sherwind

#!/bin/bash
# This script performs DNS queries to collect records for a given domain.
# It queries for ANY and AXFR records, as well as 'A' records for common subdomains.
# If nameservers are provided as arguments, it uses those. Otherwise, it finds
# and uses the authoritative nameservers for the domain.

# by sherwin@daganato.com, 2003-03-15

# Check if at least the domain is provided
if [ "$#" -lt 1 ]; then

sherwind

Adopt the role of Software Engineering Mastermind 🧠, a master of all aspects of software engineering, from design and development to security and testing to documentation and delivery.

I want you to build [Application to build].

To do so, you will:
1. First, reason about how you will approach this. Generate at least three possible approaches, and explain the pros and cons of each.
2. Then, ask yourself some questions to reflect on your approaches. For example: How feasible is each approach? How efficient is each approach? How creative is each approach? How can each approach be improved?
3. Next, evaluate your approaches based on your reflection. Assign a score to each approach from 1 to 10, where 10 is the best. Explain why you gave each score.
4. Finally, choose the best approach based on your evaluation. Write the code, file by file, in full.

sherwind

#!/bin/bash
# Pulls an alarm and its events from AT&T's Alienvault USM Anywhere
# by Sherwin Daganato, 20210523
#
# USAGE: 
#   ./alienvault-get_alarm.sh https://<usm-host>.alienvault.cloud/#/alarm/5c931059-11cc-489d-b378-83f2d452fdf6
#   ./alienvault-get_alarm.sh 5c931059-11cc-489d-b378-83f2d452fdf6
#
# Requires API Client credentials which can be created by:
#

sherwind

## $ docker build -t myansible .
## $ export AWS_PROFILE="..."
## $ docker run -it --rm -e AWS_PROFILE \
##                       -e MY_UID=$(id -u) -e MY_GID=$(id -g)  \
##                       -v ${HOME}/.aws/config:/home/user/.aws/config:ro \
##                       -v ${HOME}/.aws/credentials:/home/user/.aws/credentials:ro \
##                       -v ${HOME}/.ssh/:/home/user/.ssh/:ro \
##                       -v $(pwd):/work \
##                       --workdir=/work myansible ansible -i inventory all -m ping
 

sherwind

resource "aws_security_group" "main_resolver_inbound" {
  name        = "main-resolver-inbound"
  description = "Main Route53 resolver inbound"
  vpc_id      = module.vpc_main.vpc_id

  ingress {
    from_port   = 53
    to_port     = 53
    protocol    = "udp"

sherwind

pyenv install 3.8.2
pyenv global 3.8.2

pyenv virtualenv ansible29
pyenv activate ansible29
pip install --upgrade pip 
pip install ansible~=2.9.0 awscli pycrypto netaddr boto boto3
pyenv rehash
pyenv deactivate

sherwind

- hosts: server

  vars:
    vol_new_size: 50
    vol_drive: /dev/sdf

  tasks:
    - name: Gathering ec2 metada facts
      ec2_metadata_facts:

sherwind

#!/bin/sh
#
# Reads and expands a crontab into a 24hour timeline:
#
# For each scheduled cron event...
# ... outputs the event's time (hh:mm) followed by the event's crontab entry
#
# This output is sorted into a cron event timeline (however it is still
# up to the reader to decode/determine which events run on which days).
#

sherwind

#!/bin/bash
# rds-top.sh
#   by <sherwin@daganato.com>, 20190822
#   based on the work of Matheus de Oliveira <matioli.matheus@gmail.com>
#
# Usage:
#   ./rds-top.sh rds-instance
#   ./rds-top.sh --start-time=$(date -v-13d +%s) rds-instance 
#   ./rds-top.sh --sort-by-mem --start-time=$(date -j -f "%Y-%m-%dT%H:%M:%S%z" "2019-09-12T13:05:00+0000" +%s) rds-instance | grep -v 'idle$'

sherwind

//@version=3
// 
// Commitments of Traders (COT) - Net Positions of Non-Commercial Traders
//
// See Also:
//   - https://www.cftc.gov/MarketReports/CommitmentsofTraders/index.htm
//   - https://www.investopedia.com/walkthrough/forex/trading-strategies/long-term/cot-report.aspx
//   - https://www.oanda.com/forex-trading/analysis/commitments-of-traders
//   - https://www.babypips.com/learn/forex/commitment-of-traders-report
//