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RT @alexsoble: Grateful for #chihacknight. So many brilliant✨ ideas here for the upcoming @codeforamerica year. Thanks @NickyMader @shua123…
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Derek Eder
@derekeder
RT @alexsoble: Grateful for #chihacknight. So many brilliant✨ ideas here for the upcoming @codeforamerica year. Thanks @NickyMader @shua123…
12/2/2014, 11:24:21 PM
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{% extends 'courier/base.html' %} {% load static %} {% block content %}
You've Successfully completed your Job, Well Done!


While looking very adorable, the loris's teeth are actually quite venomous and the toxin on their teeth can also be applied to fur through grooming!
Slow lorises have a round head, a narrow snout, large eyes, and a variety of distinctive coloration patterns that are species-dependent. Their arms and legs are nearly equal in length, and their trunk is long and flexible, allowing them to twist and extend to nearby branches. The hands and feet of slow lorises have several adaptations that give them a pincer-like grip and enable them to grasp branches for long periods of time.


No Reboot Kernel patching
Why we need patching linux kernel?
- Kernel patches are released for a number of reasons, but fixing security holes is the most frequent reason. This is why it’s important to install the patch as soon as possible.
- Unlike other operating systems, Linux is able to update many different parts of the system without a reboot, but the kernel is different. Every running process integrates with the kernel intimately, so switching out parts of the kernel while it is running is quite risky. So, When the kernel is updated via a patch, the system needs to
reboot
“No Reboot” Kernel patching
- On the other hand, rebooting the computer is irksome, and in some cases, where uptime is important, it can be a real issue. This is why “no reboot” kernel patching has been a priority for many administrators.
- Some servers and critical real-time applications must not be taken down without advanced scheduling, even for a few minutes. This can be a pain when administrators need to keep the system secure and a patch is released to repair a newly discovered security hole. In this case, no-reboot patching becomes a real boon
- Recognizing this need, Red Hat has been working on
kpatch
, andSUSE
has been working onkGraft
. Both of these programs are designed to accomplish the same task, but they take a different approach and have different strengths. - But this doesn’t mean that system reboots are gone forever. Even on a system with the Linux 4.0 kernel, there will be security updates that still require a reboot, because there are other non-kernel components that can require patching, and some of these require a reboot as part of the process.
How Kpatch works?
- kpatch is a Linux dynamic kernel patching infrastructure which allows you to patch a running kernel without rebooting or restarting any processes.
- Kpatch freezes every process and then reroutes system calls from the old kernel functions to the new, patched functions, before removing the old code. Because it handles every running process in one sweeping move, it runs quite fast - one to forty milliseconds and it’s done. However, during this time the processes are frozen,
which means there is some downtime
- a mere fraction of a second, but in certain situations, that may be unacceptable.
Most important: kpatch ensures that hot patches are applied atomically and safely by stopping all running processes
while the hot patch is applied, and by ensuring that none of the stopped processes is running inside the functions that are to be patched
Read more at: https://www.youtube.com/watch?v=juyQ5TsJRTA
How about kGraft, how it work?
- kGraft, on the other hand, handles each thread one by one, as they make system calls (without forcing them to freeze first) until all of the threads are running the patched code. At this point, the patch is fully installed and the old code is replaced. This process takes longer to complete the patch, but it does it without any downtime


Phystick-S is a small and portable device that will allow you to carry-out simple, fun and educational experiments detecting the frequency of moving objects. It is also a beginner friendly project for entering the world of electronics and coding. Phystick-S is a DIY project with which you will learn to code and implement different I/O functions, like an LCD Touch Screen or an Inertial Measurement Unit. All of this using an Arduino Nano.
Phystick-W is also a small and compact device, with the added function of WiFi communication. Phystick-W is smaller than Phystick-S because instead of a Touch Screen it's controlled by a free mobile app that you can download from the app store. Phystick-W is perfect for explaining physics experiments in front of a crowd such as a highSchool physics class. Phystick-W is not designed to be a customizable project like Phystick-S is, however it is also possible to develop your own apps and control Phystick-W from your mobile phone
Phystick is the perfect project to learn the basics of programming, electronics, physics and most importantly, have fun. In the course of the project we will teach you:
This pointer is controlled by an arduino Nano, which activates an stroboscopic light that changes its frequency with a touchscreen and the rotation of the stick.
