Optional²	Follow RFC 5988 Link headers
`pagination.link_relation`	string	Optional²	Link header relation to follow (default: `next`)
`pagination.inherit_headers`	string/array	Optional	Header inheritance configuration
`pagination.same_origin_only`	boolean	Optional	Enforce same-origin for inheritance
`source_metadata`	object	Optional	Additional source metadata configuration

Notes:

¹ Either endpoint or endpoint_expression is required, not both
² Use either url_json_path or link_relation for pagination, not both
³ For url_json_path, use dot notation; escape literal dots in field names with /.

Complete Configuration Example

nodes:
- name: http_pull_example
  type: http_pull_input

  # Required Parameters
  endpoint: "https://api.example.com/v1/data"  # OR use endpoint_expression below
  method: GET

  # Optional: Dynamic endpoint (alternative to static endpoint)
  # endpoint_expression: Concat(["https://", EDXEnv("API_HOST", "api.example.com"), "/v1/data"], "")
  # WARNING: OTTL expressions MUST be single-line (multi-line will fail validation)

  # Optional: Request frequency (default: 1m)
  pull_interval: 30s

  # Optional: Static headers
  headers:
    - header: Accept
      value: application/json
    - header: User-Agent
      value: EdgeDelta/1.0

  # Optional: Dynamic headers using OTTL expressions
  header_expressions:
    - header: Authorization
      value_expression: Concat(["Bearer ", EDXEnv("API_TOKEN", "")], "")
    - header: X-Request-ID
      value_expression: Concat(["req-", String(UnixMilli(Now()))], "")

  # Optional: Static query parameters
  parameters:
    - name: format
      value: json
    - name: limit
      value: "100"

  # Optional: Dynamic query parameters using OTTL expressions
  parameter_expressions:
    - name: since
      value_expression: FormatTime(Now() - Duration("1h"), "%Y-%m-%dT%H:%M:%SZ")
    - name: until
      value_expression: FormatTime(Now(), "%Y-%m-%dT%H:%M:%SZ")

  # Optional: Retry configuration
  retry_http_code:
    - 409  # Conflict
    - 429  # Too Many Requests
    - 503  # Service Unavailable

  # Optional: Pagination configuration
  pagination:
    # For JSON-based pagination (dot notation, NOT JSONPath):
    url_json_path: "next"  # Use "data/.next_page/.url" if field name contains dots
    # OR for Link header pagination:
    # link_relation: "next"
    max_parallel: 3

  # Optional: Source metadata
  source_metadata:
    tags:
      environment: production
      source: api

Basic Setup

Essential parameters to get started with HTTP Pull sources.

name

Type: string | Required: Yes

Unique identifier for this HTTP pull node within your Edge Delta configuration.

nodes:
- name: my_api_pull
  type: http_pull_input

type

Type: string | Required: Yes | Value: http_pull_input

Specifies the node type. Must always be set to http_pull_input for HTTP pull sources.

nodes:
- name: my_api_pull
  type: http_pull_input

endpoint

Type: string | Required: Yes (unless using endpoint_expression)

The URL to which HTTP requests are sent. Must be a valid URL with protocol (http/https).

nodes:
- name: my_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET

Common Use Cases:

Static API endpoints that don’t change
Development/test environments with fixed URLs
Simple data retrieval scenarios

method

Type: string | Required: Yes | Values: GET, POST

The HTTP method used for requests. Currently supports GET and POST methods.

nodes:
- name: my_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET

pull_interval

Type: duration | Required: No | Default: 1m

Frequency at which HTTP requests are sent to the endpoint. Accepts duration strings like 30s, 5m, 1h.

nodes:
- name: my_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  pull_interval: 30s  # Poll every 30 seconds

Common Use Cases:

High-frequency monitoring: 10s to 30s
Standard logging: 1m to 5m
Batch processing: 15m to 1h

headers

Type: array | Required: No

Static HTTP headers to include with each request. Specified as an array of header-value pairs.

nodes:
- name: my_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  headers:
    - header: Accept
      value: application/json
    - header: X-API-Version
      value: "2.0"
    - header: User-Agent
      value: EdgeDelta/1.0

HTTP Pull Headers Configuration — Static headers configuration for HTTP requests

Common Use Cases:

Content type specification
API versioning headers
Custom client identification

parameters

Type: array | Required: No

Static query parameters to append to the request URL. Specified as name-value pairs.

nodes:
- name: my_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  parameters:
    - name: format
      value: json
    - name: page_size
      value: "100"
    - name: include_metadata
      value: "true"

HTTP Pull Parameters Configuration — Static query parameters configuration for API requests

Common Use Cases:

Result formatting options
Page size configuration
Filter specifications

Dynamic Configuration (OTTL)

Configure runtime-evaluated parameters using OpenTelemetry Transformation Language (OTTL) expressions. The HTTP Pull input supports OTTL expressions through dedicated configuration fields, allowing you to use environment variables, timestamps, and other dynamic data without hardcoding values in your configuration.

