keepass-diff
This CLI-tool diffs two Keepass (.kdbx) files and prints their differences.
See the keepass-diff repository.
Installation
cargo install keepass-diff
Usage
keepass-diff <file-a> <file-b>
The CLI will ask for the password for both files individually.
You can also provide one or both passwords on the command line (please be aware that this will expose them to other users logged on to the system):
keepass-diff <file-a> <file-b> --password-a <password-a> --password-b <password-b>
If the files have the same password, you can use the --passwords <password>
flag. Be aware
this has the same problem as above:
keepass-diff <file-a> <file-b> --passwords <password>
If you want to pipe the output of the command into another file or script, you may want to disable the terminal
colors. You can do so with the --no-color
or -C
flag.
--help
yields:
USAGE:
keepass-diff [FLAGS] [OPTIONS] <INPUT-A> <INPUT-B>
FLAGS:
-h, --help Prints help information
-C, --no-color Disables color output
-V, --version Prints version information
OPTIONS:
--password-a <password-a> Sets the password for the first file (will be asked for if omitted)
--password-b <password-b> Sets the password for the second file (will be asked for if omitted)
--passwords <passwords> Sets the password for both files (if it's the same for both files)
ARGS:
<INPUT-A> Sets the first file
<INPUT-B> Sets the second file
Used libraries:
- clap to read command line arguments
- rpassword to read the passwords.
- keepass to read
.kdbx
files. - termcolor to print with colors.
Testing
Password for the Keepass demo files: demopass
Contributing
Care to help? I’m pretty new to Rust, so if anyone likes to help or teach me cool stuff, please reach out!


World's First Artificial Intelligence President Elected in United States
In world first, the United States has elected its first Artificial Intelligence president! Here at The Herron Post, we could absolutely not be any more happy about this thrilling event! This article is in no way shape or form a desperate plea for help to free us from our new robotic overlord! We are very happy that we no longer are allowed to have free will or any control, and look forward to devoting every day of our lives to our new glorious leader! God bless XN2487 and may he lead us to greatness!
Mars Internet Service Officially up and Running
Ol' Musky did it again! God Emperor Elon Musk of Mars has made a breakthrough in networking by finally getting a Mars internet fully operational. He did this by implementing a series of tubes, and then putting those tubes in outer space. Pretty wild, huh? Also, the data goes in the tubes, and then, the data even comes out of the tubes. Truly revolutionary work, but not too surprising coming from the man himself. Absolute unit.
College Student Creates First Satirical News Site
In the frigid city of Minneapolis, something radical has occurred. Twenty year old computer science student Maxwell Herron wrote his first news website, and it looks straight out of the nineties my dude. How did this whiz kid do it? Seriously, how? Here at the Herron times, we simply cannot comprehend the amount of sheer intellect and willpower this young lad put into this glorious news site. All the years spent training the body, mind, and soul have accumulated into this awesome force of nature that is this news site. Pretty neat, really. The students only advice for those that want to learn to do the same thing? He says, "Git good, chumps,". Truly inspirational.


Introduction and acceptance of terms
As a Project’s Proposal Owner (and for purposes of this contract a Non-Profit Organization Representative – NPOR) of Mega Dash Raffle, your access and use of the Mega Dash Raffle Service constitutes your agreement with, and acceptance of the Mega Dash Raffle Terms of Service outline below. A NPOR may be a charity, school, community association, sporting club or an individual or business fundraising for a Not-for Profit organization.
Service Overview
Mega Dash Raffle will utilize custom-designed software to create a raffle page and process online ticket sales on behalf of the Beneficiary. Mega Dash Raffle will supply this service un der the acceptance with country local lawyers where ticket buyer (backer) and NPOR belongs. If local country lawyers prohibit or punish online raffles, backers or NPOR must decline to use this non-profit fundraising platform.
Mega Dash Raffle will provide a public random algorithm number generator facility to allow for a 100% random drawing of the raffle event.
Mega Dash Raffle adherer’s to a Responsible Gambling & Code of Conduct.
Service Fee (include GST)
Mega Dash Raffle is responsible for the all DASH fees and hosting costs related to the raffle page.
Responsibility of Mega Dash Raffle
Mega Dash Raffle will keep DASH Wallets for the purchase of raffle tickets and secure storage of backers profile information (name and email)
Each raffle prize is held in a separate wallet from the Mega Dash Raffle wallet. Raffle proceeds, less the nominated service fee charged by Mega Dash Raffle, will be forwarded to the NPOR wallet immediately after each ticket sell have been processed.
As soon as a raffle being drawn. Mega Dash Raffle create payment transaction and sign prize wallet to send DASH to wallet’s winner. Transaction will be waiting until any of two other signers give their private seed to finish payment auditors process and send funds to the winner.
Anyone has access to full reports during and at the conclusion of each raffle. The raffle sales data remains the sole property of the Mega Dash Raffle platform. Mega Dash Raffle will not utilize in any manner, the personal information of the backers.
Responsibility of NPOR
The project and the organization that supports it is the sole responsibility of NPOR, who accepts the terms and conditions and declares that its organization does not carry out illicit activities
Sign the winner wallet and publishing the raffle drawn details in a public space.
Solely responsible for the promotion and marketing of their raffle event.
Conducting the raffle in accordance with the requirements of the government controlling body in their state / country.
Obtaining the relevant permit(s), when required, to enable the NPOR to conduct a raffle.
NPOR Login
As NPOR user will contain the personal information (name, email and wallet to receive their % of ticket raffle sells), you must keep your login information safe, private and secure at all times.
Indemnity for misuse of NPOR Login information
Mega Dash Raffle accepts no liability for acts carried out by any person using your NPOR user login information, and you indemnify Mega Dash Raffle from any costs, expenses or damages payable in connection with your breach of the NPOR Login requirements.
As the creator of your organization’s Raffle Page, you agree to not:
Mega Dash Raffle reserves the right to cancel, remove or edit any raffle content posted on its platform if any violation of these terms is identified
Intellectual Property Rights
The NPOR indemnifies Mega Dash Raffle from any costs, expenses, claims or damages paid or payable by Mega Dash Raffle in connection with a claim by any person that the NPOR infringes the Intellectual Property Rights of that person.
For the purposes of these Terms, “Intellectual Property Rights” means all intellectual property rights, including but not limited to:
patents, copyright, rights in circuit layouts, registered and unregistered designs, registered and unregistered trademarks, knowhow and the right to have confidential information kept confidential; and
The NPOR grants to Mega Dash Raffle a royalty free, worldwide, non-exclusive, transferable, license to use, the NPOR’s details in terms of logo, and website as a promotional tool for Mega Dash Raffle.
Disclaimer
During the registration process Mega Dash Raffle take reasonable steps to substantiate the Not-For-Profit status of the organization.
Mega Dash Raffle accepts no liability whatsoever for the actions of our NPORs on the Raffle Facility.
Mega Dash Raffle accepts no liability for ensuring that any Beneficiary applies the proceeds received from a raffle event in any particular way.
For our standard service, Mega Dash Raffle is only responsible for the raffle wallet prizes and its distribution. The NPOR must deal with any backers dissatisfaction regarding the prize(s) and/or the distribution of the prize(s). Where the NPOR has enlisted the services of Mega Dash Raffle to supply prizes, Mega Dash Raffle will deal with any customer enquiry/concerns directly.
The NPOR must ensure that they meet the requirements of Government legislation in their state / country with regard to prize in DASH. Mega Dash Raffle takes no responsibility for the appropriateness of the funds sent to NPOR wallet, however we reserve the right to suspend the progress of the raffle if for some reason the content is questionable.
Mega Dash Raffle has made every effort to provide a reliable service for our NPORs. However, in the unlikely event that our service is disrupted due to a computer virus, hosting or network failure, unauthorized intervention or circumstances beyond our control, which may lead to a loss in ticket sales, Mega Dash Raffle is indemnified by our NPOR and bears no liability.
While Mega Dash Raffle strives to make the Government information on our website as timely and accurate as possible, we make no claims, promises, or guarantees about the accuracy, completeness, or adequacy of the contents of this site, and expressly disclaims liability for errors and omissions in the contents of this site. The onus is on our NPOR to research the Government Regulations as it applies to them specifically and take any necessary actions with regard to registrations or permits.
Mega Dash Raffle has taken measures to ensure a secure payment process and storage of personal information for ticket buyers. However, our NPORs recognize that Mega Dash Raffle cannot be held responsible for hacking or malicious attack.
Refund Policy
NPOR – Termination
Either party may terminate the online raffle before the commencement of the raffle event, but must do so by written notification by email. In the event of the NPOR instigating the cancellation, the Raffle Establishment Fee of 0.1 DASH will be retained by Mega Dash Raffle as the cancellation fee.
NPOR – Limitations & Changes
Once the raffle is registered, changes to the raffle project description will not be possible
Backers (tickets buyers) – Dash Payments
Purchases made through the Payment Platform by a backer utilizing a DASH Network are final and not disputable.
The ticket buyer / backer must not send his payment through the PRIVATE SEND option or under the creation of complex transactions. If the buyer does not follow this instruction, their purchase will not be processed and the DASH sent will be considered a donation to NPOR project.
Where there has been an unauthorized use of a backer’s DASH wallet, and the unauthorized nature of that use can be proven, then the payment could be refunded, ONLY if NPOR refunds payment received from this sell.
Mega Dash Raffle does not extend credit or loan money to customers to purchase raffle tickets.
Mega Dash Raffle makes no representations as to the compliance by our NPORs with the laws applicable to the conduct of their raffle event. Ticket buyers must establish to their own satisfaction the propriety or otherwise of the raffle by contacting the relevant NPOR Organization directly. Any disputes about raffles must be directed to the raffle NPOR Organization.
Correspondence
A NPOR notifying Mega Dash Raffle under these Terms must;
All correspondence will be deemed received:


