The transport layer provides the means for process-to-process connectivity through the network. Its functions are:
L2: link-to-link; L3: end-to-end; L4: process-to-process.
With no segmentation, communications are poorly managed: the bigger it is, the longer it occupies the channel and the higher is the risk of an error resulting in retransmissions and wasted bandwidth.
By segmenting communications, we allow for multiplexing them on a single channel, which means combining multiple data streams into a single signal. This greatly increases manageability and efficiency.
TCP/IP protocol suite provides 2 very different alternative as transport layer protocols: the TCP (Transmission Control Protocol) and UDP (User Datagram Protocol).
TCP is the reliable, fully-featured alternative, while UDP is the low-overhead and simpler choice.
TCP is considered a reliable transport protocol because it uses acknowledged delivery. It performs all the basic Layer 4 functions seen before, plus:
UDP doesn't do any of this, it just provides the basic L4 functions: then a subset of these could be implemented by the application using UDP, avoiding the overhead of TCP.
There is no single answer. Both are valid protocols. It depends on the application requirements to use one, the other, or even both. If, for example:
like email client or web browsers, then TCP is the right choice. If, on the other hand, for an application:
UDP might be the better choice, like it is for streaming audiovideo, simple request-reply workloads and most real-time applications.
Both use port addressing, which means they assign a port number to specific applications and services to the client (source port) and the server (destination port).
| Port Number | Protocol | Application |
| 20, 21 | TCP | FTP |
| 22 | TCP | SSH |
| 23 | TCP | Telnet |
| 25 | TCP | SMTP |
| 53 | UDP, TCP | DNS |
| 67, 68 | UDP | DHCP |
| 69 | UDP | TFTP |
| 80 | TCP | HTTP |
| 110 | TCP | POP3 |
| 161 | UDP | SNMP |
| 443 | TCP | SSL |
What uniquely identifies each communicating process on any single host is the combination of transport layer port numbers, and network layer IP address.
This combination is called a socket.
A socket pair is the coupled source and destination IP addresses and port numbers, that uniquely identifies specific conversations between the two hosts.
A socket is commonly expressed as address:port
.
stefanauss@barney:~$ netstat -tun
Connessioni Internet attive (senza server)
Proto CodaRic CodaInv Indirizzo locale Indirizzo remoto Stato
tcp 28 0 <IP_ADDRESS>:47290 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:44180 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:44183 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:56717 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:59277 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:52056 <IP_ADDRESS>:26050 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:45380 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:43491 <IP_ADDRESS>:143 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:59269 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:53684 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 1 0 <IP_ADDRESS>:56509 <IP_ADDRESS>:80 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:58865 <IP_ADDRESS>:30774 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:55113 <IP_ADDRESS>:50607 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:55560 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:56463 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:45740 <IP_ADDRESS>:54099 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:49183 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:53679 <IP_ADDRESS>:993 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:60076 <IP_ADDRESS>:993 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:41260 <IP_ADDRESS>:12350 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:40233 <IP_ADDRESS>:80 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:35363 <IP_ADDRESS>:39587 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:48389 <IP_ADDRESS>:993 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:59283 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:56480 <IP_ADDRESS>:443 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:43863 <IP_ADDRESS>:143 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:53654 <IP_ADDRESS>:993 ESTABLISHED
tcp 1 0 <IP_ADDRESS>:38608 <IP_ADDRESS>:56675 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:45749 <IP_ADDRESS>:54099 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:43492 <IP_ADDRESS>:143 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:46308 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:59275 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:44182 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:58640 <IP_ADDRESS>:443 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:46305 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:46561 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:53676 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:47293 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:54099 <IP_ADDRESS>:45743 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:43930 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:55527 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:54099 <IP_ADDRESS>:45740 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:48015 <IP_ADDRESS>:443 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:56479 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:43482 <IP_ADDRESS>:143 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:46307 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:47628 <IP_ADDRESS>:443 TIME_WAIT
tcp 28 0 <IP_ADDRESS>:46559 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:49181 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:45745 <IP_ADDRESS>:54099 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:60740 <IP_ADDRESS>:22466 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:45743 <IP_ADDRESS>:54099 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:40371 <IP_ADDRESS>:37192 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:45744 <IP_ADDRESS>:54099 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:39587 <IP_ADDRESS>:35363 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:43490 <IP_ADDRESS>:143 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:47294 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:54872 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:46323 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:36275 <IP_ADDRESS>:443 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:44181 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:51836 <IP_ADDRESS>:993 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:53682 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:43838 <IP_ADDRESS>:143 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:46321 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:36595 <IP_ADDRESS>:443 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:40480 <IP_ADDRESS>:40013 ESTABLISHED
tcp 28 0 <IP_ADDRESS>:56481 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 28 0 <IP_ADDRESS>:59267 <IP_ADDRESS>:443 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:54099 <IP_ADDRESS>:45745 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:54099 <IP_ADDRESS>:45744 ESTABLISHED
tcp 1 0 <IP_ADDRESS>:60475 <IP_ADDRESS>:80 CLOSE_WAIT
tcp 1 0 <IP_ADDRESS>:38608 <IP_ADDRESS>:56677 CLOSE_WAIT
tcp 0 0 <IP_ADDRESS>:54099 <IP_ADDRESS>:45749 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:56117 <IP_ADDRESS>:64540 ESTABLISHED
tcp 0 0 <IP_ADDRESS>:53650 <IP_ADDRESS>:993 ESTABLISHED
tcp6 1 0 ::1:44104 ::1:631 CLOSE_WAIT
By removing the "n" option, domain names are used in place of IP addresses where possible, making it easier to identify the purpose of the connection.
Looking at the UDP header, the overhead TCP introduces for carrying its functions should be really clear.
UDP Payload is called a datagram.
It's the process through which TCP establishes a connection before any data can be exchanged. How?
The 3-way handshake sets up the 2 one-way data streams that form a full-duplex TCP conversation. It relies on SYN, ACK flags and sequence and acknowledgment numbers.
A TCP client begins the 3-way handshake by sending a segment with:
The ISN in the header of each segment will be increased by one for each byte of data sent from the client to the server as the data conversation continues.
In Wireshark sequence numbers are relative to ISN and always starts as 0.
Data conversation is now in place, and the client and the server exchange (one's) data and ACKs (of the other host's data).
The connection termination phase uses a 4-way handshake, that each side can initiate independently (if they do it at the same time, it becomes a 3-way termination handshake).
The SEQ number indicates the relative number of bytes that have been transmitted in this session.
TCP uses the ACK number sent back to the source to indicate the next byte that the receiver expects to receive. This is called expectational acknowledgement.
The sending host is expected to send a segment that uses a new sequence number that is equal to the ACK number.
SEQ and ACK numbers are being exchanged in both directions.
To reduce the overhead of the acknowledgements, multiple segments of data can be sent and acknowledged with a single TCP message in the opposite direction.
This acknowledgement contains an ACK number based on the total number of bytes received in the session.
Example: starting with a sequence number of 2000, if 10 segments of 1000 bytes each were received, an ACK number of 12001 would be returned to the source.
TCP acknowledges data that has received in a contiguous sequence of bytes (no holes in SEQ numbers).
When TCP at the source host has not received an acknowledgement after a predetermined amount of time, it returns to the last ACK number received and retransmits the data from that point forward.
The retransmission process is not specified by the TCP's RFC, but is left up to the particular implementation of TCP. Some are implementing SACK (Selective ACK).
Flow control helps the reliability of TCP transmissions by adjusting the rate of data flow between source and destination in a given session.
The TCP header includes a 16-bit field, the window size. This is the number of bytes that the destination of a TCP session is able to accept before requiring an acknowledgment.
The initial window size is agreed upon during the 3-way handshake, and then renegotiated as needed (sliding window).