The main utility of the Phystick is to show the aliasing effect; when a light blinks with a frequency equal to the rotation of a spin (such as a simple fan), it creates a visual effect to make the spin still.
There are many other experiments that you could try with Phystick in your home like: “Stop” water falling, experiment the Huygens-Fresnel principle or whatever you can think of.
Otherwise, if you are a teacher, the stick can be used to explain physics theorems in a much funnier way than books or maths.
The first step to the assembly process is placing the components on the lower part of the case. You can see the final distribution of these components after completing the assembly on the images below. It is recommended that the user follows the next steps:
1) Place the Microcontroller (model Arduino Uno), the Inertial Movement Unit and the Perf-board. These components will be screwed to the disposed holes.
2) Place the Battery. This piece will be glued by an adhesive above the mark indicated on the lower-right part of the case.
3) The DC Boost module will be placed in the higher gap. This piece will be adjusted on its sides and well held by the cover of the case after completing the assembly.
4) Next, the user will be able to connect the components previously fixed. It is recommended that the user follows the circuit schematics which can be also downloaded from the Overview section on this website.
5) Place the LCD Touchscreen above the Battery, on the lower gap of the case. In the same way as the DC Boost, this piece will be held on its sides and also by the cover of the case.
6) Connect the LCD Touchscreen to the circuit.
7) Lastly, put the cover to the module to complete the assembly process. Now you can start to use the device!
Once you turn on Phystick you should see something in the screen similar to the image on the right. If anything doesn't seem to be alright you should reassemble your PhysStick again.
In just a few seconds, a menu like the shown in this step should open. Here you can chose what experiment you want. For the time being only the frequency experiment is available.
Finally, once you select one of the experiments, you should see an interface to play the experiment. Each experiment is different so the interface is too, but don't worry, they all are very simple. For example, to play the experiment shown in the image you only have to vary the bar to control the frequency and Pyhstic should stop whatever it is pointing.
Are you interested in coding?? Then ...
/*IMU*/
#include "I2Cdev.h"
#include "MPU6050.h"
#include "Kalman.h"
/*Screen*/
#include "SeeedTouchScreen.h"
#include "TFTv2.h"
#include "SPI.h"
First and not only in this project, we have to include the libraries we're using, in our case we're including the previously mentioned Kalman filter library and the MPU6050 library, this library allows us to instantiate a variable which represents our IMU and communicates with it through the function getMotion6() (We will see this later).
To control the screen we have to include the files "SeeedTouchScreen.h", "TFTv2.h" and "SPI.h". The first and second files control the screen while the third one is the communication protocol we will use to send the info
"I2Cdev.h" and "SPI.h" aren't provided because they are already included in arduino's framework, and "MPU6050.h" must be installed with the IDE, if you don't know how to, please follow this tutorial
These variables are used all over the project. When a variable is defined outside a function, all the functions can read it and modify it.
Led Global Variables:
With these global variables we are able to control when the led turns on or off.
int light = 200; // LIGHTS ON delay, microseconds
int dark; // LIGHTS OFF delay
int min_dark = 1; // min dark delay
int max_dark = 50; // max dark delay
#define light_pin 2 // MOSFET pin
#define potent_pin 6 // potentiometer pin
int angle;
boolean flag;
long lastchange;
IMU Global Variables:
With these global variables we access the IMU's interface and store its measures.