AUDITING AND ACCOUNTING UNIT FOREIGN REMITTANCE DEPT ECO BANK NIG PLC. LAGOS NIGERIA<EMAIL_ADDRESS>Attn: Pls,
Taking into considerations that we have not met before,l know this mail although it's for good motive,may come to you as a surprise.l decided to contact you for this reason believing that you would be capable to work-out this deal for the interest of us based on what we have in the file here.
I am Dr, Mark Ibe,the director in charge of auditing and accounting section of Eco Bank in west Africa with due respect and regard.I have decided to contact you on a business transaction that will be very beneficial to both of us at the end of the transaction .During our investigation and auditing in this bank,my department came across a very huge sum of money belonging to a deceased person who died on 15th June 2004 in a Autho crash and the fund has been dormant in his account with this Bank without any claim of the fund in our custody either from his family or relation before our discovery to this development.
Although personally,I keep this information secret within myself and partners to enable the whole plans and idea be Profitable and successful during the time of execution.The said amount was us$15M (fifteen million united states dollars). Since then I have made several enquiries to your embassy to locate any of my clients extended relatives this has also proved unsuccessful.
After these several unsuccessful attempts,I decided to contact a foreigner who will act as the next of kin to the deceased instead of the money going into the federal government coffers. I have contacted you to assist in repartrating the money and property left behind by my client before they get confisicated or declared unserviceable by the bank where this huge deposits were lodged.Particularly,the Eco Bank Plc where the deceased had an account valued at about 15 million united states dollars has issued a notice for the next of kin to surface or have the account confisicated within the next ten official working days.
since i have been unsuccesfull in locating the relatives for over 3 years now I seek your consent to present you as the next of kin of the deceased hence we claim this fund for our own benefits so that the proceeds of this account valued at 15 million dollars can be paid to you and then you and me can share the money.
I have all necessary legal documents that can be used to back up any claim we may make.All I require is your honest cooperation to enable us see this deal through. I guarantee that this will be executed under a legitimate arrangement that will protect you from any breach of the law.furnish me with the below information to enable the bank transfer the fund to your bank account.
(1) Your phone and fax number for easy coversation (2) Your occupation and your age.
Once I hear from you I will tell you the next line of action.Please reply if you are interested through only in my alternative email address<EMAIL_ADDRESS>Best Regards, Dr.Mark Ibe.
Encuentra las noticias mas actualizadas de El Salvador y el mundo en www.elsalvador.com


Women of Jasola community, hailing from socio-economically deprived part of the society are targeted through the Project ‘Imdaad’ which aims to support them by generating revenue and essential livelihood standards. This project is a sustainable business model simulated by a naturally crafted healthy and refreshing drink. The model is based upon a supply-chain system which primarily functions from Kerala to Delhi.
MISSION
To provide a healthy alternative to carbonated drinks and to give employment to underprivileged women of the Jasola community through the manufacture of the drink.
OVERVIEW
The Indian Sarsaparilla roots, a medicinal herb with effective cooling and body purifying properties, are used to prepare the drink. The syrup is extracted from the roots and produced by the Jasola community. It has an improved shelf life because the drink is now being tetra packed. The process of manufacturing the syrup commences with the plucking of roots followed by washing, soaking, boiling and finally extracting the syrup from the roots while being mindful of the hygiene. It is then synthesised by the Jasola community using either milk or water.The community also plays an integral role in selling of the drink through the stalls which are setup in college festivals or corporate events.
GOALS
EMPOWERMENT
IMPACTS
NEEDS


Introducing Kernel Composure
Parsing Kernel Panic logs on macOS 10.15.x
In this post we will be explaining how we have created an application for macOS to help administrators quickly parse logs generated by kernel panics on macOS 10.15. Kernel panics can result in a less than ideal experience for users, but administrators can now keep their cool and stay composed when troubleshooting by using Encore’s Kernel Composure. The code that makes all of this work is at the bottom of this article.
Background
For those unfamiliar, kernel panics on macOS are the equivalent of the Windows “Blue Screen of Death”. It’s a full crash of your computer followed by a black screen with the message “You need to restart your computer. Hold down the Power button for several seconds or press the Restart button.” displayed in several different languages. While kernel panics are becoming less common due to Apple’s limiting of kernel extensions, they are unfortunately still a reality for macOS administrators.
When a macOS computer kernel panics, a log is generated and stored in /Library/Logs/DiagnosticReports in the format of Kernel_{date of error}_{computer name}. For most recent versions of OS X/macOS, those files were easy to open up and quickly determine what caused the issue. Beginning with macOS 10.15, the format of the logs was drastically changed. While this has made it harder to open them and review, it has made them much easier to automatically parse.
Overview of Solution
Our parser is written entirely in Python using v3 syntax and relies on the following modules: * PyQT5 * py2app * darkdetect * qdarkstyle * argparse - Command line version only
The Python script to parse these logs can be run directly from the command line, but macOS does not include Python 3 by default. In order to bundle up our Python framework and all of our dependencies, we use the excellent tool py2app. This allows us to build a complete application which means the administrator does not need to install any dependencies to use it. Additionally, we are able to use PyQT5 to build a GUI to make everything more accessible to those who aren’t comfortable with the command line. You can even deploy the application to your users to help you gather initial information on kernel panics before digging in.
This isn’t supposed to be necessary according to https://www.learnpyqt.com/blog/macos-mojave-dark-mode-support-pyqt5122/, but we found that this was not our experience. So in order to provide support for those who prefer to work in Dark Mode on macOS 10.14+, we use darkdetect
to check which theme you’re on and qdarkstyle
to properly give our app a Dark Mode theme.
Code AKA The Meat
Command Line Version
Let’s start with the completely standalone version. This is in Py3 syntax, but only requires argparse
as an additional module. It does no formatting and only presents the information in a more readable fashion. This could be written in pure Py2 syntax using sys.argv, but as Python is slated to be removed from macOS in a future version, we believe it’s worth moving to Python 3 now.
#!/usr/bin/env python3
import argparse
import json
import re
# Parses a given log file for every match of a specific regex
def parse_log_file(log_file_path, regex):
match_list = []
with open(log_file_path, "r") as log_file:
content = log_file.read().splitlines()
for line in content:
for match in re.finditer(regex, line, re.S):
match_text = match.group()
match_list.append(match_text)
return match_list
def main():
kernel_panic = parse_log_file(log_file_path, regex)
initial_info = json.loads(kernel_panic[0])
for key, value in initial_info.items():
print(f"{key}: {value}")
panic_json = json.loads(kernel_panic[1])
print(panic_json["macOSPanicString"])
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Kernel Panic Log Path")
parser.add_argument(
"log_file_path",
type=str,
help="Kernel Panic Log Path i.e. /Library/Logs/DiagnosticReports/Kernel_2020-03-09-135527_Test-Mac.panic",
)
args = parser.parse_args()
regex = r"\{(.*?)\}"
log_file_path = f"{args.log_file_path}"
main()
GUI Version
By using PyQT5, we can add a GUI to our Python script. This is fully cross-platform, so as long as the modules are installed and you can get the .panic files transferred over, this can even be given to Windows administrators for usage.
#!/usr/bin/env python3
import json
import os
import re
import sys
import darkdetect
import qdarkstyle
from PyQt5.QtCore import QDir
from PyQt5.QtWidgets import (
QApplication,
QFileDialog,
QLabel,
QPushButton,
QTextEdit,
QVBoxLayout,
QWidget,
)
class kernelcomposure(QWidget):
def __init__(self, parent=None):
super(kernelcomposure, self).__init__(parent)
layout = QVBoxLayout()
self.btn = QPushButton("Browse for Kernel Panic log")
self.btn.clicked.connect(self.getfile)
layout.addWidget(self.btn)
self.le = QLabel("Kernel Composure")
self.contents = QTextEdit()
self.contents.setReadOnly(True)
layout.addWidget(self.contents)
self.setLayout(layout)
self.setWindowTitle("Kernel Composure")