OTTL Best Practices

Critical OTTL Requirements

OTTL expressions MUST be single-line. Multi-line expressions will fail validation and cause configuration errors.

Single-Line Format: All OTTL expressions must be written on a single line
Secure Credentials: Always use EDXEnv() for API tokens and sensitive values instead of hardcoding them
Use Dedicated Fields: Always use *_expression fields for OTTL expressions, not the regular fields
Time Windows: Use Duration() with Now() for relative time queries instead of absolute timestamps
Fallback Values: Provide meaningful fallback values in EDXEnv() calls for better error handling
Expression Testing: Test OTTL expressions in a development environment before deploying to production
Mix Static and Dynamic: You can use both static fields and expression fields in the same configuration

Common OTTL Converter Functions

Edge Delta supports all OpenTelemetry converter functions plus custom EDX extensions. Converters return values without modifying data:

Time Functions

Function	Description	Example
`Now()`	Current timestamp	`Now()`
`Time()`	Parse time strings	`Time("2024-01-01")`
`FormatTime()`	Format timestamp	`FormatTime(Now(), "%Y-%m-%d")`
`Duration()`	Parse duration	`Duration("10m")`
`UnixSeconds()`	Unix timestamp (seconds)	`UnixSeconds(Now())`
`UnixMilli()`	Unix timestamp (milliseconds)	`UnixMilli(Now())`
`UnixMicro()`	Unix timestamp (microseconds)	`UnixMicro(Now())`
`UnixNano()`	Unix timestamp (nanoseconds)	`UnixNano(Now())`

String Functions

Function	Description	Example
`Concat()`	Concatenate strings	`Concat(["Bearer ", token], "")`
`Format()`	Printf-style formatting	`Format("%s-%d", ["prefix", 123])`
`String()`	Convert to string	`String(123)`
`Substring()`	Extract substring	`Substring("hello", 0, 2)`
`Split()`	Split string	`Split("a,b,c", ",")`
`Trim()`	Trim whitespace	`Trim(" text ")`
`ToLowerCase()`	Convert to lowercase	`ToLowerCase("HELLO")`
`ToUpperCase()`	Convert to uppercase	`ToUpperCase("hello")`
`ConvertCase()`	Convert string case	`ConvertCase("hello_world", "camel")`

Type Conversion

Function	Description	Example
`Int()`	Convert to integer	`Int("123")`
`Double()`	Convert to double	`Double("123.45")`
`ParseInt()`	Parse integer with base	`ParseInt("FF", 16)`
`Hex()`	Convert to hex string	`Hex(255)`
`Base64Decode()`	Decode base64	`Base64Decode("aGVsbG8=")`

EDX Custom Functions

Function	Description	Example
`EDXEnv()`	Get environment variable	`EDXEnv("API_KEY", "default")`
`EDXEncode()`	Encode data	`EDXEncode("data", "base64", false)`
`EDXDecode()`	Decode data	`EDXDecode("aGVsbG8=", "base64")`
`EDXHmac()`	Generate HMAC	`EDXHmac(data, "secret", "sha256", "hex")`
`EDXIfElse()`	Conditional expression	`EDXIfElse(condition, "true_val", "false_val")`
`EDXRedis()`	Redis state management	`EDXRedis("GET", "last_pull_timestamp")`

For the complete list of 100+ OTTL functions, see the OpenTelemetry documentation. For EDX-specific OTTL functions, see the EDX OTTL Functions Reference.

endpoint_expression

Type: string | Required: No (alternative to endpoint)

Dynamically construct the endpoint URL using OTTL expressions. Useful for environment-specific configurations.

nodes:
- name: dynamic_api_pull
  type: http_pull_input
  # Dynamic endpoint based on environment
  endpoint_expression: Concat(["https://", EDXEnv("API_HOST", "api.example.com"), "/v1/logs"], "")
  method: GET

Common Use Cases:

Environment-specific endpoints (dev/staging/prod)
Dynamic API versioning
Multi-tenant configurations

header_expressions

Type: array[object] | Required: No

Define HTTP headers using OTTL expressions that are evaluated at runtime.

