kaytus-bmc-sdk 2.1.0

Python SDK for managing Kaytus BMC servers via the Redfish API

kaytus-bmc-sdk

A Python SDK for managing Kaytus BMC servers via the Redfish API.

Tested Environment

Component	Version
Hardware	Kaytus KR2280-X3
BMC Firmware	4.35.00 (2026-02-12)
BIOS	04.03.00 (2026-01-29)
Redfish	1.18.0
Python	3.10+

---

Installation

pip install kaytus-bmc-sdk

Requirements: requests >= 2.28

---

Quick Start

from kaytus_sdk import KaytusClient

with KaytusClient("192.168.40.100", "admin", "password") as bmc:
    print(bmc.system.overview())
    print(bmc.system.fan_summary())
    print(bmc.network.summary())

---

Bulk Operations

Run any operation across a range of servers concurrently:

from kaytus_sdk import bulk_run, ip_range, bulk_summary

results = bulk_run(
    hosts     = ip_range("10.255.40", 100, 130),
    username  = "admin",
    password  = "password",
    operation = lambda c: c.system.overview(),
)
print(bulk_summary(results))

---

Modules

bmc.system

bmc.system.overview()               # Single-request health/status summary
bmc.system.power_state()            # "On" | "Off" | "PoweringOn" | "PoweringOff"
bmc.system.power_on()
bmc.system.power_off()
bmc.system.shutdown()               # GracefulShutdown
bmc.system.reboot()                 # GracefulRestart
bmc.system.force_reboot()
bmc.system.power_cycle()
bmc.system.power_summary()          # Watts, PSU details, efficiency
bmc.system.fan_summary()            # RPM and ratio% for all fans
bmc.system.fan_control_info()       # FanControlMode, SmartCooling config
bmc.system.temperature_summary()    # All temperature sensors with thresholds
bmc.system.set_fan_mode("Auto")     # "Auto" | "Manual"
bmc.system.set_fan_speed(40)        # Manual mode: 0-100%
bmc.system.set_cooling_mode("LowNoise")   # "LowNoise" | "HighPerformance" | "Custom"
bmc.system.set_cpu_temp_target(85)  # SmartCooling CPU target temperature (°C)
bmc.system.set_boot_source("Pxe", enabled="Once")
bmc.system.set_indicator_led("Lit") # "Lit" | "Off" | "Blinking"

bmc.network

bmc.network.summary()
bmc.network.set_hostname("server-01")
bmc.network.set_dns(["1.1.1.1", "8.8.8.8"])
bmc.network.set_hostname_and_dns("server-01", ["1.1.1.1", "8.8.8.8"])
bmc.network.set_static_ip("10.0.0.100", "255.255.255.0", "10.0.0.1")
bmc.network.enable_dhcp()
bmc.network.ntp_summary()
bmc.network.set_ntp("ntp1.example.com", "ntp2.example.com")
bmc.network.set_https_timeout(1800)
bmc.network.set_ipmi_enabled(True)

bmc.snmp

bmc.snmp.summary()
bmc.snmp.configure(
    v1_enable=False, v2_enable=True, v3_enable=False,
    read_community="public", write_community="private"
)
bmc.snmp.add_trap_server(0, "10.0.0.50", 162, version="V2C")
bmc.snmp.remove_trap_server(0)
bmc.snmp.test_trap()

bmc.syslog

bmc.syslog.summary()
bmc.syslog.set_server(0, "10.0.0.50", 514,
    protocol="UDP",         # "UDP" | "TCP" | "TLS"
    log_type="Audit+IDL",   # "SEL" | "IDL" | "Audit" | combinations
    severity="Warning"      # "Critical" | "Warning" | "Info"
)
bmc.syslog.disable_server(0)
bmc.syslog.test()