MPU6050 accelgyro;
#if I2CDEV_IMPLEMENTATION == I2CDEV_ARDUINO_WIRE
#include "Wire.h"
#endif
#define OUTPUT_READABLE_ACCELGYRO
Kalman kalmanX;
Kalman kalmanZ;
uint8_t IMUAddress = 0x68;
/* IMU Data */
int16_t accX;
int16_t accY;
int16_t accZ;
int16_t tempRaw;
int16_t gyroX;
int16_t gyroY;
int16_t gyroZ;
double accXangle; // Angle calculate using the accelerometer
double accZangle;
double temp;
double gyroXangle = 180; // Angle calculate using the gyro
double gyroZangle = 180;
double compAngleX = 180; // Calculate the angle using a Kalman filter
double compAngleZ = 180;
double kalAngleX; // Calculate the angle using a Kalman filter
double kalAngleZ;
uint32_t timer;
Screen Global Variables:
With these global variables we can access the screen's interface.
TouchScreen ts = TouchScreen(XP, YP, XM, YM); //init TouchScreen port pins
int P=3, P0= 1;
int F = 100;
int freqModeFlag = 0;
Arduino has two main functions, the setup function and the loop. The setup function is ran once and its objective is to configure the system. The loop is ran until the device is turned off and its objective is to run the main part of the code.
We also have defined other functions to organize the code.
IMU functions:
Screen functions:
The Setup function:
Here we configure and initialize all the parts of Phystick.
void setup() {
Tft.TFTinit(); //init TFT library
initPlot() ;
#if I2CDEV_IMPLEMENTATION == I2CDEV_ARDUINO_WIRE
Wire.begin();
#elif I2CDEV_IMPLEMENTATION == I2CDEV_BUILTIN_FASTWIRE
Fastwire::setup(400, true);
#endif
Serial.begin(9600);
pinMode(light_pin, OUTPUT);
Serial.println("Initializing I2C devices...");
accelgyro.initialize();
Serial.println("Testing device connections...");
Serial.println(accelgyro.testConnection() ? "MPU6050 connection successful" : "MPU6050 connection failed");
kalmanX.setAngle(180); // Set starting angle
kalmanZ.setAngle(180);
timer = micros();
}
The Loop function:
The loop is a bit more complex. First we calculate the angles and the light and dark periods with measure(), then we toggle the led and at the end we refresh the data of the screen.
void loop() {
measure(); // obtain acceleration and angle speeds
if (accZ > 25000 && (millis() - lastchange > 300)) { // Z axis shake detection
flag = !flag; // toggle light
lastchange = millis(); // timer
}
if (flag == 1) {
angle = 250 - kalAngleZ; // calculate angle (with 250 degrees offset)
// dark times calculation
dark = map(analogRead(potent_pin), 0, 1024, min_dark, max_dark);
digitalWrite(light_pin, 1); // lights up
delayMicroseconds(light); // wait
digitalWrite(light_pin, 0); // lights down
delay(dark); // wait
delayMicroseconds(2000 + angle * 10); // extra wait
F = 1 / (light + dark); //Frequency calculation
}
Point p = ts.getPoint();
p.x = map(p.x, TS_MINX, TS_MAXX, 0, 240); //map the ADC value read to into pixel co-ordinates
p.y = map(p.y, TS_MINY, TS_MAXY, 0, 320);
delay(200);
Serial.println(freqModeFlag);
SenseControl(p.x, p.y) ;
if (freqModeFlag == 1){
if ( P0 != P )
{
Tft.fillRectangle(197, 20, 20, 262, GRAY1); // Slider 1
Tft.fillRectangle(197, 262 - 19*P, 20, 20 + 19*P, BLUE); // PLot Status Slider 1
plotVal();
}
}
P0 = P;
}
Phystick-C has the following hardware:
| Microcontroller | Arduino Nano |
| TouchScreen | TFT Touchshield V2 |
| Inertial movement unit | MPU6050 |
| Led | 50W White LED Diode |