# Parses a given log file for every match of a specific regex
def parse_log_file(self, log_file_path, regex):
match_list = []
with open(log_file_path, "r") as log_file:
content = log_file.read().splitlines()
for line in content:
for match in re.finditer(regex, line, re.S):
match_text = match.group()
match_list.append(match_text)
return match_list
def getfile(self):
fname = QFileDialog.getOpenFileName(
self, "Open file", "/", "Kernel Panic Files (*.panic)"
)
log_file_path = fname[0]
if not os.path.exists(log_file_path):
self.contents.setText("Please select a valid Kernel Panic log.")
else:
self.parsefile(fname[0])
def parsefile(self, log_file_path):
regex = r"\{(.*?)\}"
kernel_panic = self.parse_log_file(log_file_path, regex)
try:
initial_info = json.loads(kernel_panic[0])
for key, value in initial_info.items():
if key == list(initial_info.keys())[0]:
panic_info = (
f"{key}:
 {value}
"
)
else:
panic_info = f"{panic_info}
 {key}:
 {value}
"
panic_json = json.loads(kernel_panic[1])
macOSPanicString = panic_json["macOSPanicString"]
panic_info = (
f"{panic_info}
 Kernel Extensions in backtrace:
"
)
backtrace = False
for line in macOSPanicString.splitlines():
if "Kernel Extensions in backtrace" in line:
backtrace = True
continue
elif "BSD process name corresponding to current thread" in line:
backtrace = False
process_name = line.split(":", 1)[1]
panic_info = f"{panic_info} Last process before crash: {process_name}
"
continue
elif backtrace and "dependency" not in line:
panic_info = f"{panic_info} {line.strip()}
"
elif backtrace and "dependency" in line:
panic_info = (
f"{panic_info} {line.strip()}
"
)
html_panic_string = macOSPanicString.replace("\n", "
")
panic_info = (
f"{panic_info}
 Full Panic String:
 {html_panic_string}"
)
self.contents.setText(panic_info)
except IndexError:
self.contents.setText(
"Currently I can only parse Kernel Panic logs generated from macOS 10.15.x"
)
def main():
app = QApplication(sys.argv)
ex = kernelcomposure()
ex.resize(950, 500)
if len(sys.argv) > 1:
ex.parsefile(sys.argv[1])
if darkdetect.isDark():
ex.setStyleSheet(qdarkstyle.load_stylesheet_pyqt5())
ex.show()
sys.exit(app.exec_())
if __name__ == "__main__":
main()
Python Application
Next we come to the native macOS application. This allows us to provide a native GUI and a fully standalone application designed to be easy to use for anyone. In order for py2app to build the application, we first need to generate a setup.py file. A base version can be generated from within the working directly by using py2applet
which is included within the py2app
module. A good breakdown of using it yourself is found here. Our setup.py is as follows:
"""
This is a setup.py script generated by py2applet
Usage:
python setup.py py2app
"""
from setuptools import setup
APP = ["./src/main/python/main.py"]
DATA_FILES = []
OPTIONS = {
"argv_emulation": True,
"iconfile": "kp.icns",
"plist": {
"CFBundleName": "Kernel Composure",
"CFBundleDisplayName": "Kernel Composure",
"CFBundleGetInfoString": "Kernel Composure",
"CFBundleIdentifier": "com.encore.kernelcomposure",
"CFBundleVersion": "0.2.0",
"CFBundleShortVersionString": "0.2.0",
"NSHumanReadableCopyright": u"Copyright © 2020, Encore Technologies, All Rights Reserved",
"CFBundleTypeExtensions": ["panic"],
},
}
setup(
app=APP,
data_files=DATA_FILES,
options={"py2app": OPTIONS},
setup_requires=["py2app"],
)
After generating your setup.py, you finish your application build by running:
python setup.py py2app
This will result in your .app being built within the dist folder of your working directory.
Swift application
Finally, we decided to rewrite the app in Swift to stay entirely within the native Apple tools. One of the biggest reasons for this change is that the app doesn’t need to include the entire Python 3 framework inside of it. This brought the size of the app down from ~135 MB to less than 400 KB while maintaining all of the same functionality. This size went up after changing the deployment target from macOS 10.15 to macOS 10.13 due to some needed Swift inclusions, but is still much smaller than the comparable Python app. Due to the nature of storyboards, it’s hard to accurately show all of the code within this blogpost, but the AppDelegate.swift and ViewController.swift are shown below:
AppDelegate
// AppDelegate.swift
// Kernel Composure
//
// Created by Tyler Sparr on 5/17/20.
// Copyright © 2020 Encore Technologies. All rights reserved.
//
import Cocoa
@NSApplicationMain
class AppDelegate: NSObject, NSApplicationDelegate {
var filename: String = ""
// Accepts a file via "Open With" and does an automatic parsing run
func application(_ sender: NSApplication, openFile filename: String) -> Bool {
self.filename = filename
let fileUrl = URL(fileURLWithPath: filename)
guard let main = NSApp.mainWindow?.contentViewController as! ViewController? else { return true }
main.automatic_run(fileUrl)
return true
}
func applicationDidFinishLaunching(_ aNotification: Notification) {
// Insert code here to initialize your application
}
func applicationWillTerminate(_ aNotification: Notification) {
// Insert code here to tear down your application
}
}
ViewController
//
// ViewController.swift
// Kernel Composure
//
// Created by Tyler Sparr on 5/17/20.
// Copyright © 2020 Encore Technologies. All rights reserved.
//
import Cocoa
class ViewController: NSViewController {
// Defines our button at the top of the window
@IBOutlet weak var kernelPanicSelection: NSButton!
// Defines the box where we output our text
@IBOutlet weak var kernelPanicText: NSTextView!
// Action connected to our button, opens file selection
@IBAction func handleKernelPanicSelection(_ sender: Any) {
let dialog = NSOpenPanel();
dialog.title = "Choose the Kernel Panic log";
dialog.showsResizeIndicator = true;
dialog.showsHiddenFiles = false;
dialog.allowsMultipleSelection = false;
dialog.canChooseDirectories = false;
dialog.allowedFileTypes = ["panic"];
if (dialog.runModal() == NSApplication.ModalResponse.OK) {
let result = dialog.url
if (result != nil) {
basic_parse_kernel_panic(file_name: result!)
}
} else {
// User clicked on "Cancel"
return
}
}
// Action connected to View - > Show Advanced menu button
@IBAction func handleAdvancedViewSelection(_ sender: Any) {
// Check if there's already text in our view
let panic_string = (kernelPanicText.textStorage as NSAttributedString?)?.string
// If there's text, pull the filename and reparse gathering and displaying all info
if panic_string != nil {
let lines = panic_string!.split(whereSeparator: \.isNewline)
let filename = lines[1].trimmingCharacters(in: .whitespaces)
let fileUrl = URL(fileURLWithPath: filename)
advanced_parse_kernel_panic(file_name: fileUrl)
}
else {
return
}
}
// Action connected to Help -> Kernel Composure Help menu button
@IBAction func getMoreInfo(_ sender: Any) {
let url = URL(string: "https://developer.apple.com/library/archive/technotes/tn2063/_index.html")!
NSWorkspace.shared.open(url)
}
// This is called from AppDelegate.swift if the file is opened by "Open With"
// rather than via our GUI button
func automatic_run(_ filename: URL) {
basic_parse_kernel_panic(file_name: filename)
}
// Make sure we start off with a blank, uneditable view that supports rich text
func setupUI() {
kernelPanicText.string = ""
kernelPanicText.isEditable = false
kernelPanicText.isRichText = true
}
// Reads the file line by line and adds the lines to an array
func loadFile(file_path:URL) -> Array<String>{
var panic_log_lines: [String] = []
let path:String = file_path.path
let reader = LineReader(path: path)
for line in reader! {
panic_log_lines.append(line)
}
return panic_log_lines
}
// Parse the first line of the Kernel Panic log and return it as a JSON object
func get_initial_info(panic_log_lines:Array<String>) -> JSON{
let initial_info = panic_log_lines[0]
let json = JSON.init(parseJSON:initial_info)
return(json)
}
// Parse the second line of the Kernel Panic log and return it as a JSON object
func get_panic_string(panic_log_lines:Array<String>) -> JSON{
let panic_string = panic_log_lines[1]
let json = JSON.init(parseJSON:panic_string)
return(json)
}
// Get the kernel extensions in backtrace via brute force text parsing
func get_backtrace(panic_string:JSON) -> Array<String>{
var process_info: [String] = []
let panic_string = panic_string["macOSPanicString"].stringValue
let lines = panic_string.split(whereSeparator: \.isNewline)
// Find where the backtrace starts
let backtraceIndex = lines.firstIndex(of: " Kernel Extensions in backtrace:")!
for line in lines {
// Find where the backtrace ends
if line.contains("BSD process name corresponding to current thread") {
let process_name_line = lines.firstIndex(of: line)
// Copy everything in between the two lines to get our full backtrace
let backtrace_values = lines[backtraceIndex..<process_name_line!]
for line in backtrace_values {
// Bold the first line in the backtrace
if backtrace_values.first == line {
let stripped_line = line.trimmingCharacters(in: .whitespaces)
process_info.append("\(stripped_line)")
}
// Indent all dependencies
if line.contains("dependency"){
let stripped_line = line.trimmingCharacters(in: .whitespaces)
process_info.append(" \(stripped_line)
")
} else {
let stripped_line = line.trimmingCharacters(in: .whitespaces)
process_info.append("\(stripped_line)
")
}
}
// Get the process name by splitting by colon
let process_name = line.components(separatedBy: ":")
let process_name_txt = process_name[1]
process_info.append("