nodes:
- name: secure_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  header_expressions:
    # Bearer token from environment
    - header: Authorization
      value_expression: Concat(["Bearer ", EDXEnv("API_TOKEN", "")], "")
    # Unique request ID with timestamp
    - header: X-Request-ID
      value_expression: Concat(["req-", String(UnixMilli(Now()))], "")
    # Dynamic version from environment
    - header: X-API-Version
      value_expression: EDXEnv("API_VERSION", "2.0")

HTTP Pull Header Expressions Configuration — Dynamic header expressions using OTTL for runtime evaluation

Common Use Cases:

Secure credential management
Request tracking and correlation
Dynamic authentication tokens
Time-based headers

parameter_expressions

Type: array[object] | Required: No

Define query parameters using OTTL expressions for dynamic values.

nodes:
- name: time_window_api
  type: http_pull_input
  endpoint: https://api.example.com/events
  method: GET
  parameter_expressions:
    # ISO 8601 timestamps for time windows
    - name: start_time
      value_expression: FormatTime(Now() - Duration("1h"), "%Y-%m-%dT%H:%M:%SZ")
    - name: end_time
      value_expression: FormatTime(Now(), "%Y-%m-%dT%H:%M:%SZ")
    # Unix timestamps in seconds (common for many APIs)
    - name: from_unix_sec
      value_expression: String(UnixSeconds(Now() - Duration("24h")))
    - name: to_unix_sec
      value_expression: String(UnixSeconds(Now()))
    # Unix timestamps in milliseconds (JavaScript-style)
    - name: from_unix_ms
      value_expression: String(UnixMilli(Now() - Duration("24h")))
    - name: to_unix_ms
      value_expression: String(UnixMilli(Now()))
    # Dynamic limit from environment
    - name: limit
      value_expression: EDXEnv("PULL_LIMIT", "100")

HTTP Pull Parameter Expressions Configuration — Dynamic parameter expressions using OTTL for runtime evaluation

Common Use Cases:

Time-windowed queries
Pagination tokens
Dynamic filtering
Environment-based configuration

Unix Timestamp Parameters

Many APIs require Unix timestamps for time-based queries. Here’s how to generate both seconds and milliseconds precision:

nodes:
- name: api_with_unix_time
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  parameter_expressions:
    # Unix timestamp in seconds - last 24 hours
    - name: start_time
      value_expression: String(UnixSeconds(Now() - Duration("24h")))
    # Unix timestamp in milliseconds - current time
    - name: end_time
      value_expression: String(UnixMilli(Now()))
    # Alternative: specific date in Unix seconds
    - name: since_date
      value_expression: String(UnixSeconds(Time("2024-01-01")))
  pull_interval: 1h

This creates a rolling 24-hour window that advances with each hourly pull, ensuring continuous coverage of log data without gaps or excessive duplication.

Migration from v2 Syntax

If migrating from v2 configurations using {{ Env }} syntax:

Old v2 Syntax:

endpoint: "https://{{ Env \"API_HOST\" \"api.example.com\" }}/data"
headers:
  - header: Authorization
    value: "Bearer {{ Env \"TOKEN\" \"default\" }}"

New OTTL Syntax:

endpoint_expression: Concat(["https://", EDXEnv("API_HOST", "api.example.com"), "/data"], "")
header_expressions:
  - header: Authorization
    value_expression: Concat(["Bearer ", EDXEnv("TOKEN", "default")], "")

Advanced Features

Configure pagination, retry logic, and other advanced capabilities.

retry_http_code

Type: array[int] | Required: No

Additional HTTP status codes that should trigger request retry. The agent has default retry logic for common errors, but you can extend it with custom codes.

nodes:
- name: resilient_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  retry_http_code:
    - 409  # Conflict
    - 429  # Too Many Requests
    - 502  # Bad Gateway
    - 503  # Service Unavailable

Common Use Cases:

Rate limit handling (429)
Temporary server issues (503)
Gateway timeouts (504)
Custom application errors

pagination

Type: object | Required: No

Configure automatic pagination for APIs that return data across multiple pages. The HTTP Pull input provides intelligent pagination support that automatically discovers and fetches all available data.

How Pagination Works:

Initial Request: The first request is made to the configured endpoint
Page Discovery: The response is checked for pagination information (Link header or JSON field)
Concurrent Fetching: Additional pages are fetched concurrently (up to max_parallel)
Completion: Pagination stops when no more pages are found or on error
Data Processing: All retrieved data is processed and forwarded as logs

The agent can fetch multiple pages simultaneously for faster data retrieval while respecting API rate limits through the max_parallel parameter.

nodes:
- name: paginated_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  pagination:
    # Choose one pagination method:
    url_json_path: "next_page_url"  # For JSON-based (dot notation)
    # OR
    # link_relation: "next"  # For Link header
    max_parallel: 5

HTTP Pull Pagination Configuration — Pagination settings for automatic page discovery and concurrent fetching

pagination.url_json_path

Type: string | Required: No

Dot notation path to extract the next page URL from the response body. Important: This uses dot notation, NOT JSONPath syntax (no $ prefix).

Dot Escaping Requirements

Critical: If field names contain literal dots, escape them with /. (forward slash + dot). Example: For field name next_page.url, use next_page/.url in the path.

pagination:
  url_json_path: "next"  # Simple next URL field
  # Common patterns:
  # Microsoft Graph: "@odata/.nextLink"  # Escapes dot in @odata.nextLink
  # Nested object: "meta.pagination.next_url"
  # Field with dots: "data/.next_page/.url"  # Escapes dots in field names

Dot Notation Examples:

Simple field: "next_url"
Nested object: "pagination.next"
Field with dot in name: "response/.data" (for field response.data)
Deep nested with dots: "api/.response/.next/.page" (for api.response.next.page)

Real-World API Examples:

// API Response with field names containing dots
{
  "data.next_page.url": "https://api.example.com/page2",
  "meta": {
    "page.info": {
      "next.link": "https://api.example.com/page2"
    }
  }
}

# Correct Edge Delta configuration
pagination:
  # For "data.next_page.url" field (top level)
  url_json_path: "data/.next_page/.url"
  # For nested "meta.page.info.next.link" field
  # url_json_path: "meta.page/.info.next/.link"

Common Use Cases:

REST APIs with JSON pagination
Microsoft Graph API
Custom pagination schemes

pagination.link_relation

Type: string | Required: No

Link relation to follow from RFC 5988 Link headers.

pagination:
  link_relation: "next"

Example Link Header:

Link: <https://api.example.com/logs?page=2>; rel="next",
      <https://api.example.com/logs?page=10>; rel="last"

Common Use Cases:

GitHub API
GitLab API
Standards-compliant REST APIs

pagination.max_parallel

Type: int | Required: No | Default: 5

Maximum number of concurrent requests when fetching additional pages.

pagination:
  link_relation: "next"
  max_parallel: 3  # Reduce for rate-limited APIs

Common Use Cases:

Rate-limited APIs: Use 1-3
High-performance APIs: Use 5-10
Internal APIs: Use 10+

source_metadata

Type: object | Required: No

Additional metadata configuration for the source. Refer to Edge Delta documentation for specific metadata options.

nodes:
- name: tagged_api_pull
  type: http_pull_input
  endpoint: https://api.example.com/logs
  method: GET
  source_metadata:
    tags:
      environment: production
      service: api-gateway
      region: us-west-2

Vendor-Specific Examples

Ready to integrate with specific platforms? These guides provide tailored configurations and best practices for popular APIs:

Duo Admin API Integration - Authentication logs, administrator activity, telephony events
GitHub API Integration - Link header pagination, organization events, repository data
Microsoft Graph API Integration - OData queries, Azure AD logs, Office 365 telemetry
Netskope SASE Platform - Security events, network monitoring, iterator-based APIs
Custom API Examples - Authentication patterns, time windows, pagination strategies

Troubleshooting

Common Issues

No data retrieved:

Verify endpoint URL is correct and accessible
Check authentication credentials in environment variables
Ensure proper headers are set (Accept, Content-Type)
Test the endpoint with curl first (see Testing an Endpoint section below)

Pagination not working:

Confirm the API returns pagination information
Verify JSONPath or Link header configuration
Check debug logs for pagination attempts
Look for messages like “Following pagination URL” in logs
Verify the API response contains expected Link header or JSON field

Rate limiting errors:

Reduce max_parallel for pagination
Increase pull_interval to reduce request frequency
Add rate limit status codes to retry_http_code
Consider implementing exponential backoff

Authentication failures:

Verify environment variables are set correctly
Check token expiration and refresh logic
Ensure proper header format (Bearer, Basic, etc.)
Verify tokens aren’t request-specific

Infinite loops:

The agent automatically detects circular pagination
Check API documentation for proper pagination handling
Verify next page URLs are different from current page

Debug Logging

Enable debug logging to troubleshoot HTTP Pull issues:

# In your agent configuration
log:
  level: debug

Debug logs will show:

Request URLs and headers (sensitive values masked)
Response status codes and headers
Pagination URLs being followed: "Following pagination URL: <url> (page N)"
Total pages retrieved: "Total pages retrieved: X"
Pagination errors: "Pagination error: <details>"
Retry attempts and reasons

Testing an Endpoint

Before configuring Edge Delta, test your endpoint to verify connectivity and response format.