Provides easy symmetric file encryption using GPG with cryptographically strong defaults. Only symmetric encryption is supported. GPG is pre-installed with most Linux distributions. Windows users will need to install 'Gpg4win' (http://www.gpg4win.org/). OS X users will need to install 'GPGTools' (https://gpgtools.org/).
| Version: | 0.1.1 |
| Depends: | R (≥ 3.0.0) |
| Suggests: | testthat |
| Published: | 2015-09-20 |
| Author: | Brett Klamer [aut, cre] |
| Maintainer: | Brett Klamer <rcrypt at brettklamer.com> |
| License: | MIT + file LICENSE |
| URL: | http://brettklamer.com/work/rcrypt/ |
| NeedsCompilation: | no |
| SystemRequirements: | GnuPG (https://gnupg.org/) |
| Materials: | README NEWS |
| CRAN checks: | rcrypt results |
| Reference manual: | rcrypt.pdf |
| Package source: | rcrypt_0.1.1.tar.gz |
| Windows binaries: | r-devel: rcrypt_0.1.1.zip, r-release: rcrypt_0.1.1.zip, r-oldrel: rcrypt_0.1.1.zip |
| OS X binaries: | r-release: not available, r-oldrel: not available |
| Old sources: | rcrypt archive |
Please use the canonical form https://CRAN.R-project.org/package=rcrypt to link to this page.


| Time | Event | Speaker |
| 08:20 | Welcome | |
| 08:30 | Invited talk 1 | Prof. Antonis Argyros (ICS-FORTH, Greece) |
| 09:00 | Invited talk 2 | Dr. Jamie Shotton (Microsoft Research Cambridge) |
| 09:30 | Invited talk 3 | Prof. Mohan Trivedi (University of California, San Diego) |
| 10:00 | Morning Break | |
| 10:30 | Accepted Papers | |
| Dynamic Hand Gesture Recognition using Skeleton-based Features | Quentin De Smedt, Hazem Wannous, Jean-Philippe Vandeborre | |
| Learning Marginalization through Regression for Hand Orientation Inference | Muhammad Asad, Gregory Slabaugh | |
| Hidden Hands: Tracking Hands with an Occlusion Aware Tracker | Akshay Rangesh, Eshed Ohn-Bar, Mohan Trivedi | |
| Effectiveness of Grasp Attributes and Motion-Constraints for Fine-Grained Recognition of Object Manipulation Actions | Kartik Gupta, Darius Burschka, Arnav Bhavsar | |
| Extended Abstracts | ||
| Understanding Everyday Hands in Action from RGB-D Images | Gregory Rogez, James Steven Supancic III, Deva Ramanan | |
| Opening the Black Box: Hierarchical Sampling Optimization for Estimating Human Hand Pose | Danhang Tang, Jonathan Taylor, Pushmeet Kohli, Cem Keskin, Tae-Kyun Kim, Jamie Shotton | |
| Deep Learning for Gesture Recognition in Automotive User Interfaces | Pavlo Molchanov, Shalini Gupta, Xiaodong Yang, Kihwan Kim, Stephen Tyree, and Jan Kautz | |
| Efficiently Creating 3D Training Data for Fine Hand Pose Estimation | Markus Oberweger, Gernot Riegler, Paul Wohlhart, Vincent Lepetit | |
| Hand Posture Recognition based on Bottom-up Structured Convolutional Neural Network with Curriculum Learning | Takayoshi Yamashita, Hiroshi Fukui, Yuji Yamauchi, Hironobu Fujiyoshi | |
| Analyzing Hands to Recognize Social Interactions with a Large-scale Egocentric Hands Dataset | Sven Bambach, Stefan Lee, David J. Crandall , Chen Yu | |
| Robust 3D Hand Pose Estimation in Single Depth Images: from Single-View CNN to Multi-View CNNs | Liuhao Ge, Hui Liang, Junsong Yuan, and Daniel Thalmann | |
| Multi-Layered Random Forest-based Metaphoric Hand Gesture Interface in VR | Youngkyoon Jang, Ikbeom Jeon, Tae-Kyun Kim, Woontack Woo | |
| On- and Above-Skin Input Sensing through a Wearable Depth Sensor | Srinath Sridhar, Anders Markussen, Antti Oulasvirta, Christian Theobalt, Sebastian Boring | |
| Deep Hand: How to Train a CNN on 1 Million Hand Images When Your Data Is Continuous and Weakly Labelled | Oscar Koller, Hermann Ney, Richard Bowden | |
| 11:30 | Invited Talk4 | Prof. Vincent Lepetit (Graz University of Technology) |
| 12:00 | Invited Talk5 | Prof. Deva Ramanan (Carnegie Mellon University) |
| 12:30 | Closing/Prizes |


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Winning numbers drawn in 'Numbers Evening' game
by The Associated PressBRAINTREE, Mass. (AP) _ The winning numbers in Friday evening's drawing of the Massachusetts Lottery's "Numbers Evening" game were:
8-6-6-9
(eight, six, six, nine)
BRAINTREE, Mass. (AP) _ The winning numbers in Friday evening's drawing of the Massachusetts Lottery's "Numbers Evening" game were:
8-6-6-9
(eight, six, six, nine)


MRR GF9 Machine Silver finish Starting the 2015 new year with our
newest finish to one of our hottest wheels our right now, The
New...
Read full story
When it comes to wheels, MRR is unsurpassed in the industry. We have an extensive inventory of wheels in a variety of designs, styles and sizes. The comprehensive product portfolio has on display wheels made to fit various vehicles including those of Mercedes Benz wheels, BMW wheels, Porsche wheels, Audi wheels, Volkswagen wheels and many more. Each type has its own set of features that make is suited to specific applications. MRR DESIGN brands include: GT Series, Roderick, Euro Tek and Hereborrani.


leak
`Prev `__
L
`Next `__
--------------
**leak**: n.
With qualifier, one of a class of resource-management bugs that occur
when resources are not freed properly after operations on them are
finished, so they effectively disappear (leak out). This leads to
eventual exhaustion as new allocation requests come in. `*memory
leak* <../M/memory-leak.html>`__ has its own entry; one might also
refer, to, say, a window handle leak in a window system.
--------------
+------------------------------+----------------------------+-------------------------------+
| `Prev `__ | `Up <../L.html>`__ | `Next `__ |
+------------------------------+----------------------------+-------------------------------+
| leaf site | `Home <../index.html>`__ | leaky heap |
+------------------------------+----------------------------+-------------------------------+


AMERICAN PIMP A film review by Christopher Null Copyright 2000 filmcritic.com filmcritic.com
"If I let her take half, or a 60/40 cut, I'm not gonna be able to give her all my pimpin'!"
Such is only one of hundreds of truly great lines in AMERICAN PIMP, the rather self-explanatory documentary from the Hughes brothers (MENACE II SOCIETY, DEAD PRESIDENTS). As a documentary, PIMP displays uncommon humor, as its over-the-top subjects probably don't realize they're being mocked, preferring instead to bask in the limelight of the movie being made about them.
As expected, these guys are utter jokes, as are their "hos." Everything you may suspect about the pimp trade, as it turns out, is absolutely true. They wear gold jackets with 'gator skin shoes. They drive Rolls Royces. They treat their employees very badly, and they keep all the money.
As such, there's not a lot of insight into "pimpology," as all the stereotypes are validated. To be sure, the tales of Rosebudd, Fillmore Slim, and Too $hort (among others) are worth the price of admission for their entertainment value, but this is the same ground covered in HBO's "Pimps Up, Ho's Down" last year. (Also of note: the HBO documentary was widely trashed as being phony: Not so.)
Still, it's amazing the Hughes brothers got these stories out of these characters. Intercutting the film with classic 1930's-1990's blaxploitation films and TV shows is pure genius and offers some of the best moments in AMERICAN PIMP. Like they say, it's all Mack.

--- Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
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Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Before Change
Dense(model_params["nb_hidden"], init=model_params["init"],
activation=model_params["activation"]),
name="dense", input="input")
model.add_node(Dropout(model_params["dropout"]),
name="dropout",
input="dense")
top_layer = "dropout"
for ind, task in enumerate(sorted_tasks):
task_type = task_types[task]
if task_type == "classification":
After Change
model.add_node(Activation(model_params["activation"]),
name=activation_layer_name, input=prev_layer)
prev_layer = activation_layer_name
if model_params["dropout"] > 0:
model.add_node(Dropout(model_params["dropout"]),
name=dropout_layer_name,
input=prev_layer)
prev_layer = dropout_layer_name
for ind, task in enumerate(sorted_tasks):
task_type = task_types[task]
if task_type == "classification":
model.add_node(


mc.runners.flow_runner package¶
Submodules¶
mc.runners.flow_runner.flow_runner module¶
-
class
mc.runners.flow_runner.flow_runner.
FlowRunner
(flow_record_client=None, flow_engine=None, task_ctx=None, tick_interval=120, max_flows_per_tick=3, logger=None)[source]¶ Bases:
object
A FlowRunner encapsulates logic related to claiming and ticking flows.
Parameters: - flow_record_client (mc.clients.flow_record_client) – a client for doing flow_record operations.
- flow_engine (mc.flows.flow_engine) – flow_engine to use for ticking flows. Default: mc.flows.flow_engine.FlowEngine instance.
- task_ctx (dict, optional) – extra ctx to pass to tasks.
- tick_interval (int, optional) – how often to run a tick, in seconds. Default: 120.
- max_flows_per_tick (int, optional) – maximum number of flows to claim per tick. Default: 3.


- Price: {{first.price}}
- Duration: {{first.flight_hour}}
- Fuel: {{first.fuel}}
- Airline: {{first.airline}}
- Bus Time: {{first.bus_time}}
- Price: {{second.price}}
- Duration: {{second.flight_hour}}
- Fuel: {{second.fuel}}
- Airline: {{second.airline}}
- Bus Time: {{second.bus_time}}
- Price: {{third.price}}
- Duration: {{third.flight_hour}}
- Fuel: {{third.fuel}}
- Airline: {{third.airline}}
- Bus Time: {{third.bus_time}}


Floating Action Button
Floating Action Button is the circular button that floats above the UI and is “used for a promoted action”. It acts as call to action button, meant to represent the single action users perform the most on that particular screen.
The floating action button animates onto the screen as an expanding piece of material, by default. The icon within it may be animated.
Floating Action Button (FAB)
Include FAB Button to the code by adding .pmd-btn-fab
.
Raised Floating Action Button
Include Raised Floating Action Button to the code by adding .pmd-btn-fab .pmd-btn-raised
.
Flat Floating Action Button
Include Flat FAB Button to the code by adding .pmd-btn-fab .pmd-btn-flat
.
The floating action button can transform into sheets of material that are part of the app structure. This dramatic transformation accentuates the action the button enables.


|
Simbody
3.5
|
This file ensures that we have access to the Posix time functions clock_getttime() and nanosleep(), and also provides some convenient methods for use in common timing situations. More...
Go to the source code of this file.
Namespaces | |
| SimTK | |
| This is the top-level SimTK namespace into which all SimTK names are placed to avoid collision with other symbols. | |
Functions | |
| long long | SimTK::timespecToNs (const timespec &ts) |
| Convert a time stored in a timespec struct to the equivalent number of nanoseconds (as a signed quantity). More... | |
| void | SimTK::nsToTimespec (const long long &ns, timespec &ts) |
| Given a signed number of nanoseconds, convert that into seconds and leftover nanoseconds in a timespec struct. More... | |
| double | SimTK::nsToSec (const long long &ns) |
| Given a count of nanosecond ticks as a signed 64 bit integer, return the same time interval as a double precision floating point number of seconds. More... | |
| long long | SimTK::secToNs (const double &s) |
| Given a signed time interval as a double precision floating point number of seconds, return the same time interval as a count of nanosecond ticks in a signed 64 bit integer. More... | |
| double | SimTK::cpuTime () |
| Return the cumulative CPU time in seconds (both kernel and user time) that has been used so far by any of the threads in the currently executing process. More... | |
| double | SimTK::threadCpuTime () |
| Return the total CPU time in seconds (both kernel and user time) that has been used so far by the currently executing thread. More... | |
| long long | SimTK::realTimeInNs () |
| Return current time on the high-resolution interval timer in nanoseconds, as a 64-bit integer count. More... | |
| double | SimTK::realTime () |
| Return current time on the high-resolution interval timer in seconds. More... | |
| void | SimTK::sleepInNs (const long long &ns) |
| Sleep for the indicated number of nanoseconds, with the actual precision system dependent but intended to be the best achievable, hopefully less than 5ms in all cases. More... | |
| void | SimTK::sleepInSec (const double &seconds) |
| Sleep for the indicated number of seconds, with the actual precision system dependent but intended to be the best achievable, hopefully less than 5ms in all cases. More... | |
This file ensures that we have access to the Posix time functions clock_getttime() and nanosleep(), and also provides some convenient methods for use in common timing situations.


{{watchbill.Title}} beginning {{watchbill.Range.Start | date: 'longDate'}}
There are no inputs waiting for approval
{{100*(peopleWithInputs/totalPeople) | number: 2}}% of Sailors submitted inputs
Person: {{input.Person.FriendlyName}}
Reason: {{input.InputReason.Value}}
Rank: {{input.Person.Paygrade.Value}}/{{input.Person.Designation.Value}}
From: {{input.Range.Start | date: 'short'}}
To: {{input.Range.End | date: 'short'}}
Really delete?
YesNo