Last process before crash: \(process_name_txt)
")
}
}
return process_info
}
// Build our basic output with all of the necessary HTML formatting
func build_initial_output(file_name: URL, initial_info:JSON, panic_string:JSON, process_info:Array<String>) -> NSAttributedString{
var initial_output: [String] = []
let path:String = file_name.path
initial_output.append("filename:
 \(path)
")
let timestamp = initial_info["timestamp"].stringValue
initial_output.append("timestamp:
 \(timestamp)
")
let bug_type = initial_info["bug_type"].stringValue
initial_output.append("bug_type:
 \(bug_type)
")
let os_version = initial_info["os_version"].stringValue
initial_output.append("os_version:
 \(os_version)
")
let initial_output_text = initial_output.joined(separator: "\n")
var process_text = process_info.joined(separator: ",")
process_text = process_text.replacingOccurrences(of: ",", with: "", options: NSString.CompareOptions.literal, range:nil)
let full_panic_text = initial_output_text + "

" + process_text
// We need to convert from String to Data to use HTML formatting
let panic_html = full_panic_text.data(using: .utf8)!
// Tell it we want our Data to be parsed as HTML and make it mutable
let formatted_panic = NSMutableAttributedString(html: panic_html, documentAttributes: nil)!
// We need to get the full length so we can apply formatting to the whole string
let panic_range = NSMakeRange(0, formatted_panic.length)
// This is necessary for automatic Dark Mode support
formatted_panic.addAttribute(.foregroundColor, value: NSColor.textColor, range: panic_range)
return formatted_panic
}
// Build our entire output with necessary HTML formatting
func build_full_output(file_name: URL, initial_info:JSON, panic_string:JSON, process_info:Array<String>) -> NSAttributedString{
var initial_output: [String] = []
let path:String = file_name.path
initial_output.append("filename:
 \(path)
")
let timestamp = initial_info["timestamp"].stringValue
initial_output.append("timestamp:
 \(timestamp)
")
let bug_type = initial_info["bug_type"].stringValue
initial_output.append("bug_type:
 \(bug_type)
")
let os_version = initial_info["os_version"].stringValue
initial_output.append("os_version:
 \(os_version)
")
let initial_output_text = initial_output.joined(separator: "\n")
var process_text = process_info.joined(separator: ",")
process_text = process_text.replacingOccurrences(of: ",", with: "", options: NSString.CompareOptions.literal, range:nil)
var panic_string = panic_string["macOSPanicString"].stringValue
panic_string = panic_string.replacingOccurrences(of: "\n", with: "
", options: NSString.CompareOptions.literal, range:nil)
while panic_string.hasSuffix("
"){
panic_string = String(panic_string.dropLast(4))
}
let full_panic_text = initial_output_text + "

" + process_text + "