| Battery | 3.7 V 1500 mAh LiPo |
Phystick-W has the following hardware:
| Microcontroller | Arduino Nano - BLE |
| Led | 50W White LED Diode |
| Battery | 3.7 V 1500 mAh LiPo |
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ETSIT Student
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;; Group conditional clauses. (loop for i in '(1 324 2345 323 2 4 235 252) when (oddp i) do (print i) and collect i into odd-numbers and do (terpri) else ; I is even. collect i into even-numbers finally (return (values odd-numbers even-numbers))) |> 1 |> |> 2345 |> |> 323 |> |> 235 ⇒ (1 2345 323 235), (324 2 4 252) ;; Collect numbers larger than 3. (loop for i in '(1 2 3 4 5 6) when (and (> i 3) i) collect it) ; IT refers to (and (> i 3) i). ⇒ (4 5 6) ;; Find a number in a list. (loop for i in '(1 2 3 4 5 6) when (and (> i 3) i) return it) ⇒ 4 ;; The above example is similar to the following one. (loop for i in '(1 2 3 4 5 6) thereis (and (> i 3) i)) ⇒ 4 ;; Nest conditional clauses. (let ((list '(0 3.0 apple 4 5 9.8 orange banana))) (loop for i in list when (numberp i) when (floatp i) collect i into float-numbers else ; Not (floatp i) collect i into other-numbers else ; Not (numberp i) when (symbolp i) collect i into symbol-list else ; Not (symbolp i) do (error "found a funny value in list ~S, value ~S~ finally (return (values float-numbers other-numbers symbol-list)))) ⇒ (3.0 9.8), (0 4 5), (APPLE ORANGE BANANA) ;; Without the END preposition, the last AND would apply to the ;; inner IF rather than the outer one. (loop for x from 0 to 3 do (print x) if (zerop (mod x 2)) do (princ " a") and if (zerop (floor x 2)) do (princ " b") end and do (princ " c")) |> 0 a b c |> 1 |> 2 a c |> 3 ⇒ NIL


TZCNT
— Count the Number of Trailing Zero Bits
| Opcode/Instruction |
Op/En |
64/32 -bit Mode |
CPUID Feature Flag |
Description |
| F3 0F BC /r TZCNT r16, r/m16 |
A |
V/V |
BMI1 |
Count the number of trailing zero bits in r/m16, return result in r16. |
| F3 0F BC /r TZCNT r32, r/m32 |
A |
V/V |
BMI1 |
Count the number of trailing zero bits in r/m32, return result in r32. |
| F3 REX.W 0F BC /r TZCNT r64, r/m64 |
A |
V/N.E. |
BMI1 |
Count the number of trailing zero bits in r/m64, return result in r64. |
Instruction Operand Encoding
¶
| Op/En |
Operand 1 |
Operand 2 |
Operand 3 |
Operand 4 |
| A |
ModRM:reg (w) |
ModRM:r/m (r) |
NA |
NA |
Description
¶
TZCNT counts the number of trailing least significant zero bits in source operand (second operand) and returns the result in destination operand (first operand). TZCNT is an extension of the BSF instruction. The key difference between TZCNT and BSF instruction is that TZCNT provides operand size as output when source operand is zero while in the case of BSF instruction, if source operand is zero, the content of destination operand are undefined. On processors that do not support TZCNT, the instruction byte encoding is executed as BSF.
Operation
¶
temp ← 0
DEST ← 0
DO WHILE ( (temp < OperandSize) and (SRC[ temp] = 0) )
temp ← temp +1
DEST ← DEST+ 1
OD
IF DEST = OperandSize
CF ← 1
ELSE
CF ← 0
FI
IF DEST = 0
ZF ← 1
ELSE
ZF ← 0
FI
Flags Affected
¶
ZF is set to 1 in case of zero output (least significant bit of the source is set), and to 0 otherwise, CF is set to 1 if the input was zero and cleared otherwise. OF, SF, PF and AF flags are undefined.
Intel C/C++ Compiler Intrinsic Equivalent
¶
TZCNT: unsigned __int32 _tzcnt_u32(unsigned __int32 src);
TZCNT: unsigned __int64 _tzcnt_u64(unsigned __int64 src);
Protected Mode Exceptions
¶
| #GP(0) |
For an illegal memory operand effective address in the CS, DS, ES, FS or GS segments. |
| If the DS, ES, FS, or GS register is used to access memory and it contains a null segment selector. |
| #SS(0) |
For an illegal address in the SS segment. |
| #PF |
(fault-code) For a page fault. |
| #AC(0) |
If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
Real-Address Mode Exceptions
¶
| #GP(0) |
If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) |
For an illegal address in the SS segment. |
Virtual 8086 Mode Exceptions
¶
| #GP(0) |
If any part of the operand lies outside of the effective address space from 0 to 0FFFFH. |
| #SS(0) |
For an illegal address in the SS segment. |
| #PF |
(fault-code) For a page fault. |
| #AC(0) |
If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |
Compatibility Mode Exceptions
¶
Same exceptions as in Protected Mode.
64-Bit Mode Exceptions
¶
| #GP(0) |
If the memory address is in a non-canonical form. |
| #SS(0) |
If a memory address referencing the SS segment is in a non-canonical form. |
| #PF |
(fault-code) For a page fault. |
| #AC(0) |
If alignment checking is enabled and an unaligned memory reference is made while the current privilege level is 3. |


I Was Puny Vercingetorix : a novel by Lars Talc (2003) is not a novel and it is not by Lars Talc. It is not a book at all. It is an objet d'art.
In the words of art critic Cosmo Hoxtonwanker, “it is a bold, transgressive, edgy work, interrogating notions of authenticity, desire, and jouissance while incorporating both dippiness and a Playmobil figure holding a vacuum cleaner under some streamers. If it was for sale, I would pay millions for it.”
It is not for sale.


@Title: Welcome to Miblo! @Description: Miblo is blog-aware static site generator.
This is an example entry in your blog. You can any time delete this file and create new ones, then generate final website when you are ready.


{% extends "base.html" %} {% block content %} Student-Alumni Network Messages To send a user a direct message, select their name from the list of buttons below. {% endblock %}


PyHeaderFile
https://github.com/thiagopf/pyheaderfile
Movie Website
https://github.com/thiagopf/Movie-Website
Design Mockup Portfolio
https://github.com/thiagopf/design-mockup-portfolio


Get To Know A Little Bit About The People At HomePlus
GEORGE GACHARA
MANAGING PARTNER
Mr. Gachara works to define strategy, identify investors and funding partners and provide assistance to creative and cultural sector ventures to achieve their growth plans.
Mr. Gachara has a background in Communication from Daystar University (Kenya), Conflict Prevention and Management from the International Peace and Security Institute (Italy), Design Thinking and Problem Solving from the University of Amsterdam
(Netherlands) and Private Equity and Venture Capital, Strathmore Business School (Kenya).
MAUREEN NJUGUNA
FINANCE & INVESTMENT MANAGER
Ms. Njuguna has over five years of experience in financial management and has been responsible for multi-fund budgets, financial forecasting, resource allocation, financial
planning and control. She also has extensive knowledge in financial markets and investments. Ms. Njuguna holds a masters degree in Finance and Strategic management from the United States International University and numerous ACCA qualifications.
KENDI KAMWAMBIA
SUPPORT AND COMPLIANCE
Ms. Kamwambia has over three years' experience in accounts and administration and has been responsible for financial data processing and budgeting, debtors and creditors management.
She also has extensive knowledge in tax and statutory deductions administration. She provides accounting and cash-flow management support as well as monitoring the performance of portfolios. Kendi is an ACCA affiliate and has a Bachelor's
Degree in Finance and Accounting from Strathmore University.
AKATI KHASIANI
RELATIONSHIP MANAGER
Dr. Khasiani is a writer who holds a Master's in Public Health (Health Economics), and has worked in both the private and public health sectors in Kenya. She has extensive
experience in project management, social research and administration. Dr. Khasiani is key to HEVA's policy development and ecosystem building work with multiple stakeholders, from private sector groups to partners, community members and investees.
She also conducts research and presents analyses for HEVA's newsletters, reports and studies.
MARS KAMAU
RESEARCH AND INSIGHTS
Built on his mathematical background, Mars' role involves research and study into HEVA's internal processes and external engagements with students, investees and industry practitioners/professionals,
as well as state, philanthropic, developmental and corporate stakeholders at all levels. His findings and continued analysis inform our program strategy with regard to policy discourse both locally and regionally, and practical engagement
with the wider HEVA community.
OLIVIA AMBANI
SOCIAL MEDIA AND VISUAL DESIGN
Olivia Ambani is a social media consultant and visual designer at HEVA, where she creates and implements social media strategy, taking the lead on the documentation of HEVA's
events and workshops. She also produces and co-develops learning material for the Forum program, particularly the series of videos sharing HEVA's insights on financial, market and business development for creatives with the community of industry
learners and practitioners in the East Africa region..
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|
EvasionPaths
|
This class implements a combinatorial map. More...
Public Member Functions | |
| None | __init__ (self, Graph graph, list points=(), list rotation_data=()) |
| Initialize combinatorial map with Graph and Points list. More... | |
| str | sigma (self, str dart) |
| Get next outgoing dart. More... | |
| str | phi (self, str dart) |
| Get next outgoing dart. More... | |
| None | set_boundary_cycles (self) |
| compute boundary cycles. More... | |
| list | boundary_cycle_nodes_ordered (self) |
| Get boundary cycle nodes. More... | |
| list | get_boundary_cycles (self) |
| Get Boundary Cycles. More... | |
Static Public Member Functions | |
| str | alpha (str dart) |
| Get other half edge. More... | |
Public Attributes | |
| darts | |
This class implements a combinatorial map.
A 2-dimensional combinatorial map (or 2-map) is a triplet M = (D, σ, α) such that:
D is a finite set of darts; σ is a permutation on D; α is an involution on D with no fixed point.
Intuitively, a 2-map corresponds to a planar graph where each edge is subdivided into two darts (sometimes also called half-edges). The permutation σ gives, for each dart, the next dart by turning around the vertex in the positive orientation; the other permutation α gives, for each dart, the other dart of the same edge.
α allows one to retrieve edges, and σ allows one to retrieve vertices. We define φ = σ o α which gives, for each dart, the next dart of the same face.
| None __init__ | ( | self, | |
| Graph | graph, | ||
| list | points = () , |
||
| list | rotation_data = () |
||
| ) |
Initialize combinatorial map with Graph and Points list.
You can optionally initialize with the rotation_data, meaning that for each node, you provide the list of edges from that node to each connected neighbor in counter-clockwise order. Leave points empty if the feature is desired. Otherwise the rotation_data will be computed from the point data.
|
static |
Get other half edge.
for each dart, return the other dart associated with the same edge.
| list boundary_cycle_nodes_ordered | ( | self | ) |
Get boundary cycle nodes.
The function returns the node numbers of each boundary cycle. The nodes are left in cyclic order, used mostly for plotting.
| list get_boundary_cycles | ( | self | ) |
Get Boundary Cycles.
This will access the boundary cycles, and return them with each boundary cycle's darts in a sorted order for a unique representation.
| str phi | ( | self, | |
| str | dart | ||
| ) |
Get next outgoing dart.
For a given incoming dart, return the next outgoing dart in counter-clockwise direction.
| None set_boundary_cycles | ( | self | ) |
compute boundary cycles.
iterate on phi until all darts have been accounted for. This will produce a list of boundary cycles. These cycles are stored internally and should only be accessed through the public member functions.
| str sigma | ( | self, | |
| str | dart | ||
| ) |
Get next outgoing dart.
For a given outgoing dart, return the next outgoing dart in counter-clockwise order.
| darts |


[gecode-users] Can a propagator hide domain wipe-out of a variable?
Christian Schulte
cschulte at kth.se
Mon Apr 16 10:31:59 CEST 2018
Hi, no you can't do that. If a variable operation returns failure, the propagator _must_ report failure as well. This has to do with the fact that the variable domain in most cases has been modified in a way that violates certain invariants. The only thing you can do with a variable like that is inspect it.
