WiFi
First introduced over twenty years ago, WiFi has become the most popular wireless networking technology. Our SITCore line of products includes native support for the Microchip ATWINC1500 series of WiFi modules. These modules are available pre-certified from FCC, CE, and other regulatory agencies. For added security, WiFi module communication is handled through SPI, not through AT commands.
The sample code is meant for the FEZ Portal with it's built in WiFi module. If you want to use a bare ATWINC1500 module instead, you'll need to connect interrupt, reset, and chip select lines in addition to the SPI lines (MOSI, MISO, SCK).
This example uses the FEZ Portal with its built in ATWINC1500 WiFi module.
Tip
Needed Nugets: GHIElectronics.TinyCLR.Core, GHIElectronics.TinyCLR.Devices.Gpio, GHIElectronics.TinyCLR.Devices.Network, GHIElectronics.TinyCLR.Devices.Spi, GHIElectronics.TinyCLR.Devices.Uart, GHIElectronics.TinyCLR.Native, GHIElectronics.TinyCLR.Networking, and GHIElectronics.TinyCLR.Pins.
using GHIElectronics.TinyCLR.Devices.Gpio;
using GHIElectronics.TinyCLR.Devices.Network;
using GHIElectronics.TinyCLR.Devices.Spi;
using GHIElectronics.TinyCLR.Pins;
using System;
using System.Diagnostics;
using System.Net;
using System.Threading;
static void Wifi_Example() {
var enablePin = GpioController.GetDefault().OpenPin(SC20260.GpioPin.PI0);
enablePin.SetDriveMode(GpioPinDriveMode.Output);
enablePin.Write(GpioPinValue.High);
SpiNetworkCommunicationInterfaceSettings netInterfaceSettings =
new SpiNetworkCommunicationInterfaceSettings();
var cs = GpioController.GetDefault().OpenPin(SC20260.GpioPin.PG12);
var settings = new SpiConnectionSettings() {
ChipSelectLine = cs,
ClockFrequency = 4000000,
Mode = SpiMode.Mode0,
ChipSelectType = SpiChipSelectType.Gpio,
ChipSelectHoldTime = TimeSpan.FromTicks(10),
ChipSelectSetupTime = TimeSpan.FromTicks(10)
};
netInterfaceSettings.SpiApiName = SC20260.SpiBus.Spi3;
netInterfaceSettings.GpioApiName = SC20260.GpioPin.Id;
netInterfaceSettings.SpiSettings = settings;
netInterfaceSettings.InterruptPin = GpioController.GetDefault().
OpenPin(SC20260.GpioPin.PG6);
netInterfaceSettings.InterruptEdge = GpioPinEdge.FallingEdge;
netInterfaceSettings.InterruptDriveMode = GpioPinDriveMode.InputPullUp;
netInterfaceSettings.ResetPin = GpioController.GetDefault().OpenPin(SC20260.GpioPin.PI8);
netInterfaceSettings.ResetActiveState = GpioPinValue.Low;
var networkController = NetworkController.FromName
("GHIElectronics.TinyCLR.NativeApis.ATWINC15xx.NetworkController");
WiFiNetworkInterfaceSettings wifiSettings = new WiFiNetworkInterfaceSettings() {
Ssid = "Your SSID",
Password = "Your Password",
};
wifiSettings.Address = new IPAddress(new byte[] { 192, 168, 1, 122 });
wifiSettings.SubnetMask = new IPAddress(new byte[] { 255, 255, 255, 0 });
wifiSettings.GatewayAddress = new IPAddress(new byte[] { 192, 168, 1, 1 });
wifiSettings.DnsAddresses = new IPAddress[] { new IPAddress(new byte[]
{ 75, 75, 75, 75 }), new IPAddress(new byte[] { 75, 75, 75, 76 }) };
wifiSettings.MacAddress = new byte[] { 0x00, 0x4, 0x00, 0x00, 0x00, 0x00 };
wifiSettings.IsDhcpEnabled = true;
wifiSettings.IsDynamicDnsEnabled = true;
wifiSettings.TlsEntropy = new byte[] { 0, 1, 2, 3 };
networkController.SetInterfaceSettings(wifiSettings);
networkController.SetCommunicationInterfaceSettings(netInterfaceSettings);
networkController.SetAsDefaultController();
networkController.NetworkAddressChanged += NetworkController_NetworkAddressChanged;
networkController.NetworkLinkConnectedChanged +=
NetworkController_NetworkLinkConnectedChanged;
networkController.Enable();
// Network is ready to use
Thread.Sleep(Timeout.Infinite);
}
private static void NetworkController_NetworkLinkConnectedChanged
(NetworkController sender, NetworkLinkConnectedChangedEventArgs e) {
// Raise event connect/disconnect
}
private static void NetworkController_NetworkAddressChanged
(NetworkController sender, NetworkAddressChangedEventArgs e) {
var ipProperties = sender.GetIPProperties();
var address = ipProperties.Address.GetAddressBytes();
Debug.WriteLine("IP: " + address[0] + "." + address[1] + "." + address[2] +
"." + address[3]);
}
Important
There is an enable pin which needs to be pulled high on the WiFI 7 click module.
var enablePin = GpioController.GetDefault().OpenPin(SC20260.GpioPin.PI0);
enablePin.SetDriveMode(GpioPinDriveMode.Output);
enablePin.Write(GpioPinValue.High);
WINC1500 Utilities
We provide the static Winc15x0Interface class to access some of the native functions of the WINC1500 WiFi module. Commands for getting the WiFi module's MAC address, getting RSSI (Relative Signal Strength Indicator), scanning for access points, checking the firmware version, and over-the-air (OTA) firmware update are supported.
Unless you provide your own MAC address, the MAC address of the WiFi module will be used by default. More information about MAC addresses can be found here.
//Scan for WiFi access points:
string[] ssidList = Winc15x0Interface.Scan();
//Get Relative Signal Strength Indicator for the connected access point:
int signalStrength = Winc15x0Interface.GetRssi();
//Get the WiFi module's MAC address:
byte[] macAddress = Winc15x0Interface.GetMacAddress();
//Get the version of the installed WiFi firmware:
string fwVersion = Winc15x0Interface.GetFirmwareVersion();
//Print a list of WiFi firmware versions that have been tested with TinyCLR OS.
// Note: Untested WiFi firmware versions may also work.
for (int i = 0; i < Winc15x0Interface.FirmwareSupports.Length; i++) {
System.Diagnostics.Debug.WriteLine("Supported firmware version #" +
(i + 1).ToString() + ": " + Winc15x0Interface.FirmwareSupports[i].ToString());
}
//Download and install firmware from an OTA download (web) server:
// Must upload firmware file to root folder in server
// (e.g. http://<IP_ADDRESS>/m2m_ota_3a0.bin).
bool success = Winc15x0Interface.FirmwareUpdate(string url, int timeout);
Multicast IP
For WINC1500 WiFi module, to set multicast IP address, this IP need to be converted to multicast MAC address and used as Wifi MAC Addresses.


This is a once-in-a-lifetime opportunity. We’ve created a program that gives our students incredible access, exposure and opportunity. We ask that our students take advantage of every opportunity to learn, grow and stay uncomfortable.
INVEST IN YOURSELF
VALUE YOUR TEAM
Together we’re much better. We believe in creating relationships that will last long after our students graduate our program. Our expectation is that our students embrace diversity of thought and experience, learn with and from each other, and consistently strive to support and help one another.
 We believe that every interaction we experience is an opportunity to make the world around us better. Our students and graduates should always look the part, act the part, and treat their physical environment as a reflection of their legacy.
WIN THE RIGHT WAY
There’s the old adage “Ethics is knowing the difference between what you have a right to do and what is right to do.” One of the key elements of living a choice-filled life is understanding the virtue and value of making the right choices. We don’t believe in cutting corners. We don’t like drama. We want our students to make ethical decisions that benefit the greater good.


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{% load static %} {% load humanize %}
Query #{{ forloop.counter }}: {{ query.name }}
{% if query.assays|length %}
{{ query.assays|length|apnumber|title }} potential assays were found for
UPL probes:
{% for probe_id in query.get_probe_ids %}
#{{ probe_id }}
{% endfor %}
{% else %}
Sorry, no potential assays were found for this sequence
Perhaps try a different region or longer sequence?
{% endif %}
Assay #{{ forloop.counter }}
UPL probe #{{ assay.probe.id }}
| Primer | Length | Position | Tm | GC% | Sequence |
|---|---|---|---|---|---|
| Left | {{ assay.left.length }} | {{ assay.left.start }} - {{ assay.left.end }} | {{ assay.left.tm|floatformat:1 }} | {{ assay.left.gc|floatformat:1 }} | {{ assay.left.sequence }} |
| Right | {{ assay.right.length }} | {{ assay.right.start }} - {{ assay.right.end }} | {{ assay.right.tm|floatformat:1 }} | {{ assay.right.gc|floatformat:1 }} | {{ assay.right.sequence }} |
| Amplicon ({{ assay.amplicon_bp }} nt) | |||||
| {{ assay.amplicon }} |
Primer/probe alignment:
{{ assay|safe }}
Sorry, no assays were found for your query sequence(s)
{% endif %}


Things I've Learned
Internet basics
HTTP Requests
IP Address
Servers
HTML
Stands for
Hyper Text Markup Language
Lots of tags
Boilerplate
Doctype
HTML
Head
Title
Body
Headings
Paragraph
em
strong


warning 404 Not found
The page you're looking for doesn't exist in WA Robotics Scout Web. Go home or check the URL you tried to go to.
!= HtmlService.createHtmlOutputFromFile('globalStyles').getContent(); ?> != HtmlService.createHtmlOutputFromFile('errorPageStyles').getContent(); ?>


ISBN Search
ISBN-13:<PHONE_NUMBER>823
ISBN-10:<PHONE_NUMBER>
Author: Caleb Doxsey
Binding: Paperback
Publisher: CreateSpace Independent Publishing Platform
Published: September 2012
List Price: $10.00
$10.00
+3.99 shipping
Ready to ship
Notes
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Ships 2-3 days
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+4.96 shipping
$95.39
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acl acl2013 acl2013-208 acl2013-208-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Guangyou Zhou ; Jun Zhao
Abstract: This paper is concerned with the problem of heterogeneous dependency parsing. In this paper, we present a novel joint inference scheme, which is able to leverage the consensus information between heterogeneous treebanks in the parsing phase. Different from stacked learning methods (Nivre and McDonald, 2008; Martins et al., 2008), which process the dependency parsing in a pipelined way (e.g., a second level uses the first level outputs), in our method, multiple dependency parsing models are coordinated to exchange consensus information. We conduct experiments on Chinese Dependency Treebank (CDT) and Penn Chinese Treebank (CTB), experimental results show that joint infer- ence can bring significant improvements to all state-of-the-art dependency parsers.