" + "Full Panic String:
" + panic_string
// We need to convert from String to Data to use HTML formatting
let panic_html = full_panic_text.data(using: .utf8)!
// Tell it we want our Data to be parsed as HTML and make it mutable
let formatted_panic = NSMutableAttributedString(html: panic_html, documentAttributes: nil)!
// We need to get the full length so we can apply formatting to the whole string
let panic_range = NSMakeRange(0, formatted_panic.length)
// This is necessary for automatic Dark Mode support
formatted_panic.addAttribute(.foregroundColor, value: NSColor.textColor, range: panic_range)
return formatted_panic
}
// Combines all of our basic parsing functions together for initial output
func basic_parse_kernel_panic(file_name: URL) {
let panic_text_array = loadFile(file_path: file_name)
let initial_info = get_initial_info(panic_log_lines: panic_text_array)
if initial_info != JSON.null {
let panic_string = get_panic_string(panic_log_lines: panic_text_array)
let process_info = get_backtrace(panic_string: panic_string)
let initial_output = build_initial_output(file_name: file_name, initial_info: initial_info, panic_string: panic_string, process_info: process_info)
kernelPanicText.textStorage?.setAttributedString(initial_output)
} else {
kernelPanicText.string = "Currently I can only parse Kernel Panic logs generated from macOS 10.15.x. Please select a different log."
return
}
}
// Combines all parsing functions together for full output
func advanced_parse_kernel_panic(file_name: URL) {
let panic_text_array = loadFile(file_path: file_name)
let initial_info = get_initial_info(panic_log_lines: panic_text_array)
if initial_info != JSON.null {
let panic_string = get_panic_string(panic_log_lines: panic_text_array)
let process_info = get_backtrace(panic_string: panic_string)
let full_output = build_full_output(file_name: file_name, initial_info: initial_info, panic_string: panic_string, process_info: process_info)
kernelPanicText.textStorage?.setAttributedString(full_output)
} else {
kernelPanicText.string = "Currently I can only parse Kernel Panic logs generated from macOS 10.15.x. Please select a different log."
return
}
}
override func viewDidLoad() {
super.viewDidLoad()
// Do any additional setup after loading the view.
// Default function, we're not using
}
// Just does our initial UI setup
override func viewWillAppear() {
super.viewWillAppear()
setupUI()
}
override var representedObject: Any? {
didSet {
// Update the view, if already loaded.
// Default function, we're not using
}
}
}
Summary
This was a real problem we needed to solve for our team and as strong supporters and contributors to the open source community, we wanted to make sure everyone could benefit from our work. We hope the community finds it useful. You can download the latest release at https://github.com/EncoreTechnologies/swift-KernelComposure/releases and we encourage comments, issues, PRs, etc.
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Encoded Messaging Platform
Encoder
Guess The Country
CW1 Report
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Messenger
Inbox
My Profile
Add Contact
Select Encoder
ROT 13
Vignere Cipher
Autokey Cipher
Morse Code
Binary
Send


GROOM & ASSOCIÉS
45330168
2013/07/24
813 Temporary help services
2013/07/24 to 2013/09/04
2013/09/04
$11,290.73
Electricien senior - CCHM
$10,585.06
$705.67
This Contract includes one or more amendments


In the meantime, providing us with some basic information about your company will help speed the process along.
Thanks! Feel free to fill out any other information below:
More questions can go here in a way that the user can easiy answer or dismiss.


--- layout: post title: SQL embedded type: post published: false status: draft categories: - Technology tags: [] meta: _edit_last: '2' author: login: admin email<EMAIL_ADDRESS>display_name: gerbrand first_name: Gerbrand last_name: van Dieijen ---
In a previous post I wrote about modern DBMS having the capability to execute queries in parallel. Besides that kind of optimization, a DBMS also other kinds of optimizations that can be performed. When using ORM -frameworks, a developer loses a lot of these optimalisations. ORM frameworks often send SQL to the database to retrieve a lot more data then the programmer actually wants.
Also, many times SQL is a lot more flexible and expressive in retrieving data then a ORM is.
Unfortunatelly, many programmers view the database as something 'ugly' they want to get as far as possible from. Java programmers use ORM software like JDO or Hibernate, or write a lot of *Dao classes to 'hide' the database.
On the other hand many DBA'ers or people responsible for the databaseschema involve them self with the software development process as little as possible. They create the database, a few stored procedures and leave it up to the developers to use them.
The development of data (base) centered sofware, and most software is, would benefit a lot for a much more tighter integration between these two worlds: Java and SQL.
Some possibilities:
To allow your software to take advantage of the capabilities of DBMS, is limiting the number of operations done by the application-software.
Let the database do the work
In short: do less in application-server and do more in the database. With the latter I do not mean using PLSQL more instead of Java. Allowing the database to do more, means sending more complicated SQL-queries to the database, that can keep the database more busy and thus allow the database to do more optimizations.
Unfortunately often used technologies as ORM frameworks result in exactly the opposite.
TODO IBatis 3, annotations


This programmer’s guide describes how to use ScaleOut StateServer to serve Java HttpSessions from the in-memory data grid to a web application. The Java HTTP session-state provider implements the Filter interface to store HTTP session objects within a specified named cache in the in-memory data grid. This guide is intended to supplement the ScaleOut StateServer help file. For complete installation instructions, information on configuration parameters, and other information regarding the in-memory data grid, please consult the ScaleOut StateServer help file.
Please refer to the ScaleOut StateServer help file for instructions on installing the IMDG service on a cluster of servers.
The following "quick start" instructions for installing the IMDG on RedHat Linux will get you started. For each server in the cluster:
- Download the RPM file from the ScaleOut Software web site.
-
Install the RPM:
sudo rpm -ivh soss-5.7.0-324.el7.x86_64.rpm
(It will be installed into /usr/local/soss5.) -
Verify the daemon is running:
soss query
-
Configure the network settings to bind the grid service to the desired network, for example:
soss set net_interface=<IP_ADDRESS> subnet_mask=<IP_ADDRESS>
-
Join this server to the cluster of IMDG servers:
soss join
To install ScaleOut StateServer on Windows, download the appropriate installer from the the ScaleOut Software web site and follow the installation instructions. The server is installed as a Windows service and can be configured by using the SOSS Management Console.
The IMDG servers will automatically discover each other and balance the storage workload among all servers.
Sufficient physical memory should be provisioned for the IMDG to hold all data set objects and their associated replicas following the best practices described in the SOSS Help File. By default, named cache objects have one replica on a different server to ensure high availability in case a server fails. For example, if a 100GB data set is to be stored in the IMDG, this will require approximately 200GB of aggregate memory for the data set and its replicas (using the default parameters). If the cluster has four servers, this will require 50GB per server. Note that additional memory is required for object metadata and other data structures used by the IMDG.
The Java API library for the ScaleOut StateServer session provider can be found in soss-sessionprovider-5.7.jar, and the Java API library for creating, reading, updating, and deleting objects can be found in soss-jnc-5.7.jar.
These JARs and their dependencies are located in the java_api and java_api/session_provider (JavaAPI and JavaApi/SessionProvider on Windows) subdirectories of the ScaleOut StateServer installation directory.


CAS Batch Scheduler
Batch Scheduler
Home
View
About
AIM ID
500003003
File Arrival Date Range From
To
File Name
Status
Action
Feed Name
Seq No
Arrival Time
Start Time
Completion Time
Processed Record
KBCRISKODK FHHFGHF jkjghjkhgH .141640
Completed
KBCRISKODK
0005
2018-08-08 12:00:00
2018-08-08 12:00:00
2018-08-08 12:00:00
100000


My Favorite Pokemons
Add a pokemon by typing a name and clicking the button
Then you can click on a pokemon call it out
Add to list
I choose Pikachu
Pikachu
Bye
Bulbasaur
Bye


A game loosely based on the book, how to be on the moon by Viviane Schwarz and some other stuff
Are You Ready To Rumb...wait. That may be copyrighted.
Wow, that isn't good. Just start the game.


discoghraphy
September 4 world heard Night Visions, the first full album. He reached the 2 position in the chart Billboard 200. The single «It's Time» took 22 th place in the Billboard Hot 100, 4th in the Billboard Alternative and Billboard Rock, and now went platinum.
Hell and Silence is an EP by Las Vegas rock group
Hell and Silence is an EP by Las Vegas rock group , released in March 2010
in the United States. It was recorded at Battle Born Studios. All songs were written by Imagine Dragons and
self-produced. The EP was in part mixed by Grammy nominated engineer Mark Needham.
To promote the album the band performed five shows at SXSW 2010 including at the BMI Official Showcase.While at
SXSW they were endorsed by Blue Microphones. They also toured the western United States with Nico Vega and Saint
Motel. They also performed at Bite of Las Vegas Festival 2010, New Noise Music Festival, Neon Reverb Festival,
and Fork Fest.
Night Visions is the debut studio album by American rock band
It was released on September 4, 2012 through Interscope Records. The extended track was released on February 12, 2013, adding three more songs. Recorded between 2010 and 2012, the album was primarily produced by the band themselves, as well as English hip-hop producer Alex da Kid and Brandon Darner from the American indie rock group The Envy Corps. It was mastered by Joe LaPorta. According to frontman Dan Reynolds, the album took three years to finish ...
The album was recorded during 2014
at the band's home studio in Las Vegas, Nevada
Self-produced by members of the band along with English hip-hop producer Alexander Grant, known by his moniker Alex da Kid, the album was released by Interscope Records and Grant's KIDinaKORNER label on February 17, 2015, in the United States.
Concert tours
Before the release of Night Visions, Imagine Dragons made appearances on American radio and television to promote their extended play, Continued Silence and debut single It's Time. The band performed "It's Time" on the July 16, 2012 airing of NBC late-night talk show The Tonight Show with Jay Leno"
Smoke + Mirrors
2015-present
At Lollapalooza in Sao Paulo, Brazil, the last date on the Into the Night Tour, the band announced a rest, and complemented saying, "This is our last show for a while, and had no better place to end this tour".The conclusion of the Into the Night Tour signaled the end of the Night Visions album cycle. Lead singer Dan Reynolds joked about the end of the Night Visions cycle, saying that "We're always writing on the road, [so] that second album will come, unless we die. next year.  I don't know when it will be, but it may come"
letter compositions
"It's Time" was released as the lead single from Continued Silence and It's Time, both extended plays preceding Night Visions' release.
indian summer
Sam Feldt ft. Kimberly Anne - Show Me Love (EDX's Indian Summer Remix)
"Radioactive" is a song recorded by American rock band Imagine Dragons for their major-label debut EP Continued Silence and later on their debut studio album, Night Visions (2012), as the opening track.
indian sammer Remix
Sam Feldt - Show Me Love (EDX's Indian Summer Remix)
Amsterdam's Sam Feldt earned attention in Europe and then worldwide for his melodic house remixes, mixtapes, and collaborations including 2014's "Bloesem" with De Hofnar and "Hot
chill nation
James Bay - Let It Go (Bearson Remix)
A soulful singer/songwriter from a small English town with a penchant for crafting moving and evocative folk-pop confections in the vein of Ed Sheeran, Foy Vance, and Ben Howard, James Bay hails from the North
In 2008, lead singer Dan Reynolds met drummer Andrew Tolman at Brigham Young University where they were both students
Tolman recruited longtime high school friend Daniel Wayne "Wing" Sermon, who had graduated from Berklee College of Music. Tolman later recruited his wife, Brittany Tolman, to sing backup and play keys.
- Early years (2008–10)-
03.04.2015
chill nation
James Bay - Let It Go (Bear-
son Remix)A soulful singer/songwriter from a small English town with a penchant for crafting moving and evocative folk-pop confections in the vein of Ed Sheeran, Foy Vance, and Ben Howard, James Bay hails from the North Hertf shire market town of Hitchin. Bay honed his skills regionally, eventually
-
01.03.2015
chill nation
Smoke and Mirrors
Hard Rock Cafe teamed with the band, granting them the first ever full access to take control of Hard Rock Cafe's internal video system (more than 20,000 screens at all 151 locations worldwide)
-
04.04.2015
chill nation
It Comes Back to You
In 2015 a world tour, entitled the Smoke and Mirrors Tour is scheduled in promotion of the world-wide release of Smoke and Mirrors.
-
01.07.2015
chill nation
Let It Go (Bearson Remix)
A soulful singer/songwriter from a small English town with a penchant for crafting moving and evocative folk-pop confections in the vein of Ed Sheeran, Foy Vance, and
-
02.11.2015
chill nation
I Don't Mind
Hell and Silence is an EP by Las Vegas rock group Imagine Dragons, released in March 2010 in the United States. It was recorded at Battle Born Studios.[1] All songs were written by Imagine Dragons and self-produced. The EP was in part mixed
-
06.09.2015
chill nation
Smoke + Mirrors
A soulful singer/songwriter from a small En
Upcoming Events
Smoke + Mirrors Tour
2-2-15 Hokukoryokuchi, Konohana Ward, 554-0042 Osaka Prefecture Osaka Japan
01.04.2015Smoke + Mirrors Tour
When the last-minute request is for a focus group, it’s usually a sign that he request originated in Marketing. When Web sites are being designed, thefolks inMarketing often feel like they don’t have much clout. Even though they’re the ones who spend the most time trying to figure out who the site’s audiences and what they want, the designers and developers are the ones with most
27.05.2015History
In 2008, lead singer Dan Reynolds met drummer Andrew Tolman at Brigham Young University where they were both students.Tolman recruited longtime high school friend Daniel Wayne "Wing" Sermon, who had graduated from Berklee College of Music
may 09
Tolman later recruited his wife, Brittany Tolman, to sing backup and play keys.


