*OpenUI *CanonBorderless/Borderless Printing: Boolean *DefaultCanonBorderless: False *CanonBorderless True/On: "1 setborderless" *CanonBorderless False/Off: "0 setborderless" *CloseUI: *CanonBorderless
import subprocess import sys def get_ink_levels(printer_ip=None): if printer_ip: # SNMP query for ink levels (if enabled) result = subprocess.run(['snmpget', '-v2c', '-c', 'public', printer_ip, '1.3.6.1.2.1.43.11.1.1.6.1.1'], capture_output=True) # Parse output else: # Use ink command for USB result = subprocess.run(['ink', '-d', 'canon'], capture_output=True) canon pixma g3410 driver
Package: canon-g3410-feature Version: 1.0 Architecture: all Maintainer: Your Name <you@example.com> Description: Borderless & ink monitor for Canon G3410 Build and install: A “feature” could be adding support for borderless
canon-g3410-feature/ ├── DEBIAN/control ├── usr/lib/cups/filter/canon-g3410-borderless └── usr/share/cups/model/canon-g3410-enhanced.ppd control file: Then install and register with CUPS:
Below is a structured approach to , depending on your target platform. 1. For CUPS (Linux / macOS / Unix-like systems) The G3410 uses Canon’s proprietary driver or a generic IPP Everywhere / AirPrint driver. A “feature” could be adding support for borderless printing , ink level reporting , or maintenance functions . Example: Add borderless printing support via PPD override Create a PPD feature file ( canon-g3410-borderless.ppd ):
print("Black: 85%", "Cyan: 60%", "Magenta: 55%", "Yellow: 70%") return if == " main ": get_ink_levels("192.168.1.100") 5. Produce a Driver Feature Package (Linux – .deb or .rpm) Create a .deb package that installs a custom CUPS filter or PPD.
Then install and register with CUPS: