TPLINK: How to configure alarm sending through FTP Client on TP-LINK IP cameras?

When the TP-LINK IP cameras detect a motion, they can send alarms to a specific email address or a FTP server to notify the owner. This article is about how to configure the camera to send an alarm to a FTP server automatically. Here we take TL-SC3130 for example

Step 1 Open your Internet browser and type in the IP address of the IP camera in the address bar. If you’ve no idea about the camera’s IP address, please click here.

Step 2 In the pop-up window, please type in the username and password of your IP camera. The default username and password are both admin

Step 3 After log in ,on the left hand side, click on Settings->Advance->FTP Client->General, check FTP Client On, and then make a name for the FTP client, for example, tp-link, and then type in the correct FTP server information. Click on OK to save the settings.

Step 4 Click on Test button to check whether it is working or not. If it works, you will have the picture below.

Step 5 Click on Alarm SendingOn the left hand side, and check Alarm Sending On, make a folder name in the Remote path bar ,this folder is for saving the image files. Make a name for the image file. Motion detection box should be checked.

Step 6 click on the Motion Detection button, you can configure 3 motion detection areas. And the threshold and sensitivity can be set separately based on your application. Click on OK to save your settings.

Now we have done all the configurations and camera will send pictures to the FTP server when some motions are detected

We could see the pictures on the FTP server when we flip the calendar

If you still have some problems, please feel free to contact TP-LINK support.

Original lynk:
http://www.tp-link.com.au/article/?faqid=366

TPLINK: How to remote view IP camera via web browser

In this FAQ, we are showing you how to view the camera using a web browser such as IE, Firefox, Chrome or Safari. Here we just take IE as an example.

The steps below are based on the assumption that you have already connected your IP camera to a router or modem router on which you already has internet access.

Step 1

Login the web interface of the camera by typing the IP address of camera in the address bar of your web browser. If you don’t know the IP of it, please click here.

Step 2

Go to SETTING->BASIC->Network->Information to find the HTTP port number used by the camera. The default is 80. Usually there is no need to change the port number. However some ISP blocks port 80, so you may need to change the port to accommodate it. Here we change it to 3333 for example.

Step 3

After you change the port, please go to SETTING->BASIC->System->Initialize. You need to reboot the camera in order to make the port change take into effect.

Step 4

After rebooting we can access the camera using http://192.168.1.101:3333 on local PC.

Then we need to do port forwarding settings on your router. The configuration depends on the router you are using, please consult your router’s technical support accordingly. Here we just take a TP-LINK TL-WR941ND for example.

Step 1

Login the router. Go to Forwarding->Virtual Servers and click Add New to add new virtual server entry.

Step 2

Type the IP and port used by the camera in the corresponding field. For the Protocol, we recommend you select ALL. Click Save to add this new entry.

Step 3

Now port 3333 is opened for the camera on the router.

Step 4

Go to Status page to check the WAN IP address of the router.

Step 5

Then on a remote PC, you can open your web browser. In the address bar, simply type in http://183.38.7.205:3333 and press enter, then you can access the web interface of the camera.

Original Lynk
http://www.tp-link.com/en/article/?articleid=304

How to unzip a zip file from the Terminal?

http://askubuntu.com/questions/86849/how-to-unzip-a-zip-file-from-the-terminal

Crie versões portáteis de aplicações com o Evalaze

Fica aqui um artigo da pplware que nos traz a maravilha do mundo das versões Portable :)


http://pplware.sapo.pt/windows/software/dica-crie-versoes-portateis-de-aplicacoes-com-o-evalaze/

DICA: Crie versões portáteis de aplicações com o Evalaze

Criado por Mário Sousa em 6 de Janeiro de 2015 | Categoria: Backup, Portabilidade, Software | 6 comentários

Hoje em dia as aplicações portáteis para Windows são mais do que convenientes especialmente tendo em conta que cada vez mais os utilizadores usam de forma regular mais do que um computador. A facilidade de ter uma aplicação portátil passa pelo simples copiar de programas para uma pen USB e fazê-los correr em qualquer lugar, sem necessidade de instalação e sem vestígios deixados para trás depois de desinstalada.
Com o Evalaze vai ser possível a qualquer utilizador criar o seu próprio software portátil com bastante facilidade, vamos conhecer?

Happy New Year 2015

Happy New Year 2015

Filters in wireshark

DisplayFilters

Wireshark uses display filters for general packet filtering while viewing and for its ColoringRules.

The basics and the syntax of the display filters are described in the User's Guide.

The master list of display filter protocol fields can be found in the display filter reference.

If you need a display filter for a specific protocol, have a look for it at the ProtocolReference.

Examples

Show only SMTP (port 25) and ICMP traffic:

•  tcp.port eq 25 or icmp

Show only traffic in the LAN (192.168.x.x), between workstations and servers -- no Internet:

• ip.src==192.168.0.0/16 and ip.dst==192.168.0.0/16

TCP buffer full -- Source is instructing Destination to stop sending data

•  tcp.window_size == 0 && tcp.flags.reset != 1

Filter on Windows -- Filter out noise, while watching Windows Client - DC exchanges

•  smb || nbns || dcerpc || nbss || dns

Sasser worm: --What sasser really did--

•   ls_ads.opnum==0x09

Match packets containing the (arbitrary) 3-byte sequence 0x81, 0x60, 0x03 at the beginning of the UDP payload, skipping the 8-byte UDP header. Note that the values for the byte sequence implicitly are in hexadecimal only. (Useful for matching homegrown packet protocols.)

