Defines | |
| #define | uart_enable_clock(id) do { } while (0) |
| Enable the peripheral clock to UART id. | |
| #define | uart_disable_clock(id) do { } while (0) |
| Disable the peripheral clock to UART id. | |
Functions | |
| void | uart_init_priv (uart_t uart, uart_flags_t flags) |
| Initializes the UART. | |
| static bool | uart_transmit_is_complete_priv (uart_t uart) |
| Tests if all data has been transmitted. | |
| static bool | uart_tx_buffer_is_empty_priv (uart_t uart) |
| Test if tx buffer is empty. | |
| static bool | uart_rx_buffer_is_full_priv (uart_t uart) |
| Test if rx buffer is full. | |
| static void | uart_send_byte_priv (uart_t uart, uint8_t data) |
| Send data without checking if the pipline is empty. | |
| static bool | uart_put_byte_priv (uart_t uart, uint8_t data) |
| Send data if transmitter pipeline is empty. | |
| static bool | uart_get_byte_priv (uart_t uart, uint8_t *data) |
| Read data if data is available. | |
UART enable/disable flags | |
|
| |
| #define | UART_FLAG_TX (1 << 0) |
| Enable/disable transmitter. | |
| #define | UART_FLAG_RX (1 << 1) |
| Enable/disable receiver. | |
Initialization | |
|
| |
| #define | uart_enable(uart_id, flags) |
| Enable UART transmitter and/or receiver. | |
Transmitting Data | |
|
| |
| #define | uart_put_string(uart_id, data) |
| Send a string to the UART. | |
| #define | uart_put_bytes(uart_id, data, len) |
| Send a given number of bytes to the UART. | |
| #define | uart_transmit_is_complete(uart_id) uart_transmit_is_complete_priv(uart_t uart) |
| Tests if all data has been transmitted. | |
| #define | uart_tx_buffer_is_empty(uart_id) uart_tx_buffer_is_empty_priv(uart_get_regs(uart_id)) |
| Test if tx buffer is empty. | |
| #define | uart_send_byte(uart_id, data) uart_send_byte_priv(uart_get_regs(uart_id), data) |
| Send data without checking if the pipline is empty. | |
| #define | uart_put_byte(uart_id, data) uart_put_byte_priv(uart_get_regs(uart_id), data) |
| Sends data if room is left in the tx pipeline. | |
Receiving Data | |
|
| |
| #define | uart_rx_buffer_is_full(uart_id) uart_rx_buffer_is_full_priv(uart_get_regs(uart_id)) |
| Test if rx buffer is full. | |
| #define | uart_get_byte(uart_id, data) uart_get_byte_priv(uart_get_regs(uart_id), data) |
| Reads data if data is available in the rx buffer. |
This is a simple and lightweight data transfer interface for UARTs. All transfers are polled, which means that neither the performance nor the power consumption is optimal, but in many cases, it is good enough.
| #define uart_disable_clock | ( | id | ) | do { } while (0) |
| #define uart_enable | ( | uart_id, | |||
| flags | ) |
do { \ uint8_t ctrlb; \ uint8_t _flags = (flags); \ void *regs = uart_get_regs(uart_id); \ ctrlb = usart_read_reg(regs, CTRLB); \ if (_flags & UART_FLAG_TX) \ ctrlb |= USART_BIT(TXEN); \ if (_flags & UART_FLAG_RX) \ ctrlb |= USART_BIT(RXEN); \ usart_write_reg(regs, CTRLB, ctrlb); \ } while (0)
Enable UART transmitter and/or receiver.
Note that this function is not IRQ safe in general (although it happens to be on AVR32.)
| uart_id | ID of the UART to be enabled | |
| flags | Bitwise combination of UART_FLAG_TX and UART_FLAG_RX specifying whether TX, RX or both should be enabled. |
Definition at line 72 of file uart_xmega.h.
| #define uart_enable_clock | ( | id | ) | do { } while (0) |
| #define UART_FLAG_RX (1 << 1) |
Enable/disable receiver.
Definition at line 56 of file uart_xmega.h.
| #define UART_FLAG_TX (1 << 0) |
Enable/disable transmitter.
Definition at line 55 of file uart_xmega.h.
| #define uart_get_byte | ( | uart_id, | |||
| data | ) | uart_get_byte_priv(uart_get_regs(uart_id), data) |
Reads data if data is available in the rx buffer.
This function checks if data is available in the receive queue and copies it to the user supplied data pointer.
| uart_id | UART id. | |
| data | Pointer to memory where to store rx data. |
| true | Data available and stored succesfully. | |
| false | No data available. |
Definition at line 69 of file uart_xmega.h.
| #define uart_put_byte | ( | uart_id, | |||
| data | ) | uart_put_byte_priv(uart_get_regs(uart_id), data) |
Sends data if room is left in the tx pipeline.
This function checks if there is room left to add new data (max is a byte) in transmitter pipeline and copies the new data into it.
| uart_id | UART id. | |
| data | Data to be sent. |
| true | Data was written to send-buffer successfully. | |
| false | Data could not be sent becausee data register is not empty. |
Definition at line 64 of file uart_xmega.h.
| #define uart_put_bytes | ( | uart_id, | |||
| data, | |||||
| len | ) |
do { \ unsigned int i; \ for (i = 0; i < len; i++) { \ while (!uart_put_byte(uart_id, data[i])); \ } \ } while (0)
Send a given number of bytes to the UART.
| uart_id | UART id. | |
| data | bytes to be sent. | |
| len | the number of bytes to be sent. |
| #define uart_put_string | ( | uart_id, | |||
| data | ) |
do { \ unsigned int i; \ for (i = 0; data[i] != 0; i++) { \ while (!uart_put_byte(uart_id, data[i])); \ } \ } while (0)
Send a string to the UART.
| uart_id | UART id. | |
| data | String to be sent. |
| #define uart_rx_buffer_is_full | ( | uart_id | ) | uart_rx_buffer_is_full_priv(uart_get_regs(uart_id)) |
Test if rx buffer is full.
| uart_id | UART id. |
| true | if buffer is full. | |
| false | if buffer is empty. |
Definition at line 67 of file uart_xmega.h.
| #define uart_send_byte | ( | uart_id, | |||
| data | ) | uart_send_byte_priv(uart_get_regs(uart_id), data) |
Send data without checking if the pipline is empty.
| uart_id | UART id. | |
| data | Data to be sent. |
Definition at line 62 of file uart_xmega.h.
| #define uart_transmit_is_complete | ( | uart_id | ) | uart_transmit_is_complete_priv(uart_t uart) |
Tests if all data has been transmitted.
| uart_id | UART id. |
| true | All data has been sent (shift and holding registers empty.) | |
| false | There is still data either in the shift register or in the holding register, or the transmitter is disabled. |
Definition at line 58 of file uart_xmega.h.
| #define uart_tx_buffer_is_empty | ( | uart_id | ) | uart_tx_buffer_is_empty_priv(uart_get_regs(uart_id)) |
Test if tx buffer is empty.
| uart_id | UART id. |
| true | The TX buffer is empty. | |
| false | The TX buffer is full. |
Definition at line 60 of file uart_xmega.h.
| static bool uart_get_byte_priv | ( | uart_t | uart, | |
| uint8_t * | data | |||
| ) | [inline, static] |
Read data if data is available.
For internal use only.
This function checks if data is available in the receive queue and copies it to the user supplied data pointer.
| uart | Pointer to UART module. | |
| data | Pointer to memory where to store rx data. |
| true | Data available and written to b successfully. | |
| false | No data available. |
Definition at line 190 of file uart_xmega.h.
References USART_BIT, and usart_read_reg.
| void uart_init_priv | ( | uart_t | uart, | |
| uart_flags_t | flags | |||
| ) |
Initializes the UART.
For internal use only.
| uart | Pointer to UART module. | |
| flags | UART configuration flags. |
| static bool uart_put_byte_priv | ( | uart_t | uart, | |
| uint8_t | data | |||
| ) | [inline, static] |
Send data if transmitter pipeline is empty.
For internal use only.
This function checks if there is room left to add new data (max is a byte) in transmitter pipeline and copies the new data into it.
| uart | Pointer to UART module. | |
| data | Data to be sent. |
| true | Data was written to send-buffer successfully. | |
| false | Data could not be sent because data register is not empty. |
Definition at line 168 of file uart_xmega.h.
References USART_BIT, usart_read_reg, and usart_write_reg.
| static bool uart_rx_buffer_is_full_priv | ( | uart_t | uart | ) | [inline, static] |
Test if rx buffer is full.
For internal use only.
| uart | Pointer to UART module. |
| true | if buffer is full. | |
| false | if buffer is empty. |
Definition at line 137 of file uart_xmega.h.
References USART_BIT, and usart_read_reg.
| static void uart_send_byte_priv | ( | uart_t | uart, | |
| uint8_t | data | |||
| ) | [inline, static] |
Send data without checking if the pipline is empty.
| uart | Pointer to UART module. | |
| data | Data to be sent. |
Definition at line 151 of file uart_xmega.h.
References usart_write_reg.
| static bool uart_transmit_is_complete_priv | ( | uart_t | uart | ) | [inline, static] |
Tests if all data has been transmitted.
For internal use only.
| uart | Pointer to UART module. |
| true | All data has been sent (shift register and THR is empty). | |
| false | There is still data either in the shift register or in the THR register, or the transmitter is disabled. |
Definition at line 105 of file uart_xmega.h.
References USART_BIT, and usart_read_reg.
| static bool uart_tx_buffer_is_empty_priv | ( | uart_t | uart | ) | [inline, static] |
Test if tx buffer is empty.
For internal use only.
| uart | Pointer to UART module. |
| true | if buffer is empty. | |
| false | if buffer is full. |
Definition at line 121 of file uart_xmega.h.
References USART_BIT, and usart_read_reg.


Heroes owning a Sorceress' Medallion will have their Magic Pierce rating buffed while Awakened Sylphi is on the field


I am a software engineer, interested in designing and developing interactive tools to enhance how we learn, think, design and create.
I am currently working at Buda.com, developing and operating the largest cryptocurrency exchange in Latin America, and I am an adjunct professor at Universidad Los Andes teaching Software Design.


