Oscam.srvid Generator May 2026

An OSCam.srvid generator is a specialized software tool or script designed to automatically build the oscam.srvid configuration file for the OSCam softcam emulator. It translates raw channel data—usually extracted from Enigma2 channel lists (lamedb) or satellite XML feeds—into the exact mapped format that OSCam requires to display channel names instead of raw hex codes in its WebInterface. 🛠️ Core Functionality

Automated Mapping: It parses CAIDs (Conditional Access IDs) and Service IDs (SRVIDs) to associate them with provider names and channel names.

Format Compliance: It outputs strict Unix text file strings in the format: CAID,CAID...:service ID|[provider]|[name]|[type]|[description].

Data Sources: Most generators scrape local satellite receiver channel lists, web databases, or project feeds like the Open Vision GitHub repositories. ⚖️ Pros and Cons Advantages Disadvantages Effort Saves hours of manual hex typing. Can create massive files if not filtered. Accuracy Pulls direct live data from your system. Outdated web generators may give dead channels. WebIF Aesthetics Populates clear names instead of blind hex numbers. High RAM usage on low-end routers if file is too big. 💡 Key Recommendations

Keep it lean: OSCam developers warn that massive srvid files consume unnecessary router/receiver memory. Limit your generated file strictly to the satellite packages you actually subscribe to or watch.

Use local scripts: Scripts run directly on an Enigma2 box (like those found on GitHub e2scripts) are often superior to static web generators because they reflect your exact, current channel scans.

Maintain encoding: If manually editing the generated file, always use an editor that supports direct Unix (LF) line endings to prevent OSCam read errors.

Before we talk about the generator, let's look at the file itself.

The oscam.srvid file is essentially a dictionary for your OSCam server. It translates the raw Service IDs (SIDs) broadcast by the provider into human-readable names.

Without this file, your log files and web interface look like this:

User1 connected to Reader1 for service 0963:0005

With a proper oscam.srvid file, it looks like this: oscam.srvid generator

User1 connected to Reader1 for Sky UK: Sky Sports Main Event

It doesn't just look pretty; it helps you identify which channels are opening and which are failing instantly.

The structure of a line in oscam.srvid is: [Provider ID]:[Service ID]|[Channel Name]|[Provider Name (optional)]

A manual entry looks like this: 0500:013DF|BBC One|BBC 09C4:000123|HBO HD|Sky

Manually writing this file for hundreds or thousands of channels (across multiple satellites like 19.2°E, 13°E, 28.2°E, 39°E, 4.8°E, etc.) is a nightmare. This is where the OSCam.srvid Generator enters the scene.

def parse_lamedb(file_path):
    services = []
    with open(file_path, 'r') as f:
        lines = f.readlines()
        # Logic to parse Enigma2 lamedb format
        # Iterate through service entries
        # Extract SID, Name, and CAID
        # For this example, assume extraction function returns a tuple
        # entry = (caid, sid, provider, name)
# Append to list
        services.append(entry)
return services
def generate_srvid(services, output_path):
    unique_services = set(services) # Remove duplicates
with open(output_path, 'w') as f:
        for caid, sid, provider, name in unique_services:
            line = f"caid:sid:provider|name|TV\n"
            f.write(line)
# Execution
raw_data = parse_lamedb("/etc/enigma2/lamedb")
generate_srvid(raw_data, "/etc/tuxbox/config/oscam.srvid")

Input (lamedb excerpt):

007c: "ZDF HD"

(Associated CAID extracted from PMT or cache)

Output (oscam.srvid):

1834:007c:ZDFvision|ZDF HD|TV
09C4:007c:SkyDE|ZDF HD|TV

The screen was a cascading waterfall of green text on a black terminal, a familiar sight for

, but today it felt different. She was diving deep into the guts of her satellite receiver, looking at the oscam.srvid generator. This wasn't just a script; it was the Rosetta Stone of her home entertainment—a silent translator converting raw, cryptic satellite data into human-readable channel names like "HBO HD" or "BBC Earth."

