Flowcode Help - User contributions [en]

File:WLAN settings.png

2014-09-03T14:18:39Z

LeighM:

File:WLAN login.png

2014-09-03T14:14:18Z

LeighM:

File:Apps WLAN Ex3.fcfx

2014-09-03T14:02:50Z

LeighM:

File:Apps WLAN Ex2.fcfx

2014-09-03T14:02:38Z

LeighM:

File:Apps WLAN Ex1.fcfx

2014-09-03T14:02:23Z

LeighM:

File:PC App.png

2014-09-03T13:03:08Z

LeighM:

File:Apps USB Ex3 Driver.zip

2014-09-03T12:59:58Z

LeighM:

File:Apps USB Ex3 VB2008 Source Code.zip

2014-09-03T12:59:19Z

LeighM:

File:Apps USB Ex3 Basic Slave.fcfx

2014-09-03T12:58:55Z

LeighM:

File:Apps USB Ex2 Terminal Driver.inf

2014-09-03T12:46:21Z

LeighM:

File:Apps USB Ex2 Terminal.fcfx

2014-09-03T12:45:03Z

LeighM:

File:Apps USB Ex1 DataLogger.fcfx

2014-09-03T11:25:17Z

LeighM:

File:Target ECIO.png

2014-09-03T11:00:04Z

LeighM:

File:Apps Zigbee Ex3 Sleep N3.fcfx

2014-09-03T08:51:15Z

LeighM:

File:Apps Zigbee Ex3 Sleep N2.fcfx

2014-09-03T08:51:02Z

LeighM:

File:Apps Zigbee Ex3 Sleep N1.fcfx

2014-09-03T08:50:48Z

LeighM:

File:Apps Zigbee Ex2 Three Node N3.fcfx

2014-09-03T08:34:22Z

LeighM:

File:Apps Zigbee Ex2 Three Node N2.fcfx

2014-09-03T08:34:09Z

LeighM:

File:Apps Zigbee Ex2 Three Node N1.fcfx

2014-09-03T08:33:56Z

LeighM:

File:Apps Zigbee Ex1 Two Node N1.fcfx

2014-09-02T15:17:22Z

LeighM:

File:Apps Internet Ex3 TCPIP.fcfx

2014-09-02T09:57:44Z

LeighM:

File:Apps Internet Ex2 Ping.fcfx

2014-09-02T09:57:30Z

LeighM:

File:SwitchMonitor.png

2014-09-02T09:00:08Z

LeighM:

File:Server Socket Port.png

2014-09-02T08:31:02Z

LeighM:

File:TCPIP Settings.png

2014-09-02T08:18:42Z

LeighM:

File:Apps GSM Ex3 Voice Call.fcfx

2014-09-01T14:38:59Z

LeighM:

File:Apps GSM Ex2 Keypad Entry.fcfx

2014-09-01T14:38:42Z

LeighM:

File:Apps GSM Ex1 Send Text.fcfx

2014-09-01T13:53:46Z

LeighM:

File:Apps GPS Ex2 Position.fcfx

2014-09-01T12:16:38Z

LeighM:

File:Apps GPS Ex1 TimeDate.fcfx

2014-09-01T12:16:15Z

LeighM:

File:Apps CAN Ex2 Acknowledge N2.fcfx

2014-09-01T10:41:17Z

LeighM:

File:Apps CAN Ex2 Acknowledge N1.fcfx

2014-09-01T10:40:57Z

LeighM:

File:Apps CAN Ex1 Simple Message N2.fcfx

2014-09-01T10:13:29Z

LeighM:

File:Apps CAN Ex1 Simple Message N1.fcfx

2014-09-01T10:13:06Z

LeighM:

File:Apps Bluetooth Ex3 Serial Data.fcfx

2014-09-01T08:51:14Z

LeighM:

File:Apps Bluetooth Ex2 Serial Display.fcfx

2014-08-29T15:15:02Z

LeighM:

File:Apps Bluetooth Ex1 Serial Setup.fcfx

2014-08-29T11:14:02Z

LeighM:

File:Apps RFID Ex3 Card Auto.fcfx

2014-08-29T09:48:49Z

LeighM:

File:Apps RFID Ex2 Card Data.fcfx

2014-08-29T09:24:26Z

LeighM:

File:Apps RFID Ex1 Card Status.fcfx

2014-08-29T08:56:27Z

LeighM:

Main Page

2014-08-28T12:41:04Z

LeighM:

{| cellpadding="4" style="border: 1px solid darkgray; float:right; width:300px"
|+ '''Flowcode 6'''
|-
| colspan="2"|[[File:FC6_Icon.png|center]]
|-
| colspan="2"|[[File:FC6_Box_Cover.jpg|center]]
|-
|width="40%"|'''Developer'''
|[http://matrixtsl.com Matrix TSL]
|-
|'''Initial release'''
|3rd September 2013
|-
|'''Development status'''
|Active
|-
|'''Written in'''
|C++
|-
|'''Operating system'''
|[http://en.wikipedia.org/wiki/Windows_XP Windows XP]

[http://en.wikipedia.org/wiki/Windows_Vista Windows Vista]

[http://en.wikipedia.org/wiki/Windows_7 Windows 7]

[http://en.wikipedia.org/wiki/Windows_8 Windows 8]
|-
|'''Platform'''
| [http://en.wikipedia.org/wiki/IA-32 IA-32] and [http://en.wikipedia.org/wiki/X86-64 x86-64]
|-
|'''Available in'''
|Over 20 languages
|-
|'''Type'''
|Advanced graphical programming software
|-
|'''License'''
|[http://en.wikipedia.org/wiki/Proprietary_software Proprietary]
|-
|'''Website'''
|[http://www.matrixtsl.com www.matrixtsl.com]
|-
|'''Blog site'''
|[http://www.matrixtsl.com/blog www.matrixtsl.com/blog]
|}
__NOTOC__
==[[Flowcode Help Overview|Flowcode Help]]==
Detailed glossary style overview of the aspects of the Flowcode 6 environment broken down into relevant sections to aid in finding the knowledge you require to use Flowcode effectively.

==[[Usage_Cases|Typical Usage Scenarios]]==
Information on some of the more common uses for Flowcode v6 and how to go about getting up and running.

==[[Concepts]]==
Complex methods, techniques and functionality used in Flowcode explained in a robust and practical manner, with reference to conventions used outside of Flowcode as well as information linking to functionality directly integrated within Flowcode.

==[[Learning_To_Program|Learning To Program]]==
A free introductory course on Microcontrollers using Flowcode plus an additional list of exercises to further improve your skills in the Flowcode 6 environment. Advanced users can start at the exercises to familiarize themselves with the new interface, features and functionality.

==[[Components|Component Help]]==
List of components which provide detailed information about individual components as well as examples of them in use. The information provided includes component and simulation macro references as well as property references and component functionality.

==[[Applications|Applications and Bundle Help]]==
A list of technology applications and demonstrations using Flowcode V6 and E-blocks.
They are suitable for engineers who need to rapidly develop electronic systems and demonstrate how applications can be quickly implemented using Flowcode components.
The technology samples include CAN, GSM, RFID, Bluetooth, GPS and Internet protocols.
These examples are teaching aids in themselves and ideal for getting started with the Matrix TSL E-blocks Bundles, which are E-blocks based packs designed with 'technology transfer' in mind.

==[[Simulation_Functionality|Simulation Functionality]]==
Structured overview of the library of Simulation Event macros and Simulation Functions. The information provided includes simulation macro references as well as event triggers and functionality.

CAL - SPI

2013-07-26T14:14:20Z

LeighM: Created page with "The SPI CAL component provides SPI (Serial Peripheral Interface) functionality by either interfacing with a microcontroller based hardware device or by using the I/O pins of t..."

The SPI CAL component provides SPI (Serial Peripheral Interface) functionality by either interfacing with a microcontroller based hardware device or by using the I/O pins of the microcontroller driven in software mode.

SPI is a synchronous serial data communication bus that operates in Full-Duplex mode and is particularly directed towards interfacing a micro-controller to other hardware peripherals that require larger volumes of data transfer both in and out of the device.

CAL - I2C

2013-07-26T14:13:54Z

LeighM: Created page with "The I2C CAL component provides I2C (Inter-Integrated Circuit Bus) functionality by either interfacing with a microcontroller peripheral feature or by using the I/O pins of the..."

The I2C CAL component provides I2C (Inter-Integrated Circuit Bus) functionality by either interfacing with a microcontroller peripheral feature or by using the I/O pins of the microcontroller driven in software mode.

I2C is a two-wire, clock and data based, serial data communication bus that is particularly directed towards interfacing a micro-controller to other hardware peripherals such as non-volatile memory, Real Time Clock and other sensory devices such as Accelerometers, Magnetometers and Temperature sensors.