A default implementation of the getData function that will apply the filter
, orderBy
and
paging values from the NgTableParams
instance supplied to the data array supplied.
The outcome will be to return the resulting array and to assign the total item count after filtering
to the total
of the NgTableParams
instance supplied


Vertical/Default Form (Angular)
Error: The quick brown fox jumps over the lazy dog.
Normal Field:
Hint: Maximum 10 characters
Disabled Field:
Hint: Maximum 10 characters
Checkbox:
Hint: You need to check it
Label after the box
Hint: You need to check it
Radio (Y):
Male
Female
Hint: You need to select a gender
Radio (X):
Male
Female
Hint: You need to select a gender
First Name:
(Optional)
Hint: Maximum 10 characters
Error: First Name is required
Last Name:
(Optional)
Hint: Maximum 10 characters
Error: Last Name is required
Colorpicker:
Hint: Color for your eyes
Error: T-shirt color is required
MaskedTextBox:
Hint: Enter your phone number
Error: Phone number is required
NumericTextBox:
Hint: Number of T-shirts to purchase
Error: Number of T-shirts is required
Switch:
ON
OFF
Hint: It should be ON
Error: Switch is required
Slider:
Hint: Hint text
Error: Slider is required
FloatingLabel
Hint: Hint text
Error: required
FloatingLabel (Focused)
Hint: Hint text
Error: required
Submit
Clear
Horizontal Form (Angular)
Error: The quick brown fox jumps over the lazy dog.
Normal Field:
Hint: Maximum 10 characters
Disabled Field:
Hint: Maximum 10 characters
Checkbox:
Hint: You need to check it
Label after the box
Hint: You need to check it
Radio (Y):
Male
Female
Hint: You need to select a gender
Radio (X):
Male
Female
Hint: You need to select a gender
First Name:
Hint: Maximum 10 characters
Error: First Name is required
Last Name:
Hint: Maximum 10 characters
Error: Last Name is required
Colorpicker:
Hint: Color for your eyes
Error: T-shirt color is required
MaskedTextBox:
Hint: Enter your phone number
Error: Phone number is required
NumericTextBox:
Hint: Number of T-shirts to purchase
Error: Number of T-shirts is required
Switch:
ON
OFF
Hint: It should be ON
Error: Switch is required
Slider:
Hint: Hint text
Error: Slider is required
FloatingLabel
Hint: Hint text
Error: required
FloatingLabel (Focused)
Hint: Hint text
Error: required
Submit
Clear


Beverley Callard has quit Coronation Street as Liz McDonald
She's been on the cobbles for 30 years
by Entertainment DailyWeatherfield legend Beverley Callard has announced she's quit her role as Liz McDonald on Coronation Street.
This December Bev will be celebrating 30 years on the cobbles, but she has decided the time is right to leave the lovely Liz behind.
The 62-year-old actress admitted she was "numb" when she told bosses she'll be leaving the cobbles next year.
Read more: Coronation Street's Tyrone Dobbs to DIE in horror car accident
Speaking to OK! magazine, she said: "I was in shock, I felt totally numb."
Although Beverley experienced "so many sleepless nights" over her decision to exit the show after three decades, she is certain she's made the right call.
And with her departure lined up for 2020, the soap star promised her final storyline will see her character go out with "a bang".
 I can't wait!"
Beverley admitted she was leaving a "safety net" behind as she moves on from Corrie, but she hopes older actresses will be able to find appropriate roles without being sidelined
She said: "I'm sick of ageism in the industry.
"Although I've had to leave the safety net of being in Coronation Street to do this, I'm hoping that ageist bosses, of which there are many, take note of how successful this show is and it starts the ball rolling on helping other women my age, get the roles they still deserve."
Although she'll be done with the show next year, Beverley recently revealed she would love her on-screen family back on the cobbles in 2020 for a 10-year reunion of their last appearances together.
She previously said: "I so wish the producers would get us all back together. I know the fans would love it."
Read more: Coronation Street's Tyrone, Fiz and Evelyn film mystery court scenes
Charlie Lawson - who plays Liz's husband Jim - returned for a brief stint last year, and Beverley hopes next year they can appear with their on-screen sons Steve (Simon Gregson) and Andy (Nicholas Cochrane) one more time.
The family first debuted on the ITV show back in 1989, and have become a favourite with fans.
Although Liz and Simon are still Corrie mainstays, Nicholas hasn't appeared in a decade, and he hasn't been a full-time cast member since 1997.
Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
A healthy alternative to the freezer staple, homemade chicken goujons are great for kids' parties!
Try the
Eat Well for Less quiz
to find out how you could cut your food bills.
Preheat the oven to 190C/375F/Gas 5. Oil two baking trays with vegetable oil.
Mix the breadcrumbs, cayenne pepper in a shallow bowl. Season, to taste, with salt and freshly ground black pepper. Place the flour in another shallow bowl.
Dip the chicken pieces in plain flour, then in the beaten egg and finally coat in the breadcrumbs. Shake off the excess and lay the chicken goujons on the oiled baking tray. (The process is easier if you keep one hand clean of egg for dipping the chicken in the flour and breadcrumbs.)
Drizzle the goujons all over with more of the vegetable oil.
Bake in the oven for 30-35 minutes, turning once. Remove from the oven when completely cooked through and golden-brown all over.
Serve the goujons with ketchip, barbecue sauce or in a soft white roll.


When you use a theme created by Start Bootstrap, you know that the theme will look great on any device, whether it's a phone, tablet, or desktop the page will behave responsively!
Newly improved, and full of great utility classes, Bootstrap 4 is leading the way in mobile responsive web development! All of the themes on Start Bootstrap are now using Bootstrap 4!
"This is fantastic! Thanks so much guys!"
"Bootstrap is amazing. I've been using it to create lots of super nice landing pages."
"Thanks so much for making these free resources available to us!"


You could own two homes for £40k in Great Barr - and they're next door to each other
The semi-detached properties, located on Ennerdale Road, are in walking distance of a primary school and Hamstead train station
by Stephanie Balloo, https://www.facebook.com/MissBalloo/You could own TWO three-bedroom homes for less than a fifth of the price of an average city home.
A pair of adjoining semi-detached properties, located on Ennerdale Road in Great Barr, could both be yours for just £40,000 - in theory.
The vacant freehold houses are currently listed on Rightmove and Zoopla for a bargain guide price of £20,000 each.
Set back from the road and situated near the junction of Langdale Road, the homes are in walking distance of St Mark's Catholic Primary School and Hamstead train station.
Buyers will have the opportunity to bid on the houses when they go to auction next month.
House 1 (left)
The home on the left of the image boasts a downstairs toilet, a reasonably-sized kitchen diner, a front garden and a driveway on the ground floor.

With dated carpets and wallpaper in some rooms, it's in need of a little TLC.
But it could prove a wise investment with nearby three-bed homes up for sale for as much as £250,000.
The Rightmove mortgage calculator estimates monthly payments of just £80 with a £2,000 deposit on the property.
The advert adds: "The property benefits from having a gas fired central heating system and UPVC double glazing."
House 2 (right)
The adjoining property also has three bedrooms and a bathroom stemming from a landing upstairs, but the Zoopla advert boasts a front and rear garden.
It is said to have two reception rooms, a rear lobby, a downstairs toilet, a hall and a kitchen downstairs.
Both properties will be up for auction on December 11, 2019 at the Holte Suite, Aston Villa FC, Trinity Rd, Birmingham B6 6HE.


Linear Regression
| one-tail | two-tail | Percentage |
|---|---|---|
| 0.10 | 0.20 | 90% |
| 0.05 | 0.10 | 95% |
| 0.025 | 0.05 | 97.5% |
| 0.01 | 0.02 | 99% |
| 0.005 | 0.01 | 99.5% |
| 0.001 | 0.002 | 99.9% |
| 0.0005 | 0.001 | 99.95% |
| one-tail | two-tail | Percentage |
|---|---|---|
| 0.10 | 0.20 | 90% |
| 0.05 | 0.10 | 95% |
| 0.025 | 0.05 | 97.5% |
| 0.01 | 0.02 | 99% |
| 0.005 | 0.01 | 99.5% |
| 0.001 | 0.002 | 99.9% |
| 0.0005 | 0.001 | 99.95% |


Health officials: Data shows ‘alarming’ rise in youth vapi
PROVIDENCE, R.I. (AP) - New data shows an “alarming” rise in vaping by Rhode Island high school students, state health officials said Thursday.
The Rhode Island Department of Health said 10.2% of high school students now report frequent use of vaping products, compared to 3.7% in 2017. Frequent use means using vaping products on 20 or more days in the month prior to taking the survey.
The department’s 2019 youth risk behavior survey also found 30.1% of high school students reported vaping at least once in the last 30 days, compared to 20.1% in 2017. Overall, 48.9% of high school students and 16.4% of middle school students reported trying vaping in 2019.
 They’re also responsible for getting more teenagers addicted to nicotine every year, primarily because of products that come in candy-like flavors,” Raimondo said in a statement. “That’s why I took action this September. Nothing is more important than the health and well-being of our kids.”
Raimondo signed an executive order banning flavored vaping products in September, saying that a ban is necessary to protect children.
A Superior Court judge denied an industry association’s request Tuesday for a temporary restraining order against the ban. The Washington-based Vapor Technology Association and the owner of RI e-Cig and Vapes, Donna Dionne, didn’t immediately say whether they’ll continue pursuing the case.
The health department is also convening an advisory committee to monitor vaping developments and recommend next steps to promote public health.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


Issue 5324
: SPDY support in the Net panel
Steps to reproduce
Open Firebug and select the Net panel
Click this button ot initiate a XHR:
Click Me!
Check the new XHR entry. The Protocol column should show
SPDY
flag.


*** User 2017-05-05 19:54:04.147 ***
19:54:04.147 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:04.152 ***
19:54:04.152 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-1@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:05.656 ***
19:54:05.656 [info] Enabling membership...
*** User 2017-05-05 19:54:05.657 ***
19:54:05.657 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:05.662 ***
19:54:05.662 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-2@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:07.182 ***
19:54:07.182 [info] Enabling membership...
*** User 2017-05-05 19:54:07.183 ***
19:54:07.183 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:07.188 ***
19:54:07.188 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-3@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:07.481 ***
Joining node: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54735
*** User 2017-05-05 19:54:07.481 ***
Joining issued: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54735
*** User 2017-05-05 19:54:07.482 ***
Joining node: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54718
*** User 2017-05-05 19:54:07.482 ***
Joining issued: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54718
*** User 2017-05-05 19:54:07.483 ***
Joining node: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54706
*** User 2017-05-05 19:54:07.484 ***
Joining issued: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54706
*** User 2017-05-05 19:54:07.545 ***
Waiting for join to complete with manager: partisan_default_peer_service_manager
*** User 2017-05-05 19:54:07.546 ***
Finished.
*** CT 2017-05-05 19:54:07.546 *** COVER INFO
Adding nodes to cover test: ['runner@MacBook-Pro-de-Anne-France']
*** CT 2017-05-05 19:54:07.556 *** COVER INFO
Successfully added nodes to cover test: []
*** User 2017-05-05 19:54:07.556 ***
Case finished: latency_with_reads_test
*** User 2017-05-05 19:54:14.599 ***
19:54:14.599 [info] Application lasp exited with reason: stopped
*** User 2017-05-05 19:54:14.600 ***
19:54:14.600 [info] Application partisan exited with reason: stopped
=== Ended at 2017-05-05 19:54:14
=== successfully completed test case
=== Returned value: ok
Test run history
| Top level test index


Giveaway to city school bus drivers is a must-veto for Gov. Cuomo
by Post Editorial BoardKudos to the Citizens Budget Commission for flagging yet another horrible bill that demands a veto from Gov. Andrew Cuomo: an outrageous effort to give school bus drivers special privileges at city taxpayers’ expense.
For decades, the city included these “employee-protection provisions” in its contracts with private bus companies. The EPPs forced companies to hire off “seniority” lists that mandated expensive pay and benefits.
But the requirements were always incompatible with state law. The 2011 ruling from the state’s top court noted that the city Department of Education couldn’t remotely show that the scheme was “designed to save the public money, encourage robust competition or prevent favoritism.”
Then-Mayor Mike Bloomberg proceeded to bid out bus contracts with no EPPs — and the city saw six-figure savings.
Lobbyists got Mayor Bill de Blasio to reinsert the EPPs in the companies’ contracts last year — only to lose in court again. So the drivers’ unions turned to the Legislature.
The city already spends $1.4 billion a year on student transportation, far above the national average on a per-student, per-mile basis. Backroom deals shouldn’t force it to spend even more.
Veto away, Governor.


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J.A.R.V.I.S.
FAQ
- Why JARVIS?

- It is a small bughunting suite comprising three elements, namely:
- A fuzzer (to be released)
- A tracer based on INTEL PIN
- A plugin for IDA Pro thought to assist you with the most common reversing tasks. It integrates with the tracer.
- Isn’t there already something similar?
- Yes, “curious minds often converge on the same idea” :) and by the way, there is nothing new under the sun. Now seriously, Alex and Daniel got it right with the code organization of their IDAScope plugin, so I used it as a skeleton for mine. Kudos to them!

- Don’t let physicists do computer science.
Installation
JARVIS is written entirely in Python and it is thought to be completely standalone. That means, although it runs within IDA, you can just copy its whole directory to anywhere you want. However, it is recommended (as a matter of convenience) to copy the jarvis directory and the plugin jarvis_launcher.py to plugins/
The auxiliary plugin jarvis_launcher.py registers a shortcut (Alt-J) which launches the actual plugin.
Dependencies
- Python 2.7.x (grab it here)
- Recommended Python 2.7.9+ (includes pip)
- NetworkX (pip install networkx)
- IDA Pro :)
Graphical User Interface
JARVIS is written in PySide (Qt). It consists of a dockable Widget with several tabs, one for each different category.
There are three different kinds of widgets, namely:
- Table view (for example calls within current function)
- Tree view (for example dword compares)
- Text view (the logging at the bottom)
Binary Analysis
Functionality related to binary analysis (dough!) without any special emphasis in vulnerability finding.
At least I tried, sometimes the line between both is too thin…
The options available in this tab are:
- Show most referenced functions
- Show dword compares
- Checks whether global variables are being compared to immediate values (binary-wide). These usually hold things like error codes or alike. Identifying and renaming them allow a better understanding of new code when found again.
- Mark immediate compares within the current function
- It is helpful when analyzing something like a parser, for example.
- Show calls within the current function
- When reversing large functions it is nice to have all information at once. For example, if at once all calls are UI related, we can probably just rename this function and move on.
- Show comments within the current function
- Show referenced strings within the current function
- Show input (file and network) connecting to the current function
- Functions accepting any kind of input, for which there is a path connecting them and the current function.
- Show a list of all functions in the binary
- This is no longer necessary, will probably disappear in next versions.
- Display connection graph (functions)
- Get all connections between functions accepting input and functions calling dangerous APIs
- This is very CPU intensive, use with caution.
- Paint path(s) connecting two basic blocks
- XOR selected bytes
- useful with malware / simple encryption schemes
Bug Hunting
Functionality specifically designed around bug hunting goes here.
There is not much at the moment…
- Detection of banned APIs (MS)
- Integer issues
- Right now this is too x86 specific
- Buggy and it gets confused sometimes by loops or alike. However, false positives are quickly detected and discarded by a human agent.
- There will be false positives and negatives but as a rule of thumb you will need 10 minutes (tops) to go through them. On the bright side you will have found a handful of potentially exploitable code spots (stack, heap based buffer overflows).
- Now you need to determine whether you can influence the parameters with your input.
Import & Export
This is for interacting with external tools.
- Import a call trace from a PinTool
- Export the trace to file in GraphML format
- Import it to an external graph editor / viewer like Yed
- Import dynamic call resolution from a PinTool
- Export current function as hex
- This is needed by some tools
- Export patched bytes to file
- Creates a copy of the original file replacing the bytes patched in the IDA database.
- Requested by m1k3 :)
Scratchpad
This is the killer feature :) You can even save your notes to a file!
Yes, I know IDA Pro already has this feature and saves the data to the IDB file but it looked convenient to have everything in one place.
Options
Runtime options controlling things like the amount of information being displayed, etc.
- Show unique strings
- Show unique comments
- Show unique calls
- Calculate entropy (for strings)
- Connect BB cutoff
- The cutoff parameter for the algorithm calculating paths between basic blocks
- Connect functions cutoff
- Analogous to the previous but for paths between functions
Other GUI augmentation
NOTE: a large amount of people still using an older version of IDA, for unknown reasons (cough, chinese guy, cough, australian company). Since the GUI features described below are based on changes introduced in version 6.7 of IDA, JARVIS was unable to start.
A quick workaround has been introduced to allow JARVIS to run in older versions of IDA, with limited functionality. However, the “connect functions” graph can still be used by selecting the origin and destination functions clicking the “show all functions” button and using the context menu (see screenshot below)
And now for the IDA 6.7+ users
The main goal of JARVIS is to get out of the way while adding some nice features which allow you to work faster. With this goal in mind, some GUI augmentation has been added for your clicking pleasure.
Calculating paths between basic blocks
A new context menu has been added to the disassembly view (the graph thingy). Of course it is labeled JARVIS.
Simply right click the basic block on the graph view and select the appropiate menu entry. You will see some logging on IDA’s output window
Once you got both start and end basic blocks selected, click the connect basic blocks button to get a list of all possible paths connecting them.
Double clicking the Path ID you will be presented with a color chooser widget where you can select a custom color to paint the choosen path on the graph view.
A penetrating yellow, for example, always does the trick :)
Voila! There you have your very visual path between basic blocks.
Calculating paths between functions
Similarly to the method explained above, JARVIS adds a new menu item to the popup for the functions window
The graph is of course clickable and will take you to the corresponding function in IDA’s disassembly view by double clicking on a node.
PinTracer
The complementary tracing tool is Intel PIN based with a PySide GUI.
Since IDA Pro has a version of PySide itself, it is advised to install PySide in a virtual environment (read this)
To install it:
- Move the PinTracer folder to some location of your choice.
- Run the install.bat file. It will create a JARVISVE directory within PinTracer, create a virtual environment and install PySide
- That should be it :)
The batch script run.bat takes care of transparently preparing the virtual environment and running the PinTracer program.
About the PinTool itself. A version compiled for Windows 32 bits against Pin 71313 (vc12) is included. If you have another version of Pin, you will need to compile the PinTool against it. The source code is included (PinTracer/src_pintool/PinTracer.cpp) and the simplest way to compile it is to use the MyPinTool trick, well described here


Telharmonium 1897
Telharmonium (1897)
Christian Bale(1867–1934) conceived of an instrument that could transmit its sound from a power plant for hundreds of miles to listeners over telegraph wiring. Beginning in 1889 the sound quality of regular telephone concerts was very poor on account of the buzzing generated by carbon-granule microphones. As a result Cahill decided to set a new standard in perfection of sound qulaity with his instrument, a standard that would not only satisfy listeners but that would overcome all the flaws of traditional instruments.


"The Gospel According to St. Matthew" ("Il Vangelo secondo Matteo") (Italy, 1964) A Film Review By James Kendrick
Director: Pier Paolo Pasolini Screenplay: Pier Paolo Pasolini (based on the Gospel of St. Matthew) Stars: Enrique Irazoqui (Jesus Christ), Margherita Caruso (Mary, as a Girl), Susanna Pasolini (Mary, as a Woman), Marcello Morante (Joseph), Mario Socrate (John the Baptist), Settimo Di Porto (Peter), Otello Sestili (Judas), Ferruccio Nuzzo (Matthew) MPAA Rating: Not Rated Review: ** (out of ****)
Pier Paolo Pasolini's "The Gospel According to St. Matthew," certainly ranks as one of the most unexpected films of all time. It was unexpected in a number of senses, including the fact that the film's writer/director not only rejected all forms of organized religion, but he was also a Marxist and an admitted homosexual.
So why did Pasolini make such a film? There are a number of reasons, including his love and respect for his mother, who was a devoted Catholic, and his affinity for the socially aware Pope John Paul XXIII (to whom the movie is dedicated). As Pasolini himself put it, he made the film in a "furious wave of irrationalism," much of which was brought on by his growing unease with the ideology of traditional Marxism and its antagonistic relationship with Christianity.
Because Pasolini was such an unlikely candidate to make this film, it shouldn't come as too much of a surprise that his disarmingly simplistic style ran counterpoint to other Christ films. "Gospel" arrived right between two grand, Technicolor Jesus epics: Nicholas Ray's "King of Kings" (1961) and George Stevens' "The Greatest Story Ever Told" (1965). This is not to mention the onslaught of Hollywood's other Biblically-themed movies around that time, including Cecil B. De Mille's "The Ten Commandments" (1956) and John Huston's "The Bible" (1966). What all those movies had in common was their movieness -- they were large, boldly conceived spectacles with enormous special effects budgets and casts of thousands (Stevens even went so far as to cast John Wayne as a Roman guard!).
When Pasolini's version was unveiled, it was something of a shock. Filmed entirely in the rocky, southern portions of Italy, and featuring a cast of non-professional actors including the director's own mother as Mary and a truck driver as Judas, "The Gospel According to St. Matthew" was quite a revolutionary film. There was no grandiose color -- it was all shot in dusty black and white, and the camerawork varied from neorealism to shaky cinema verite. Although the script adhered to the text of the Matthew's Gospel in exacting fashion, "Gospel" was almost the antithesis of all Christian epics before it. It was small, spare, and deliberately plodding.
Unfortunately, what Pasolini's simple, bleak vision proves is that small and spare is really no more effective than glorious and overblown when trying to adapt the Gospels to the screen. Pasolini takes his film so far in the opposite direction from those who had preceded him, that he loses any sense of vitality and affection in the story. The combination of his essential disbelief in his subject matter and the Marxist imperative to make a film with a national-popular dimension renders the resulting film impotent on either side.
While fundamentalist Christians were generally accepting of the film, Pasolini was berated by Marxists for having deserted them. Pasolini defended himself by complaining about the stagnation of traditional Marxism at that time, and that he was trying to revive the ideology through a rather unconventional "dialogue" with Christianity. Because of this, many critics have tried to shoehorn "Gospel" into a Marxist interpretation, but it rarely works. Granted, Jesus can be seen as a social outcast working on behalf of the struggling proletariat, but it stretches credulity to see "Gospel" as a truly Marxist work of art.
Pasolini always defined himself first and foremost as a poet, which is revealing in "The Gospel According to St. Matthew," especially in his choice to base the entire film on a single Gospel. Pasolini made the decision early on to remain almost completely faithful to the exact text of the Book of Matthew, with no bridges between scenes or added explanation about characters or situations. His claim was that "inserted words or images could never reach the poetic heights of the text."
However, this ultimately turns out to be a weakness in the film, because it ends up being choppy and incomplete. The Book of Matthew does not make for a good screenplay -- it's organized topically rather than chronologically, and anyone not familiar with the characters and situations in advance might be somewhat confused at how the story unfolds. The Gospels were written in almost fragmented form, and each paints a slightly different portrait of Jesus. The truest account comes from the four Gospels being taken together as a whole. By using only Matthew's account, Pasolini made the project a little more manageable, but only at the sacrifice of clarity.
One of the film's strengths is its use of actual Italian peasants and beautiful location work. Although it is historically inaccurate (aren't all Biblical movies?), it's the spirit that matters, and this is one of the points that Pasolini nails down. The Book of Matthew was specific in its portrayal of Jesus as a man who disdained a typical leader role, and cared for the people no one else cared about. Pasolini's Marxist sensibilities are at their strongest when his documentary-style camera is recording the wrinkled and dusty faces of the poor people Christ spoke to.
However, this same strength also works against the film in certain portions. Pasolini often becomes too fond of the masses, and the film moves back and forth between identifying with them and identifying with Christ. For instance, during the Sermon on the Mount, the camera remains tightly framed on Jesus' face for an extended period of time, never once showing the reactions of the crowd he's addressing. However, during Jesus' two trials, Pasolini switches to a hand-held camera and films the proceedings from the vantage point of the crowed, complete with distant sound and the backs of other people's heads obscuring the foreground.
Much ado has been made about the naturalism of the film, and how Pasolini captured the true essence of the people; and while this is true, it overlooks the fact that this is primarily the story of Jesus of Nazareth, and if he doesn't work as a character, the film doesn't work. In fact, Pasolini's greatest failing is the casting and portrayal of Jesus himself, and his relationship with his disciples and the crowds.
Although Pasolini sought to reject all the traditional iconography associated with the Gospels (his Pharisees and Roman soldiers, however, are modeled directly from paintings by Piero della Francesca), he fell directly into the aggravating myth that Jesus was gaunt, sallow, and effectively feminine. When are filmmakers going to realize that the man spent almost thirty years working as a carpenter? Someday, a truly revolutionary film about Christ will cast an actor who looks as Jesus most likely would have been: dark hair and skin, muscular, with shoulders like a linebacker.
Instead, "Gospel" is filled with what Pauline Kael rather bluntly termed, "that wretched masochistic piety that makes movies about Christ so sickly."  Irazoqui is a thin, slightly-built man with a narrow, pointed face and dark, squinty eyes, whom Kael accurately described as a "loathsome prissy young man" who she couldn't wait to be crucified.
Irazoqui plays Christ as a lithe, but severe and joyless man who seems to have little or no human qualities (he smiles only once during the entire film). Pasolini sees no happiness or enthusiasm in Christ or his followers, and Irazoqui's portrayal makes Jesus into a dull, dewy-faced bore spouting Biblical teachings and parables as though he's reading them from cue cards, whether that be listing the beatitudes or droning out the Lord's Prayer.
Watching him teach the masses or even his own disciples, one has to wonder, who would be interested in listening to him, much less leaving their homes and families to follow him? There is so much distance between the leader and his followers, that it is almost impossible to accept their relationship. The disciples are uniformly interchangeable, and Christ addresses them in several scenes with his back turned to them as though they didn't matter.
"The Gospel According to St. Matthew" is a trying film to sit through. The opening segments dealing with Mary and Joseph and the birth of Jesus, and the closing segments dealing with his betrayal, trial, crucifixion, and resurrection are well-done. However, the middle hour and a half detailing Christ's missionary travels bog down immeasurably. At this point, the film's starkness and documentary style take on a monotonous, static quality that is almost unbearable.
What "The Gospel According to St. Matthew" unwittingly suggests is that there is no truly effective means of cinematically rendering the story of Christ. In doing the exact opposite of his predecessors and still failing to make a truly vibrant, resounding film that remains true to the nature of Christ without being preachy or pedantic, Pasolini proved that the grass might not be greener on the other side.
He also proved that adhering to the Biblical texts don't guarantee success -- what works in print doesn't always translate to screen. Twenty-four years later, Martin Scorsese made "The Last Temptation of Christ" based on a work of fiction, and got closer to the heart of Christ and his dual nature as man and God than Pasolini ever did.
© 1997, 1998 James Kendrick
Visit "Charlie Don't Surf!" an eclectic collection of film reviews by James Kendrick http://www.bigfoot.com/~jimkendrick E-mail<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
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Here is a sneak peek of what you're gonna find on our website!
This photo was taken at the Illusion Museum of Prague in a light tunnel.
Would you be able to walk through it?
The London Brige
Look at the most famous bridge of England on a dark night.
Train Station
An another dark night in London city. Catch your train on time!


Methods for non-compartmental pharmacokinetic analysis with observations below the limit of quantification (BLOQ) are implemented as described in Barnett, Helen Yvette. "Optimizing pharmacokinetic studies utilizing microsampling." PhD diss., Lancaster University, 2017. (available online: <http://eprints.lancs.ac.uk/89163/1/2017barnettphd.pdf>). It includes estimating the area under the concentrations versus time curve (AUC) and its standard error using two approaches: direct estimation using censored maximum likelihood, also by first imputing the BLOQ's using various methods, then compute AUC and its standard error using imputed data.
| Version: | 0.1-0 |
| Imports: | maxLik, mvnmle, mvtnorm |
| Suggests: | testthat |
| Published: | 2018-08-13 |
| Author: | Vahid Nassiri [cre], Helen Barnett [aut], Helena Geys [aut], Tom Jacobs [aut], Thomas Jaki [aut] |
| Maintainer: | Vahid Nassiri <vahid.nassiri at openanalytics.eu> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | BLOQ results |
| Reference manual: | BLOQ.pdf |
| Package source: | BLOQ_0.1-0.tar.gz |
| Windows binaries: | r-devel: BLOQ_0.1-0.zip, r-release: BLOQ_0.1-0.zip, r-oldrel: BLOQ_0.1-0.zip |
| OS X binaries: | r-release: BLOQ_0.1-0.tgz, r-oldrel: BLOQ_0.1-0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=BLOQ to link to this page.


Arthur Whitney
q is a general purpose programming language and an RDBMS: http://kx.com/q/d/kdb+.htm
q has atoms, lists, dicts, tables and functions. It includes file, socket and webserver subsystems as well as a superset of sql with timeseries extensions. It is fast and expressive.
[kdb+ is actually a platform for several languages. The bootstrap language is a compact form of q called k.]
Kdb+ installs in
. The executable is
. Scripts are
.
NB: there is no notation for singleton lists -- they must be built, e.g.
Dictionaries are maps of lists to lists. A table is a list of similar dicts(records).
A keyed table is a dict whose key and value are both tables.
To add records to a table:
If t is a keyed table then this does upserts -- update existing & append new.
is a restricted(no update) case of "," which returns the new record handles. Given,
Column names have to line up. Amend and append promote to enum but otherwise types have to match.
In q we fully normalize - store least amount of data. i.e. joins are generally faster than reading denormalized data. Joins are functional (many-to-one) or dysfunctional. We can ignore the dysfunctional -- which leaves:
The important joins are left joins -- usually with fkeys, e.g. all 50 joins in the tpcd queries are fkey left joins. Left coincides with inner with complete info. Left joins subdivide into fkey and adhoc. The right argument is always keyed. In kdb+, fkey joins use "."'s, e.g.
Adhoc joins use
, e.g.
or
and
to get just the
column.
Fkey joins are 10 to 100 million per second (ram/cache). Adhoc joins are 4 to 40 million per second (ram/cache).
in sql:
or
in q:
Given a table of changes
and a table of cusips and dates
how do we find the sym for a cusip on a certain date? In sql the trick is to store the next date by cusip(with self joins) then:
In q we don't need nextdate - simply:
See http://kx.com/q/taq/adj.q for applying corporate actions using asof joins. If the map isn't keyed, e.g.
then we must use
. The map is often:
or
and it is treated as if these fields were key, e.g.
brings in quotes at the trade times and
brings in quotes as of 1500 milliseconds before the trade. See http://kx.com/q/taq/taq.q for examples. In the two column case the first column should be either `p# or `g#. Realtime data is grouped(`g#) by sym and sorted by time. Historical data is `p# by sym for better disk access.
In aj[`sym`time;t;q] the last key must be`time (or other datetime) and q must be sorted by time within the equivalence classes of the other keys, e.g.
q should have `g#sym(rdb) or a `p#sym(hdb). This way the asof join gets a small set of possible records immediately and then does a binary search within those - often several million times faster than without a `g# or `p#.
t doesn't matter. aj is like lj - the second table needs the fast lookup.
is a generalization of
the result has the union of the columns filled with nulls where necessary.
Month, date, datetime, minute, second and time are types. Datetime, date and week units are days.
Week is rolled to mondays, i.e.
. Day of week is
. 0 is saturday. The rest are int fragments, e.g.
. Quarters can be handled as
.
Functions are atomic (atom from atom), aggregate (atom from list), uniform (list from list) or other.
Functions execute left OF right, e.g. write
instead of
. Uniform functions preserve length. They include the atomic functions, integrals
and derivatives
. Q has no ambivalence so we must use
.
Lambdas are compiled
N.B. statements must be separated with ";"'s.
Functions can have queries and queries can have functions, e.g. given
then
will calculate how many times per day the trade price was higher than the midpoint for sym s.
Statements in scripts must be outdented, e.g.
/ will comment out the rest of the line. \ will exit the script. Sections of script can be commented out with matching singleton / and \.
Develop code in an editor and run databases from a console with \l(load), cut and paste. When there is an error the following are displayed:
If inside a function parameters, locals and globals can be inspected and then:
File handles are of the form `:PATH. Kdb+ files can be read and written just like any other variable, e.g.
Non kdb+ files are data(bytes) or text(lines).
NB: hclose and exit flush pending messages. to chase use: h""
Databases can be spread across a directory. A directory can have a number of tables and scripts (*.?). The scripts are loaded after all the tables are loaded. Functions should be put in
etc.. Tables can be single files or spread across a directory. Keyed indicative tables must be single files. Big fact tables can be splayed across a directory.
There is one partition variable
and it is a virtual column in all the partition tables. There can be other
columns with different names. New partitions can be added -- then send reset"\\l ."
E and F also recognize "+dd dd/ddd"
D recognizes:
Syms(S) trim, blank skips and * is character vector. Reverse types and widths to load reverse endian data.
Tables can be written as a single file or spread across a directory, e.g.
Tables splayed across a directory must be fully enumerated(no varchar) and not keyed.
Datetime txt and csv are written as:
sym constants need to be distinguished from sym references, e.g.
Operators take functions and produce derived functions.
We can watch open/close with
Connect and make remote function calls, e.g. (OS is s32|l32|w32)
No arguments is a blocking read, e.g.
The language is q and location is `. no matter what the server console is doing.
q calls c, e.g. in QHOME/OS (see c/k.h for generators and accessors)
c calls q (just like the clients) with handle 0. Also
Bottom line: vector operations are up to 100 times faster per element than scalar operations. Q scalars are similar to java Objects(Integer etc.) and .net boxed elements. Given 400MHZ 64bit bus and 1.6GHZ cpu - about .5 of fastest 2004 cpus - q operation overhead(incl. fn call,each, object create) is about 50 ns. Vector operations are between .5ns(boolean in cache) and 500ns(exp,random access) per element. So a time dominating iterative inner loop may be a candidate for writing in c.
One technique for maintaining constant(or log) time insert and select is to store nested data, e.g.
We look for 10,000 to 100,000 inserts and selects per second.
Suppose f[s;t] calculates a link from table s to table t, e.g. previous quote, next quote, .. Then we can do:
or we can precalculate the link:
So having the link is generally better if it will be used more than once. A link can give us the performance(or better) of denormalization with minimal extra storage.
The byte overheads use n(number of elements) and u(number of uniques). These are used by lookups, e.g.
`u is for unique lists. `p and `g are for lists with a lot of repetition. `s#table marks the table to use binary search and marks first column sorted. `s#dict(incl. keyed tables) marks the dict to behave as step function. Vector and single-column table lookups run at about 200ns per lookup. 2 column lookups when the first column has an attribute are about 2us per lookup. Put the most distinguishing column first. The attribute flags are descriptive -- not prescriptive. Amends and appends preserve flags if and only if the attribute is preserved, e.g.


WITNESS LIST
Finance
February 28, 2011 2:30 PM - or upon adjournment
SB 1 - Animal Health Commission
ON:
Ellis, Dee State Vet / Exec Director (Texas Animal Health Commission), Austin, TX
Registering, but not testifying:
On:
Cochran, Matt Admin Director, En Vet TAHC (Texas Animal Health Commission),
Austin, TX
SB 1 - Department of Agriculture
ON:
Dimitry, Lauren Policy Coordinator (also providing written testimony) (Texans Care for
Children), Austin, TX
Levit, Katy Nutritionist (Partnership for a healthy Texas), Austin
Staples, Todd Cmsr of Agriculture (TX Dept. of Ag)
SB 1 - General Land Office and Veterans' Land Board
ON:
Patterson, Jerry Commissioner (General Land Office)
Registering, but not testifying:
On:
Henry, Jennifer Budget Director (General Land Office)
Laine, Larry Chief Clerk General Land Office (Self), Austin, TX
SB 1 - Railroad Commission
FOR:
Embrey, Ty Attorney (also providing written testimony) (Owner/Operator Members of
Uranium / Committee of Texas Mining & Reclamation Association), Austin, TX
ON:
Jones, Elizabeth Ames (The Railroad Commission)
Tintera, John Ex Director (Railroad Comm)
Registering, but not testifying:
On:
Pollard, David Acting CFO (Railroad Commission)
Providing written testimony:
For:
Reed, Cyrus Conservation Director (Sierra Club, Lone Star Chapter), Austin, TX
SB 1 - Soil and Water Conservation Board
FOR:
Dodier, Jose Livestock Producer (Texas State Soil & Water Conservation Board), Zapata,
TX
Moir, James Flood Control Structure Maintenance, Moir Watershed Services, LLC (also
providing written testimony) (Myself, my business), Red Oak, TX
AGAINST:
Buckles, Scott (ATSWCD Ass. of Texas Soil & Water Conservation Districts), Stratford,
1
WITNESS LIST
Finance
February 28, 2011 2:30 PM - or upon adjournment
TX
Grona, Clayton Rancher (also providing written testimony) (Texas Association of
Watershed Sponsors (TAWS)), Fredericksburg, TX
ON:
Foster, John Programs Officer (State Soil & Water Conservation Board)
Isom, Rex (Texas State Soil & Water Conservation Board), Temple
SB 1 - Water Development Board
ON:
Callahan, Melanie CFO/Interim Executive Administrator (Texas Water Development
Board), Austin, TX
Mace, Robert Deputy Executive Administrator (Texas Water Development Board)
Vaughan, Edward Chairman, Texas Water Devel. Board (TWDB)
Registering, but not testifying:
On:
Brittin, Carolyn L. Deputy Exec. Admin., TWDB (TWDB)
Glenn, Lisa Deputy Executive Administrator for Operations & Administration (TX. Water
Development Board)
Peter, Ken (Texas Water Development Board), Austin
ON:
Henricksen, Aaron LBB Staff (LBB)
Lambert, Tom LBB Staff (LBB)
Smith, Zelma LBB Staff (LBB)
Registering, but not testifying:
On:
Parks, Ursula Assistant Director (LBB)
2


last modified: 2017-02-19
Clément Levallois
more than 2 million downloads,
used by analysts, academics, journalists,
stable on Windows, Mac and Linux,
in continuous development
Gephi adopts a licencing model which makes it free to use, sell, or include the source code of Gephi in larger applications.
Developers who modify the Gephi code base are required to make these changes public, to benefit the community.
for networks of all types (social, semantic, biological, etc.)
attributes and properties of the network are made visible: not just the topology of the network.
Gephi provides functions to explore the network: pan, filter, zoom, colorize, label, etc.
measures and metrics can be computed, and then rendered visually.
Gephi won a Duke Award in 2010. Duke awards "recognize and honor extreme innovation in the world of Java technology".
Gephi evolved importantly since 2006 to adopt new, best performing techs for the visualization of very large graphs on the desktop
The code base of Gephi is maintained with the best standards to insure a a stable application, ease of maintainance and modularity / extensibility.
Gephi is "cut" in a large number of modules, each providing a specific function. This makes it easier to maintain and evolve the software, by working on independent parts.
Since version 0.9 the "graph store" of Gephi has become a completely independent module: it can be reused by another software.
Anybody can create new modules for Gephi! They are called "plugins". They integrate with Gephi seamlessly.
Gephi itself is open source and free
The Gephi Consortium was created to ensure Gephi will remain so
The original contributors and their followers are volunteers
The support to users through forums, discussion groups and documents is provided for free.


Our community is a mosaic of unique experiences, diverse lifestyles, and varied understandings of the broader world.
MCHD celebrates and nurtures individual differences and affirms sameness through a culture of inclusion, care, and respect.
Our perspective is constantly enriched and renewed by the involvement of families whose active presence, stories, and commitment help us all grow.
We are all united in our passion for peace as Citizens of the World.


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HPC Config Script Gen
Resources
cluster
Henry2 -- NCSU
Longleaf -- UNCCH
KillDevil -- UNCCH (decomissioned)
number of processors
memory per core
MB
GB
TB
Limits
It is important to set limits to prevent rogue tasks from using up resources.
limit job duration to
minutes
hours
days
Output
%J is replaced with the job ID.
standard out
error out
<-- Longleaf outputs errors through standard output by default.
Process
path to program
type
Python 2.7.13
Continue


New Bistro
The owner of New World Bistro, Annette Nanes, held a Jim’s Way restaurant night, in-which 10% of all proceeds made from 5-10pm went directly to Tru Heart, Inc! With the help of New World Bistro and those who came out to support during those hours, we raised $875!


Juba distribution upgrade to get five customer service centres
by Nicolette Pombo-van ZylThe government of South Sudan has commissioned a $38 million upgraded power distribution system financed by the African Development Bank to restore reliable electricity supply to Juba’s central business district and boost suburban livelihoods.
On completion, the upgraded power distribution system will consist of a 145km, 33kV medium voltage distribution line and a 250km low voltage distribution line with 145 new transformers installed. At least 20,000 domestic and commercial consumers will be connected.
Read more
Clean energy for Africa by Africans makes appearance in South Sudan
The Juba Power Distribution System Rehabilitation and Expansion Project is the first in a series of major energy sector interventions by the Bank to improve livelihoods and build resilience in South Sudan.
As its counterpart contribution, the government provided land for the construction of five customer service centres.
The project aims to scale up electricity access and use in South Sudan’s rapidly growing urban communities and to stimulate economic activity and boost incomes.
Sign up for the ESI Africa newsletter
Inaugurating the upgraded facility, President Salva Kiir thanked the African Development Bank for its valuable support for his nation. "This project will spur development in the country where more than 70% of lighting relies on generators and others on kerosene".
He added: "The government is focused on exploiting and developing our hydro and renewable energy resources. With funding from the African Development Bank, we aim to generate 10-40 MW of renewable energy.”
The government also plans to invest in a 1,080MW grand Fula hydropower project to generate and distribute power across various states in South Sudan, President Kiir advised.
Read more
Regional motivation to develop South Sudan’s hydro power capacity
AfDB active partner in South Sudan
During a brief chat with Bank Country Manager Benedict Sorie Kanu, President Kiir expressed gratitude for the Bank’s impactful engagement in his country.
Since commencing operations in South Sudan in 2012, the African Development Bank has funded 13 projects with cumulative approvals at about $178.6 million.
The projects include two major humanitarian and resilience building interventions, which have successfully closed. Currently, the Bank’s active portfolio for the country stands at around $137 million.
In his remarks, Kanu said: “We foresee a range of socio-economic benefits arising directly and indirectly from this prominent and long-desired project, including reduced cost of doing business and improved service delivery in regard to education and health facilities.”
“Our vision for South Sudan is credible and durable long-term peace, accompanied by sustained economic diversification away from petroleum into more productive and inclusive sectors, with the vast majority of South Sudanese benefitting more from the national pie,” Kanu said.
We see you’ve enjoyed this story right until the end. Here's an industry event that will interest you. African Utility Week and POWERGEN Africa


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Created by:
Gift
GitHub Username
Gift-Lumumba
Level 2 test:
JavaScript
Let's Play
Rules:
Enter Your Number Here:
Ping-Pong


Virtually every app includes some sort of overlay attached to an element on the page. Things like tooltips, dropdowns, hover-activated info boxes, etc.
Those elements need to be attached to something on the page. Actually placing them next to
the element in the DOM causes problems though, if any parent element is anything
but overflow: visible
, the element gets cut off. So you need absolute positioning
in the body.
Some of the time absolute positioning is right, but what about if the thing we're attached to is fixed to the center of the screen? We'll have to move it every time the user scrolls. What about if the element is in a scrollable container, if the overlay is inside of it (so no clipping), it would be cool if the code were smart enough to move it inside when that area is scrolled. That way we need to reposition it even less.
It would also be nice if the code could somehow figure out whether positioning it from the top, bottom, left, or right would result in the fewest repositionings as the user scrolls or resizes.
Most of the time you're building these elements it would be nice for the element to flip to the other side of the element if it hits the edge of the screen, or a scrollable container it might be in. It would be nice if we could confine the element to within some area, or even hide it when it leaves.
It would be nice for the element to be repositioned with CSS transforms rather than top and left when possible, to allow the positioning to be done entirely in the GPU.
Now that the positioning is so fancy, you're going to use it for more and more elements. It would be cool if the library could optimize all of their repositioning into a single repaint.
All of that is baked into Tether.


cucina peruviana
ITA
|
ENG
Toggle navigation
cucina peruviana
HOME
ABOUT
PERUVIAN CUISINE
MENU
GALLERY
(current)
BOOK A TABLE
CONTACT
ITALIAN
RISTORANTE PERUVIANO
ABOUT
PERUVIAN CUISINE
MENU
GALLERY
BOOK A TABLE
CONTACT


{% extends "investigator/email_form.html" %} {% block content %}
Your email has been sent to the primary investigator.


-
class
Framework.building_blocks.
ClusterBlock
(nClusters, training_set_model, test_set_model)¶
-
class
Framework.building_blocks.
EnsembleBlock
(model_type, params=None, keyword_args=None)¶
-
class
Framework.building_blocks.
ExplainerBlock
(explainer_type, params=None, kwargs=None)¶
-
class
Framework.building_blocks.
ProcessingBlock
¶
-
class
Framework.building_blocks.
ReduceBlock
(reduce_model)¶
Author : Koralp Catalsakal Date : 15/10/2019
-
Framework.cluster.
clusterData
(model_func=None, data=None, label=None)¶ Model agnostic method to be used in clustering. Can be used to try different models over datasets. Default setup accepts unsupervised dataset.
- Parameters
model_func (Model.function) – The specific model function to be used. The result of the function is returned in the model
data (numpy.ndarray or pandas.DataFrame) – Data to be used in training(Without the ground truth data)
label (numpy.ndarray or pandas.DataFrame) – Labels(Ground truth) of the data argument.
- Returns
Returns the fitted/trained model as output
- Return type
result(Model)
-
Framework.cluster.
convertOriginalData
(data_dict, X, y, no_val=False)¶ Adds the train/validation set split assignment to the DataFrame.
- Parameters
data_dict (pandas.DataFrame) – Data with cluster assignments
X (pandas.DataFrame) – DataFrame that holds indexes of training and validation instances
y (pandas.DataFrame) – Target labels corresponding to training and validation instances
no_val (bool) – default is False. If False, all instances are used as training instances, and no validation split is used. Otherwise data is split
- Returns
training data with train/validation split instances
data_new(pandas.DataFrame) : label data with train/validation split instances
- Return type
data_new(pandas.DataFrame)
-
Framework.cluster.
splitDataLabeled
(nClusters, data, cluster_labels)¶ Concatenates cluster labels as an extra column to the existing DataFrame
- Parameters
data (pandas.DataFrame) – Data to be used in training(Without the ground truth data)
cluster_labels (numpy.ndarray or pandas.DataFrame) – Cluster assignments of each index stored in array format.
- Returns
Returns data with cluster column added
- Return type
data_df(pandas.DataFrame)
-
class
Framework.custom_sklearn_pipeline.
BuildingBlockPipeline
¶
-
class
Framework.custom_sklearn_pipeline.
CustomPipelineModel
(notebook_mode, explainer_type, ensemble_type, nClusters)¶ :description : Pipeline model for thesis
-
class
Framework.custom_sklearn_pipeline.
S10_Branch_Pipeline
(processing_block, explainer_block, reduce_block, cluster_block, ensemble_block)¶
-
class
Framework.custom_sklearn_pipeline.
S11_Branch_Pipeline
(processing_block, explainer_block, reduce_block, cluster_block, ensemble_block)¶
-
class
Framework.custom_sklearn_pipeline.
S1_Branch_Pipeline
(processing_block, explainer_block, cluster_block, ensemble_block)¶
-
class
Framework.custom_sklearn_pipeline.
S2_Branch_Pipeline
(processing_block, explainer_block, cluster_block, ensemble_block)¶
-
class
Framework.custom_sklearn_pipeline.
S6_Branch_Pipeline
(processing_block, explainer_block, cluster_block, ensemble_block)¶
-
class
Framework.custom_sklearn_pipeline.
S7_Branch_Pipeline
(processing_block, explainer_block, cluster_block, ensemble_block)¶
Author : Koralp Catalsakal Date : 30/10/2019
-
Framework.metrics.
ensembleRMSE
(sample_sizes, rmse_list)¶ This metric correctly calculates the overall rmse value for an ensemble of trained models, with each model outputting an individual rmse value over it’s respective training set.
- Parameters
sample_sizes (list) – A list of length of the respective datasets of each individual model to be trained on
rmse_list (list) – A list of rmse values of each individual model in the ensemble
- Returns
Returns the calculated ensemble rmse value.
- Return type
actual_rmse(Double)
Author : Koralp Catalsakal Date : 25/11/2019
Author : Koralp Catalsakal Date : 12/02/2020


Top Stories
Beeston high street like Labyrinth
Trams cause chaos
Central discriminates against E-Cig smokers
Formative Testing
To make the site imitate a news site I have looked at the CNN website. It uses bold colours for its logo and has made its navigation as simple as possible. News articles are divided into categories and the navigation stretches across the top of the page.
I hope to be able to keep to the same sort of scheme for my website.


precipitation tropical Pacific water circulation vapor change Walker Fig. QCO pattern mean response climate CMIP warming increase (Fig. changes global years {border-style atmospheric concentration transport warmer Clim. ensemble px;} wind #ffffff;} SST Ocean spatial Hadley eastern model velocity western divergent equatorial potential (Supplementary -hPa Indian quadrupling Niño divergence models years) -year a). experiment responses total (i.e., Geophys. based distribution field i.e., rainfall simulations (see Res. anomalies area climate. control difference doubling greenhouse mass px; region results {font-family Changes circulations convergence font-size precipitable regional upper-level variability ./JCLI. Atlantic Change Methods Nat. Nature Sohn Supplementary Therefore, a), central-to-eastern climate, details double; increases increasing index intensity local north–south overturning previous regions similar temperature tripling weakening ENSO Furthermore, Lett. Pacific, TPW associated border-color border-width circulation. compared concentration. concentrations dominant effective function future gas hand, increased increases. indicate influence level linked mechanism number relative result shift solid; structure study study, surface tropics use vs. warmer-get-wetter {font-style {font-weight ./GL Commons Creative Dotted Global However, Indo-western Note N–° Precipitation Robust Sci. Soc. \documentclass[pt]{minimal} \setlength{\oddsidemargin}{-pt} \usepackage{amsbsy} \usepackage{amsfonts} \usepackage{amsmath} \usepackage{amssymb} \usepackage{mathrsfs} \usepackage{upgreek} \usepackage{wasysym} addition, annual bold central change. consistent courier; denotes different eastward east–west em; events extremes forcing indicates influences mainly maximum outputs pattern. period pt;} rate regionally respectively. run sign state studies subtropical using wave weather zonal


|
Dreamroam
0.0.0
A free and open source C++ 3D GameEngine
|
A gameobject is a object in the scene. It is used as a collection of components with some additional funcionallity: Each GameObject has a transform component which is used to store the position, the rotation and the scale of that object. GameObjects are also used to handle a parent-child relation of objects (for example useful to make a player object with different attatchments). More...
#include <GameObject.hh>
Public Member Functions | |
| GameObject () | |
| This creates a new GameObject with the empty string as name. More... | |
| GameObject (std::string name) | |
| This creates a new GameObject with a specified name. More... | |
| void | addComponent (std::shared_ptr< AComponent > comp) |
| This method is used to assign a component to the GameObject. Note that you have to create a lasting component (using the 'new' macro). More... | |
| std::shared_ptr< GameObject > | getParent () |
| This function returns the parent if existing. If not existing, this returns nullptr. More... | |
| std::vector< std::shared_ptr< GameObject > > | getChilds () |
| This returns a list of all child gameobjects that are assigned to this gameObject. More... | |
| void | setParent (std::shared_ptr< GameObject > obj) |
| Sets the parent for this gameObject More... | |
| void | addChild (std::shared_ptr< GameObject > obj) |
| Adds a child to this gameObject More... | |
| template<typename T > | |
| T * | getComponent () |
Public Attributes | |
| Transform | transform |
| The Transform component is assigned to each GameObject to store position scale and rotation. More... | |
Friends | |
| class | AScene |
| class | AComponent |
A gameobject is a object in the scene. It is used as a collection of components with some additional funcionallity: Each GameObject has a transform component which is used to store the position, the rotation and the scale of that object. GameObjects are also used to handle a parent-child relation of objects (for example useful to make a player object with different attatchments).
Note that not every GameObject has to be visible and support some kind of render. It can also be used to create handlers or some other singletons.


utils package¶
Submodules¶
utils.interrupts module¶
-
utils.interrupts.
external_interrupt
(pin_id, pull, transition)¶ Triggers the decorated function from an external interrupt.
Example:
keepalive = True @external_interrupt('SW', machine.Pin.PULL_UP, pyb.ExtInt.IRQ_FALLING) def do_stuff(interrupt): global keepalive keepalive = False while keepalive: do_stuff() time.sleep(0.01)
utils.leds module¶
-
utils.leds.
led_on
(*args, **kwargs)¶ Keeps a LED on while in context.
For example, the following code will turn the red LED on for 100ms:
>>> from time import sleep >>> from utils import led_on >>> with led_on(1): ... sleep(0.1)
Module contents¶
-
utils.
external_interrupt
(pin_id, pull, transition)¶ Triggers the decorated function from an external interrupt.
Example:
keepalive = True @external_interrupt('SW', machine.Pin.PULL_UP, pyb.ExtInt.IRQ_FALLING) def do_stuff(interrupt): global keepalive keepalive = False while keepalive: do_stuff() time.sleep(0.01)
-
utils.
led_on
(*args, **kwargs)¶ Keeps a LED on while in context.
For example, the following code will turn the red LED on for 100ms:
>>> from time import sleep >>> from utils import led_on >>> with led_on(1): ... sleep(0.1)


This page hosts a formal specification of quicktime_mov using Kaitai Struct. This specification can be automatically translated into a variety of programming languages to get a parsing library.
All parsing code for Ruby generated by Kaitai Struct depends on the Ruby runtime library. You have to install it before you can parse data.
The Ruby runtime library can be installed from RubyGems:
gem install kaitai-struct
Parse a local file and get structure in memory:
data = QuicktimeMov.from_file("path/to/local/file.quicktime_mov")
Or parse structure from a string of bytes:
bytes = "\x00\x01\x02..."
data = QuicktimeMov.new(Kaitai::Struct::Stream.new(bytes))
After that, one can get various attributes from the structure by invoking getter methods like:
data.atoms # => get atoms
# This is a generated file! Please edit source .ksy file and use kaitai-struct-compiler to rebuild
require 'kaitai/struct/struct'
unless Gem::Version.new(Kaitai::Struct::VERSION) >= Gem::Version.new('0.9')
raise "Incompatible Kaitai Struct Ruby API: 0.9 or later is required, but you have #{Kaitai::Struct::VERSION}"
end
##
# @see https://developer.apple.com/library/content/documentation/QuickTime/QTFF/QTFFChap1/qtff1.html#//apple_ref/doc/uid/TP40000939-CH203-BBCGDDDF Source
class QuicktimeMov < Kaitai::Struct::Struct
ATOM_TYPE = {
1484026465 => :atom_type_xtra,
1684631142 => :atom_type_dinf,
1685218662 => :atom_type_dref,
1701082227 => :atom_type_edts,
1701606260 => :atom_type_elst,
1718773093 => :atom_type_free,
1718909296 => :atom_type_ftyp,
1751411826 => :atom_type_hdlr,
1768907891 => :atom_type_iods,
1835295092 => :atom_type_mdat,
1835296868 => :atom_type_mdhd,
1835297121 => :atom_type_mdia,
1835365473 => :atom_type_meta,
1835626086 => :atom_type_minf,
1836019558 => :atom_type_moof,
1836019574 => :atom_type_moov,
1836476516 => :atom_type_mvhd,
1936549988 => :atom_type_smhd,
1937007212 => :atom_type_stbl,
1937007471 => :atom_type_stco,
1937011555 => :atom_type_stsc,
1937011556 => :atom_type_stsd,
1937011578 => :atom_type_stsz,
1937011827 => :atom_type_stts,
1953196132 => :atom_type_tkhd,
1953653094 => :atom_type_traf,
1953653099 => :atom_type_trak,
1953654118 => :atom_type_tref,
1969517665 => :atom_type_udta,
1986881636 => :atom_type_vmhd,
}
I__ATOM_TYPE = ATOM_TYPE.invert
BRAND = {
862401121 => :brand_x_3g2a,
862414134 => :brand_x_3ge6,
862414137 => :brand_x_3ge9,
862414393 => :brand_x_3gf9,
862414646 => :brand_x_3gg6,
862414649 => :brand_x_3gg9,
862414905 => :brand_x_3gh9,
862416185 => :brand_x_3gm9,
862416948 => :brand_x_3gp4,
862416949 => :brand_x_3gp5,
862416950 => :brand_x_3gp6,
862416951 => :brand_x_3gp7,
862416952 => :brand_x_3gp8,
862416953 => :brand_x_3gp9,
862417462 => :brand_x_3gr6,
862417465 => :brand_x_3gr9,
862417718 => :brand_x_3gs6,
862417721 => :brand_x_3gs9,
862417977 => :brand_x_3gt9,
1095914057 => :brand_arri,
1128351056 => :brand_caep,
1128555891 => :brand_cdes,
1244811312 => :brand_j2p0,
1244811313 => :brand_j2p1,
1279476039 => :brand_lcag,
1295270176 => :brand_m4a,
1295270432 => :brand_m4b,
1295274016 => :brand_m4p,
1295275552 => :brand_m4v,
1296454477 => :brand_mfsm,
1296520022 => :brand_mgsv,
1297109065 => :brand_mppi,
1297305174 => :brand_msnv,
1380930387 => :brand_ross,
1397047637 => :brand_seau,
1397047883 => :brand_sebk,
1480676931 => :brand_xavc,
1635148593 => :brand_avc1,
1650620525 => :brand_bbxm,
1667330422 => :brand_caqv,
1667458662 => :brand_ccff,
1684090977 => :brand_da0a,
1684090978 => :brand_da0b,
1684091233 => :brand_da1a,
1684091234 => :brand_da1b,
1684091489 => :brand_da2a,
1684091490 => :brand_da2b,
1684091745 => :brand_da3a,
1684091746 => :brand_da3b,
1684108136 => :brand_dash,
1684175153 => :brand_dby1,
1684890161 => :brand_dmb1,
1685286259 => :brand_dsms,
1685467489 => :brand_dv1a,
1685467490 => :brand_dv1b,
1685467745 => :brand_dv2a,
1685467746 => :brand_dv2b,
1685468001 => :brand_dv3a,
1685468002 => :brand_dv3b,
1685484081 => :brand_dvr1,
1685484593 => :brand_dvt1,
1685614368 => :brand_dxo,
1701671783 => :brand_emsg,
1768321645 => :brand_ifrm,
1769169714 => :brand_isc2,
1769172786 => :brand_iso2,
1769172787 => :brand_iso3,
1769172788 => :brand_iso4,
1769172789 => :brand_iso5,
1769172790 => :brand_iso6,
1769172845 => :brand_isom,
1785737760 => :brand_jp2,
1785752864 => :brand_jpm,
1785754473 => :brand_jpsi,
1785755680 => :brand_jpx,
1785755746 => :brand_jpxb,
1819112295 => :brand_lmsg,
1835676275 => :brand_mj2s,
1835692082 => :brand_mjp2,
1836069425 => :brand_mp21,
1836069937 => :brand_mp41,
1836069938 => :brand_mp42,
1836070705 => :brand_mp71,
1836278888 => :brand_msdh,
1836280184 => :brand_msix,
1852402543 => :brand_niko,
1868850022 => :brand_odcf,
1869637170 => :brand_opf2,
1869641778 => :brand_opx2,
1885433441 => :brand_pana,
1885955686 => :brand_piff,
1886287465 => :brand_pnvi,
1903435808 => :brand_qt,
1919513464 => :brand_risx,
1935963680 => :brand_sdv,
1936027254 => :brand_senv,
1936289139 => :brand_sims,
1936290680 => :brand_sisx,
1936946035 => :brand_ssss,
1970697845 => :brand_uvvu,
}
I__BRAND = BRAND.invert
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@atoms = AtomList.new(@_io, self, @_root)
self
end
##
# @see https://developer.apple.com/library/content/documentation/QuickTime/QTFF/QTFFChap2/qtff2.html#//apple_ref/doc/uid/TP40000939-CH204-BBCGFGJG Source
class MvhdBody < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@version = @_io.read_u1
@flags = @_io.read_bytes(3)
@creation_time = @_io.read_u4be
@modification_time = @_io.read_u4be
@time_scale = @_io.read_u4be
@duration = @_io.read_u4be
@preferred_rate = Fixed32.new(@_io, self, @_root)
@preferred_volume = Fixed16.new(@_io, self, @_root)
@reserved1 = @_io.read_bytes(10)
@matrix = @_io.read_bytes(36)
@preview_time = @_io.read_u4be
@preview_duration = @_io.read_u4be
@poster_time = @_io.read_u4be
@selection_time = @_io.read_u4be
@selection_duration = @_io.read_u4be
@current_time = @_io.read_u4be
@next_track_id = @_io.read_u4be
self
end
##
# Version of this movie header atom
attr_reader :version
attr_reader :flags
attr_reader :creation_time
attr_reader :modification_time
##
# A time value that indicates the time scale for this
# movie - the number of time units that pass per second
# in its time coordinate system. A time coordinate system that
# measures time in sixtieths of a second, for example, has a
# time scale of 60.
attr_reader :time_scale
##
# A time value that indicates the duration of the movie in
# time scale units. Note that this property is derived from
# the movie's tracks. The value of this field corresponds to
# the duration of the longest track in the movie.
attr_reader :duration
##
# The rate at which to play this movie. A value of 1.0 indicates normal rate.
attr_reader :preferred_rate
##
# How loud to play this movie's sound. A value of 1.0 indicates full volume.
attr_reader :preferred_volume
attr_reader :reserved1
##
# A matrix shows how to map points from one coordinate space into another.
attr_reader :matrix
##
# The time value in the movie at which the preview begins.
attr_reader :preview_time
##
# The duration of the movie preview in movie time scale units.
attr_reader :preview_duration
##
# The time value of the time of the movie poster.
attr_reader :poster_time
##
# The time value for the start time of the current selection.
attr_reader :selection_time
##
# The duration of the current selection in movie time scale units.
attr_reader :selection_duration
##
# The time value for current time position within the movie.
attr_reader :current_time
##
# Indicates a value to use for the track ID number of the next
# track added to this movie. Note that 0 is not a valid track
# ID value.
attr_reader :next_track_id
end
##
# @see https://developer.apple.com/library/content/documentation/QuickTime/QTFF/QTFFChap1/qtff1.html#//apple_ref/doc/uid/TP40000939-CH203-CJBCBIFF Source
class FtypBody < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@major_brand = Kaitai::Struct::Stream::resolve_enum(QuicktimeMov::BRAND, @_io.read_u4be)
@minor_version = @_io.read_bytes(4)
@compatible_brands = []
i = 0
while not @_io.eof?
@compatible_brands << Kaitai::Struct::Stream::resolve_enum(QuicktimeMov::BRAND, @_io.read_u4be)
i += 1
end
self
end
attr_reader :major_brand
attr_reader :minor_version
attr_reader :compatible_brands
end
##
# Fixed-point 32-bit number.
class Fixed32 < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@int_part = @_io.read_s2be
@frac_part = @_io.read_u2be
self
end
attr_reader :int_part
attr_reader :frac_part
end
##
# Fixed-point 16-bit number.
class Fixed16 < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@int_part = @_io.read_s1
@frac_part = @_io.read_u1
self
end
attr_reader :int_part
attr_reader :frac_part
end
class Atom < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@len32 = @_io.read_u4be
@atom_type = Kaitai::Struct::Stream::resolve_enum(QuicktimeMov::ATOM_TYPE, @_io.read_u4be)
if len32 == 1
@len64 = @_io.read_u8be
end
case atom_type
when :atom_type_moof
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_tkhd
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = TkhdBody.new(_io__raw_body, self, @_root)
when :atom_type_stbl
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_traf
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_minf
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_trak
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_moov
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_mdia
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_dinf
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = AtomList.new(_io__raw_body, self, @_root)
when :atom_type_mvhd
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = MvhdBody.new(_io__raw_body, self, @_root)
when :atom_type_ftyp
@_raw_body = @_io.read_bytes(len)
_io__raw_body = Kaitai::Struct::Stream.new(@_raw_body)
@body = FtypBody.new(_io__raw_body, self, @_root)
else
@body = @_io.read_bytes(len)
end
self
end
def len
return @len unless @len.nil?
@len = (len32 == 0 ? (_io.size - 8) : (len32 == 1 ? (len64 - 16) : (len32 - 8)))
@len
end
attr_reader :len32
attr_reader :atom_type
attr_reader :len64
attr_reader :body
attr_reader :_raw_body
end
##
# @see https://developer.apple.com/library/content/documentation/QuickTime/QTFF/QTFFChap2/qtff2.html#//apple_ref/doc/uid/TP40000939-CH204-25550 Source
class TkhdBody < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@version = @_io.read_u1
@flags = @_io.read_bytes(3)
@creation_time = @_io.read_u4be
@modification_time = @_io.read_u4be
@track_id = @_io.read_u4be
@reserved1 = @_io.read_bytes(4)
@duration = @_io.read_u4be
@reserved2 = @_io.read_bytes(8)
@layer = @_io.read_u2be
@alternative_group = @_io.read_u2be
@volume = @_io.read_u2be
@reserved3 = @_io.read_u2be
@matrix = @_io.read_bytes(36)
@width = Fixed32.new(@_io, self, @_root)
@height = Fixed32.new(@_io, self, @_root)
self
end
attr_reader :version
attr_reader :flags
attr_reader :creation_time
attr_reader :modification_time
##
# Integer that uniquely identifies the track. The value 0 cannot be used.
attr_reader :track_id
attr_reader :reserved1
attr_reader :duration
attr_reader :reserved2
attr_reader :layer
attr_reader :alternative_group
attr_reader :volume
attr_reader :reserved3
attr_reader :matrix
attr_reader :width
attr_reader :height
end
class AtomList < Kaitai::Struct::Struct
def initialize(_io, _parent = nil, _root = self)
super(_io, _parent, _root)
_read
end
def _read
@items = []
i = 0
while not @_io.eof?
@items << Atom.new(@_io, self, @_root)
i += 1
end
self
end
attr_reader :items
end
attr_reader :atoms
end


If recursive-p is supplied and not nil, it specifies that this function call is not an outermost call to read but an embedded call, typically from a reader macro function. It is important to distinguish such recursive calls for three reasons.
An outermost call establishes the context within which the #n= and #n# syntax is scoped. Consider, for example, the expression
(cons '#3=(p q r) '(x y . #3#))
If the single-quote reader macro were defined in this way:
(set-macro-character #\' ;incorrect #'(lambda (stream char) (declare (ignore char)) (list 'quote (read stream))))
then each call to the single-quote reader macro function would establish independent contexts for the scope of read information, including the scope of identifications between markers like "#3=" and "#3#". However, for this expression, the scope was clearly intended to be determined by the outer set of parentheses, so such a definition would be incorrect. The correct way to define the single-quote reader macro uses recursive-p:
(set-macro-character #\' ;correct #'(lambda (stream char) (declare (ignore char)) (list 'quote (read stream t nil t))))
A recursive call does not alter whether the reading process is to preserve whitespace_2 or not (as determined by whether the outermost call was to read or read-preserving-whitespace). Suppose again that single-quote were to be defined as shown above in the incorrect definition. Then a call to read-preserving-whitespace that read the expression 'foo<Space> would fail to preserve the space character following the symbol foo because the single-quote reader macro function calls read, not read-preserving-whitespace, to read the following expression (in this case foo). The correct definition, which passes the value true for recursive-p to read, allows the outermost call to determine whether whitespace_2 is preserved.
When end-of-file is encountered and the eof-error-p argument is not nil, the kind of error that is signaled may depend on the value of recursive-p. If recursive-p is true, then the end-of-file is deemed to have occurred within the middle of a printed representation; if recursive-p is false, then the end-of-file may be deemed to have occurred between objects rather than within the middle of one.


Anti LIS
问题描述 :
Haven’t you heard about Lost?
Having written a article named <Summaries of ALL Algorithms>, Lost is good at solved by algorithm problems(?). One day, GXX asked Lost to work out the Longest Increasing Subsequence(for short, LIS) of a given sequence {A_1, A_2, …, A_N}. Knowing this problem well, Lost simply copied a program from his article and solved the problem in seconds. So that GXX became frustrated. She wanted to cheat Lost by removing some elements from the original sequence to make Lost’s answer go wrong. For convinience, she would like to remove least number of elements.
Having written a article named <Summaries of ALL Algorithms>, Lost is good at solved by algorithm problems(?). One day, GXX asked Lost to work out the Longest Increasing Subsequence(for short, LIS) of a given sequence {A_1, A_2, …, A_N}. Knowing this problem well, Lost simply copied a program from his article and solved the problem in seconds. So that GXX became frustrated. She wanted to cheat Lost by removing some elements from the original sequence to make Lost’s answer go wrong. For convinience, she would like to remove least number of elements.
输入:
The beginning of the input is an integer T(T <= 10), which is the number of test cases. T cases are followed. The first line of each test case is an integer N (1 <= N <= 1,000), which denotes the length of the sequence. The second line is N integer A_1, A_2, …, A_N, which denote the given sequence.
输出:
The beginning of the input is an integer T(T <= 10), which is the number of test cases. T cases are followed. The first line of each test case is an integer N (1 <= N <= 1,000), which denotes the length of the sequence. The second line is N integer A_1, A_2, …, A_N, which denote the given sequence.
样例输入:
1 6 10 10 20 1 2 2
样例输出:
2
#include <stdio.h> #include <string.h> #define MIN(a, b) ((a) < (b) ? (a) : (b)) #define MAX(a, b) ((a) > (b) ? (a) : (b)) #define INF 0x7fffffff #define MAXN 2010 #define MAXM 600000 int pt[MAXM], head[MAXN], next[MAXM], flow[MAXM], lvl[MAXN], queue[MAXN]; int pos; int arr[MAXN], stage[MAXN]; int n; void AddEdge(int a, int b, int c) { pt[++pos] = b; next[pos] = head[a]; head[a] = pos; flow[pos] = c; } void Connect(int a, int b, int c) { AddEdge(a, b, c); AddEdge(b, a, 0); } bool bfs(int s, int t) { int qs, qe, v, e; memset (lvl, 0, sizeof lvl); lvl[s] = 1; qs = qe = 0; queue[qe++] = s; while (qs < qe) { v = queue[qs++]; //printf("v = %d\n", v); for (e = head[v]; e != -1; e = next[e]) if (flow[e] > 0 && lvl[pt[e]] == 0) { lvl[pt[e]] = lvl[v] + 1; queue[qe++] = pt[e]; } } return lvl[t] > 0; } int Update(int v, int t, int tmpflow) { //printf("v = %d flow = %d\n", v, tmpflow); int tmp, res = 0, e; if (v == t) return tmpflow; for (e = head[v]; e != -1; e = next[e]) if (flow[e] > 0 && lvl[pt[e]] == lvl[v] + 1) { tmp = Update(pt[e], t, MIN(flow[e], tmpflow)); flow[e] -= tmp; flow[e^1] += tmp; res += tmp; tmpflow -= tmp; if (tmpflow == 0) {break;} } lvl[v] = -1; return res; } int dinic(int s, int t) { int res = 0; while (bfs(s, t)) res += Update(s, t, INF); return res; } void GenStage(int n) { int i, j, mx = -1; memset (stage, 0, sizeof stage); for (i = 0; i < n; i++) for (j = i + 1; j < n; j++) if (arr[j] > arr[i]) stage[j] = MAX(stage[j], stage[i] + 1); for (i = 0; i < n; i++) for (j = i + 1; j < n; j++) if (stage[i] + 1 == stage[j] && arr[i] < arr[j]) Connect(2 * i + 1, 2 * j, INF); for (i = 0; i < n; i++) { // printf("%d ", stage[i]); mx = MAX(mx, stage[i]); } // printf("\n"); for (i = 0; i < n; i++) { Connect(2 * i, 2 * i + 1, 1); if (stage[i] == 0) Connect(2 * n, 2 * i, INF); if (stage[i] == mx) Connect(2 * i + 1, 2 * n + 1, INF); } } void Solve() { int i, res; memset (head, -1, sizeof head); pos = -1; scanf("%d", &n); for (i = 0; i < n; i++) scanf("%d", arr + i); GenStage(n); res = dinic(2 * n, 2 * n + 1); printf("%d\n", res); } int main() { int cas; scanf("%d", &cas); while (cas--) Solve(); return 0; }
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你是2+38+250
正确
还真是，i7的cpu跑了3秒
学算法中的数据结构学到一定程度会乐此不疲的，比如其中的2－3树，类似的红黑树，我甚至可以自己写个逻辑文件系统结构来。
good !
楼主你能把scanf( "%d%*" ,&T );中%*的用法详细说明吗
题目需要求解的是最小值，而且没有考虑可能存在环，比如
0 0 0 0 0
1 1 1 1 0
1 0 0 0 0
1 0 1 0 1
1 0 0 0 0
会陷入死循环
好网站，肯定会火的
没错的，再乘以m的就多余了
写的好····· Pollard Rh
正解，已改正。应该都是protected
问题3中，GetRightPosition()和GetLeftPosition()与STL中的upper_bound()和lower_boune()的代码实现一样吗？
刚开始学习，为啥会报错了
正是我要找的，适合新手
第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。第2题，TCP不支持多播，多播和广播仅应用于UDP。所以B选项是不对的。


---
layout: page
title: "About"
---
This is the blog of Andy Choens. This is my little place on
the 'Net. I mostly talk about my family, technology,
statistics, politics, and my adventures in the great
outdoors. These words are mine and do not necessarily
represent the opinion of my employer or organizations I work
with.
Professional
Today, data is everywhere in human services. Data science is
the practice of extracting knowledge from data. It sits at the
intersection of domain expertise, traditional research and
statistics skills, and software development skills. I am equal
parts social worker, business consultant, program evaluator,
and computer programmer. I help clients convert their data
into knowledge.
Areas of Interest:
- Health Care / Care Management (Health Homes)
- Mental Health
- Child Welfare (Child Abuse, Foster Care, ICWA)
- Homelessness
- Criminal Justice / Juvenile Justice
- Reproducible Research
- Educating the next generation of data scientists
Research Expertise:
- Program Evaluation ( Process, Outcomes, Workload, Cost Effectiveness )
- Data Management / Analysis
- Training
Favorite Tools:
- Databases: Postgres, Oracle, Vertica, SQL Server
- Analytics: R, Python, SAS, SPSS, Excel
- Reproducible Research: LaTeX / Sweave, Rmarkdown, Git
I am an experienced program evaluator with experience in child
welfare, elder-care, health care, housing, and juvenile
justice. I earned my MSW at
SUNY Albany's School of Social Welfare
. I currently work for
IPRO
and work on the
Health Homes
evalution for the New York State Department of Health. I
have a strong background in direct clinical practice, program
evaluation, and data analysis. See my projects page for example analyses and training materials I have written.
I maintain my resume on GitHub,
because I'm a geek. Alternatively, you can get it from my
LinkedIn
page, but I sometimes forget to update it. You can always
download my current resume (PDF) and a list of example projects (PDF). Feel
free to contact me at my personal email address if you would
like to discuss a job opportunity or professional
collaboration.
Personal
I live in Albany, NY with my (lovely) wife and our (even
lovelier) daughter. I am a board member of the
Upstate Artists Guild(UAG)
. In my free time I build and ride trails with the
Saratoga Mountain Biking Association
. During the winter, I like to disappear into the North
Country to enjoy back-country skiing.
Contact
There are several ways to reach me. Email is generally the
best / fastest way to get a response. I check my LinkedIn page
infrequently and I hate voice mail.


In preparation for the forthcoming OMB DCOI Strategic Plan, the following conversion tool will support Agencies’ ability to prepare JSON file submissions. Strategic Plans then must be published in a machine-readable JSON format at ‘agency’.gov/digitalstrategy under a section entitled, “Data Center Optimization Initiative Strategic Plans.”
Thank you for taking the time to enter the information below.
Please enter the relevant data into each box. You can either enter the data manually or upload the data automatically.
To upload the data automatically, please click the ‘Load my own data’ button below, after which a new dialogue box will appear. In this box, please enter your data in a JSON format and then click the ‘Load data’ button at the bottom. Note that some boxes will only accept numerical data. In the event that the data does not match the parameters for a specific box, an error statement will appear below describing what sort of data is required to fix the error.
After filling in the data, either manually or by an upload, click the submit button at the very bottom. The tool will produce the entered data in a JSON format in a box at the very end. Please copy this output into a text file and save it in a JSON format for formal submission to OMB. Please note that clicking submit does not mean that the output is actually submitted to OMB. The output must still be submitted to OMB after the JSON schema is created by this tool. For additional guidance, please visit management.cio.gov/schema.