Elena recalled the days before she understood this tool. It was a chaotic mess of scrambled channels and 0500:000000:3B errors. The oscam.srvid file, she learned, was the heart of OSCam's service identification. Without it, the server knew what it was decrypting, but not which channel it was. An OSCam

The oscam-srvid-generator-flysat.py script on GitHub was her chosen guide, an automated tool designed to pull data directly from FlySat, a trusted source for satellite channel updates. The Quest for Order

"It’s all about the CAIDs and SIDs," she muttered, watching the script begin its work. The Python script was meticulously parsing satellite package lists. She saw it filter through rows of data—list_of_CAIDs_what_you_need_-_separated_by_comma—meticulously separating authorized CAIDs from the noise.

Her oscam.srvid file, once a chaotic, outdated mess, was now being reborn.

The script acted like a digital librarian, creating a structured index:

Extracts Service IDs (SIDs): It scanned the provider packets on the satellite, grabbing the unique 4-digit ID for every channel.

Identifies Provider CAIDs: It checked which encryption system (Irdeto, Viaccess, Conax, etc.) was active.

Appends Service Names: It matched the ID with the human-readable channel name. The Magic of Automation

She watched the output log: ... done., ... done.. The generator was blazing through thousands of channels. She remembered the old, tedious method: manually editing the file, taking hours to type in IDs. Now, the generator handled it in seconds.

The oscam-srvid-generator-flysat.py script specifically allowed for tailoring the output, separating CAIDs by commas, which was critical for her multi-tuner setup, ensuring that if she was recording one channel, another could still be decoded.

As the script finished with a final "Good bye," Elena smiled. She opened her new oscam.srvid file. It was perfectly ordered, from A to Z, a beautiful testament to automation. The Final Step

She copied the newly generated content into her OSCam configuration folder, restarted the service, and grabbed her remote. The channels loaded instantly. No more "Unknown Service." Before we talk about the generator, let's look

The oscam-srvid-generator-flysat.py script on GitHub was more than just code to her now. It was the bridge between a chaotic digital void and a perfectly organized, functional, and user-friendly entertainment system. How to automate this script to run daily via cron? The difference between srvid and srvid2?

Let me know which part of the process you'd like to dive into!

e2scripts/oscam-srvid-generator-flysat.py at master - GitHub

An oscam.srvid generator is a tool used by satellite enthusiasts to map Service IDs (SRVIDs) to channel names, ensuring the OScam Web Interface displays actual channel names rather than just hex codes.

Based on current community standards and active repositories like Open Vision (Enigma2) on GitHub, here is a review of how these generators function and their utility. Core Functionality

These generators automate the creation of the oscam.srvid (or the newer oscam.srvid2) file by scraping data from:

Enigma2 Lamedb: Local channel lists stored on your set-top box. Online Databases: Sources like KingOfSat or LyngSat. Satellites.xml: Local transponder data files. Performance Review

Efficiency: Manually editing SRVIDs is tedious. A generator can process thousands of services in seconds, which is essential for motorized setups or multi-satellite enthusiasts.

Accuracy: Most modern scripts, such as the oscam-srvid generator by OpenVision, are highly accurate because they pull directly from updated satellite feeds.

Compatibility: Ensure the generator supports srvid2. The older oscam.srvid format is limited, while srvid2 includes additional data like CAIDs and provider names, which helps OScam better manage multi-crypt environments. Pros & Cons Pros Cons Eliminates manual hex-to-name mapping. Files can become bloated, slowing down OScam startup. Essential for clear monitoring in the WebIf. Over-scraping can lead to IP bans from database sites. Helps identify "unknown" channels during testing. Requires regular updates as channel IDs change. Recommendation

For Enigma2 users, the most reliable "generator" isn't usually a standalone website but a plugin or script that runs locally on the box. This ensures the names in your OScam WebIf exactly match your personal bouquet lists. Check the e2scripts repository for Python-based tools that handle EPG and service data refreshes effectively.

Here’s a concise review of “OSCam.srvid Generator” based on typical user feedback and its functionality in the satellite/CCcam/OSCam community.