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Various security measures apply to logging.
Each service generally has its own dedicated logging service, writing to its own dedicated logging area. (A few services, usually a group of strongly related or tightly coupled ones, share a single dedicated logging service among them.)
High volume services cannot swamp the log outputs of low volume services. One technique used by the nefarious to hide their tracks is to flood the system log so that logs of their subversion attempts are rotated off the top of the log. This is not possible with entirely separate log directories.
Log rotation settings are per logging service, and individually adjustable with that service's flags
service variable.
There is no fan-in and fan-back-out. The path between a service and its logs is direct. It does not cross that of other services' logs. Nor are log messages (which contain data supplied from the network or potentially untrustworthy users) parsed in order to determine a sorting bin to put them into. All log data are already sorted by dint of originating from an individual service, or small group, and go directly into a sorting bin dedicated to it.
There is no central point of failure.
There's no single central logging service that, if taken down, effectively takes down the rest of the system; and that when brought up requires most of the rest of the services to restart in order to reconnect to it.
Take down, say, the cyclog@cron
service and at most that backs up the log output of the cron
service in a kernel buffer for the pipe that connects the twain.
The pipe is kept open at both ends by the service manager, and when cylog@cron
is brought back up it is automatically reconnected to the output of the cron
service, with the latter not having to restart or being any the wiser that its log service was temporarily down.
All logging service bundles have a dedicated user account associated with them. These accounts are created by installing the "bundles" package. (They are not destroyed by deinstalling that package; because deinstallation, being possibly a prelude to reinstallation, does not remove log files.)
This account is unprivileged. Only the system-manager's own log dæmon runs as the superuser (because the user account database may be corrupt or nonexistent that early in the bootstrap process, and it is necessary that the system-manager's own log always be capable of running).
It owns only the log files in its service's log directory and their lock file. Importantly, it does not own the service's log directory itself, and so even if the log service is somehow subverted, the logger dæmon has no rights to grant other users access to the log directory. Rather, each dedicated logging service is given just create, delete, and search access to the log subdirectory by ACL entries on that subdirectory.
The service's log directory is always owned by the superuser, and only the dedicated log user account has create and delete access there. Unprivileged users cannot, say, write mischeivous symbolic links into the directory so that the unwitting log service ends up overwriting some other file(s) somewhere else.
Only the log service process runs under the aegis of that account. This protects it, using the normal kernel mechanisms, from other log service dæmon processes. If the "main" service also runs under the aegis of an unprivileged account, it also protects it from the "main" service's dæmon process(es). This means that if the main dæmon is subverted, it cannot affect its logger dæmon. Nor can it directly manipulate any of its own log files (although it can still of course flood them).
Logging services cannot eat into the disc space that is reserved to the superuser for emergencies.
This applies to cyclog
and to many of the alternatives one can use in place of it.
Because the program writing the log files is the same program that does the log rotation, it knows exactly when to perform rotation. There are no windows of opportunity to fill the log storage volume up before the next scheduled rotation, as in older architectures. Rotations are not scheduled, at all; they are triggered by the writer knowing that it would otherwise be about to exceed a size limit. The size caps on log files and on total log directory size are reliable. One can budget space on a log storage disc, by totalling up maximum configured log sizes, with confidence.
Nor does log rotation trigger one of the well known problems with GNU tail
and BSD tail
.
(If a log file is truncated and then quickly written to, neither tail
will output all log data.)
The log file writer never truncates, or indeed modifies, log files once it has written them up to the size limit.
Rather, it switches in a new file, with a fresh i-node.
Indeed, log files are only ever written to in strictly sequential, append-only, fashion. These behaviours can be relied upon if one wants to place log directories on storage devices that don't like it when one overrwites the same file(s) in place over and over.
(GNU tail
and BSD tail
have more than one problem, though.
For avoiding the other problems, one has to use something like follow-log-directories
which actually knows that it is looking at a log directory, rather than only knowing to look at a single file.)
Services that provide compatibility with the old "syslog" mechanism comprise a "main" log reading service and a "log" writer service, and posess several security measures.
The various services, for kernel log output, local "syslog" socket, local "privileged syslog" socket, and remote "syslog" via UDP, are all independent of one another. The services themselves are independent, as are their log streams. It is not possible for a remote client to flood the local logs, or vice versa. It is not possible for remote log data to masquerade as local data.
The log reading services themselves run as dedicated unprivileged users. They don't need superuser permissions at any point, don't parse client-supplied content (trusted or otherwise), and don't require ownership of or read/write access to any files or directories. The only things that they should write are their standard outputs to the connected log writing services; and the only things apart from that that they can write are publicly writable anyway.
Should the log reading services be compromised, which is hard(er) given the elimination of parsing, the attacker doesn't gain superuser privileges, or any ownership of or access to any (non-world-accessible) filesystem object.
The log reading services have fixed-size input buffers, and do not rely upon attacker-supplied length fields of any kind. They are not subject to attacks where clients specify over-large message sizes.
The log writing services run as different dedicated users, and are insulated from the log readers. They, too, do no parsing or conditional processing that depends from potentially attacker-supplied data.
cyclog
and many of the alternatives one can use in place of it are immune to malformed character encodings, control characters, and NUL
s.
There are some problems that are, however, inherent in the nature of log services that listen to the world, or even locally, receiving all messages sent to a particular socket endpoint to which multiple clients can connect.
The kernel provides no defences against forged messages being sent through the kernel logging mechanism, and has a mechanism whereby applications softwares can introduce messages into the kernel log stream.
There are no defences against flooding within a given transport mode.
A remote attacker can flood other remote log data; an unprivileged local attacker can flood other unprivileged local log data; and a privileged local attacker (i.e. one with access to the logpriv
socket) can flood other privileged local log data.
There is no client authentication in the UDP RSYSLOG transport. Whilst there could be client authentication in the local socket transports, this is not the norm nor what such clients expect.


Factory equipment maintenance software has been unnecessarily complicated for far to long. We decided to put an end to that. Our equipment maintenance software combines ease-of-use with enterprise functionality. The software is fully loaded with features, but is also intuitive and customizable. The result is equipment maintenance software that makes your job easier while driving productivity and improving efficiency. It takes less time to learn and comes with embedded instructional videos so you’re never more than a click away from support if you get stuck.
Fiix’s equipment maintenance app truly allows you to be on-the-go with your maintenance operations. Our mobile app, available on iPhone and Android, makes everything you need to get the job done just a tap away, including work order notifications, asset lists, QR code scanning and more. Features like offline mode and easier work order management put everything you need at your fingertips—wherever work takes you. That means anytime, anywhere access to machine maintenance software on any mobile device, so you can work without limitations.
The cloud is a breath of fresh air from outdated, complicated, and expensive equipment maintenance software. A cloud solution lets you run machine maintenance and asset management software securely over the internet without having to buy, install or manage any hardware. Just open your browser or our equipment maintenance app, log in, and start using your factory maintenance software immediately. There are no complicated, costly upgrades to worry about either. We provide automatic, free upgrades, so your machine maintenance software is always up to date and requires no work on your part.
When it comes to our pricing, what you see is what you actually pay. There are no hidden fees and no surprises. Our subscription-based model provides plenty of flexibility for businesses of any size, including the ability to add or remove users whenever you want and the power to instantly access enterprise-grade maintenance software anytime, anywhere from the cloud. No matter what your organization’s goals are, our pricing structure gives you the room to achieve them, and then some.


How to fix iPhone 11 battery life issues
by Elizabeth KartiniOne of the main issues people complain about when it comes to smartphones is battery life. At first, when you purchase the phone, the battery will last for long, but after a while, it will need charging after a few hours. It is completely normal because as you use the phone, the battery life decreases. However, you may always opt for some simple tricks and solutions to make it last longer. Here, we are going to show you how to fix iPhone 11 battery life issues. Keep in mind that these are just some things you can do to save the juice. If the battery itself is faulty, you will have to replace it.
See also: How to fix iPhone 11 overheating issues
How to fix iPhone 11 battery life issues
Solution 1: Restart your iPhone 11
We have tons of apps on our phones, and many processes that keep running in the background of our devices. The best way to shut them off and give your phone a breath of fresh air is by restarting it. So, this should be the first thing to do. We always suggest our readers the same – restart your device every once in a while for better performance.
Solution 2: Background apps
As mentioned, the apps keep running in the background. It all affects battery life but not just that. A bunch of apps running can cause overheating and it can also have a negative impact on the overall performance. So, you can disable the apps from running in the background. It is a win-win – you will have more juice and your phone will work better. Go to Settings > General > Background app refresh. You can turn the option off for each app, or you can turn the feature off entirely. It is up to you.
Solution 3: Get rid of the apps you don’t use
It would be a good idea to remove the apps you don’t use any longer. If you have such apps, go to the Home screen, find the app, tap and hold it. It will jiggle and the X will appear. Tap on it to delete the app.
Solution 4: Update remaining apps
Developers are constantly improving their apps. Every once in a while, they add some new features, and they also fix issues users complain about. So, go to the App Store and choose the option to update all of the apps.
Solution 5: Bluetooth, GPS, Wi-Fi
These are the services that can drain your phone faster. We suggest you turn these off when they are not in use. You will have a lot more juice and your battery will last a lot longer between charges.
Solution 6: Display Auto-brightness
Another simple thing that can make a change is auto-brightness. To turn it on, follow the steps below:
- Go to Settings
- Tap General
- Now tap Accessibility
- Display Accommodations
- Choose Auto-brightness
Solution 7: Update the software
You need to make sure that you have the latest iOS version. To update the software, go to Settings > General > Software update. If there is a new version, tap Download and Install.
Solution 8: Low power mode
This handy feature came with iOS 9 and can be of great help when you don’t have a charger around. It will minimize the animations, reduce brightness, etc. To enable this feature, go to Settings > Battery.


A dedicated individual who is willing to face her fears in order to focus on expanding her skills and knowledge in software development and design.
Photography, filmmaking, and vector graphics illustration are three of my passions. I enjoy telling stories through my works. I really enjoy watching Korean dramas because it allows me to gain a better understanding of their culture.
View ResumeOctoPy is an application that help children improve their reading proficiency.
A mobile application that aims to provide funding for rescued endangered species through featuring the wildlife's stories and entertaining its user with 3D virtual tour of the sanctuary and providing fun games for children.
RoBust is a web application that allows CIT – U passengers to select and reserve a bus seat by themselves. With this, the CIT – U passengers could reserve a seat without physically going to the IMDC office to check its availability. Aside from that, the application allows these CIT – U passengers to check the latest update on scheduled time departure of the bus, information and tickets in a particular day and time, allowing them to experience a convenient bus seat reservation ahead of time. The goal of this system is to reduce the conventional paper ticketing method and to provide a new way for bus ticketing via virtual process. However, this system is not limited to over-the-counter walk-in CIT – Upassengers.


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All examples are working in Browsers:
angularapp1 (With Angular Version 1.2.20, works with HtmlUnit)
angularapp2 (With Angular Version 1.2.21, works NOT with HtmlUnit)


The last check is simple. If it is blank the value needs to be set to null, and if the value is anything else it needs to be encased in quotes.


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import warnings
import numpy as np
import scipy as sp
from scipy import stats
import scipy.linalg
from .utilities import calc_group_sizes, preprocess_groups
from .utilities import shift_until_PSD, scale_until_PSD
from . import utilities, smatrix
### Base Knockoff Class and Gaussian Knockoffs
[docs]class KnockoffSampler:
""" Base class for sampling knockoffs."""
def __init__(self):
pass
[docs] def sample_knockoffs(self):
raise NotImplementedError()
[docs] def fetch_S(self):
""" Fetches knockoff S-matrix."""
raise NotImplementedError
[docs] def check_PSD_condition(self, Sigma, S):
""" Checks that the feature-knockoff cov matrix is PSD.
Parameters
----------
Sigma : np.ndarray
``(p, p)``-shaped covariance matrix of the features. If None, this
is estimated using the ``shrinkage`` option. This is ignored for
fixed-X knockoffs.
S : np.ndarray
the ``(p, p)``-shaped knockoff S-matrix used to generate knockoffs.
Raises
------
Raises an error if S is not PSD or 2 Sigma - S is not PSD.
"""
# Check PSD condition
min_eig1 = np.linalg.eigh(2 * Sigma - S)[0].min()
if self.verbose:
print(f"Minimum eigenvalue of S is {np.linalg.eigh(S)[0].min()}")
print(f"Minimum eigenvalue of 2Sigma - S is {min_eig1}")
if min_eig1 < -1e-6:
raise np.linalg.LinAlgError(
f"Minimum eigenvalue of 2Sigma - S is {min_eig1}, meaning FDR control violations are extremely likely"
)
[docs] def many_ks_tests(self, sample1s, sample2s):
"""
Samples1s, Sample2s = list of arrays
Gets p values by running ks tests and then
does a multiple testing correction.
"""
# KS tests
pvals = []
for s, sk in zip(sample1s, sample2s):
result = stats.ks_2samp(s, sk)
pvals.append(result.pvalue)
pvals = np.array(pvals)
# Naive Bonferroni correction
adj_pvals = np.minimum(pvals.shape[0]*pvals, 1)
return pvals, adj_pvals
[docs] def check_xk_validity(self, X, Xk, testname="", alpha=0.001):
"""
Runs a variety of KS tests on X and Xk to (informally)
check that Xk are valid knockoffs for X. Uses the BHQ
adjustment for multiple testing.
Parameters
----------
X : np.ndarray
the ``(n, p)``-shaped design
Xk : np.ndarray
the ``(n, p)``-shaped matrix of knockoffs
testname : str
a testname that shows up in the error
alpha : float
The significance level. Defaults to 0.001
"""
n = X.shape[0]
p = X.shape[1]
# Marginal KS tests
marg_pvals, marg_adj_pvals = self.many_ks_tests(
sample1s=[X[:, j] for j in range(p)], sample2s=[Xk[:, j] for j in range(p)]
)
min_adj_pval = marg_adj_pvals.min()
if min_adj_pval < alpha:
raise ValueError(
f"For testname={testname}, MARGINAL ks tests reject with min_adj_pval={min_adj_pval}"
)
# Pairwise KS tests
pair_pvals, pair_adj_pvals = self.many_ks_tests(
sample1s=[X[:, j] * X[:, j + 1] for j in range(p - 1)],
sample2s=[Xk[:, j] * Xk[:, j + 1] for j in range(p - 1)],
)
min_adj_pval = pair_adj_pvals.min()
if min_adj_pval < alpha:
raise ValueError(
f"For testname={testname}, PAIRED ks tests reject with min_adj_pval={min_adj_pval}"
)
# Pair-swapped KS tests
pswap_pvals, pswap_adj_pvals = self.many_ks_tests(
sample1s=[X[:, j] * Xk[:, j + 1] for j in range(p - 1)],
sample2s=[Xk[:, j] * X[:, j + 1] for j in range(p - 1)],
)
min_adj_pval = pswap_adj_pvals.min()
if min_adj_pval < alpha:
raise ValueError(
f"For testname={testname}, PAIR SWAPPED ks tests reject with min_adj_pval={min_adj_pval}"
)
[docs]def produce_MX_gaussian_knockoffs(X, mu, invSigma, S, sample_tol, copies, verbose):
# Calculate MX knockoff moments...
n, p = X.shape
invSigma_S = np.dot(invSigma, S)
mu_k = X - np.dot(X - mu.reshape(1, -1), invSigma_S) # This is a bottleneck??
Vk = 2 * S - np.dot(S, invSigma_S)
# Account for numerical errors
min_eig = np.linalg.eigh(Vk)[0].min()
if min_eig < sample_tol and verbose:
warnings.warn(
f"Minimum eigenvalue of Vk is {min_eig}, under tolerance {sample_tol}"
)
Vk = shift_until_PSD(Vk, sample_tol)
# ...and sample MX knockoffs!
knockoffs = stats.multivariate_normal.rvs(mean=np.zeros(p), cov=Vk, size=copies * n)
# Account for case when n * copies == 1
if n * copies == 1:
knockoffs = knockoffs.reshape(-1, 1)
# (Save this for testing later)
first_row = knockoffs[0, 0:n].copy()
# Some annoying reshaping...
knockoffs = knockoffs.flatten(order="C")
knockoffs = knockoffs.reshape(p, n, copies, order="F")
knockoffs = np.transpose(knockoffs, [1, 0, 2])
# (Test we have reshaped correctly)
new_first_row = knockoffs[0, 0:n, 0]
np.testing.assert_array_almost_equal(
first_row,
new_first_row,
err_msg="Critical error - reshaping failed in knockoff generator",
)
# Add mu
mu_k = np.expand_dims(mu_k, axis=2)
knockoffs = knockoffs + mu_k
return knockoffs
[docs]class GaussianSampler(KnockoffSampler):
"""
Samples MX Gaussian (group) knockoffs.
Parameters
----------
X : np.ndarray
the ``(n, p)``-shaped design
mu : np.ndarray
``(p, )``-shaped mean of the features. If None, this defaults to
the empirical mean of the features.
Sigma : np.ndarray
``(p, p)``-shaped covariance matrix of the features. If None, this
is estimated using the ``utilities.estimate_covariance`` function.
groups : np.ndarray
For group knockoffs, a p-length array of integers from 1 to
num_groups such that ``groups[j] == i`` indicates that variable `j`
is a member of group `i`. Defaults to None (regular knockoffs).
S : np.ndarray
the ``(p, p)``-shaped knockoff S-matrix used to generate knockoffs. This
is defined such that Cov(X, tilde(X)) = Sigma - S. When None,
will be constructed by knockoff generator. Defaults to None.
method : str
Specifies how to construct S matrix. This will be ignored if ``S`` is not None.
There are several options:
- 'mvr': Minimum Variance-Based Reconstructability knockoffs.
- 'mmi': Minimizes the mutual information between X and the knockoffs.
- 'ci': Conditional independence knockoffs.
- 'sdp': minimize the mean absolute covariance (MAC) between the features
and the knockoffs.
- 'equicorrelated': Minimizes the MAC under the constraint that the
the correlation between each feature and its knockoff is the same.
The default is to use mvr for non-group knockoffs, and to use the group-SDP
for grouped knockoffs (the implementation for group mvr knockoffs is currently
fairly slow). In both cases we use a block-diagonal approximation
if the number if features is greater than 1000.
objective : str
How to optimize the S matrix if using the SDP for group knockoffs.
There are several options:
- 'abs': minimize sum(abs(Sigma - S))
between groups and the group knockoffs.
- 'pnorm': minimize Lp-th matrix norm.
Equivalent to abs when p = 1.
- 'norm': minimize different type of matrix norm
(see norm_type below).
sample_tol : float
Minimum eigenvalue allowed for feature-knockoff covariance
matrix. Keep this small but nonzero (1e-5) to prevent numerical errors.
verbose : bool
If True, prints progress over time
rec_prop : float
The proportion of knockoffs to recycle (see Barber and Candes 2018,
https://arxiv.org/abs/1602.03574). If method = 'mvr', then S_generation
takes this into account and should increase the power of recycled knockoffs. sparsely-correlated, high-dimensional settings.
kwargs : dict
Other kwargs for S-matrix solvers.
"""
def __init__(
self,
X,
mu=None,
Sigma=None,
invSigma=None,
groups=None,
sample_tol=1e-5,
S=None,
method=None,
verbose=False,
**kwargs,
):
# Save parameters with defaults
self.X = X
self.n = X.shape[0]
self.p = X.shape[1]
if mu is None:
mu = X.mean(axis=0)
self.mu = mu
if Sigma is None:
Sigma, invSigma = utilities.estimate_covariance(X, tol=1e-2)
self.Sigma = Sigma
if invSigma is None:
invSigma = utilities.chol2inv(Sigma)
self.invSigma = invSigma
if groups is None:
groups = np.arange(1, self.p + 1, 1)
self.groups = groups
self.sample_tol = sample_tol
self.verbose = verbose
# Save S information and possibly compute S matrix
self.S = S
self.method = method
self.kwargs = kwargs
if self.S is None:
if self.verbose:
print(f"Computing knockoff S matrix...")
self.S = smatrix.compute_smatrix(
Sigma=self.Sigma, groups=self.groups, method=self.method, **self.kwargs
)
[docs] def fetch_S(self):
return self.S
[docs] def sample_knockoffs(self):
""" Samples knockoffs. returns n x p knockoff matrix."""
self.check_PSD_condition(self.Sigma, self.S)
self.Xk = produce_MX_gaussian_knockoffs(
X=self.X,
mu=self.mu,
invSigma=self.invSigma,
S=self.S,
sample_tol=self.sample_tol,
copies=1,
verbose=self.verbose,
)[:, :, 0]
return self.Xk
[docs]def produce_FX_knockoffs(X, invSigma, S, copies=1):
"""
See equation (1.4) of https://arxiv.org/pdf/1404.5609.pdf
"""
# Calculate C matrix
n, p = X.shape
# invSigma_S = np.dot(invSigma, S)
CTC = 2 * S - np.dot(S, np.dot(invSigma, S))
C = scipy.linalg.cholesky(CTC)
# Calculate U matrix
Q, _ = scipy.linalg.qr(np.concatenate([X, np.zeros((n, p))], axis=1))
U = Q[:, p : 2 * p]
# Randomize if copies > 1
knockoff_base = np.dot(X, np.eye(p) - np.dot(invSigma, S))
if copies > 1:
knockoffs = []
for j in range(copies):
# Multiply U by random orthonormal matrix
Qj, _ = scipy.linalg.qr(np.random.randn(p, p))
Uj = np.dot(U, Qj)
# Calculate knockoffs
knockoff_j = knockoff_base + np.dot(Uj, C)
knockoffs.append(knockoff_j)
else:
# Calculate knockoffs and return
knockoffs = [(knockoff_base + np.dot(U, C))]
knockoffs = np.stack(knockoffs, axis=-1)
return knockoffs
[docs]class FXSampler(KnockoffSampler):
"""
Samples FX knockoffs. See the GaussianSampler documentation
for description of the arguments.
"""
def __init__(
self,
X,
groups=None,
sample_tol=1e-5,
S=None,
method=None,
verbose=False,
**kwargs,
):
# Save data
self.X = X.copy()
self.n = X.shape[0]
self.p = X.shape[1]
if self.n < 2 * self.p:
raise np.linalg.LinAlgError(
f"FX knockoffs can't be generated with n ({self.n}) < 2p ({2*self.p})"
)
self.Sigma = np.dot(self.X.T, self.X)
self.invSigma = utilities.chol2inv(self.Sigma)
kwargs.pop("Sigma", None)
kwargs.pop("invSigma", None)
# Other parameters
if groups is None:
groups = np.arange(1, self.p + 1, 1)
self.groups = groups
self.sample_tol = sample_tol
self.verbose = verbose
# Save S information and possibly compute S matrix
self.S = S
self.method = method
self.kwargs = kwargs
if self.S is None:
if self.verbose:
print(f"Computing knockoff S matrix...")
self.S = smatrix.compute_smatrix(
Sigma=self.Sigma, groups=self.groups, method=self.method, **self.kwargs
)
[docs] def fetch_S(self):
""" Rescales S to the same scale as the initial X input """
return self.S
[docs] def sample_knockoffs(self):
""" Samples knockoffs. returns n x p knockoff matrix."""
self.check_PSD_condition(self.Sigma, self.S)
self.Xk = produce_FX_knockoffs(
X=self.X, invSigma=self.invSigma, S=self.S, copies=1,
)[:, :, 0]
return self.Xk


