HumanLang Playground

A simulated environment for the HumanLang language. Find the real project on GitHub.

Welcome to HumanLang!

From Apelang to humanlang, the evolution! We invented wifi, and now we have advanced network capabilities!
Welcome to the HumanLang Playground! This is a simplified simulation to showcase some of HumanLang's syntax and behavior. HumanLang is an object-oriented, asynchronous language designed for clarity and power, especially in networking and system automation.

While this playground can't execute complex network operations or manage asynchronous tasks, it simulates how HumanLang processes declarations, assignments, basic control flow, and output, along with simulated type-checking feedback.

Key Concepts (Simulated)

Natural Language Syntax: Code reads almost like plain English.
Declarations: Use "declare \[variable] as a \[type]".
Assignments: Use "set \[variable] to \[value]".
Output: "show me \[expression]" will display values.
Basic Control Flow: "if \[condition] then ... else ..." and "while \[condition] is true ...". (Simulated, no nested blocks fully supported here.)
Type Checking: This simulation provides basic feedback on type consistency.
Input: "ask \"\[prompt]\" and set the answer to \[variable]".
Network Commands (Simulated Output):
- perform an arp scan on "network_cidr" and store the results in varName.
- perform a port scan on "host" for ports "port_range" and store the results in varName.
- perform a ping to "host" and store the result in varName.
- perform a traceroute to "host" and store the result in varName.
- send packet PacketName and store the reply in varName. (Creation of Packet objects is also simulated)
- start sniffing on interface "interface" with filter "bpf_filter" for 5 seconds and store packets in varName.
- perform an http get request to "url" and store the result in varName.

Write your HumanLang Code:

# HumanLang Playground Example

declare myNumber as a Number.
set myNumber to 10.
show me myNumber.

declare myText as a String.
set myText to "Hello, HumanLang!".
show me myText.

if myNumber is greater than 5 then
    show me "myNumber is greater than five.".
else
    show me "myNumber is five or less.".
end if.

# This part will simulate user input.
ask "What is your name?" and set the answer to userName.
show me "Hello, " plus userName plus "! Nice to meet you.".

# --- Simulated Network Commands ---
perform an arp scan on "192.168.1.0/24" and store the results in arpResults.
show me "ARP Scan Results (Simulated): " plus arpResults.

perform a port scan on "example.com" for ports "80,443" and store the results in portResults.
show me "Port Scan Results (Simulated): " plus portResults.

perform a ping to "google.com" and store the result in pingResult.
show me "Ping Result (Simulated): " plus pingResult.

perform a traceroute to "8.8.8.8" and store the result in traceResult.
show me "Traceroute Result (Simulated):\n" plus traceResult.

create a new "Packet" with layers "IP/TCP" and call it myCustomPacket.
set myCustomPacket's dst to "192.168.1.1".
set myCustomPacket's dport to 8080.
send packet myCustomPacket and store the reply in packetReply.
show me "Packet Send Reply (Simulated): " plus packetReply.

start sniffing on interface "eth0" with filter "tcp port 80" for 5 seconds and store packets in sniffedPackets.
show me "Sniffed Packets (Simulated):\n" plus sniffedPackets.

perform an http get request to "https://api.example.com/data" and store the result in apiData.
show me "API Data (Simulated): " plus apiData.

# Simulated error for demonstration.
# declare myNumber as a String. # This would cause a redeclaration error.
# set myNumber to "ten". # This would cause a type mismatch error.