Points of interest in Alaska are handled separately due to Web Mercator map projection properties. Symbol display groups are listed below, ordered by drawing priority.
POITYPE values stored in the national points of interest dataset associated with each point of interest determine their map symbols, and are grouped to control what zoom level they initially display at as well as drawing priority. In this application, points of interest housed in the NPS point of interest national dataset can be toggled on/off and popups display when points of interest are selected. One frequently-used application of Park Tiles is nps.gov.
Removing points of interest from the basemap eliminates overlaps and visual conflicts with interactive overlays. Points of interest added as an overlay can be interactive, revealing information to the user with a hover or click, and again, this interactivity and the information displayed can be determined by individual parks and programs to best suit their needs. Individual parks and programs can determine which points of interest to feature in their own web map applications, and how those points of interest are symbolized. This approach provides several advantages: Based on feedback from Park Tiles stakeholders, we've determined that the best practice is to support points of interest as an interactive overlay, managed at the application level. Please, be smart.Symbols for points of interest are not "baked in" to map tiles. In case you can't do it, take care to filter who and what can access to WebMap with a firewall rule or something like that.Įxposing this app to the whole internet could lead not only to a stored XSS but also to a leakage of sensitive/critical/private Please, DO NOT expose this app to the internet, use your localhost or, This app is not intended to be exposed to the internet, but to be used as localhost web application. "title ": "OpenSSH 7.7 - Username Enumeration ", "description ": "OpenSSH 7.7 - Username Enumeration. Network Viewįrom v2.1 WebMap has a RESTful API frontend that makes users able to query their scan files with something like: (for example: cpe:/a:microsoft:iis:7.5 and not cpe:/o:microsoft:windows). Not all CPE are checked over the API, but only when a specific version is specified Thanks to the amazing API services by, WebMap is able to looking for CVE and Exploits for each CPE collected by Nmap. WebMap will replace some parts of the filename as following: Webmap builder pdf#
When creating the PDF version of the Nmap XML Report, the XML filename is used as document title on the first page.
Fixed CVE and Exploit collecting problems. Zaproxy: Perform web scan using the OWASP ZAP API. Scan diff: show difference between two scheduled nmap scan report. Authentication or something that could blocks access to WebMap if != localhost. Wiki: create WebMap User Guide on GitHub. Improve API: create a documentation/wiki about it. Improve template: try to define better the html template and charts. You love WebMap and you know python? We need your help! This is what we want deploy for the v2.3: Search for CVE and Exploits based on CPE collected by Nmap. Copy to clipboard as Nikto, Curl or Telnet commands. 
Create a PDF Report with charts, details, labels and notes.Inspect a single host by clicking on its IP address.Statistics and Charts on discovered services, ports, OS, etc.
Run and Schedule Nmap Scan from dashboard.This video could not be up to date with the latest version. IMHO it isn't a good idea to run this on a custom Django installation,īut if you need it you can find all building steps inside the Dockerfile. This project is designed to run on a Docker container.
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