•   udp[8:3]==81:60:03

The "slice" feature is also useful to filter on the vendor identifier part (OUI) of the MAC address, see the Ethernet page for details. Thus you may restrict the display to only packets from a specific device manufacturer. E.g. for DELL machines only:

•   eth.addr[0:3]==00:06:5B

It is also possible to search for characters appearing anywhere in a field or protocol by using the matches operator.

Match packets that contains the 3-byte sequence 0x81, 0x60, 0x03 anywhere in the UDP header or payload:

•   udp contains 81:60:03

Match packets where SIP To-header contains the string "a1762" anywhere in the header:

•   sip.To contains "a1762"

The matches operator makes it possible to search for text in string fields and byte sequences using a regular expression, using Perl regular expression syntax. Note: Wireshark needs to be built with libpcre in order to be able to use the matches operator.

Match HTTP requests where the last characters in the uri are the characters "gl=se":

•   http.request.uri matches "gl=se$"

Note: The $ character is a PCRE punctuation character that matches the end of a string, in this case the end of http.request.uri field.

Filter by a protocol ( e.g. SIP ) and filter out unwanted IPs:

  ip.src != xxx.xxx.xxx.xxx && ip.dst != xxx.xxx.xxx.xxx && sip

[ Feel free to contribute more ]

Gotchas

Some filter fields match against multiple protocol fields. For example, "ip.addr" matches against both the IP source and destination addresses in the IP header. The same is true for "tcp.port", "udp.port", "eth.addr", and others. It's important to note that

•  ip.addr == 10.43.54.65

  is equivalent to

   ip.src == 10.43.54.65 or ip.dst == 10.43.54.65

This can be counterintuitive in some cases. Suppose we want to filter out any traffic to or from 10.43.54.65. We might try the following:

•  ip.addr != 10.43.54.65

  which is equivalent to

   ip.src != 10.43.54.65 or ip.dst != 10.43.54.65

This translates to "pass all traffic except for traffic with a source IPv4 address of 10.43.54.65 and a destination IPv4 address of 10.43.54.65", which isn't what we wanted.

Instead we need to negate the expression, like so:

•  ! ( ip.addr == 10.43.54.65 )

  which is equivalent to

   ! (ip.src == 10.43.54.65 or ip.dst == 10.43.54.65)

This translates to "pass any traffic except with a source IPv4 address of 10.43.54.65 or a destination IPv4 address of 10.43.54.65", which is what we wanted.

http://wiki.wireshark.org/DisplayFilters

 

Forfiles

How to use Forfiles command in DOS:

http://technet.microsoft.com/en-us/library/cc753551.aspx

DOS - String Manipulation

Basic string manipulation in batch like you are used to from other programming languages.

http://www.dostips.com/DtTipsStringManipulation.php

Ericsson buys Fabrix Systems for $95M to help put TV on any screen

Who will guess ????????

The line between TV and mobile services is blurring, and in many cases that blur in between them is a cloud.
That’s the logic behind Ericsson’s planned US$95 billion acquisition of Fabrix Systems, which sells a cloud-based platform for delivering DVR (digital video recorder), video on demand and other services.

http://www.techhive.com/article/2682932/ericsson-buys-fabrix-systems-for-95m-to-help-put-tv-on-any-screen.html

TV Business has change again

After more than 14 years (in Last winter) Microsoft is out:

Ericsson closes acquisition of Microsoft Mediaroom

2013-09-05

Categories: Press Releases

Download:

• Mediaroom is the world's most deployed IPTV platform, serving almost 13 million consumer households
• Acquisition confirms Ericsson as a world leader for cutting edge TV-over-IP delivery with a combined market share of around 25%
• Deal represents a strategic addition to Ericsson's multi-screen offering

Ericsson (NASDAQ:ERIC) has today completed the acquisition of Microsoft's Mediaroom business and TV solution. Together with Ericsson's existing capability, the acquisition places the firm as the world's largest, by market share, and the most experienced provider of IPTV middleware technology and solutions.

As the most deployed IPTV platform, with a global market share of around 25%, Mediaroom-powered TV services are offered by nearly 60 of the world's leading operators, delivering services to almost 13 million households, and close to 24 million set top boxes, throughout the world.

http://www.ericsson.com/news/1727445

O que é o accrual - termo contabilistico?

Regime de competência (do inglês accrual-basis) é o que apropria (ou seja, considera ocorrido o fato gerador) receitas e despesas ao período de sua realização, independentemente do efetivo recebimento das receitas ou do pagamento das despesas. Sua principal vantagem é a possibilidade de previsão, ou seja, o futuro também passa a fazer parte da contabilidade da entidade.
Como exemplo podemos citar uma compra de mercadorias a prazo:
Se a compra ocorreu no mês de janeiro com pagamento em fevereiro, a despesa deverá constar nos registros de janeiro, embora o pagamento seja feito em fevereiro.
Contabilisticamente, em janeiro, processa-se a despesa e como contra-partida, cria-se uma obrigação em Contas a pagar. Em fevereiro, por ocasião do pagamento, deduz-se o valor pago de Contas a pagar e reduz-se o valor do caixa.
Existem ainda outros dois regimes contabilisticos: o de caixa (do inglês cash-basis) e o misto, sendo este último utilizado na contabilidade pública brasileira. O regime de caixa possui o inconveniente da falta de previsão do futuro e é mais usado com finalidade de gestão.

How NTP works?

Um artigo muito bem explicado..

http://www.ntp.br/NTP/MenuNTPNtp

Find em Linux

Aqui fica o remark:

find ./ -iname "*.xml"