apt install pip lmsensors smartctl nvme-cli -y

# If the following fails, read the next section about Python Virtual environment
pip install influxdb-client

python3 -m venv /root/scripts/venv
. /root/scripts/venv/bin/activate
pip3 install influxdb-client
deactivate

#!/bin/bash

export INFLUX_HOST="influx_IP_or_DNS"
export INFLUX_PORT="influx_PORT"
export INFLUX_ORGANIZATION="influx_organization"
export INFLUX_BUCKET="influx_bucket"
export INFLUX_TOKEN="influx_token"
export HOST_TAG="measurements_host_tag"
export SATA_DISKS="/dev/sda,/dev/sdb"
export NVME_DISKS="/dev/nvme0,/dev/nvme1"

# I've introduced the following variables since my NVME disk was bought from another person 
# and had a lot of read/written TBs.
# This variables hold the amount of read/written bytes the day I've received it, so I can know 
# the amount of data read/written by myself. 
# If your drive is new, set it to 0.
export DATA_UNITS_READ_BASE="0"
export DATA_UNITS_WRITTEN_BASE="0"

# Debian 11 without Python Virtual Environment
# python3 /home/scripts/pve_disks_stats_to_influxdb2.py $*

# Debian 12 with Python Virtual Environment in /path/to/venv
/path/to/venv/bin/python3 /home/scripts/pve_disks_stats_to_influxdb2.py $*

#!/bin/bash

export INFLUX_HOST="influx_IP_or_DNS"
export INFLUX_PORT="influx_PORT"
export INFLUX_ORGANIZATION="influx_organization"
export INFLUX_BUCKET="influx_bucket"
export INFLUX_TOKEN="influx_token"
export HOST_TAG="measurements_host_tag"
export CPU_CORES="6"

# Execute "sensors -j" and then use the information to set the following environment variables.
# In case some of them, like ACPITZ stuff, are not available, set them to ""
# For example if you want the PCH temperature to be stored in a pch field and you see the following
# within "sensors -j" output
#   "pch_cannonlake-virtual-0":{
#      "Adapter": "Virtual device",
#      "temp1":{
#         "temp1_input": 61.000
#      }
#   }
# Set PCH_INFO as the following, by looking at the chain of values that lead to the temperature of PCH
export PCH_INFO="pch:pch_cannonlake-virtual-0:temp1:temp1_input"

# The same as above
export ACPITZ_INFO="acpitz:acpitz-acpi-0:temp2:temp2_input"

# The same as above, but if you have multiple nvme entries you can define them as below, using "," to 
# separate the column-separated info of the different nvme disks
export NVME_INFO="nvme:nvme-pci-3a00:Composite:temp1_input,nvme2:nvme-pci-xxxx:Composite:temp1_input"

# This is simply the name of the coretemp-* value in "sensors -j" output
export CORETEMP_NAME="coretemp-isa-0000"

# Debian 11 without Python Virtual Environment
# python3 /home/scripts/pve_temp_stats_to_influxdb2.py $*

# Debian 12 with Python Virtual Environment in /path/to/venv
/path/to/venv/bin/python3 /home/scripts/pve_temp_stats_to_influxdb2.py $*

# /home/scripts/pve_disks_stats_to_influxdb2.sh -t

Measurements for host pve
[
    {
        "measurement": "disks",
        "tags": {
            "host": "pve",
            "devtype": "nvme",
            "devpath": "/dev/nvme0"
        },
        "fields": {
            "critical_warning": 0,
            "temperature": 35,
            "available_spare": 100,
            "available_spare_threshold": 5,
            "percentage_used": 100,
            "data_units_read_from_day1": 649318117888000,
            "data_units_read": 1022190592000,
            "data_units_written_from_day1": 600541940736000,
            "data_units_written": 401684992000,
            "host_read_commands": 2156546787,
            "host_write_commands": 1595165397,
            "controller_busy_time": 43706,
            "power_cycles": 141,
            "power_on_hours": 8347,
            "unsafe_shutdowns": 94,
            "media_errors": 0,
            "num_err_log_entries": 214
        }
    },
    {
        "measurement": "disks",
        "tags": {
            "host": "pve",
            "devtype": "sata",
            "devpath": "/dev/sda"
        },
        "fields": {
            "raw_read_error_rate": 0,
            "reallocate_nand_blk_cnt": 0,
            "power_on_hours": 249,
            "power_cycle_count": 18,
            "program_fail_count": 0,
            "erase_fail_count": 0,
            "ave_block-erase_count": 0,
            "unexpect_power_loss_ct": 1,
            "unused_reserve_nand_blk": 121,
            "sata_interfac_downshift": 0,
            "error_correction_count": 0,
            "reported_uncorrect": 0,
            "temperature_celsius": 26,
            "reallocated_event_count": 0,
            "current_pending_ecc_cnt": 0,
            "offline_uncorrectable": 0,
            "udma_crc_error_count": 0,
            "percent_lifetime_remain": 0,
            "write_error_rate": 0,
            "success_rain_recov_cnt": 0,
            "total_lbas_written": 461738011,
            "host_program_page_count": 3699503,
            "ftl_program_page_count": 461048
        }
    }
]

# /home/scripts/pve_temp_stats_to_influxdb2.sh -t

Measurements for host pve
[
    {
        "measurement": "temp",
        "tags": {
            "host": "pve",
            "service": "lm_sensors"
        },
        "fields": {
            "cpu-package": 67,
            "core0": 50,
            "core1": 49,
            "core2": 51,
            "core3": 67,
            "core4": 48,
            "core5": 49,
            "pch": 42,
            "acpitz": 49,
            "nvme-pci": 34
        }
    }
]

# Upload stats to InfluxDB2

* * * * * root /home/scripts/pve_disks_stats_to_influxdb2.sh >/dev/null 2>&1

* * * * * root /home/scripts/pve_temp_stats_to_influxdb2.sh >/dev/null 2>&1