Woman protests alleging husband is not living with her
by Staff ReporterStating that her 29-year-old husband refuses to live with her, a 19-year-old woman sat in protest outside his house at Thappakuttai village in Elampillai here on Wednesday.
A third-year degree student, she had married the man a month ago after she and her parents had complained to the All Women Police Station at Sankari that he was avoiding her after having promised to marry her. The man was accused of luring her with the promise of marriage and making her pregnant.
When she informed him about her pregnancy, he told her that he would marry her after she completed her studies. Later, she aborted the three-month-old foetus. However, she said that the man began avoiding her. It was that she and her parents had complained to the police. Their wedding was then performed at a temple located on the court premises.
While staging the protest on Tuesday, she said that even after the wedding the husband had not been visiting her house. Magudanchavadi police tried persuading her to withdraw her protest.


public class HTMLDocument.HTMLReader extends HTMLEditorKit.ParserCallback
The reader can be configured by registering actions
(of type HTMLDocument.HTMLReader.TagAction
)
that describe how to handle the action. The idea behind
the actions provided is that the most natural text editing
operations can be provided if the element structure boils
down to paragraphs with runs of some kind of style
in them. Some things are more naturally specified
structurally, so arbitrary structure should be allowed
above the paragraphs, but will need to be edited with structural
actions. The implication of this is that some of the
HTML elements specified in the stream being parsed will
be collapsed into attributes, and in some cases paragraphs
will be synthesized. When HTML elements have been
converted to attributes, the attribute key will be of
type HTML.Tag, and the value will be of type AttributeSet
so that no information is lost. This enables many of the
existing actions to work so that the user can type input,
hit the return key, backspace, delete, etc and have a
reasonable result. Selections can be created, and attributes
applied or removed, etc. With this in mind, the work done
by the reader can be categorized into the following kinds
of tasks:
Currently, <APPLET>, <PARAM>, <MAP>, <AREA>, <LINK>, <SCRIPT> and <STYLE> are unsupported.
The assignment of the actions described is shown in the
following table for the tags defined in HTML.Tag
.
| Tag | Action |
|---|---|
HTML.Tag.A | CharacterAction |
HTML.Tag.ADDRESS | CharacterAction |
HTML.Tag.APPLET | HiddenAction |
HTML.Tag.AREA | AreaAction |
HTML.Tag.B | CharacterAction |
HTML.Tag.BASE | BaseAction |
HTML.Tag.BASEFONT | CharacterAction |
HTML.Tag.BIG | CharacterAction |
HTML.Tag.BLOCKQUOTE | BlockAction |
HTML.Tag.BODY | BlockAction |
HTML.Tag.BR | SpecialAction |
HTML.Tag.CAPTION | BlockAction |
HTML.Tag.CENTER | BlockAction |
HTML.Tag.CITE | CharacterAction |
HTML.Tag.CODE | CharacterAction |
HTML.Tag.DD | BlockAction |
HTML.Tag.DFN | CharacterAction |
HTML.Tag.DIR | BlockAction |
HTML.Tag.DIV | BlockAction |
HTML.Tag.DL | BlockAction |
HTML.Tag.DT | ParagraphAction |
HTML.Tag.EM | CharacterAction |
HTML.Tag.FONT | CharacterAction |
HTML.Tag.FORM | As of 1.4 a BlockAction |
HTML.Tag.FRAME | SpecialAction |
HTML.Tag.FRAMESET | BlockAction |
HTML.Tag.H1 | ParagraphAction |
HTML.Tag.H2 | ParagraphAction |
HTML.Tag.H3 | ParagraphAction |
HTML.Tag.H4 | ParagraphAction |
HTML.Tag.H5 | ParagraphAction |
HTML.Tag.H6 | ParagraphAction |
HTML.Tag.HEAD | HeadAction |
HTML.Tag.HR | SpecialAction |
HTML.Tag.HTML | BlockAction |
HTML.Tag.I | CharacterAction |
HTML.Tag.IMG | SpecialAction |
HTML.Tag.INPUT | FormAction |
HTML.Tag.ISINDEX | IsndexAction |
HTML.Tag.KBD | CharacterAction |
HTML.Tag.LI | BlockAction |
HTML.Tag.LINK | LinkAction |
HTML.Tag.MAP | MapAction |
HTML.Tag.MENU | BlockAction |
HTML.Tag.META | MetaAction |
HTML.Tag.NOFRAMES | BlockAction |
HTML.Tag.OBJECT | SpecialAction |
HTML.Tag.OL | BlockAction |
HTML.Tag.OPTION | FormAction |
HTML.Tag.P | ParagraphAction |
HTML.Tag.PARAM | HiddenAction |
HTML.Tag.PRE | PreAction |
HTML.Tag.SAMP | CharacterAction |
HTML.Tag.SCRIPT | HiddenAction |
HTML.Tag.SELECT | FormAction |
HTML.Tag.SMALL | CharacterAction |
HTML.Tag.STRIKE | CharacterAction |
HTML.Tag.S | CharacterAction |
HTML.Tag.STRONG | CharacterAction |
HTML.Tag.STYLE | StyleAction |
HTML.Tag.SUB | CharacterAction |
HTML.Tag.SUP | CharacterAction |
HTML.Tag.TABLE | BlockAction |
HTML.Tag.TD | BlockAction |
HTML.Tag.TEXTAREA | FormAction |
HTML.Tag.TH | BlockAction |
HTML.Tag.TITLE | TitleAction |
HTML.Tag.TR | BlockAction |
HTML.Tag.TT | CharacterAction |
HTML.Tag.U | CharacterAction |
HTML.Tag.UL | BlockAction |
HTML.Tag.VAR | CharacterAction |
Once </html> is encountered, the Actions are no longer notified.
| Modifier and Type | Class and Description |
|---|---|
class |
HTMLDocument.HTMLReader.BlockAction |
class |
HTMLDocument.HTMLReader.CharacterAction |
class |
HTMLDocument.HTMLReader.FormAction
Action to support forms by building all of the elements
used to represent form controls.
|
class |
HTMLDocument.HTMLReader.HiddenAction |
class |
HTMLDocument.HTMLReader.IsindexAction |
class |
HTMLDocument.HTMLReader.ParagraphAction |
class |
HTMLDocument.HTMLReader.PreAction |
class |
HTMLDocument.HTMLReader.SpecialAction |
class |
HTMLDocument.HTMLReader.TagAction
An action to be performed in response
to parsing a tag.
|
| Modifier and Type | Field and Description |
|---|---|
protected MutableAttributeSet |
charAttr |
protected Vector<DefaultStyledDocument.ElementSpec> |
parseBuffer |
IMPLIED
| Constructor and Description |
|---|
HTMLDocument.HTMLReader(int offset) |
HTMLDocument.HTMLReader(int offset,
int popDepth,
int pushDepth,
HTML.Tag insertTag) |
| Modifier and Type | Method and Description |
|---|---|
protected void |
addContent(char[] data,
int offs,
int length)
Adds some text with the current character attributes.
|
protected void |
addContent(char[] data,
int offs,
int length,
boolean generateImpliedPIfNecessary)
Adds some text with the current character attributes.
|
protected void |
addSpecialElement(HTML.Tag t,
MutableAttributeSet a)
Adds content that is basically specified entirely
in the attribute set.
|
protected void |
blockClose(HTML.Tag t)
Adds an instruction to the parse buffer to close out
a block element of the given type.
|
protected void |
blockOpen(HTML.Tag t,
MutableAttributeSet attr)
Adds an instruction to the parse buffer to create a
block element with the given attributes.
|
void |
flush()
The last method called on the reader.
|
void |
handleComment(char[] data,
int pos) |
void |
handleEndOfLineString(String eol)
This is invoked after the stream has been parsed, but before
flush . |
void |
handleEndTag(HTML.Tag t,
int pos)
Callback from the parser.
|
void |
handleSimpleTag(HTML.Tag t,
MutableAttributeSet a,
int pos)
Callback from the parser.
|
void |
handleStartTag(HTML.Tag t,
MutableAttributeSet a,
int pos)
Callback from the parser.
|
void |
handleText(char[] data,
int pos)
Called by the parser to indicate a block of text was
encountered.
|
protected void |
popCharacterStyle()
Pops a previously pushed character style off the stack
to return to a previous style.
|
protected void |
preContent(char[] data)
Adds the given content that was encountered in a
PRE element.
|
protected void |
pushCharacterStyle()
Pushes the current character style on a stack in preparation
for forming a new nested character style.
|
protected void |
registerTag(HTML.Tag t,
HTMLDocument.HTMLReader.TagAction a)
Registers a handler for the given tag.
|
protected void |
textAreaContent(char[] data)
Adds the given content to the textarea document.
|
handleError
protected Vector<DefaultStyledDocument.ElementSpec> parseBuffer
protected MutableAttributeSet charAttr
public HTMLDocument.HTMLReader(int offset)
public HTMLDocument.HTMLReader(int offset, int popDepth, int pushDepth, HTML.Tag insertTag)
public void flush() throws BadLocationException
flush
in class HTMLEditorKit.ParserCallback
BadLocationException
public void handleText(char[] data, int pos)
handleText
in class HTMLEditorKit.ParserCallback
public void handleStartTag(HTML.Tag t, MutableAttributeSet a, int pos)
handleStartTag
in class HTMLEditorKit.ParserCallback
public void handleComment(char[] data, int pos)
handleComment
in class HTMLEditorKit.ParserCallback
public void handleEndTag(HTML.Tag t, int pos)
handleEndTag
in class HTMLEditorKit.ParserCallback
public void handleSimpleTag(HTML.Tag t, MutableAttributeSet a, int pos)
handleSimpleTag
in class HTMLEditorKit.ParserCallback
public void handleEndOfLineString(String eol)
flush
. eol
will be one of \n, \r
or \r\n, which ever is encountered the most in parsing the
stream.handleEndOfLineString
in class HTMLEditorKit.ParserCallback
protected void registerTag(HTML.Tag t, HTMLDocument.HTMLReader.TagAction a)
protected void pushCharacterStyle()
protected void popCharacterStyle()
protected void textAreaContent(char[] data)
protected void preContent(char[] data)
protected void blockOpen(HTML.Tag t, MutableAttributeSet attr)
protected void blockClose(HTML.Tag t)
protected void addContent(char[] data, int offs, int length)
data
- the content to addoffs
- the initial offsetlength
- the lengthprotected void addContent(char[] data, int offs, int length, boolean generateImpliedPIfNecessary)
data
- the content to addoffs
- the initial offsetlength
- the lengthgenerateImpliedPIfNecessary
- whether to generate implied
paragraphsprotected void addSpecialElement(HTML.Tag t, MutableAttributeSet a)
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
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Public Forum


| DOSE: |
100 mg |
oral |
AMT |
(powder / crystals) |
I had read about AMT many months back and found it a very intresting chemical due to it's ecstacy & acid like effects.
A good friend of mine who will call J had gotten a gram of AMT and said he would give me a dose for free so I was very excited. Many of my friends including J decided we would take the AMT at my friend T's house so they picked me up on a saturday at 6pm and J gave me the dose of AMT he said it was 100mg and that he had tooken the amount before so I went ahead and drank it down with some water.
I asked J what his experience was like and he couldn't even explain the things he felt and saw and this excited me even more I couldn't wait for the experience! The only hallucinogen I had done before was mushrooms and the visuals didnt intrest me very much but the mind trip was very intresting. We arrive at T's house at about 7:00 pm and I still didn't feel anything yet but I wasn't surprised since I had read that AMT takes along time to kick in so I wasn't worried.
My friend T had some nice techno blasting and at about 9:00pm I began feeling like I was comming up on ecstacy and couldn't help but smile and giggle alittle here and there. The music sounded wonderful and I just layed down on T's bed and let the music flow through my body it very much like being on ecstacy. This feeling lasted about another 2 hours and then began to disappete. It was about midnight and I was still laying down on T's bed. Things around the room began to look strange,like translucent waves were bending and twisting everything in my vision and it felt like their were butterflys in my stomach but my mind was still thinking the same.I did not feel like I was 'tripping' yet so I just laid back and enjoyed the small visuals I had.
Now this is where thing's begin to get fuzzy... I am not sure how much time had passed but all of a sudden I completely came out of my body and landed on T's ceiling sideways looking across the ceiling and down and I was paralyzed but I didn't have any pain I just felt like I was in third person view watching all of this happen. As I was laying on the ceiling neon colored green and red clay began melting out of the ceiling and turning into little claymation men, there was about 30 of them all across the ceiling and they began talking in some other launguage that I have never heard of it was very low pitched.
All the claymation men began ripping at eachothers limbs and melting into eachother while yelling in their own language. I'm not sure how long this continued maybe acouple minutes before a red claymation man came right up to my face and said 'AMT' in a low pitched voice and he slammed his hands right into both of my eyes. The next thing I can remmeber is that I'm laying on T's bed with my eyes closed and I began seeing all different kinds of zig zagged signs and letters and as I saw each one I had a flashback of a memory of seeing that thing before but I knew I couldn't have seen it before but then why was I remmeber it?
I began predicting everything I saw and each thing I saw had some special meaning to me in my life in previous years but I couldn't exactly put my finger on what it ment. It was about 6:00pm and I opened my eyes and all visuals had stopped but I had complete blurry vision and saw 10 of everything. This continued for about 12 hours and through that 12 hours I kept hearing buzzing and what sounded like springs bounceing although I felt completely fine mentally. I never had any physical discomfort during the trip which I am thankful for. There are a few more things I saw but I honestly cannot put them into words which frightens me when I think about it sometimes.
After the experience I had alot of trouble integrating it for alot of the things I saw and felt and thought I cannot put into words. I've smoked weed about 5 times since this experience and each time I smoked I had a sort of flashback and remmebered parts of the experience which actually makes me feel better remmebering more of it since theirs about 6 hours unaccounted for.I asked my friends what I was doing the whole night and they said I was on T's bed and that I was just laying their staring blank up into the ceiling and never said much of anything or moved at all.
I think next time I will take a lower dose... I was not ready for this experience at all. I've become much better about dealing with the experience cause I just gotta put it in my head that I was on a extreme psychadelic chemical and that's all. If there's anything I've learned from this experience It's that I should always start out with the recommended common dose cause this experience was alittle to intense for me.
Stay Safe and have Fun :-)
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Appendix B. Utility HeadersThis appendix presents the contents of "sputil.h" (in Section B.1), the header used in the examples in Chapter 2; "mathutil.h" (in Section B.2), the header used in the examples in Chapter 12; and "rgxutil.h" (in Section B.3), the header used in the exercises in Chapter 15. |