bmc.logs

bmc.logs.sel(limit=50)          # System Event Log
bmc.logs.idl()                   # Intelligent Diagnose Log
bmc.logs.audit()                 # Audit log (config changes, logins)
bmc.logs.alarms()                # Active alarms
bmc.logs.all_logs()              # All services at once
bmc.logs.sel_summary()           # Count by severity
bmc.logs.recent_sel(10)
bmc.logs.recent_audit(20)
bmc.logs.search_idl("PSU")
bmc.logs.clear("SEL")           # "SEL" | "IDL" | "AuditLog"

bmc.accounts

bmc.accounts.summary()
bmc.accounts.create("ops", "SecurePass1!", role="Operator")
bmc.accounts.set_password("3", "NewPass!")
bmc.accounts.set_role("3", "ReadOnly")
bmc.accounts.set_enabled("3", False)
bmc.accounts.delete("3")

bmc.hardware

bmc.hardware.cpu_summary()      # Model, cores, threads, live MHz, TDP, cache, microcode
bmc.hardware.memory_summary()   # Populated DIMMs: capacity, type, speed, manufacturer
bmc.hardware.memory_total_gib()
bmc.hardware.nic_adapters()     # Network adapter cards
bmc.hardware.nic_ports("outboardPCIeCard25")
bmc.hardware.pcie_devices()     # All PCIe devices
bmc.hardware.boards()           # Chassis boards / FRU data

bmc.virtualmedia

Requires: pip install 'kaytus-bmc-sdk[virtualmedia]' (or pip install websockets>=14)

# One-shot: set boot source, reboot, and stream ISO until boot completes
bmc.virtualmedia.boot_cd("/path/to/proxmox-ve_9.2-1.iso")

# Step-by-step:
bmc.virtualmedia.set_boot_cd()              # set boot override → CD (Once, UEFI)
bmc.system.force_reboot()
bmc.virtualmedia.stream("/path/to/file.iso") # blocks until BMC disconnects

# Options:
bmc.virtualmedia.set_boot_cd(enabled="Continuous", mode="Legacy")
bmc.virtualmedia.boot_cd("/path/to/file.iso", boot_mode="Legacy", graceful=True)

bmc.bios

bmc.bios.version()
bmc.bios.info()
bmc.bios.set_attributes({"AttributeName": "Value"})
bmc.bios.reset_to_defaults()
bmc.bios.switch_active_bios("Bios-0")   # Dual BIOS slot switch
bmc.bios.export_config()

bmc.firmware

bmc.firmware.summary()          # All components: FanCPLD, PSU, VR, BIOS, BMC, CPLD
bmc.firmware.bmc_version()
bmc.firmware.bios_version()
bmc.firmware.tftp_update("tftp://10.0.0.1/bmc.bin")
bmc.firmware.update_status("task-id")

---

Error Handling

from kaytus_sdk import (
    KaytusAuthError,
    KaytusConnectionError,
    KaytusHTTPError,
    KaytusETagError,
    KaytusNotFoundError,
)

try:
    with KaytusClient("192.168.40.100", "admin", "password") as bmc:
        bmc.system.overview()
except KaytusConnectionError:
    print("Host unreachable or timed out")
except KaytusAuthError:
    print("Invalid credentials")
except KaytusHTTPError as e:
    print(f"HTTP error: {e.status_code}")

---

Notes

• All PATCH operations are ETag-aware. The client handles ETag retrieval and stale-ETag retries automatically.
• Some BMC firmware versions return HTTP 400 for successful PATCH/POST operations. The SDK detects and handles this known firmware behaviour.
• SSL certificate verification is disabled by default (verify_ssl=False). Pass verify_ssl=True to enforce it.

---

License

MIT

---

Acknowledgements

Special thanks to Muhammed Musa Güngör — our Infrastructure Hero — for providing hardware access, testing support, and keeping the servers running throughout the development and validation of this SDK.

Special thanks to Serdar Sarıkaya for valuable support and contributions during the development and testing of this SDK.

---

Contributing

Pull requests are welcome. Please test changes against a real Kaytus BMC before submitting.