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#include <clause.h>
Definition at line 152 of file clause.h.
◆ LiteralWatchers()
| operations_research::sat::LiteralWatchers::LiteralWatchers |
( |
Model * |
model | ) |
|
|
explicit |
◆ ~LiteralWatchers()
| operations_research::sat::LiteralWatchers::~LiteralWatchers |
( |
| ) |
|
|
override |
◆ Resize()
| void operations_research::sat::LiteralWatchers::Resize |
( |
int |
num_variables | ) |
|
◆ Propagate()
| bool operations_research::sat::LiteralWatchers::Propagate |
( |
Trail * |
trail | ) |
|
|
finalvirtual |
◆ Reason()
| absl::Span<const Literal> operations_research::sat::LiteralWatchers::Reason |
( |
const Trail & |
trail, |
|
|
int |
trail_index |
|
) |
| const |
|
finalvirtual |
◆ ReasonClause()
| SatClause* operations_research::sat::LiteralWatchers::ReasonClause |
( |
int |
trail_index | ) |
const |
◆ AddClause()
| bool operations_research::sat::LiteralWatchers::AddClause |
( |
absl::Span< const Literal > |
literals, |
|
|
Trail * |
trail |
|
) |
| |
◆ AddRemovableClause()
| SatClause* operations_research::sat::LiteralWatchers::AddRemovableClause |
( |
const std::vector< Literal > & |
literals, |
|
|
Trail * |
trail |
|
) |
| |
◆ LazyDetach()
| void operations_research::sat::LiteralWatchers::LazyDetach |
( |
SatClause * |
clause | ) |
|
◆ CleanUpWatchers()
| void operations_research::sat::LiteralWatchers::CleanUpWatchers |
( |
| ) |
|
◆ Detach()
| void operations_research::sat::LiteralWatchers::Detach |
( |
SatClause * |
clause | ) |
|
◆ Attach()
| void operations_research::sat::LiteralWatchers::Attach |
( |
SatClause * |
clause, |
|
|
Trail * |
trail |
|
) |
| |
◆ DeleteDetachedClauses()
| void operations_research::sat::LiteralWatchers::DeleteDetachedClauses |
( |
| ) |
|
◆ num_clauses()
| int64 operations_research::sat::LiteralWatchers::num_clauses |
( |
| ) |
const |
|
inline |
◆ AllClausesInCreationOrder()
| const std::vector<SatClause*>& operations_research::sat::LiteralWatchers::AllClausesInCreationOrder |
( |
| ) |
const |
|
inline |
◆ IsRemovable()
| bool operations_research::sat::LiteralWatchers::IsRemovable |
( |
SatClause *const |
clause | ) |
const |
|
inline |
◆ num_removable_clauses()
| int64 operations_research::sat::LiteralWatchers::num_removable_clauses |
( |
| ) |
const |
|
inline |
◆ mutable_clauses_info()
| absl::flat_hash_map<SatClause*, ClauseInfo>* operations_research::sat::LiteralWatchers::mutable_clauses_info |
( |
| ) |
|
|
inline |
◆ num_inspected_clauses()
| int64 operations_research::sat::LiteralWatchers::num_inspected_clauses |
( |
| ) |
const |
|
inline |
◆ num_inspected_clause_literals()
| int64 operations_research::sat::LiteralWatchers::num_inspected_clause_literals |
( |
| ) |
const |
|
inline |
◆ num_watched_clauses()
| int64 operations_research::sat::LiteralWatchers::num_watched_clauses |
( |
| ) |
const |
|
inline |
◆ SetDratProofHandler()
| void operations_research::sat::LiteralWatchers::SetDratProofHandler |
( |
DratProofHandler * |
drat_proof_handler | ) |
|
|
inline |
◆ NextClauseToMinimize()
| SatClause* operations_research::sat::LiteralWatchers::NextClauseToMinimize |
( |
| ) |
|
|
inline |
◆ ResetToMinimizeIndex()
| void operations_research::sat::LiteralWatchers::ResetToMinimizeIndex |
( |
| ) |
|
|
inline |
The documentation for this class was generated from the following file:


Preparation time
less than 30 mins
Cooking time
no cooking required
This dish is super quick to finish at the last minute and it's nothing like the water-logged versions that have given sprouts such a bad name. It's still lovely without the breadcrumbs but they do add a pleasing crunch.
Heat 1 tbsp of the oil in a frying pan.  Remove from the heat and stir in the chestnuts. Transfer to a bowl or plastic tub, taking care to include as much of the oil from the pan as possible. Cool, then store in the fridge for up to 3 days.
Trim the sprouts to remove any blemished leaves or stalks. Set up a food processor with the shredder attachment and shred the sprouts. Transfer to a food bag, seal and store in the fridge for up to 24 hours.
When ready to cook, add the remaining olive oil to a large frying pan or sauté pan (if you’re pan isn’t big enough, cook the sprouts in 2 batches). Add the bacon, chestnuts and any fat and fry for 1-2 minutes. Tip in the sprouts and fry for 3-5 minutes (depending on how crunchy you like your veg), stirring all the time. Add the lemon juice and season with salt and pepper.
If making the breadcrumbs, fry them in butter or oil with the lemon zest until golden-brown and crisp (about 3 minutes). Stir into the sprouts and serve immediately.


Hi, I'm David! In a world full of bad news and boring coffee tables, I am the light at the end of the YouTube ad. I love the creative process from making YouTube videos and custom furniture creations, to writing books and building my small farm. Thank you for the views, donations and words of encouragement on this adventure and endeavor and thanks for helping me grow.


tonko2
Score: 2
Captain: tkykogw
Challenges solved
| category & points | name | solved at |
|---|---|---|
| Gynophage 2 | shitsco | 2014-05-18 21:35:11 UTC |
Achievements
| name | description | condition | unlocked at | unlocked by |
|---|---|---|---|---|
| syn | Welcome to DEF CON CTF 2014. | Registered a team | 2014-05-12 09:03:53 UTC | tkykogw |
| syn-ack | Your team has more than one member. Plainly you're not Tom Cr00se. | Second team member | 2014-05-12 11:59:10 UTC | decoyservice |
| ack | Congratulations on looking at a challenge. Good luck! | Viewed any challenge | 2014-05-17 00:03:39 UTC | tkykogw |
| Solved something | You solved a challenge, awesome! | Solved any challenge. | 2014-05-18 21:35:11 UTC | decoyservice |
Members
- Nao
- tkykogw
- morimotoa
- AE
- solis
- decoyservice
- lmdexpr
- nullpoga
- prettyelmo
- EiM_GTPE_
- snotsu
- ligun
- JENO
- FN4086
- greenz_greenz
- kunieda
- hn814ab
- falconws
- tmtg
- tanakan
- ishida


St. Mary's Malankara Orthodox Syrian Church of Toronto
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{% include partials/header.html %}
{% include fragments/page-fade.html %} {% include partials/banner.html %} {% include partials/nav.html %}
{{ content }}
{% include partials/footer.html %}


Diego Maradona returns as coach of Argentina's Gimnasia two days after leaving
BUENOS AIRES – Argentine legend Diego Maradona announced on Thursday he would return as coach of Argentine first-division side Gimnasia, just two days after resigning.
“I am very happy to be able to announce that I will remain coach of Gimnasia,” he wrote on social media, noting that his about-face comes after “we finally achieved political unity in the club.”
Maradona had explained he was no longer keen on remaining at the club after its president Gabriel Pellegrino, the man who brought him back to Argentine football, pulled out of running for reelection as the side’s president next Saturday.
However, thousands of supporters demonstrated in front of its headquarters demanding that he return to his post.
The 59-year-old former Argentina captain and coach took over at Gimnasia in early September, when it was bottom of the 24-club Superliga.
“I hope (club leadership) will provide reinforcements they promised me,” Maradona wrote.
The World Cup winner was hailed as a hero on his return to Argentine soccer after years coaching abroad but has had a limited impact in La Plata.
Gimnasia won three of its eight matches with him in charge, all of them away, while it lost five, including four at home.
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{% extends "base.html" %} {% block title %}The Blue Alliance - Brand{% endblock %} {% block meta_description %}Documentation of The Blue Alliance's logo and brand usage guidelines.{% endblock %} {% block content %}
Thanks for your interest our branding. We have a few guidelines for using our brand resources. Please take a
moment to familiarize yourself with them.
You can find downloadable assets in our GitHub.
Blue is our primary color. We use Yellow for accents.
The logo can only appear in blue, white or black.
You are free to use these logos when referring to or linking to The Blue Alliance.
Please do not make derivatives of these logos or use them to brand unofficial The Blue Alliance products so we
can maintain our visual identity.


Please enter the amount and let me do the work!!!
We are FREE so don't sweat it. Just tell your friends!!!
We are willing to help you with any questions Heck maybe you can help us
Thank you for using this tip calculator
I am making a tip calculator that will adda tip based on you service. This will be good for people that eat in big groupd but still need
to pay for there own meal. It will also make sure that the tip is included. I went with a simple layout and have the three inputs
that are right in the front.
I will have three inputs and one will be the total bill. The second will be the tip amount and the last will be the amount of people.
I will take the total amount multiplied by the tip %, which will give you the total including in the tip. I may add taxes if i have time.
Once the users enter all the inputs and click sibmitt it will do the math based on the inputs. The awnser will be displayed on the right of the last
input i think


Username is required
Maximum password length is 256 characters
Email is required
Email format is incorrect
Maximum password length is 256 characters
The password is required
Minimum password length is 6 characters
Maximum password length is 256 characters
The confirm password is required
The passwords must match


| Attribute |
Description |
| Name |
Gilbert Lowell |
| Age |
26 |
| Gender |
male |
| Ethnicity |
caucasian |
| Occupation |
computer programmer |
| Technology |
iPhone 6, iOS 12.3; macbook pro, High Sierra, Chrome |
| Attitude and characteristics |
Gilbert is a young urban professional who is enjoying life in the Albuquerque tech scene. He's a programmer by trade and is interested in the social life of hip Albuquerqueans. |
| Personal Challenges |
Gilbert wants to make more friends and get more 'wired-in' to the Albuquerque art and maker scene. |
| Needs/ Goals |
Gilbert uses locallly-connected web resources like MeetUps and Facebook to try to meet more cool people. |
| Frustrations |
Gilbert feels like it should be easy to meet people, especially artisans and creative people. |
| Interaction flow |
| Gilbert searches google on his phone for 'The Art Haus' because he doesn't know the web address. |
| Google provides Albuquerque's the-art-haus.org as it's first search result. |
| Gilbert taps the link on his phone. |
| The landing page loads fast, less than 2 seconds. |
| Gilbert is instantly enchanted by the beautiful and intriguing images of stuff local people have made, and imediately wants an account so he can dive deeper into the galleries. |
| He effortlessly locates the 'sign-up' page. |
| He signs up for the-art-haus.org in about 15 seconds. |


Get the weather
JQuery API
Get the temperature for your zipcode:
Please enter a zip code:
Search Weather!
JavaScript API
Get the temperature for the next 3 days:
Please enter a City name:
Search Weather!
JavaScript API 2
Check the Current Wave Direction in your current location:
Please enter a longitude:
Please enter a latitude:
Search Weather!


I currently attend school at University of California, San Diego where I am receiving formal training in Cognitive Science specializing in Human-Computer Interaction. I strive to be an imaginative and analytical problem solver. I am motivated by design principles, technology advances, and how people think, act, and learn.When I'm not playing around with creative suite or paints you can usually find me in a coffee shop or adventuring outdoors.


Includes unlimited rides from 9am - 3pm on the day of the fair
including super slide, speed racer, ferris wheel,
jumping castles, animal farm and pony rides.
Buy online or purchase from the Red Hill Kindy Office before fair day by calling 3369 4756
Available at the fair for $32
* Includes $0.77 transaction fee.
This slide has three big lanes and is 20m long, 5m wide and is great fun for all ages.
Two fire engines, two corvettes, two dune buggies, too much fun! Great for fundraising events with getting through the line-ups fast.
What carnival would be complete without this great showground tradition? Children love it!
Scooby Doo eat your heart out. This little beauty is perfect for the younger age groups, and a great addition close to a larger castle for the little ones to get their confidence up. Perfect on its own as well
This is big, it’s very big and great exercise. An awesome way to burn up a bit of that excessive energy. Our Sports Castle is extremely popular at both fetes and sporting breakups. It’s made up of one big slide, and 2 jumping areas on each side.
What child doesn’t love animals? We bring along 30 plus, hand raised farm animals for the children to hold and pet. The pen is 5m x 6m which is full of sheep, lambs, goats, kids, calves, ducks, ducklings, chickens, chicks and guinea pigs.
The nature and temperament of our ponies is hard to match. We bring along the required number of ponies, with its own wrangler, western saddle, child’s helmet and all the necessary equipment required to ensure the safety of our customers.


Generic McASP Driver for SYS/BIOS Platform.It uses the EDMA for data transfer. More...
#include <ti/drv/mcasp/mcasp_drv.h>
#include <ti/drv/mcasp/mcasp_osal.h>
#include <ti/drv/mcasp/soc/mcasp_soc.h>
#include <ti/drv/mcasp/include/McaspLocal.h>
#include "string.h"
Functions | |
| void | mcaspIsrInput (void *chanp) |
| This function is a ISR function.it will be called when Mcasp receive interrupt is triggered. More... | |
| void | mcaspIsrOutput (void *chanp) |
| This function is the ISR function. This is called when Mcasp0 XMT interrupt is triggered. More... | |
| void | mcaspUnRegisterInt (uint16_t devid, int32_t evt, int32_t intNum, int32_t mode) |
| unregister interrupt handler for the given channel. More... | |
| void | mcaspBitSetGblCtl (const Mcasp_Object *instHandle, uint32_t bitMaskVal) |
| This function sets the GBLCTL bit and wait and checks that bit is set or not. More... | |
| void | mcaspBitSetGblXCtl (const Mcasp_Object *instHandle, uint32_t bitMaskVal) |
| This function sets the GBLCTLX bit and wait and check that bit is set or not. More... | |
| void | mcaspBitRemoveGblRCtl (const Mcasp_Object *instHandle, uint32_t bitMaskVal) |
| This function removes the GBLCTLR bit and wait and checks that bit is set or not. More... | |
| void | mcaspBitRemoveGblXCtl (const Mcasp_Object *instHandle, uint32_t bitMaskVal) |
| This function removes the GBLCTLX bit and wait and checks that bit is set or not. More... | |
| void | mcaspMultiSerGlobalRestore (void *chanp) |
| This function restore global serializer state as available for further use. More... | |
| void | mcaspBitSetGblRCtl (const Mcasp_Object *instHandle, uint32_t bitMaskVal) |
| This function sets the GBLCTLR bit and wait and check that bit is set or not. More... | |
| int32_t | mcaspSubmitReq (Mcasp_ChannelHandle chanHandle, MCASP_Packet *ioPacket) |
| Writes a packet of data to the output channel of the driver This function is called by the IDriver submit function. This function is called with handle to the o/p channel and the pointer to ioRequest structure which takes a set of information need for the IO. More... | |
| void | mcaspRegisterInt (void *chanp, uint32_t instNum, int32_t evt, int32_t intNum, void *intIsr) |
| This function registers the interrupt handler for the given channel. More... | |
| int32_t | mcaspSetDitMode (Mcasp_HwHandle hMcasp, Bool ditFlag) |
| This function enables/disables the DIT mode. More... | |
| Bool | mcaspIsRequestedSerzsFree (const Mcasp_Object *instHandle, void *params) |
| This function checks if the requested serialisers are free or not. More... | |
| void | mcaspMultiSerInitializationRcv (Mcasp_Object *instHandle, void *params) |
| This function is used to configure the requested serializers in the receive mode. More... | |
| void | mcaspMultiSerInitializationXmt (Mcasp_Object *instHandle, void *params) |
| This function configures the requested serializers in the transmit mode. More... | |
| int32_t | mcaspConfigureXmtChannel (Mcasp_Object *instHandle, void *params) |
| This function configures the Mcasp transmit sections. More... | |
| int32_t | mcaspConfigureRcvChannel (Mcasp_Object *instHandle, void *params) |
| This function configures the receive section of the mcasp device. More... | |
| int32_t | mcaspWriteChanStatRam (Mcasp_HwHandle hMcasp, Mcasp_ChStatusRam *const chanStatRam) |
| This function writes to the Channel status RAM (DITCSRA/B0-5) More... | |
| int32_t | mcaspWriteUserDataRam (Mcasp_HwHandle hMcasp, Mcasp_UserDataRam *const userDataRam) |
| This function writes to the User Data RAM (DITUDRA/B0-5) More... | |
| void | mcaspConfigureFifo (const Mcasp_HwObj *hMcasp, const Mcasp_ChannelObj *chanHandle, Bool enableHwFifo) |
| This function configures the Hardware FIFO. More... | |
| int32_t | mcaspValidateBufferConfig (Mcasp_ChannelHandle chanHandle, Mcasp_ChanParams *const params) |
| This function validates the application specified buffer formats and updates the channel handle with the choosen buffer format. More... | |
| void | Mcasp_localIsrSwiFxn (void *arg0, void *arg1) |
| Swi thread which handles the Mcasp module interrupts. More... | |
| int32_t | mcaspDeleteChan (void *chanp) |
| This function is called by the application to close a previously opened channel.it deletes the channel so that it is not available for further transactions. All the allocated resources are freed and the channel will be ready for the "open" operation once again. More... | |
| int32_t | mcaspBindDev (void **devp, int32_t devId, void *devParams) |
| int32_t | mcaspUnBindDev (void *devp) |
| Closes the McASP device from use. More... | |
| int32_t | mcaspCreateChan (void **chanp, void *devp, Mcasp_chanMode_e mode, void *chanParams, MCASP_TiomCallback cbFxn, void *cbArg) |
| Creates a communication channel in specified mode to communicate data between the application and the McASP device instance. This function sets the required hardware configurations for the data transactions.it returns configured channel handle to application. which will be used in all further transactions with the channel. More... | |
| int32_t | mcaspSubmitChan (void *chanp, MCASP_Packet *ioPacket) |
| Submit a I/O packet to a channel for processing. More... | |
| int32_t | mcaspControlChan (void *chanp, Mcasp_ioctlCmd cmd, void *cmdArgs) |
| This function allows the control commands to be sent to the Mcasp driver. it internally calls the mcaspSubmitIoctl Function to perform the desired operation. More... | |
| int32_t | Mcasp_localSetupHwInfo (Mcasp_HwHandle hMcasp, const Mcasp_HwSetup *myHwSetup) |
| This function configures the McASP instance registers as per the values passed in the hardware setup structure. More... | |
| int32_t | Mcasp_localAbortReset (Mcasp_ChannelHandle chanHandle) |
| Aborts all the request queued up with the current channel. More... | |
| int32_t | Mcasp_localActivateSmFsForRcv (const Mcasp_Object *instHandle) |
| This function activates the receive section state machine and the corresponding frame sync. More... | |
| int32_t | Mcasp_localActivateSmFsForXmt (const Mcasp_Object *instHandle) |
| This function activates the transmit section state machine and the corresponding frame sync. More... | |
| int32_t | Mcasp_localActivateSmFsForBoth (const Mcasp_Object *instHandle) |
| This function activates the state machine and the corresponding frame sync for both receive and transmit sections. More... | |
| int32_t | Mcasp_localSmReset (Mcasp_ChannelHandle chanHandle) |
| Resets the state m/c of the McASP xmt/rcv unit. In case of interrupt driven transactions, this also resets data queued for servicing the MCASP xmt/rcv unit when it is taken out of reset. More... | |
| int32_t | Mcasp_localSmSet (Mcasp_ChannelHandle chanHandle) |
| This function activates the state machine of the Mcasp transmit and receive sections and enables the edma transfer. More... | |
| int32_t | Mcasp_localConfigXmtSection (Mcasp_Object *instHandle, Mcasp_HwSetupData *const xmtData) |
| This function configures format, frame sync, and other parameters related to the xmt section. Also configures the xmt clk section. More... | |
| int32_t | Mcasp_localConfigRcvSection (Mcasp_Object *instHandle, Mcasp_HwSetupData *const rcvData) |
| This function configures the format, frame sync, and other params related to the rcv section. Also configures the rcv clk section. More... | |
| int32_t | Mcasp_localResetXmt (Mcasp_HwHandle hMcasp) |
| This function resets the bits related to transmit in XGBLCTL. More... | |
| int32_t | Mcasp_localResetRcv (Mcasp_HwHandle hMcasp) |
| This function resets the bits related to receive in RGBLCTL. More... | |
| void | Mcasp_commonDmaCallback (Mcasp_ChannelHandle chanHandle, int32_t status) |
| This callback processes the next request in queue and disables the channel if the last packet. Triggers application callback if requested upon successful completion of packet processing. More... | |
| int32_t | Mcasp_localDmaProcessPkt (void *chanp, MCASP_Packet *ioPacket) |
| For the transmit operation, the eDMA channel's destination port is tied to the MCASP DAT port. In case of receive, the eDMA channel's source port is tied to the MCASP DAT port. The source address for transmit eDMA channel and the destination address for the receive eDMA channel are set here. More... | |
| int32_t | Mcasp_localCancelAndAbortAllIo (Mcasp_ChannelHandle chanHandle) |
| This function aborts all the pending requests in the queue. More... | |
| int32_t | Mcasp_localCollectRcvErrorStats (Mcasp_ChannelHandle chanHandle, Mcasp_errCbStatus *errStatus) |
| Collect the error stats reading the error register. More... | |
| int32_t | Mcasp_localCollectXmtErrorStats (Mcasp_ChannelHandle chanHandle, Mcasp_errCbStatus *errStatus) |
| Collect the error stats reading the error register. More... | |
| int32_t | Mcasp_localDeactivateSmFsForRcv (const Mcasp_Object *instHandle) |
| This function Deactivates the receive section state machine and the corresponding frame sync. More... | |
| int32_t | Mcasp_localDeactivateSmFsForXmt (const Mcasp_Object *instHandle) |
| This function deactivates the transmit section state machine and the corresponding frame sync. More... | |
| int32_t | Mcasp_localIsValidPacket (Mcasp_ChannelHandle chanHandle) |
| This checks is the next request in queue is data request. If this is an abort request, it calls the appropriate function to deal with it. More... | |
| void | Mcasp_localLoadPktToDma (Mcasp_ChannelObj *chanHandle, MCASP_Packet *ioPacket) |
| This function loads the packets to the actual EDMA paramset. More... | |
| int32_t | Mcasp_loadPendedIops (Mcasp_ChannelObj *chanHandle) |
| This function restores the driver to the original state that is it resumes the normal operation of the driver by picking the IOPs from the pending queue and putting it to the active IOP. More... | |
| int32_t | Mcasp_localLpscOn (const Mcasp_Object *instHandle) |
| Mcasp_localLpscOn. More... | |
| int32_t | Mcasp_localLpscOff (const Mcasp_Object *instHandle) |
| Mcasp_localLpscOff. More... | |
| int32_t | Mcasp_socGetInitCfg (uint32_t index, Mcasp_HwInfo *cfg) |
| This API gets the SoC level of MCASP intial configuration. More... | |
| int32_t | Mcasp_socSetInitCfg (uint32_t index, const Mcasp_HwInfo *cfg) |
| This API sets the SoC level of MCASP intial configuration. More... | |
| int32_t | Mcasp_localCalcWordWidth (Mcasp_ChannelHandle chanHandle, uint16_t wordWidth, uint16_t *tempRoundedWordWidth) |
| This function calculates the rounded word width based on channel parameter wordWidth. More... | |
Variables | |
| Bool | inUse [MCASP_CNT] |
| Array which is part of Mcasp Module State. | |
| Mcasp_Module_State | Mcasp_module = {&inUse[0],&isrInstanceObject[0]} |
| Mcasp Module State Object. More... | |
| Mcasp_Object | Mcasp_Instances [MCASP_CNT] |
| Array of Mcasp instance State objects array. | |
| static McaspOsal_IntrHandle | gHwiHandle [MCASP_CNT][2] |
| Global array of Hwi handles;. | |
| Mcasp_HwInfo | Mcasp_deviceInstInfo [MCASP_CNT] |
| Array for device information per instance. More... | |
| Mcasp_TempBuffer | Mcasp_muteBuf [MCASP_CNT] |
| Mute buffer per instance. | |
| int32_t | inCount =0 |
| This function completes the current pending request and then invokes the application registered callback. More... | |
Generic McASP Driver for SYS/BIOS Platform.It uses the EDMA for data transfer.
(C) Copyright 2008, Texas Instruments, Inc
| void Mcasp_commonDmaCallback | ( | Mcasp_ChannelHandle | chanHandle, |
| int32_t | status | ||
| ) |
This callback processes the next request in queue and disables the channel if the last packet. Triggers application callback if requested upon successful completion of packet processing.
| chanHandle | [IN] McASP channel handle |
| status | [IN] status of DMA transaction |
| int32_t Mcasp_loadPendedIops | ( | Mcasp_ChannelObj * | chanHandle | ) |
This function restores the driver to the original state that is it resumes the normal operation of the driver by picking the IOPs from the pending queue and putting it to the active IOP.
| chanHandle | [IN] Handle to the device instance object |
| int32_t Mcasp_localAbortReset | ( | Mcasp_ChannelHandle | chanHandle | ) |
Aborts all the request queued up with the current channel.
| chanHandle | [IN] Handle to the mcasp channel |
Todo: where is the right place for this?
| int32_t Mcasp_localActivateSmFsForBoth | ( | const Mcasp_Object * | instHandle | ) |
This function activates the state machine and the corresponding frame sync for both receive and transmit sections.
| instHandle | [IN] pointer to the Mcasp Instance object |
| int32_t Mcasp_localActivateSmFsForRcv | ( | const Mcasp_Object * | instHandle | ) |
This function activates the receive section state machine and the corresponding frame sync.
| instHandle | [IN] Handle to the Mcasp instance object |
| int32_t Mcasp_localActivateSmFsForXmt | ( | const Mcasp_Object * | instHandle | ) |
This function activates the transmit section state machine and the corresponding frame sync.
| instHandle | [IN] pointer to the Mcasp instance object |
| int32_t Mcasp_localCalcWordWidth | ( | Mcasp_ChannelHandle | chanHandle, |
| uint16_t | wordWidth, | ||
| uint16_t * | tempRoundedWordWidth | ||
| ) |
This function calculates the rounded word width based on channel parameter wordWidth.
| chanHandle | McASP channel handle |
| wordWidth | channel parameter wordWidth |
| tempRoundedWordWidth | the calculated rounded word width |
| int32_t Mcasp_localCancelAndAbortAllIo | ( | Mcasp_ChannelHandle | chanHandle | ) |
This function aborts all the pending requests in the queue.
| chanHandle | [IN] Handle to the channel |
| int32_t Mcasp_localCollectRcvErrorStats | ( | Mcasp_ChannelHandle | chanHandle, |
| Mcasp_errCbStatus * | errStatus | ||
| ) |
Collect the error stats reading the error register.
| chanHandle | [IN] Handle to the mcasp channel |
| errStatus | [IN] Pointer to the error data structure to be populated |
| int32_t Mcasp_localCollectXmtErrorStats | ( | Mcasp_ChannelHandle | chanHandle, |
| Mcasp_errCbStatus * | errStatus | ||
| ) |
Collect the error stats reading the error register.
| chanHandle | [IN] Handle to the mcasp channel |
| errStatus | [IN] Pointer to the Mcasp_errCbStatus structure |
| int32_t Mcasp_localConfigRcvSection | ( | Mcasp_Object * | instHandle, |
| Mcasp_HwSetupData *const | rcvData | ||
| ) |
This function configures the format, frame sync, and other params related to the rcv section. Also configures the rcv clk section.
| instHandle | [IN] Handle to the McASP instance |
| rcvData | [IN] Receive related parameters |
| int32_t Mcasp_localConfigXmtSection | ( | Mcasp_Object * | instHandle, |
| Mcasp_HwSetupData *const | xmtData | ||
| ) |
This function configures format, frame sync, and other parameters related to the xmt section. Also configures the xmt clk section.
| instHandle | [IN] Pointer to the Mcasp driver object |
| xmtData | [IN] data for configuring the TX section |
| int32_t Mcasp_localDeactivateSmFsForRcv | ( | const Mcasp_Object * | instHandle | ) |
This function Deactivates the receive section state machine and the corresponding frame sync.
| instHandle | [IN] pointer to the Mcasp instance object |
| int32_t Mcasp_localDeactivateSmFsForXmt | ( | const Mcasp_Object * | instHandle | ) |
This function deactivates the transmit section state machine and the corresponding frame sync.
| instHandle | [IN] Pointer to the mcasp instance object |
| int32_t Mcasp_localDmaProcessPkt | ( | void * | chanp, |
| MCASP_Packet * | ioPacket | ||
| ) |
For the transmit operation, the eDMA channel's destination port is tied to the MCASP DAT port. In case of receive, the eDMA channel's source port is tied to the MCASP DAT port. The source address for transmit eDMA channel and the destination address for the receive eDMA channel are set here.
| chanp | [IN] Pointer to channel |
| ioPacket | [IN] Pointer to request to be processed |
| void Mcasp_localIsrSwiFxn | ( | void * | arg0, |
| void * | arg1 | ||
| ) |
Swi thread which handles the Mcasp module interrupts.
| arg0 | [IN] The pointer to the ISR object holds instance pointer. |
| arg1 | [IN] unused argument |
| int32_t Mcasp_localIsValidPacket | ( | Mcasp_ChannelHandle | chanHandle | ) |
This checks is the next request in queue is data request. If this is an abort request, it calls the appropriate function to deal with it.
| chanHandle | [IN] Handle to the Mcasp Channel |
| void Mcasp_localLoadPktToDma | ( | Mcasp_ChannelObj * | chanHandle, |
| MCASP_Packet * | ioPacket | ||
| ) |
This function loads the packets to the actual EDMA paramset.
| chanHandle | [IN] Handle to channel. |
| ioPacket | [IN] pointer to the ioPacket |
| int32_t Mcasp_localLpscOff | ( | const Mcasp_Object * | instHandle | ) |
Mcasp_localLpscOff.
This function is invoked to power off the module.
| instHandle | [IN] Handle to the device instance |
| int32_t Mcasp_localLpscOn | ( | const Mcasp_Object * | instHandle | ) |
Mcasp_localLpscOn.
This function is invoked to power on the Mcasp peripheral and configure it according to the operating mode. Note that this function uses different functions to power ON the module, depending on whether PWRM is enabled in this driver or NOT
| instHandle | [IN] Handle to the device instance |
| int32_t Mcasp_localResetRcv | ( | Mcasp_HwHandle | hMcasp | ) |
This function resets the bits related to receive in RGBLCTL.
| hMcasp | [IN] Pointer to the Mcasp Hardware info structure |
| int32_t Mcasp_localResetXmt | ( | Mcasp_HwHandle | hMcasp | ) |
This function resets the bits related to transmit in XGBLCTL.
| hMcasp | [IN] Pointer to the Mcasp Hardware info structure |
| int32_t Mcasp_localSetupHwInfo | ( | Mcasp_HwHandle | hMcasp, |
| const Mcasp_HwSetup * | myHwSetup | ||
| ) |
This function configures the McASP instance registers as per the values passed in the hardware setup structure.
| hMcasp | [IN] Handle to the McASP instance |
| myHwSetup | [IN] Pointer to hardware setup structure the query passed |
| int32_t Mcasp_localSmReset | ( | Mcasp_ChannelHandle | chanHandle | ) |
Resets the state m/c of the McASP xmt/rcv unit. In case of interrupt driven transactions, this also resets data queued for servicing the MCASP xmt/rcv unit when it is taken out of reset.
| chanHandle | [IN] Handle to the mcasp channel to reset |
| int32_t Mcasp_localSmSet | ( | Mcasp_ChannelHandle | chanHandle | ) |
This function activates the state machine of the Mcasp transmit and receive sections and enables the edma transfer.
| chanHandle | [IN] Handle to the Mcasp Channel |
| int32_t Mcasp_socGetInitCfg | ( | uint32_t | index, |
| Mcasp_HwInfo * | cfg | ||
| ) |
This API gets the SoC level of MCASP intial configuration.
| index | MMC instance index. |
| cfg | Pointer to MMCSD SOC initial config. |
| int32_t Mcasp_socSetInitCfg | ( | uint32_t | index, |
| const Mcasp_HwInfo * | cfg | ||
| ) |
This API sets the SoC level of MCASP intial configuration.
| index | MMC instance index. |
| cfg | Pointer to MMC SOC initial config. |
| void mcaspBitRemoveGblRCtl | ( | const Mcasp_Object * | instHandle, |
| uint32_t | bitMaskVal | ||
| ) |
This function removes the GBLCTLR bit and wait and checks that bit is set or not.
| instHandle | [IN] pointer to the mcasp instance object |
| bitMaskVal | [IN] mask bit value |
| void mcaspBitRemoveGblXCtl | ( | const Mcasp_Object * | instHandle, |
| uint32_t | bitMaskVal | ||
| ) |
This function removes the GBLCTLX bit and wait and checks that bit is set or not.
| instHandle | [IN] pointer to the mcasp instance object |
| bitMaskVal | [IN] mask bit value |
| void mcaspBitSetGblCtl | ( | const Mcasp_Object * | instHandle, |
| uint32_t | bitMaskVal | ||
| ) |
This function sets the GBLCTL bit and wait and checks that bit is set or not.
| instHandle | [IN] pointer to the mcasp instance object |
| bitMaskVal | [IN] mask bit value |
| void mcaspBitSetGblRCtl | ( | const Mcasp_Object * | instHandle, |
| uint32_t | bitMaskVal | ||
| ) |
This function sets the GBLCTLR bit and wait and check that bit is set or not.
| instHandle | [IN] pointer to the mcasp instance object |
| bitMaskVal | [IN] mask bit value |
| void mcaspBitSetGblXCtl | ( | const Mcasp_Object * | instHandle, |
| uint32_t | bitMaskVal | ||
| ) |
This function sets the GBLCTLX bit and wait and check that bit is set or not.
| instHandle | [IN] pointer to the mcasp instance object |
| bitMaskVal | [IN] mask bit value |
| void mcaspConfigureFifo | ( | const Mcasp_HwObj * | hMcasp, |
| const Mcasp_ChannelObj * | chanHandle, | ||
| Bool | enableHwFifo | ||
| ) |
This function configures the Hardware FIFO.
| hMcasp | [IN] pointer to the Mcasp Hardware information struct |
| chanHandle | [IN] handle to the channel |
| enableHwFifo | [IN] hardware FIFO to be enabled or disabled |
| int32_t mcaspConfigureRcvChannel | ( | Mcasp_Object * | instHandle, |
| void * | params | ||
| ) |
This function configures the receive section of the mcasp device.
| instHandle | [IN] pointer to the Mcasp instance object |
| params | [IN] receive channel parameters |
| int32_t mcaspConfigureXmtChannel | ( | Mcasp_Object * | instHandle, |
| void * | params | ||
| ) |
This function configures the Mcasp transmit sections.
| instHandle | [IN] pointer to the Mcasp instance object |
| params | [IN] transmit channel parameters |
| Bool mcaspIsRequestedSerzsFree | ( | const Mcasp_Object * | instHandle, |
| void * | params | ||
| ) |
This function checks if the requested serialisers are free or not.
| instHandle | [IN] pointer to the Mcasp instance object |
| params | [IN] Device parameter structure that supplies data to initialize the McASP |
| void mcaspIsrInput | ( | void * | chanp | ) |
This function is a ISR function.it will be called when Mcasp receive interrupt is triggered.
| chanp | [IN] Handle to the mcasp channel |
| void mcaspIsrOutput | ( | void * | chanp | ) |
This function is the ISR function. This is called when Mcasp0 XMT interrupt is triggered.
| chanp | [IN] pointer.The pointer to the channel handle. |
| void mcaspMultiSerGlobalRestore | ( | void * | chanp | ) |
This function restore global serializer state as available for further use.
| chanp | [IN] Channel handle |
| void mcaspMultiSerInitializationRcv | ( | Mcasp_Object * | instHandle, |
| void * | params | ||
| ) |
This function is used to configure the requested serializers in the receive mode.
| instHandle | [IN] pointer to the Mcasp instance object |
| params | [IN] channel parameters given by user |
| void mcaspMultiSerInitializationXmt | ( | Mcasp_Object * | instHandle, |
| void * | params | ||
| ) |
This function configures the requested serializers in the transmit mode.
| instHandle | [IN] pointer to the Mcasp instance object |
| params | [IN] channel parameters given by user |
| void mcaspRegisterInt | ( | void * | chanp, |
| uint32_t | instNum, | ||
| int32_t | evt, | ||
| int32_t | intNum, | ||
| void * | intIsr | ||
| ) |
This function registers the interrupt handler for the given channel.
| chanp | [IN] Pointer to channel object |
| instNum | [IN] instance number |
| evt | [IN] event number |
| intNum | [IN] The interrupt number |
| intIsr | [IN] function pointer |
| int32_t mcaspSetDitMode | ( | Mcasp_HwHandle | hMcasp, |
| Bool | ditFlag | ||
| ) |
This function enables/disables the DIT mode.
| hMcasp | [IN] Handle to the McASP hardware info structure |
| ditFlag | [IN] Value to loaded into the DITCTL register |
| int32_t mcaspSubmitReq | ( | Mcasp_ChannelHandle | chanHandle, |
| MCASP_Packet * | ioPacket | ||
| ) |
Writes a packet of data to the output channel of the driver This function is called by the IDriver submit function. This function is called with handle to the o/p channel and the pointer to ioRequest structure which takes a set of information need for the IO.
| chanHandle | [IN] Handle to the McASP channel |
| ioPacket | [IN] io request information structure |
| void mcaspUnRegisterInt | ( | uint16_t | devid, |
| int32_t | evt, | ||
| int32_t | intNum, | ||
| int32_t | mode | ||
| ) |
unregister interrupt handler for the given channel.
| devid | [IN] instance number |
| evt | [IN] The event number |
| intNum | [IN] The interrupt number |
| mode | [IN] input or output |
| int32_t mcaspValidateBufferConfig | ( | Mcasp_ChannelHandle | chanHandle, |
| Mcasp_ChanParams *const | params | ||
| ) |
This function validates the application specified buffer formats and updates the channel handle with the choosen buffer format.
Side effect: This function also update the channel environment variable "noOfSlots" that would be used to compute the EDMA 3 indices.
| chanHandle | [IN] Pointer to channel handle |
| params | [IN] user supplied channel configurations. |
| int32_t mcaspWriteChanStatRam | ( | Mcasp_HwHandle | hMcasp, |
| Mcasp_ChStatusRam *const | chanStatRam | ||
| ) |
This function writes to the Channel status RAM (DITCSRA/B0-5)
| hMcasp | [IN] Handle to the McASP instance |
| chanStatRam | [IN] status to be written |
| int32_t mcaspWriteUserDataRam | ( | Mcasp_HwHandle | hMcasp, |
| Mcasp_UserDataRam *const | userDataRam | ||
| ) |
This function writes to the User Data RAM (DITUDRA/B0-5)
| hMcasp | [IN] pointer to the Mcasp H/W information structure |
| userDataRam | [IN] data to be written |
| int32_t inCount =0 |
This function completes the current pending request and then invokes the application registered callback.
| chanHandle | [IN] Handle to the channel |
| Mcasp_HwInfo Mcasp_deviceInstInfo[MCASP_CNT] |
Array for device information per instance.
Initializes McASP driver's data structures.
| Mcasp_Module_State Mcasp_module = {&inUse[0],&isrInstanceObject[0]} |
Mcasp Module State Object.
Initializes McASP driver's data structures.


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|
Interface Summary |
| ReplayCache |
Interface to a potentially persistent replay cache for uniquely-keyed objects |
| SAMLBinding |
Interface to generic SAML binding implementations. |
| SAMLBrowserProfile |
Interface to the SAML 1.x browser profiles. |
| SAMLBrowserProfile.ArtifactMapper |
Interface provided by SAML application to enable SAML 1.x artifacts to be
resolved. |
| SAMLIdentifier |
Encapsulates generation of identifiers and pseudo-random data for SAML objects |
| SAMLSOAPBinding |
Interface for SAML SOAP binding implementations. |
| SAMLSOAPBinding.SOAPHook |
Callback interface provided by client application enabling post-construction
modification or examination of SOAP envelope. |
| SAMLSOAPHTTPBinding |
Interface for SAML SOAP HTTP binding implementations. |
| SAMLSOAPHTTPBinding.HTTPHook |
Callback interface provided by client application enabling
post-construction examination/modification of HTTP exchange. |
|
Exception Summary |
| BindingException |
Indicates that an error occurred before or during the processing of a SAML
request/response exchange. |
| ExpiredAssertionException |
Indicates that a profile failed because an assertion was found to be expired or
not yet valid |
| FatalProfileException |
Indicates that an error occurred during the processing of a SAML profile, and
the error is not retryable in the context of the profile |
| InvalidAssertionException |
Indicates that a profile failed because an assertion was found to be invalid
due to conditions on its use |
| InvalidCryptoException |
Indicates a key or certificate subclass type is incompatible with the
provider's policies, or a cryptographic problem was found while processing a
message. |
| MalformedException |
Indicates that a SAML construct is invalid "on its face", based on the
information available in the XML or the external constraints imposed on its
use. |
| NoSuchProviderException |
Indicates that the specified implementation of a pluggable interface
does not exist or is unknown. |
| ProfileException |
Indicates that an error occurred during the processing of a SAML profile |
| ReplayedAssertionException |
Indicates that a profile failed because an assertion was found to be a replayed
copy of an earlier assertion already seen |
| RetryableProfileException |
Indicates that an error occurred during the processing of a SAML profile, and
the error is retryable in the context of the profile |
| SAMLException |
Encapsulates a general SAML error. |
| SOAPException |
Indicates that a SOAP processing error occurred in the context of the SAML
SOAP binding. |
| TrustException |
Indicates an error at a level somewhere above core processing rules,
generally involving |
| UnknownAssertionException |
Indicates that an error occurred before or during the processing of a SAML
request/response exchange. |
| UnsupportedExtensionException |
Indicates that a message contained information requiring extension code
that has not been registered with the SAML runtime. |
| UnsupportedProfileException |
Indicates that use of a SAML profile was attempted but is not supported by
the SAML application. |


Leonardo Bonucci eager to avoid Jose Mourinho’s Tottenham in Champions League
by FSA EditorJuventus have secured top spot in Champions League Group D and Leonardo Bonucci is hopeful his side will not draw Tottenham in the last 16.
Tottenham are the team to avoid in the knockout stages of the Champions League because of the Jose Mourinho factor, according to Juventus defender Leonardo Bonucci.
Mourinho has won both matches since replacing Mauricio Pochettino as head coach, including a 4-2 victory over Olympiacos on Tuesday that secured a place in the last 16 of UEFA’s flagship club competition.
Tottenham cannot finish above Bayern Munich in Group B, while Juventus are assured of top spot in Group D with one round of fixtures still to play.
The two teams could therefore meet in the next round, but Bonucci would prefer not to play the London club.
“If I have to choose who to avoid, I would say Mourinho’s Tottenham,” he told reporters. “In some games he can give them a little extra.
“But many things can change between now and February.”
Cristiano Ronaldo was back in Juve’s starting line-up for Tuesday’s 1-0 win over Atletico Madrid after missing last weekend’s league victory at Atalanta due to a knee complaint.
The Portugal international reacted angrily to being substituted two games in a row earlier this month, but Bonucci insisted there are no issues behind the scenes.
“We talked about it,” Bonucci said. “The important thing is that when somebody isn’t playing at their best, someone else steps up.
“We have more than one player that is ready to do that.
“Ronaldo is part of a group that will be competitive until the end. The goal is to remain competitive until March and beyond.”


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Random Point-Buy Attributes For 5th Edition D&D
Attribute
Value
Strength
Dexterity
Constitution
Intelligence
Wisdom
Charisma
Number Points:
Roll!


Brett Zamir
on 2010-04-22 19:30:40
@Yen-Wei Liu: Thank you for the report! I've made some fixes in http://github.com/kvz/phpjs/raw/master/functions/language/require.js (and also a change for include()) which I believe should fix the issue. Our code was insufficient on two counts: the issue you brought up (though in your fix based on our earlier code, the script would I think actually be added above the head rather than inside it) and the fact that we really should be checking whether this is text/html or true XHTML or XML (since even XHTML served as text/html will have the problem you indicated) in order to make the decision, since as you pointed out, FF possessing the method does not mean it is suitable for the document.
Yen-Wei Liu
on 2010-04-22 08:03:58
on line 27:
d.getElementsByTagNameNS ? d.getElementsByTagNameNS('http://www.w3.org/1999/xhtml', 'head')[0].appendChild(script_block) : d.getElementsByTagName('head')[0].appendChild(script_block);
This doesn't run on some versions of browsers, such as FF 3.0 and FF 3.5.
These browsers have getElementsByTagNameNS() but only work with XHTML files, so they never get the "head" tag and
'[0]' would trigger an error/exception.
I suggest this should be fixed like that in include() , where I think someone has noticed this problem :
Change it to :
d.getElementsByTagNameNS ?
(d.getElementsByTagNameNS('http://www.w3.org/1999/xhtml', 'head')[0] ?
d.getElementsByTagNameNS('http://www.w3.org/1999/xhtml', 'head')[0].appendChild(script_block) :
d.documentElement.insertBefore(script_block, d.documentElement.firstChild)
):
d.getElementsByTagName('head')[0].appendChild(script_block);


Introduction
All Torque2D projects have a standard game flow that exists from the moment the game is loaded until the game is shut down.
The File Hierarchy
This image represents the hierarchy for the script files that we will
be discussing in this reference manual. Please refer to it whenever a
file location id mentioned.
Starting the Game
When the system first loads the game, the main.cs located in the /ProjectFiles/common folder is run. This file contains the function to run when the game is first loaded - using the onStart(); function, and the function to run when the game is finished shutting down - using the onExit(); function. Once the Main.cs file has finished loading into memory, the onStart(); will be automatically called, at the very bottom of the script file.
When the onStart(); is run, it will execute the various game loading scripts, including:
- /scripts/game.cs - The launching point for the TorqueScript code unique to your game.
- /scripts/system/system.cs - The launching point for the TorqueScript code that manages file loading and system actions, unique for your game.
When this loading has been completed, the function initalizeGame(); will be called. This function is defined in /scripts/game.cs.
The initalizeGame(); function will call the startGame(); function. This function accepts the global variable $Game::DefaultScene, which is the default .t2d file to load when the game is first launched.
The value of the global variable $Game::DefaultScene is defined in /scripts/system/defaultPrefs.cs near the top of the file. The default level that is loaded is data/levels/emptyLevel.t2d, however this can be changed to whatever the first level file you need to load for your game might be.
The startGame(); function is located just below the initalizeGame(); function in /scripts/game.cs.
At this point the first level will have loaded and your game has begun!
Managing Game Processes
Torque2D games, on the TorqueScript level, do not contain a Main
loop like the C++ engine-level contains. To put it simply, the engine
waits to receive commands from the Script level, and then runs them.
Thanks to this you do not need to manage a constant logic loop or cycle
of any kind. Just setup your code and the objects in your game world,
and they will react appropriately when they are toggled, used or
manipulated by the user.
Conclusion
Torque2D projects all have a standard game flow. This game flow is
clean and easy to work with, and does not require a Main logic loop to
be constantly maintained - actions simply need to be performed to occur. |


|
JTS Topology Suite version 1.13 | ||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface SpatialIndex
The basic operations supported by classes implementing spatial index algorithms.
A spatial index typically provides a primary filter for range rectangle queries. A secondary filter is required to test for exact intersection. The secondary filter may consist of other kinds of tests, such as testing other spatial relationships.
| Method Summary | |
|---|---|
void |
insert(Envelope itemEnv,
java.lang.Object item)
Adds a spatial item with an extent specified by the given Envelope to the index |
java.util.List |
query(Envelope searchEnv)
Queries the index for all items whose extents intersect the given search Envelope
Note that some kinds of indexes may also return objects which do not in fact
intersect the query envelope. |
void |
query(Envelope searchEnv,
ItemVisitor visitor)
Queries the index for all items whose extents intersect the given search Envelope ,
and applies an ItemVisitor to them. |
boolean |
remove(Envelope itemEnv,
java.lang.Object item)
Removes a single item from the tree. |
| Method Detail |
|---|
void insert(Envelope itemEnv, java.lang.Object item)
Envelope
to the index
java.util.List query(Envelope searchEnv)
Envelope
Note that some kinds of indexes may also return objects which do not in fact
intersect the query envelope.
searchEnv
- the envelope to query for
void query(Envelope searchEnv, ItemVisitor visitor)
Envelope
,
and applies an ItemVisitor
to them.
Note that some kinds of indexes may also return objects which do not in fact
intersect the query envelope.
searchEnv
- the envelope to query forvisitor
- a visitor object to apply to the items foundboolean remove(Envelope itemEnv, java.lang.Object item)
itemEnv
- the Envelope of the item to removeitem
- the item to remove
true
if the item was found
|
JTS Topology Suite version 1.13 | ||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Throwable.initCause()
where an exception constructor also takes a Throwable cause
argument.
In this case, the initCause()
call can be removed and its argument can be added to the call to the exception's constructor.
Example:
try {
process();
}
catch (RuntimeException ex) {
RuntimeException wrapper = new RuntimeException("Error while processing");
wrapper.initCause(ex); // Unnecessary call to 'Throwable.initCause()'
throw wrapper;
}
A quick-fix is available to pass the cause argument to the constructor. After the quick-fix is applied:
try {
process();
}
catch (RuntimeException ex) {
RuntimeException wrapper = new RuntimeException("Error while processing", ex);
throw wrapper;
}


Nokia 2.3 Can Now Be Pre-Ordered in Russia for 7990 RUB ($125) - Gizchina.com
by PierreRate this post
On December 6th, Nokia finally announced the much teased Nokia 2.3 entry-level phone. Today, the device went on pre-order in Russia with a price tag of 7990 Rubles, around $125 or 113€ at the current exchange rates.
As we can see on Nokia’s Russian official website, the Nokia 2.3 is available in all the color variants announced at lunch. Thus it’s possible to pick between Cyan Green, Sand and Charcoal. That said, the website does not show when the devices will actually be shipped. So, if you’re from Russia, you can probably wait a little longer before pre-ordering one.
Specs wise, the Nokia 2.3 comes with a 6.2-inch HD + 19: 9 screen; along with a waterdrop notch and In-Cell technology to improve the viewing experience. The smartphone is then powered by a low-end MediaTek Helio A22 CPU along with 2GB of RAM and 32GB of internal storage (expandable via microSD card).
While on the photography side, the handset features a 13MP main rear camera with LED flash and f/2.2 aperture paired with 2MP secondary camera. On the front we instead find a single 5MP front-facing camera with f/2.4 aperture.
Finally, Nokia’s 2.3 is powered by a 4000mAh capacity battery and runs Android 9.0 OTB (upgradable to Android 10).
NOKIA 2.3 SPECIFICATIONS
- 6.2-inch (720 x 1520 pixels) HD+ 19:9 aspect ratio 2.5D curved glass display
- 2GHz Quad-Core MediaTek Helio A22 12nm processor with IMG PowerVR GE-class GPU
- 2GB RAM, 32GB storage, expandable memory up to 512GB with microSD
- Dual SIM
- Android 9.0 (Pie), upgradable to Android 10
- 13MP rear camera with LED flash, f/2.2 aperture, 2MP secondary camera
- 5MP front-facing camera with f/2.4 aperture
- 3.5 mm headphone jack, FM Radio
- Dimensions: 157.69 x 75.41 x 8.68mm; Weight: 183g
- Dual 4G VoLTE, Wi-Fi 802.11 b/g/n, Bluetooth 5.0, GPS + GLONASS, micro USB
- 4000mAh battery


Predicting Heart Disease and Classifying its Type
AGE *
Sex *
Male(1)
Female(0)
Chest Pain Type *
Typical Angina(0)
Atypical Angina(1)
Non-Anginal Pain(2)
Asymptomatic(3)
resting blood pressure (in mm Hg on admission to the hospital) *
80
serum cholestoral in mg/dl) *
150
fasting blood sugar > 120 mg/dl *
Yes(1)
No(0)
resting electrocardiographic results *
Normal(0)
Having ST-T Wave Abnormality(1)
Showing Probable or Definite Left Ventricular Hypertrophy(2)
maximum heart rate achieved *
80
exercise induced angina *
Yes(1)
No(0)
ST depression induced by exercise relative to rest *
the slope of the peak exercise ST segment *
Upsloping(1)
Flat(2)
Downsloping(3)
number of major vessels (0-4) colored by flourosopy *
0
1
2
3
4
thalassemia *
Normal(1)
Fixed Defect(2)
Reversable Defect(3)
Output
Submit


Super-Duper Person!
Hello there, amazing person! Its so good to see you! Thanks for dropping by...
www.amazon.co.uk
www.google.co.uk
www.screwfix.com
My favorite site is
GitHub
!


The Questions 'Was I born in the USA?' 'Has it ever hailed in Saudi Arabia?' 'Do I hate pizza?' 'Have I been married?' 'Do I have an Saudi Arabian wild dog as a pet?' 'Guess a number between 1 and 3?' 'Guess a food I like?'


Hello Peter! (this is a placeholder for dynamic recipient name)
You have been successfully subscribed to the Fake newsletter on 28-12-2012
Your hobbies are:
Regards, The Thymeleaf Team


The data show that men have exponentially more jobs in a professional area than women,
eg. Biologist, chemist architect, graphic designer, etc.
It's a clear lack of equality and my design aims to fix that
Male Professionals
The chart shows that the majority of tiles are coloured, light orange.
Each light orange tile indicates that there are 62-141 Male professionals in that area. These large number of professionals
are densely populated in the northern and eastern district of the map. These number only begin to wane when shifting focus
to southern and western locations, possibly due to lower income families that populate the area.
Female Professionals
The female division displays a majority of light purple tiles,
which indicate 23-38 female professionals in those areas. This shows that male professionals are possibly tripling
the number of female professionals. Female often have higher than usual number in places surrounding the city and
is most notably able to compete with male number in the Marrickville area. Location, Location, Location
To as effective as possible in attracting the best possible number
of people to attend, I've chosen Homebush, a location that men have dominated in the professional industry
and is near areas with higher professional jobs such as Marrickville.
And the SOLUTION??
My solution involves a creating a new University. This university will assist more females to be
eligible for professional jobs by hosting courses that are geared towards this particular gender. I've found that These
Professions have proven to be high-paying as well as popular amoung this gender, eg.
Nurse Practitioner, lawyer, software developer, physician, engineer, human resources manager etc.
The colours of the design represent the equality and equity that I strive to produce.


Yellowblue lets you use visual blocks, or modules, that you can place just about anywhere, like the sidebar, the content area, the main column, etc.
You can have modules that can go in the sidebar, two, three or four modules side by side, modules with blue headings and yellow font, modules with yellow headings and blue font... well you can have them almost any way you want them.
Yellowblue offers some ready to use color variations for the headings of your modules. You can apply them by using the following classes:
See below the modules with their color variations and the code that creates them:
No color variation.

Default

No color variation.

Blue color variation. Uses the class blue-var

Blue

Blue color variation. Uses the class blue-var

Light Blue color variation. Uses the class light-blue-var

Light Blue

Light Blue color variation. Uses the class light-blue-var

Yellow color variation. Uses the class yellow-var

Yellow

Yellow color variation. Uses the class yellow-var

The Grid's width classes can be on applied on modules too. If for example, you want a half-width module, just apply the half-width
class on your module's opening tag, like so:

Yellowblue might offer you some reade-to-use color variations for your modules, but that doesn't mean that you cannot use your own. Remember the Color Variations section? You can use these classes to give to your modules' headings your own color combinations.
Have look at the following examples to get an idea of how to customize your modules:
Header with orange background and white text.

Orange / White

Header with orange background and white text.

Header with dark-red background and yellow text.

Dark Red / Yellow

Header with dark-red background and yellow text.

Just give the h3
the color variations classes and you're good to go.
Again, visit the Pattern Library demo page for a thorough demostration of the modules, their color variations and how to use them. Keep in mind that you can use the Grid's classes on the modules as well.


Back Pay fee - step 2 of 3
Enter your help with fees reference number
You must complete a help with fees application first. This usually takes about 10 minutes.
Back Pay fee - step 2 of 3
You must complete a help with fees application first. This usually takes about 10 minutes.


A digital image is an expressed array of numeric values that represent light intensity. An image is made up of rows and rows of pixels. In a color image, each pixel is assigned a color. In the RGB color space, each pixel color has three values: red, green, and blue.
ExploreR G B
An array is a grid of stored values.
Think of it like cubbies. An array is a 2-dimensional storage system, meaning that it has both rows and columns. Each square holds a pixel value.
Each Pixel has an index location.
The pixel location is based on horizontal and vertical location, just like an (x,y) pair on the coordinate plane.
Each pixel has an RGB value.
The pixel value records the intensity of light recorded at that location in the image. The value is recorded as an RGB triple: (R, G, B), with each value representing the red, green and blue components of the incoming light, respectively.
Light intensity ranges from 0-255
0 (the absense of light) is the darkest possible value. 255 is the maximum amount of light. In a greyscale example, 0 is black, 255 is white, and the numbers in between are varying shades of grey.
play with greyscale values!**?
Intensity values range between 0 and 255 for a total of 256 possible values. Why 256? Pixel information is stored in bits. 8 bits of storage provides 2^8 = 256 possible options. ** look at text for more thorough explanation?
RGB Values
RGB values still range from 0 - 255. However, now there are three values per pixel rather than just one: red, green and blue. Each pixel can have any combination of red, green and blue within this range, producing the spectrum of colors below.
RGB is additive color, menaing that the sum of all colors at full intensity is white. Absence of color is black.
Play with the sliders below to make your own RGB colors!
RGB and the Human Visual System
"The choice of primary colors is related to the physiology of the human eye; good primaries are stimuli that maximize the difference between the responses of the cone cells of the human retina to light of different wavelengths, and that thereby make a large color triangle.[3]"-- wikipedia
Image Data and Manipulation
When an image is recorded, RAW pixel data is captured by the sensor. This data must be synthesized and quantized. This is where image compression comes in. In order to simulate how our eyes process environmental light, cameras and editors alter image data. Image tones may be pulled into a certain range. A pleasing S-Curve may be applied to the image tones to increase contrast, for example.
Digital image manipulations
Common manipulations include brightness, contrast, exposure, sharpness, clarity, saturation, vibrance, warmth
Why do we adjust these values? What do they do psychologically?
As society continues progressing, inventing new technologies and acquiring more and more knowledge, it is more important than ever to encourage interdisciplinary cooperation and exploration. Diciplinary specialization is absolutely necessary: many of our greatest achievements would not have been possible without great scientists devoting their lives to one area. However, we must not forget the interdisciplinary tradition of the ancient Greeks: Plato was a mathematician and philosopher. Even today, some of our greatest achievements have come in the space between disciplines: ___ applied ____ and ______ to create ______.
Additionally, one discipline can be a great introduction into another. For example, this visually-based project is an experiment in using art and interaction to get people excited about science. Moving forward, this could turn into a new way to get young children (especially young girls) excited about STEM majors. There is a gender gap [] in STEM majors, as well as a projected shortage of STEM majors. In combining disciplines we can approach the fields of science and technology from the fields they impact and inform: by beginning with the end product of STEM innovation, we can get students excited about pursuing STEM.


| 774 | (A) | Bot waspasyan that wile of the werre knewe |
| 777 | (C) | But vaspasiane þe wyle . of þe werre knewe |
| 769 | (D) | But vaspasian the wyle of werre wele knew |
| 749 | (E) | ¶ But waspasian þe while of þe werres kneew |
| (Ex) | ---- no text ---- | |
| 793 | (L) | waspasian þe wile wel ynow knewe |
| 722 | (P) | Bot waspasyan ?? wyle of þe wer knewen |
| 757 | (U) | ¶ But Vespasian the wyle / of the werre knewe |
| (V) | ---- no text ---- |


Jesus is a coder by day, bass power chord strummer and drummer by night. He often likes to stay up late going to live rock shows.


Commands:/bikeshed color/#000000/rgb(0,0,0)/random/chatNC name that you want to change the chat name to


Support algorithms and datastructures
[Common functionality]
Detailed Description
These are some common datastructures used in the implementation of Gecode. Maybe they can be also useful to others.In order to use them, one needs to include the appropriate header-file as described in the class and function documentation.
Modules | |
| Support for shared objects and handles | |
Classes | |
| class | Gecode::Support::BlockAllocator< T, blocksize > |
| Manage memory organized into block lists (allocator). More... | |
| class | Gecode::Support::BlockClient< T, blocksize > |
| Client for block allocator of type T. More... | |
| class | Gecode::Support::DynamicArray< T > |
| Array with arbitrary number of elements. More... | |
| class | Gecode::Support::DynamicStack< T > |
| Stack with arbitrary number of elements. More... | |
| class | Gecode::Support::LinearCongruentialGenerator< m, a, q, r > |
| Template for linear congruential generators. More... | |
| class | Gecode::Support::SentinelStack< T > |
| A simple stack that uses a sentinel element. More... | |
| class | Gecode::Support::PQueue< T, Less > |
| Simple fixed-size priority queue. More... | |
| class | Gecode::Support::StaticStack< T > |
| Stack with fixed number of elements. More... | |
Typedefs | |
| typedef LinearCongruentialGenerator<<PHONE_NUMBER>, 48271, 44488, 3399 > | Gecode::Support::RandomGenerator |
| Default values for linear congruential generator. | |
Functions | |
| template<class Type, class LessThan> | |
| void | Gecode::Support::insertion (Type *x, int n, LessThan <) |
| Insertion sort. | |
| template<class Type, class LessThan> | |
| void | Gecode::Support::quicksort (Type *x, int n, LessThan <) |
| Quicksort. |
Typedef Documentation
| typedef LinearCongruentialGenerator<2147483647, 48271, 44488, 3399> Gecode::Support::RandomGenerator |
Default values for linear congruential generator.
While this pseudo-random number generator is not a good source of randomness, it is still an acceptable choice for many applications. The choice of values is taken from D. E. Knuth, The Art of Computer Programming, Vol 2, Seminumerical Algorithms, 3rd edition.
Definition at line 117 of file random.icc.
Function Documentation
| void Gecode::Support::insertion | ( | Type * | x, | |
| int | n, | |||
| LessThan & | lt | |||
| ) | [inline] |
Insertion sort.
Sorts by insertion the n first elements of array x according to the order lt as instance of class LessThan. The class LessThan must implement the single member function
bool operator()(const Type&, const Type&)
The algorithm is largely based on the following book: Robert Sedgewick, Algorithms in C++, 3rd edition, 1998, Addison Wesley.
| void Gecode::Support::quicksort | ( | Type * | x, | |
| int | n, | |||
| LessThan & | lt | |||
| ) | [inline] |
Quicksort.
Sorts with quicksort the n first elements of array x according to the order lt as instance of class LessThan. The class LessThan must implement the single member function
bool operator()(const Type&, const Type&)
The algorithm is largely based on the following book: Robert Sedgewick, Algorithms in C++, 3rd edition, 1998, Addison Wesley.


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- obtainAuthTokens(CloudConfiguration, String, String) - Method in class es.upv.indigodc.service.OrchestratorConnector
-
Get the token used to access the Orchestrator
- OrchestratorConnector - Class in es.upv.indigodc.service
-
Manage and do the calls to the REST API exposed by the IndigoDC Orchestrator; Connect to the
authorization system to obtain a token for the calls to the IndigoDC Orchestrator
- OrchestratorConnector() - Constructor for class es.upv.indigodc.service.OrchestratorConnector
-
- OrchestratorConnector.AccessToken - Class in es.upv.indigodc.service
-
Store the token information received after a successful call to the user authorization service
from DEEP
- OrchestratorDeploymentMapping - Class in es.upv.indigodc.service.model
-
Maintain the relation between the id of the deployment and its status
- OrchestratorDeploymentMapping() - Constructor for class es.upv.indigodc.service.model.OrchestratorDeploymentMapping
-
- OrchestratorIAMException - Exception in es.upv.indigodc.service.model
-
Throw this error when we detected a problem specific to the orchestrator or IAM
- OrchestratorIAMException(int, String, String) - Constructor for exception es.upv.indigodc.service.model.OrchestratorIAMException
-
Constructs a new exception with parameters
- OrchestratorPollRunnable(OrchestratorConnector, CloudConfiguration, Queue<AbstractMonitorEvent>, UserService) - Constructor for class es.upv.indigodc.service.EventService.OrchestratorPollRunnable
-
- OrchestratorResponse - Class in es.upv.indigodc.service.model
-
Holds the response received after a call to the Orchestrator
- OrchestratorResponse() - Constructor for class es.upv.indigodc.service.model.OrchestratorResponse
-


8 of the best cable management ideas
Create a illusion of a tidier bedroom
Bet you can't guess what this car is by looking at it
From the exterior to interior to the way it drives, this car is all new
Why you should wear a sushi shirt to a Japanese restuarant
Being a customer is tricky business
The Cool Target T-Shirt You'll Soon Be Seeing Everywhere
It's already a firm favourite of the fashion crowd
The Hard Choice: Is Beer or Cider Better?


IRI: #AssemblyScarGlyph
The assembly scar glyph is an "equal sign" image, the pattern produced by the union of a 5' sticky end and 3' sticky end glyph. The scar will cover the backbone, creating a visual break suggesting the potential disruption associated with a scar:
IRI: #AssemblyScarGlyphAlternative
With a double-stranded backbone:
IRI: #BiopolymerLocationGlyph
Biopolymer Location is a "stem-top" glyph for describing small sites. In this system:
IRI: #BluntRestrictionSiteGlyph
The blunt restriction site glyph is an image of two brackets facing away from one another to make a smooth-edged gap:
IRI: #CDSGlyph
The coding sequence glyph is a "box" with one side bent out arrow-like to show direction:
IRI: #CDSGlyphAlternative
Alternately, CDS may be represented as a block arrow:
IRI: #ChromosomalLocusGlyph
The glyph to indicate integration into a chromosome is an S-shaped curve of the backbone, suggesting something that might be part of a larger looping structure:
IRI: #CircularPlasmidGlyph
The glyph to indicate embedding in a plasmid is a turn of the backbone indicating its circular structure:
IRI: #CleavageSiteGlyph
Cleavage Site is a "stem-top" glyph for describing small sites. In this system:
IRI: #ComplexGlyph
The RECOMMENDED glyph for a complex is a composite of the glyphs for the molecules comprising the complex. For example, a protein bound to a simple chemical, a guide RNA, or another protein (in order:protein-small molecule, protein-guide RNA, protein-protein):
IRI: #ComplexGlyphAlternative
An alternative is the SBGN "cornered rectangle" glyph for a complex:
IRI: #CompositeGlyph
The glyph for Composite is dashed "expanding lines" connecting any "base" glyph representing the more abstract composite (e.g., Omitted Detail, or Terminator, or Promoter) to a backbone diagramming the contents of the composite. Note the bounding box is indicating the location of the base glyph, and would scale with that glyph.
IRI: #DegradationGlyph
Identical to the Process glyph, but with an empty set at the sink of the arrowhead:
IRI: #DissociationGlyph
An circular node inside another circle
IRI: #DnaBiopolymerLocationGlyph
The RECOMMENDED top for Biopolymer Location is a circle, reminiscent of a pin stuck into a location (in order: DNA, RNA, Protein):
IRI: #DnaBiopolymerLocationGlyphAlternative
An alternative is to have "nothing" for the top, just an extended version of the stem itself (in order: DNA, RNA, Protein):
IRI: #DnaCleavageSiteGlyph
The Cleavage Site top is an "X" suggesting slicing on top of a stem connecting to the backbone at the point where cleavage will occur (in order: DNA, RNA, Protein):
IRI: #DnaStabilityElementGlyph
The top for a Stability Element is a pentagon suggesting the shape of a shield, on top of a stem connecting to the backbone at the point where the stability element is located (in order: DNA, RNA, Protein):
IRI: #Double-StrandedNucleicAcidGlyph
The RECOMMENDED glyph for dsNA is a double-helix:
IRI: #Double-StrandedNucleicAcidGlyphAlternative
An alternative is the SBGN "nucleic acid" half-round rectangle:
IRI: #EngineeredRegionGlyph
Engineered Region is represented by a plain rectangle suggesting a blank slate to be written upon:
IRI: #FivePrimeOverhangSiteGlyph
The 5' overhang site glyph is an image of a strand of DNA extended on the 5' edge of its forward strand, and the complementary 3' Overhang Site glyph is a reflection of the 5' Overhang Site (in order: five-prime, three-prime):
IRI: #FivePrimeOverhangSiteGlyphAlternative
With a double-stranded backbone (in order: five-prime double stranded, three-prime double stranded):
IRI: #FivePrimeStickyEndRestrictionEnzymeCleavageSiteGlyph
The 5' sticky restriction site glyph is an image of the lines along which two strands of DNA will be cut into 5' sticky ends, and the complementary 3' Sticky Restriction Site glyph is a reflection of the 5' Sticky Restriction Site. Vertical position with respect to the backbone is in a break in a single backbone (in order: five-prime, three-prime):
IRI: #FivePrimeStickyEndRestrictionEnzymeCleavageSiteGlyphAlternative
and between strands of a double backbone (in order: five-prime double stranded, three-prime double stranded):
IRI: #Glyph
IRI: #HexagonSimpleChemicalGlyph
The simple chemical glyph is any one of three small polygonal shapes, triangle, pentagon, or hexagon (in order: triangle, pentagon, hexagon):
IRI: #InhibitionGlyph
An arrow whose head is a bar, suggesting blocking:
IRI: #InsulatorGlyph
The insulator glyph is a box inside another box that isolates it from its environment:
IRI: #IntronGlyph
An intron is designated by a boundaries interrupting CDS, each side having a two-triangle "torn out" edges, suggesting removal from an enclosing coding sequence:
IRI: #MacromoleculeGlyph
The macromolecule glyph is a rounded rectangle, as used in SBGN:
IRI: #MacromoleculeGlyphAlternative
A deprecated alternative is a diagonally offset union of a large and small circle, intended to invoke the complex shapes of protein. It is now deprecated for being too similar to a yeast cell "shmoo" symbol:
IRI: #NoGlyphAssignedGlyph
When a species has no assigned glyph it is RECOMMENDED that a user provide their own glyph. The user is also encouraged to submit the new glyph for possible adoption into the SBOLv standard.
An alternative option is to have a bracket, suggesting information that needs to be filled in:
IRI: #Non-CodingRNAGeneGlyph
The non-coding RNA glyph is a rectangular box whose top is a single-stranded RNA "wiggle":
IRI: #OmittedDetailGlyph
The Omitted Detail glyph is a break in the backbone with an ellipsis to indicate that material would normally be in that location:
IRI: #OperatorBindingSiteGlyph
The operator glyph is an open "cup" suggesting a binding location:
IRI: #OriginofReplicationGlyph
The origin of replication glyph is a circle suggesting the "bulge" opened in a piece of circular DNA when replication is beginning:
IRI: #OriginofTransferGlyph
The origin of transfer glyph is circular like origin of replication, but also includes an outbound arrow:
IRI: #OverhangSiteGlyph
The 5' overhang site glyph is an image of a strand of DNA extended on the 5' edge of its forward strand, and the complementary 3' Overhang Site glyph is a reflection of the 5' Overhang Site (in order: five-prime, three-prime):
IRI: #PentagonSimpleChemicalGlyph
The simple chemical glyph is any one of three small polygonal shapes, triangle, pentagon, or hexagon (in order: triangle, pentagon, hexagon):
IRI: #PolyASiteGlyph
The polyA site glyph is a sequence of As sitting atop the backbone:
IRI: #PolypeptideRegionGlyph
A polypeptide region inside a coding sequence is indicated by insertion of triangular boundaries inside of the CDS, parallel to the 3' side of the CDS. This will produce chevron segments on the 3' side and a CDS shape on the 5' side:
IRI: #PrimerBindingSiteGlyph
The primer binding site glyph is a line with a bent end suggesting a partially complementary strand of nucleic acid attaching to the backbone:
IRI: #PromoterSiteGlyph
The promoter glyph is a bent arrow pointing forward, suggesting the action of transcription from its transcription start site:
IRI: #ProteinBiopolymerLocationGlyph
The RECOMMENDED top for Biopolymer Location is a circle, reminiscent of a pin stuck into a location (in order: DNA, RNA, Protein):
IRI: #ProteinBiopolymerLocationGlyphAlternative
An alternative is to have "nothing" for the top, just an extended version of the stem itself (in order: DNA, RNA, Protein):
IRI: #ProteinCleavageSiteGlyph
The Cleavage Site top is an "X" suggesting slicing on top of a stem connecting to the backbone at the point where cleavage will occur (in order: DNA, RNA, Protein):
IRI: #ProteinGlyph
The protein glyph is a "pill" shape with a rectangular body and rounded ends, representing the compact space-filling mass of many proteins:
IRI: #ProteinGuideRnaComplexGlyph
The RECOMMENDED glyph for a complex is a composite of the glyphs for the molecules comprising the complex. For example, a protein bound to a simple chemical, a guide RNA, or another protein (in order:protein-small molecule, protein-guide RNA, protein-protein):
IRI: #ProteinProteinComplexGlyph
The RECOMMENDED glyph for a complex is a composite of the glyphs for the molecules comprising the complex. For example, a protein bound to a simple chemical, a guide RNA, or another protein (in order:protein-small molecule, protein-guide RNA, protein-protein):
IRI: #ProteinSmallMoleculeComplexGlyph
The RECOMMENDED glyph for a complex is a composite of the glyphs for the molecules comprising the complex. For example, a protein bound to a simple chemical, a guide RNA, or another protein (in order:protein-small molecule, protein-guide RNA, protein-protein):
IRI: #ProteinStabilityElementGlyph
The top for a Stability Element is a pentagon suggesting the shape of a shield, on top of a stem connecting to the backbone at the point where the stability element is located (in order: DNA, RNA, Protein):
IRI: #RibosomeEntrySiteGlyph
The ribosome entry promoter glyph is a half-ovoid sitting on the backbone, suggesting an attached ribosome beginning transcription:
IRI: #RnaBiopolymerLocationGlyph
The RECOMMENDED top for Biopolymer Location is a circle, reminiscent of a pin stuck into a location (in order: DNA, RNA, Protein):
IRI: #RnaBiopolymerLocationGlyphAlternative
An alternative is to have "nothing" for the top, just an extended version of the stem itself (in order: DNA, RNA, Protein):
IRI: #RnaCleavageSiteGlyph
The Cleavage Site top is an "X" suggesting slicing on top of a stem connecting to the backbone at the point where cleavage will occur (in order: DNA, RNA, Protein):
IRI: #RnaStabilityElementGlyph
The top for a Stability Element is a pentagon suggesting the shape of a shield, on top of a stem connecting to the backbone at the point where the stability element is located (in order: DNA, RNA, Protein):
IRI: #SignatureGlyph
The signature glyph is a box sitting atop the backbone with an X and line inside it, suggesting a signature on a form:
IRI: #SimpleChemicalGlyph
The simple chemical glyph is any one of three small polygonal shapes, triangle, pentagon, or hexagon (in order: triangle, pentagon, hexagon):
IRI: #SimpleChemicalGlyphAlternative
Alternately, a simple chemical may also be represented a small circle:
IRI: #Single-StrandedNucleicAcidGlyph
The RECOMMENDED glyph for ssNA is a wiggly line:
IRI: #Single-StrandedNucleicAcidGlyphAlternative
An alternative is the SBGN "nucleic acid" half-round rectangle:
IRI: #SpecificRecombinationSiteGlyph
The specific recombination site glyph is a triangle, centered on the backbone, as has appeared in a number of recombinase circuit papers:
IRI: #StabilityElementGlyph
Stability Element is a "stem-top" glyph for describing small sites. In this system:
IRI: #StickyEndRestrictionEnzymeCleavageSiteGlyph
The 5' sticky restriction site glyph is an image of the lines along which two strands of DNA will be cut into 5' sticky ends, and the complementary 3' Sticky Restriction Site glyph is a reflection of the 5' Sticky Restriction Site. Vertical position with respect to the backbone is in a break in a single backbone (in order: five-prime, three-prime):
IRI: #StimulationGlyph
An arrow with an head that is empty or of a different color than the line:
IRI: #StopSiteGlyph
Transcription/Translation End Point is a "stem-top" glyph for describing small sites. In this system:
IRI: #TerminatorGlyph
The terminator is a T sitting atop the backbone:
IRI: #ThreePrimeOverhangSiteGlyph
The 5' overhang site glyph is an image of a strand of DNA extended on the 5' edge of its forward strand, and the complementary 3' Overhang Site glyph is a reflection of the 5' Overhang Site (in order: five-prime, three-prime):
IRI: #ThreePrimeOverhangSiteGlyphAlternative
With a double-stranded backbone (in order: five-prime double stranded, three-prime double stranded):
IRI: #ThreePrimeStickyEndRestrictionEnzymeCleavageSiteGlyph
The 5' sticky restriction site glyph is an image of the lines along which two strands of DNA will be cut into 5' sticky ends, and the complementary 3' Sticky Restriction Site glyph is a reflection of the 5' Sticky Restriction Site. Vertical position with respect to the backbone is in a break in a single backbone (in order: five-prime, three-prime):
IRI: #ThreePrimeStickyEndRestrictionEnzymeCleavageSiteGlyphAlternative
and between strands of a double backbone (in order: five-prime double stranded, three-prime double stranded):
IRI: #TranscriptionStopSiteGlyph
The Transcription/Translation End Point top is an asterisk in a circle (in order: transcription, translation):
IRI: #TranslationStopSiteGlyph
The Transcription/Translation End Point top is an asterisk in a circle (in order: transcription, translation):
IRI: #TriangleSimpleChemicalGlyph
The simple chemical glyph is any one of three small polygonal shapes, triangle, pentagon, or hexagon (in order: triangle, pentagon, hexagon):
IRI: #UnspecifiedGlyph
Unspecified is RECOMMENDED to be represented by the unicode "replacement character" glyph, indicating a missing or invalid symbol:
IRI: #UnspecifiedGlyphAlternative
An alternative is the SBGN "generic species" glyph, which is an ellipse:
This HTML document was obtained by processing the OWL ontology source code through LODE, Live OWL Documentation Environment, developed by Silvio Peroni.
The aptamer glyph is a cartoon diagram of a prototypical nucleic acid secondary structure for an aptamer:


| DOSE: |
|
insufflated |
Mescaline |
(powder / crystals) |
I was battling depression which was brought on by the combination of events I experienced in Vietnam in 1968 and my struggle to 'overcome' being transgendered. I had reached the point of suicidal thoughts and had already been seeing a psychologist. Unfortunately, my psychologist created more problems than he helped. It seemed that he was a fan of B. F. Skinner and behavior modification was on his agenda. The threat of induced vomiting and/or electric shock being used to help me feel even worse about my gender expression convinced me that I was with the wrong therapist.
It was at this time that a young woman that I worked with took an interest in me and she asked me one day if I had ever done any mescaline. I hadn't done anything but marijuana and that was only while I was in Vietnam. She suggested that we get together for a weekend and that she would get some mescaline.
What she got was something other than peyote buttons and we snorted some powder that was like a strawberry milkshake. We both had motorcycles and spent the first 6 hours or so just cruising around Atlanta and stopping every once in a while to look at people. We spent the rest of the 'trip' in and around her apartment.
I remember looking at a spider in the grass and marveling at its complexity and appreciating it for what it was. On my way home the next day I noticed a billboard on the side of the road and thought the colors were exceptional. Somehow, that was a turning point in my life. I began the task of learning to love and accept myself as I am. It is an ongoing process that continues to this day, but the push I needed to begin came from a friend willing to spend the weekend with me in an altered state.
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.


Agenda
- Continuous Inspection
- Technical Debt
- 7 Axes of Quality
- Sonar Dashboard and Widgets
- Sonar Code Review Tools
You can't MANAGE
what you don't MEASURE.
But...
How do we MEASURE code quality?
Code Reviews
What is Sonar?
- a software quality management platform primarily for Java programming language
- enables developers to access and track code analysis data
- everything that affects the code base, from minor styling details to critical design errors, is inspected and evaluated by Sonar.
- makes code quality trackable and trendable
- it includes CODE REVIEW tools!
Continuous Integration
Continuous Inspection
Developer's 7 Deadly Sins
- Bugs and Potential Bugs
- Coding Standard Breach
- Duplications
- Lack of Unit Tests
- Bad Distibution of Complexity
- Spaghetti Design
- Not Enough or Too Many Comments
Technical Debt
cumulative cost of work that's been put off or done poorly enough that it needs to be refactored.
Technical Debt
Code — Issues, duplications and absence of commenting and documentation
Design — Poor design, increased complexity, low cohesion and high coupling, and architectural problems
Testing — Low or no unit-test/integration-test coverage, and test that are hard to maintain
7 Axes of Quality
- Coding rules—respect coding standards and follow best practices
- Potential bugs—eliminate code violations to prevent vulnerabilities
- Test coverage—writes unit tests, especially for complex parts of the software
- Duplicated code—isolates and refines duplications, Don't Repeat Yourself
- Complexity—equalizes disproportionate distributed complexity among components; eliminates complexity if possible
7 Axes of Quality (continued)
- Design and architecture—minimize dependencies
- Documentation and comments—provide documentation especially for the Public API, the source code
Sonar Dashboard
Sonar Dashboard Widgets
Potential Bugs and Coding Standards
- Coding rules—respect coding standards and follow best practices
- Potential bugs—eliminate code violations to prevent vulnerabilities
Sonar Dashboard Widgets
Test Coverage
- Test coverage—writes unit tests, especially for complex parts of the software
Sonar Dashboard Widgets
Comments and Duplications
- Duplicated code—isolates and refines duplications, Don't Repeat Yourself
- Documentation and comments—provide documentation especially for the Public API, the source code
Sonar Dashboard Widgets
Complexity
- Complexity—equalizes disproportionate distributed complexity among components; eliminates complexity if possible
Sonar Dashboard Widgets
Dependencies
- Design and architecture—minimize dependencies
Reviewing Code in
Sonar
- Hotspots Dashboard - tackle issues by priority
- Code Review Tools
- Assign Review Tasks
- Create Comments
- Flag False Positives
- Assign Manual Issues
- Create Action Plans
- Tracking Issues using Reviews Dashboard
- Issue Lifecycle
Provides ability to focus on classes that have findings against a metric
Let Sonar drive your code review.
- Assign Review Tasks
- Create Comments
- Flag False Positives
A Few Take Aways
- BEFORE the group code review, encourage developers to do their own code review using Sonar.
- Use Sonar and code reviews to help your team develop discipline and maturity as software developers (less 7 deadly sins!).
- Let Sonar drive your code reviews. Leverage the Sonar issue management/workflow to track issues.
- If overwhelmed, focus on one or two metrics first as a team.
A Few Take Aways
- Budget some time to refactor and tackle technical debt.
- When refactoring always apply the Boy Scout Rule: "Always leave the campground cleaner than you found it".
- We barely scratched the surface on Sonar so try it out yourself!