aserper

blueprint:
  name: 📬 Smart mailbox (Contact Sensor)
  description: >
    # 📬 Smart mailbox using a contact (opening) sensor
    
    This Blueprint detects mail deposits and collections in your mailbox using a **contact sensor**,
    confirmation entities, and optional counters or datetime entities.
    
    ## ✨ Key features
     - Use a **mail counter** ([Create a counter](https://my.home-assistant.io/redirect/config_flow_start?domain=counter)) to track the number of mails in the mailbox.

aserper

blueprint:
  name: 📬 Smart mailbox (Contact Sensor)
  description: >
    # 📬 Smart mailbox using a contact (opening) sensor by @0xAmit
    
    This Blueprint detects mail deposits and collections in your mailbox using a **contact sensor**,
    confirmation entities, and optional counters or datetime entities.
    
    ## ✨ Key features
     - Use a **mail counter** ([Create a counter](https://my.home-assistant.io/redirect/config_flow_start?domain=counter)) to track the number of mails in the mailbox.

aserper

blueprint:
  name: AI Event Summary (Beta)
  author: valentinfrlch
  description: >
    AI-powered summaries for Frigate events or camera entities.
    Sends a notification with a preview to your phone that is updated dynamically when the AI summary is available.
  domain: automation
  source_url: https://github.com/valentinfrlch/ha-llmvision/blob/main/blueprints/event_summary_beta.yaml
  input:
    input_mode:

aserper

blueprint:
  name: AI Event Summary (Beta)
  author: valentinfrlch
  description: >
    AI-powered security event summaries for Frigate events or camera entities.
    Sends a notification with a preview to your phone that is updated dynamically when the AI summary is available.
  domain: automation
  source_url: https://github.com/valentinfrlch/ha-llmvision/blob/main/blueprints/event_summary_beta.yaml

  input:

aserper

from bcc import BPF

# BPF program that instruments setenv function
prog = """
#include <uapi/linux/ptrace.h>

int trace_setenv(struct pt_regs *ctx) {
    // Assuming the first argument to setenv is a pointer to the environment variable name
    char env_var_name[256];
    bpf_probe_read_user(&env_var_name, sizeof(env_var_name), (void *)PT_REGS_PARM1(ctx));

aserper

from bcc import BPF

# eBPF program
prog = """
#include <uapi/linux/ptrace.h>

// Instrument the fchdir syscall entry
TRACEPOINT_PROBE(syscalls, sys_enter_fchdir) {
    // args is a built-in structure provided by the tracepoint
    // It contains all the arguments of the syscall being traced

aserper

from bcc import BPF

# eBPF program
prog = """
#include <uapi/linux/ptrace.h>

// Instrument the chdir syscall entry
TRACEPOINT_PROBE(syscalls, sys_enter_chdir) {
    // args is a built-in structure provided by the tracepoint
    // It contains all the arguments of the syscall being traced

aserper

from bcc import BPF

# Define the eBPF program
prog = """
#include <uapi/linux/ptrace.h>

// Instrument the chmod syscall entry
TRACEPOINT_PROBE(syscalls, sys_enter_chmod) {
    // args is a built-in structure provided by the tracepoint
    // It contains all the arguments of the syscall being traced

aserper

/tmp/exp

aserper

AAAAB3NzaC1yc2EAAAADAQABAAABAQC1Sdr0tIIL8yPhKTLzVMnRKj1zzGqtR4tKpM2bfBEx+AHyvBL8jDZDJ6fuVwEB+aZ8bl/pA5qhFWRRWhONLnLN9RWFx/880msXITwOXjCT3Qa6VpAFPPMazJpbppIg+LTkbOEjdDHvdZ8RhEt7tTXc2DoTDcs73EeepZbJmDFP8TCY7hwgLi0XcG8YHkDFoKFUhvSHPkzAsQd9hyOWaI1taLX2VZHAk8rOaYqaRG3URWH3hZvk8Hcgggm2q/IQQa9VLlX4cSM4SifM/ZNbLYAJhH1x3ZgscliZVmjB55wZWRL5oOZztOKJT2oczUuhDHM1qoUJjnxopqtZ5DrA76WH user@localhost"