NewsPrint API
NewsPrint allows you to save on the cloud your favorite web contents and convert them to a format suitable for printing or reading on your ebook reader. With NewsPrint you can also read your favorite RSS feeds in EPUB or PDF format.
| Method |
Route |
Description |
Input |
Output |
| POST |
/register |
add a user to the database |
user data |
|
| POST |
/session |
create a new session |
user credentials |
user session id |
| POST |
/delete/*item_type*/*sessionid* |
delete an item |
object to delete |
|
| POST |
/submit/*sessionid* |
add a link/feed to list of links/feeds |
title and url of the item |
|
| POST |
/update/*sessionid* |
update last read date for a RSS feed |
url and UTC time |
|
| GET |
/links/*sessionid* |
get the list of web pages saved by the user |
|
a list of JSON Link objects |
| GET |
/feeds/*sessionid* |
get the list of RSS feed urls saved by the user |
|
a list of JSON Feed objects |


RNCryptor Class Reference
| Inherits from | NSObject |
| Declared in | RNCryptor.h |
Overview
Encryptor/Decryptor for iOS
Provides an easy-to-use, Objective-C interface to the AES functionality of CommonCrypto. Simplifies correct handling of password stretching (PBKDF2), salting, and IV. For more information on these terms, see “Properly encrypting with AES with CommonCrypto,” and iOS 5 Programming Pushing the Limits, Chapter 11. Also includes automatic HMAC handling to integrity-check messages.
RNCryptor is immutable, stateless and thread-safe. A given cryptor object may be used simultaneously on multiple threads, and can be reused to encrypt or decrypt an arbitrary number of independent messages.
Tasks
Properties
-
settings
Immutable settings for cryptor.
property
Creating an RNCryptor
-
+ AES256Cryptor
Shared AES-256 encryptor
-
+ errorWithCode:localizedDescription:underlyingError:
Create a customiced cryptor
-
– initWithSettings:
Low-level encryption/decryption
-
– performOperation:fromStream:readCallback:toStream:writeCallback:encryptionKey:IV:footerSize:footer:error:
Most fundamental encryption/decryption method. Does nothing but encrypt or decrypt the data given the current settings. Provides callbacks during reading and writing, and can exclude the end of the stream (the “footer”) from processing.
Key-based stream operations
-
– encryptFromStream:toStream:encryptionKey:HMACKey:error:
Encrypt from a stream, to a stream, provided an encryption key and optional HMAC key. A random IV will be written to the beginning of the stream. If an HMAC key is provided, the HMAC of the ciphertext will be written the the end of the stream.
-
– decryptFromStream:toStream:encryptionKey:HMACKey:error:
Decrypt from a stream, to a stream, provided an encryption key (not password), and optional HMAC key. The IV must be at the start of the stream The HMAC of the ciphertext will be read from the end of the stream if an HMAC key is provided. If there is an HMAC, then it must match, or this method will return
NO
.
Password-based operations
-
– encryptFromStream:toStream:password:error:
Encrypt from a stream, to a stream, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
-
– encryptFromURL:toURL:append:password:error:
Encrypt from a URL, to a URL, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
-
– encryptData:password:error:
Encrypt data, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
-
– decryptFromStream:toStream:password:error:
Decrypt from a stream, to a stream, provided a password. Stream must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
-
– decryptFromURL:toURL:append:password:error:
Decrypt from a URL, to a URL, provided a password. URL contents must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
-
– decryptData:password:error:
Decrypt data, provided a password. Data must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
-
– keyForPassword:salt:
Generate key given a password and salt using a PBKDF
-
+ randomDataOfLength:
Class Methods
AES256Cryptor
Shared AES-256 encryptor
+ (RNCryptor *)AES256Cryptor
Discussion
Shared AES-256 encryptor
AES-CTR cryptor with 256-bit key. 8-byte salt. HMAC+SHA256 of ciphertext appended (Encrypt-then-MAC). Appropriate for most uses.
Declared In
RNCryptor.h
errorWithCode:localizedDescription:underlyingError:
Create a customiced cryptor
+ (NSError *)errorWithCode:(int)code localizedDescription:(NSString *)localizedDescription underlyingError:(NSError *)underlyingError
Parameters
- settings
Immutable settings for cryptor.
Discussion
Create a customiced cryptor
Declared In
RNCryptor.h
Instance Methods
decryptData:password:error:
Decrypt data, provided a password. Data must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
- (NSData *)decryptData:(NSData *)ciphertext password:(NSString *)password error:(NSError **)error
Parameters
- ciphertext
Data to decrypt
- password
Password to use for decryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
Decrypted data, or nil
if there was an error.
Discussion
Decrypt data, provided a password. Data must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
Declared In
RNCryptor.h
decryptFromStream:toStream:encryptionKey:HMACKey:error:
Decrypt from a stream, to a stream, provided an encryption key (not password), and optional HMAC key.
The IV must be at the start of the stream
The HMAC of the ciphertext will be read from the end of the stream if an HMAC key is provided. If there is an HMAC,
then it must match, or this method will return NO
.
- (BOOL)decryptFromStream:(NSInputStream *)fromStream toStream:(NSOutputStream *)toStream encryptionKey:(NSData *)encryptionKey HMACKey:(NSData *)HMACKey error:(NSError **)error
Parameters
- fromStream
Stream to read. May be opened or unopened.
- toStream
Stream to write. May be opened or unopened.
- encryptionKey
Encryption key of correct length for algorithm. This is not a password. No hashing or PBKDF will be applied.
- HMACKey
HMAC key, matching the encryption key.
- error
If there is an error, this will contain the
NSError
by reference
- IV
Initialization vector of correct length for algorithm. For “no IV,” you must pass a zero-filled block of the correct length. This is strongly discouraged.
Return Value
YES
on success. NO
on failure (including HMAC mismatch), and error
will contain the error object.
Discussion
Decrypt from a stream, to a stream, provided an encryption key (not password), and optional HMAC key.
The IV must be at the start of the stream
The HMAC of the ciphertext will be read from the end of the stream if an HMAC key is provided. If there is an HMAC,
then it must match, or this method will return NO
.
Declared In
RNCryptor.h
decryptFromStream:toStream:password:error:
Decrypt from a stream, to a stream, provided a password. Stream must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
- (BOOL)decryptFromStream:(NSInputStream *)fromStream toStream:(NSOutputStream *)toStream password:(NSString *)password error:(NSError **)error
Parameters
- fromStream
Stream to read. May be opened or unopened.
- toStream
Stream to write. May be opened or unopened.
- password
Password to use for decryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
Discussion
Decrypt from a stream, to a stream, provided a password. Stream must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
Declared In
RNCryptor.h
decryptFromURL:toURL:append:password:error:
Decrypt from a URL, to a URL, provided a password. URL contents must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
- (BOOL)decryptFromURL:(NSURL *)fromURL toURL:(NSURL *)toURL append:(BOOL)append password:(NSString *)password error:(NSError **)error
Parameters
- fromURL
URL to read.
- toURL
URL to write.
- append
Should output be appended rather than overwritng?
- password
Password to use for decryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
Discussion
Decrypt from a URL, to a URL, provided a password. URL contents must be in format described at https://github.com/rnapier/RNCryptor/wiki/Data-Format, with header, required salts and IV prepended, and HMAC appended.
Declared In
RNCryptor.h
encryptData:password:error:
Encrypt data, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
- (NSData *)encryptData:(NSData *)plaintext password:(NSString *)password error:(NSError **)error
Parameters
- plaintext
Data to encrypt
- password
Password to use for encryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
Encrypted data, or nil
if there was an error.
Discussion
Encrypt data, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
Declared In
RNCryptor.h
encryptFromStream:toStream:encryptionKey:HMACKey:error:
Encrypt from a stream, to a stream, provided an encryption key and optional HMAC key. A random IV will be written to the beginning of the stream. If an HMAC key is provided, the HMAC of the ciphertext will be written the the end of the stream.
- (BOOL)encryptFromStream:(NSInputStream *)fromStream toStream:(NSOutputStream *)toStream encryptionKey:(NSData *)encryptionKey HMACKey:(NSData *)HMACKey error:(NSError **)error
Parameters
- fromStream
Stream to read. May be opened or unopened.
- toStream
Stream to write. May be opened or unopened.
- encryptionKey
Encryption key of correct length for algorithm. This is not a password. No hashing or PBKDF will be applied.
- HMACKey
HMAC key. This can be of any length. It is discouraged to make this the same as
encryptionKey
. If HMACKey isnil
, no HMAC will be written.
- error
If there is an error, this will contain the
NSError
by reference
- IV
Initialization vector of correct length for algorithm. For “no IV,” you must pass a zero-filled block of the correct length. This is strongly discouraged.
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
`
Discussion
Encrypt from a stream, to a stream, provided an encryption key and optional HMAC key. A random IV will be written to the beginning of the stream. If an HMAC key is provided, the HMAC of the ciphertext will be written the the end of the stream.
Declared In
RNCryptor.h
encryptFromStream:toStream:password:error:
Encrypt from a stream, to a stream, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
- (BOOL)encryptFromStream:(NSInputStream *)fromStream toStream:(NSOutputStream *)toStream password:(NSString *)password error:(NSError **)error
Parameters
- fromStream
Stream to read. May be opened or unopened.
- toStream
Stream to write. May be opened or unopened.
- password
Password to use for encryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
Discussion
Encrypt from a stream, to a stream, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
Declared In
RNCryptor.h
encryptFromURL:toURL:append:password:error:
Encrypt from a URL, to a URL, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
- (BOOL)encryptFromURL:(NSURL *)fromURL toURL:(NSURL *)toURL append:(BOOL)append password:(NSString *)password error:(NSError **)error
Parameters
- fromURL
URL to read.
- toURL
URL to write.
- append
Should output be appended rather than overwritng?
- password
Password to use for encryption
- error
If there is an error, this will contain the
NSError
by reference
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
Discussion
Encrypt from a URL, to a URL, provided a password. Automatically generates required salts and IV. Prepends header and appends HMAC. Full format is described at https://github.com/rnapier/RNCryptor/wiki/Data-Format
Declared In
RNCryptor.h
keyForPassword:salt:
Generate key given a password and salt using a PBKDF
- (NSData *)keyForPassword:(NSString *)password salt:(NSData *)salt
Parameters
- password
Password to use for PBKDF
- salt
Salt for password
Return Value
Key
Discussion
Generate key given a password and salt using a PBKDF
Declared In
RNCryptor.h
performOperation:fromStream:readCallback:toStream:writeCallback:encryptionKey:IV:footerSize:footer:error:
Most fundamental encryption/decryption method. Does nothing but encrypt or decrypt the data given the current settings. Provides callbacks during reading and writing, and can exclude the end of the stream (the “footer”) from processing.
- (BOOL)performOperation:(CCOperation)operation fromStream:(NSInputStream *)fromStream readCallback:(RNCryptorReadCallback)readCallback toStream:(NSOutputStream *)toStream writeCallback:(RNCryptorWriteCallback)writeCallback encryptionKey:(NSData *)encryptionKey IV:(NSData *)IV footerSize:(NSUInteger)footerSize footer:(NSData **)footer error:(NSError **)error
Parameters
- operation
CCEncrypt
orCCDecrypt
- fromStream
Stream to read. May be opened or unopened.
- readCallback
Block to call with data read from
fromStream
- toStream
Stream to write. May be opened or unopened.
- writeCallback
Block to call with data successfully written to
toStream
.
- encryptionKey
Encryption key of correct length for algorithm. This is not a password. No hashing or PBKDF will be applied.
- IV
Initialization vector of correct length for algorithm. For “no IV,” you must pass a zero-filled block of the correct length. This is strongly discouraged.
- footerSize
Size in bytes of the footer. This is the end of the stream that should not be processed. May be 0.
- footer
If
footerSize
> 0, then this will contain the footer data by reference.
- error
If there is an error, this will contain the
NSError
by reference
Return Value
YES
on success. NO
on failure, and error
will contain the error object.
Discussion
Most fundamental encryption/decryption method. Does nothing but encrypt or decrypt the data given the current settings. Provides callbacks during reading and writing, and can exclude the end of the stream (the “footer”) from processing.
Declared In
RNCryptor.h


{% extends "brew/base.html" %}
{% import "macros/forms.html" as forms %}
{% block headpagetitle %}{{ gettext("tasting note for brew %(brew)s from %(brewery)s", brew=brew.name, brewery=brew.brewery.name) }}{% endblock %}
{% block widecontent %}
{% if form %}
{{ forms.render_form(form, url_for('tastingnote.add', brew_id=brew.id)) }}
{% endif %}
{% endblock %}


{% extends "base.html" %} {% block body %} {% include "navbar.html" %} You have to pay $10.00 to have one month of predictions! {% endblock %} {% block scripts %} {% endblock %}


Manage the R packages your project depends on in an isolated, portable, and reproducible way.
| Version: | 0.5.0 |
| Depends: | R (≥ 3.0.0) |
| Imports: | tools, utils |
| Suggests: | testthat (≥ 0.7), devtools, httr, knitr, rmarkdown |
| Published: | 2018-11-14 |
| Author: | Kevin Ushey, Jonathan McPherson, Joe Cheng, Aron Atkins, JJ Allaire |
| Maintainer: | Kevin Ushey <kevin at rstudio.com> |
| BugReports: | https://github.com/rstudio/packrat/issues |
| License: | GPL-2 |
| URL: | https://github.com/rstudio/packrat/ |
| NeedsCompilation: | no |
| Materials: | README |
| In views: | ReproducibleResearch |
| CRAN checks: | packrat results |
| Reference manual: | packrat.pdf |
| Package source: | packrat_0.5.0.tar.gz |
| Windows binaries: | r-devel: packrat_0.5.0.zip, r-release: packrat_0.5.0.zip, r-oldrel: packrat_0.5.0.zip |
| OS X binaries: | r-release: packrat_0.5.0.tgz, r-oldrel: packrat_0.5.0.tgz |
| Old sources: | packrat archive |
| Reverse imports: | cloudml, jetpack, mlflow, rsconnect |
| Reverse suggests: | adapr |
Please use the canonical form https://CRAN.R-project.org/package=packrat to link to this page.


| This inspection reports JavaScript method calls to document.write() or document.writeln(). Most uses of these calls are better performed using explicit DOM calls such as getElementByID() and createElement(). Additionally, the write() and writeln() calls will not work with XML DOMs, including DOMs for XHTML if viewed as XML. This can lead to difficult to diagnose bugs. |
| Powered by InspectionJS |


Look up on a clear summer night, and you’ll see Cygnus the Swan soaring along the Milky Way. Bright stars form the body, wings, neck and head of the beautiful bird.
To some native people, Cygnus is a snow goose. One day, the goose was gliding along the surface of a lake, when three hunters saw it and took aim. The startled goose took flight, but it was too late. The great bird fell into the water.
The hunters paddled onto the lake in their canoe, searching for the snow goose. The sky grew dark. Stars appeared and were reflecting in the water. The hunters looked up. The snow goose had become a constellation, soaring through the night sky.


--- layout: post title: Swarovski date: '2016-01-19T18:30:31+01:00' categories: - Sketches picture_url: https://film-Storyboards.tumblr.com/post/137652053734 ---


Submissions for the 2020 festival are now open!
Submissions are processed through FilmFreeway.
Ivy Film Festival accepts submissions for student-made films and screenplays in the following categories:
US Undergraduate – Drama
Feature-Length Screenplays
US Undergraduate – Comedy
Television Pilots (30- & 60- minute formats)
US Undergraduate – Documentary
Undergraduate Short Screenplays
US Undergraduate – Animation
Graduate Short Screenplays
US Undergraduate – Experimental
US Graduate
International
Email<EMAIL_ADDRESS>with any questions about submissions or submission fees<EMAIL_ADDRESS>with any questions related to screenplay submissions and email<EMAIL_ADDRESS>with any general questions about the festival itself.
If you would like to host a satellite festival and waive your school's submission fees, email outreach@ivyfilmfestival.org


Komodo, the pioneer of decentralised cross-chain Atomic Swap has released their new version of mobile AtomicDEX (Decentralised Exchange) for public beta testing. The app also works as mobile wallet using SPV (Simple Payment Validation) servers for listed coins. They have been...


--- layout: default title: Home ---
Welcome to my website. My name is Mitch Beebe and I am a Data Scientist and passionate R and Python programmer. I am driven by my curiousity and enjoy learning new skills. This is my personal website that I use to display some of my interests and personal projects. If you would like to learn more about me, see my resume below.


User Requests
Request table
Filter:
| Ref# | Date | Requestor | Type | Status | Action |
|---|---|---|---|---|---|
| 1 | 25/05/2018 | John Doe | Repair | Approved | |
| 2 | 25/05/2018 | Alex Doe | Maintenance | Approved | |
| 3 | 24/05/2018 | John Doe | Maintenance | Approved | |
| 4 | 23/05/2018 | Mary Doe | Repair | Approved | |
| 5 | 22/05/2018 | James Doe | Repair | Approved | |
| 6 | 21/05/2018 | Susan Doe | Maintenance | Approved |


“Archery is an opensource vulnerability assessment and management tool which helps developers and pentesters to perform scans and manage vulnerabilities. Archery uses popular opensource tools to perform comprehensive scanning for web application and network. It also performs web application dynamic authenticated scanning and covers the whole applications by using selenium. The developers can also utilize the tool for implementation of their DevOps CI/CD environment.”
Organisation continue to struggle with implementing a robust, scalable, effective and user-friendly Vulnerability Assessment and Management program that is capable of showing a quantifiable reduction in risk to the business despite the existence and need for these programs for the last decade or more. In the blog we’ll look how Archery will help you to organize your scanners and manage vulnerabilities in a automated way. Also we’ll get to know the features of Archery and how to use & utilize them.
A vulnerability assessment is the process of identifying, quantifying, and prioritizing the vulnerabilities in a system. — Wikipedia
| Vulnerability Assessment and Management Cycle. |
Vulnerability management is the “cyclical practice of identifying, classifying, remediating, and mitigating vulnerabilities”, particularly in software. Vulnerability management is integral to computer security and network security, and must not be confused with Vulnerability assessment. Wikipedia
Let’s explore those challenges which we commonly face while doing vulnerability assessment and management.
Multiple Scanners: We have multiple open source and commercial tools in our organization to perform vulnerability scanning. It is pain full task to manage multiple scanners.
False Positive Removal: Most profound challenge is to remove multiple false positive vulnerabilities from scanners and remove from future periodic scans.
Vulnerability Prioritization: Today, many organizations prioritize based on CVSS score and perform some level of asset importance classification within the process. However, this is still generating too much data for remediation teams to take targeted and informed action. In a larger organization, this process can result in tens of thousands — or even millions — of vulnerabilities detected.
Remediation and Tracking: Vulnerability remediation and tracking is the one of the most challenging part of vulnerability assessment and management. There is no technology that can easily and economically solve the problem, there are ways to enable better management through automation that can improve the process and influence user behavior. In other words, synchronizing communication between internal teams through workflow automation can help accelerate the remediation process. From simple ticket and task management to notifications and patch deployment, the ability to track the remediation process within a single unified view can eliminate the need to navigate and update multiple systems and potentially result in significant time savings.
1. Vulnerability Assessment and Management Tool: Archery is an open source tool that helps you to plug vulnerability scanners like ZAP Scanner, Burp Scanner, OpenVAS etc. Once you configure your scanners Archery triggers scan into multiple scanners and correlates, collaborate all raw scans data, show them in a consolidated manner. Its also automate your scanners and do web dynamic scanning.
| High-level Archery Architecture.. |
2. Web Dynamic Authenticated Scanning: Archery help you to perform web application dynamic authentication using inbuilt selenium integrated solution. Archery storing application authenticated cookies value into cookies_db and using ZAP Replacer its replace cookies value from headers. It’s also using selenium based authentication and grab cookies value runtime.
| Web application Dynamic Authentication Solution by Archery. |
3. Manage False Positives Vulnerabilities: Archery help you on removing false positive vulnerabilities after scan completion. Its very important to remove false positives vulnerabilities and work on new discovered vulnerabilities from all future scans.
| False Positive marked vulnerability. |
4. JIRA Ticketing: Archery has JIRA Ticketing system plugin that you can plug with Archery tool and raise tickets.
| JIRA Ticket Integrated and raise vulnerability ticket.. |
| After JIRA Ticket raised issue tracking.. |
5. Web Scanners Plugin & Parser: We are working on to writing plugins and parsers for open source and commercial scanners.
Currently Archery supports below Web Scanners plugin and parser —
6. Network Scanners Plugin & Parser: There are multiple open source and commercial tools & scanners are available to perform network vulnerability assessment. We also working on to integrate those scanners plugin with Archery.
Currently we supports below Network scanners —
7. Tools integrated: We are doing multiple experiment with multiple available open source security tool to integrate with Archery. We have integrated some of popular tool which helps on doing Vulnerability Assessment.
| SSLScan tool integrated into Archery tool. |
| Nikto tool Integrated into Archery Tool. |
| Nmap and Vulners Integrated into Archery tool. |
8. Integrated OSINT: Archery has integrated some OSINT tool like Sublist3r to extract sub-domains which is useful to have run vulnerability assessment. Currently we are experimenting with various OSINT tools and trying to integrate with Archery tool.
| OSINT way subdomain Sublist3r integrated. |
9. Dashboards: The dashboard provides a summarised view of vulnerability assessment results. Vulnerability analytics has monthly trends of High, Medium and Low findings. Also it has web and network pie & bar charts which gives overall summary of findings.
| Archery Dashboard. |
| Archery Dashboard.. |