Basic Testing

Shell (Linux/Mac):

# GET request with headers
curl -X GET "https://api.example.com/data?limit=10" \
  -H "Accept: application/json" \
  -H "Authorization: Bearer YOUR_TOKEN"

# POST request with body
curl -X POST "https://api.example.com/data" \
  -H "Content-Type: application/json" \
  -H "Authorization: Bearer YOUR_TOKEN" \
  -d '{"key": "value"}'

# Test with query parameters
curl -X GET "https://api.example.com/logs?since=2024-01-01&limit=100" \
  -H "Authorization: Bearer YOUR_TOKEN"

PowerShell (Windows):

# GET request with headers
$headers = @{
    'Accept' = 'application/json'
    'Authorization' = 'Bearer YOUR_TOKEN'
}
Invoke-RestMethod -Uri 'https://api.example.com/data?limit=10' `
                  -Method GET `
                  -Headers $headers

# POST request with body
$body = @{
    key = 'value'
} | ConvertTo-Json

Invoke-RestMethod -Uri 'https://api.example.com/data' `
                  -Method POST `
                  -Headers $headers `
                  -Body $body `
                  -ContentType 'application/json'

# Test with query parameters
Invoke-RestMethod -Uri 'https://api.example.com/logs?since=2024-01-01&limit=100' `
                  -Method GET `
                  -Headers $headers

Testing Authentication

Shell (Linux/Mac):

# Bearer token
curl -H "Authorization: Bearer YOUR_TOKEN" \
     https://api.example.com/data

# Basic auth
curl -u username:password \
     https://api.example.com/data

# API key in header
curl -H "X-API-Key: YOUR_KEY" \
     https://api.example.com/data

PowerShell (Windows):

# Bearer token
$headers = @{
    'Authorization' = 'Bearer YOUR_TOKEN'
}
Invoke-RestMethod -Uri 'https://api.example.com/data' `
                  -Headers $headers

# Basic auth
$secpasswd = ConvertTo-SecureString "password" -AsPlainText -Force
$cred = New-Object System.Management.Automation.PSCredential("username", $secpasswd)
Invoke-RestMethod -Uri 'https://api.example.com/data' `
                  -Credential $cred

# API key in header
$headers = @{
    'X-API-Key' = 'YOUR_KEY'
}
Invoke-RestMethod -Uri 'https://api.example.com/data' `
                  -Headers $headers

Verifying Pagination

Shell (Linux/Mac):

# Check for Link headers (GitHub-style)
curl -I "https://api.github.com/orgs/edgedelta/repos?per_page=5" \
  -H "Authorization: Bearer YOUR_TOKEN"
# Look for: Link: <url>; rel="next"

# Check JSON pagination (look for next URL in response)
curl "https://api.example.com/data?page=1" | jq '.next_page_url'
# Note: Use dot notation in Edge Delta config ("next_page_url")

PowerShell (Windows):

# Check for Link headers (GitHub-style)
$response = Invoke-WebRequest -Uri 'https://api.github.com/orgs/edgedelta/repos?per_page=5' `
                             -Headers @{'Authorization'='Bearer YOUR_TOKEN'} `
                             -Method Head
$response.Headers['Link']
# Look for: Link: <url>; rel="next"

# Check JSON pagination (look for next URL in response)
$result = Invoke-RestMethod -Uri 'https://api.example.com/data?page=1'
$result.next_page_url
# Note: Use dot notation in Edge Delta config ("next_page_url")

Edge Delta HTTP Pull Source

Overview

Critical Requirements

Important Configuration Requirements

Quick Reference

Complete Configuration Example

Basic Setup

name

type

endpoint

method

pull_interval

headers

parameters

Dynamic Configuration (OTTL)

OTTL Best Practices

Critical OTTL Requirements

Common OTTL Converter Functions

Time Functions

String Functions

Type Conversion

EDX Custom Functions

endpoint_expression

header_expressions

parameter_expressions

Unix Timestamp Parameters

Migration from v2 Syntax

Advanced Features

retry_http_code

pagination

pagination.url_json_path

Dot Escaping Requirements

pagination.link_relation

pagination.max_parallel

source_metadata

Vendor-Specific Examples

Troubleshooting

Common Issues

Debug Logging

Testing an Endpoint

Basic Testing

Testing Authentication

Verifying Pagination

Custom API Integration Examples

Duo Admin API Integration

GitHub API Integration

Microsoft Graph API Integration

Netskope

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Quick Topics

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