Cheers
Christian
--
Christian Schulte, https://chschulte.github.io/
Professor of Computer Science, KTH, cschulte at kth.se
Expert Researcher, RISE SICS, christian.schulte at ri.se
-----Original Message-----
From: users-bounces at gecode.org <users-bounces at gecode.org> On Behalf Of Sebastian Albert
Sent: 13 April 2018 19:48
To: users at gecode.org
Subject: [gecode-users] Can a propagator hide domain wipe-out of a variable?
Dear list
I consider using "conditional variables", i.e., similar to "conditional constraints" (a.k.a. reified constraints), I want to have a set (array) of variables among which only (exactly) one will be actually "active" in any solution, selected by another variable (call it the "selection"
variable), and only the active/selected one has to fulfill its constraints. Now I would implement propagators that are aware of this, and when their propagation finds out that one of the candidates from the conditional variables has no possible values left in its domain (via pruning its view completely, resulting in a "failed" modification event), then, instead of failing the current space, the propagator should "hide" this failure and instead prune this candidate from the domain of the selection variable.
Is this a possible way to go in Gecode? If I understand MPG, page 310, correctly, this should be possible, since it's the propagator's obligation to report any failure. However, in chapter 25, reification is not implemented by checking for some ME_FAIL, but rather by inspecting the domain individually (which is easy in bounds propagation, but seems unnecessarily intricate in case of domain propagation).
Furthermore, is there an existing name for this concept (like there is "reification" on constraints)? Maybe it really is just reification in disguise.
Regards
Sebastian
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More information about the users
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A set of array functions that are useful and commonly used, use view source to see code
print an array of objects
show All object kess than cost=1000
Search Array for match
reduce method sums up:


Hi I'm -name- a digital designer from -location- who works with brands and businesses all around the world.
I create convenient and user-friendly interfaces that solves the needs of businesses and users.
When I am not busy with my passion - designing - I enjoy -mention hobby- and -another hobby here-.
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| Contents | Previous | Next | Java Management Extensions (JMX) Technology Tutorial |
This chapter explains what you need to do to get started with the Java Management Extensions (JMX) examples. It provides instructions that apply to all the examples described in the subsequent chapters.
All variable assignments and commands in the examples in this tutorial were defined using UNIX Korn shell syntax. If you are running a shell other than the Korn shell on a UNIX or Linux platform, you must adapt these commands to your preferred shell environment.
If you are running a Microsoft Windows operating environment, in the majority of cases, adapting commands will simply involve replacing forward slashes (/
) with backward slashes (\
) and replacing colons (:
) with semi-colons (;
) in the paths. A specific Microsoft Windows command is given only when it differs significantly from the UNIX/Linux command provided.
The examples that form the basis of this tutorial are all accessible from the JMX page in the Java 2 Platform, Standard Edition (J2SE) documentation bundle, found in the following location:
http://java.sun.com/j2se/1.5.0/docs/guide/jmx/
The code excerpts quoted in this tutorial are taken from these example programs. However, some code excerpts might be rearranged and comments might be changed. Program listings in the tutorial usually simplify comments and omit output statements, for space considerations. Some classes or sections of code that deserve special attention have been highlighted using bold text for the purposes of this tutorial.
To preserve untouched copies of the original example files, create a new directory in which to compile and run the examples.
This working directory is referred to as work_dir throughout this tutorial.
http://java.sun.com/j2se/1.5.0/docs/guide/jmx/examples.html
All the examples will now be contained in work_dir/jmx_examples
.
| Contents | Previous | Next |
Java Management Extensions (JMX) Technology Tutorial Java Management Extensions (JMX), Java 2 Platform, Standard Edition 5.0 |
Copyright © 2004 Sun Microsystems, Inc. All rights reserved.


minizip-asm.js - encrypt and decrypt existing zip file
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{% extends "baseframe.html" -%} {% from "baseframe/components.html" import hgnav %} {% from "macros.html" import campaign_header, campaign_script %} {% block doctypehtml -%} {%- endblock %} {%- block titletags %}
{{ msg }}
{%- if g.kiosk %} Hasjob is a service of HasGeek. You are in kiosk mode with a limited view of posts. {%- elif g.board and g.board.not_root %} Powered by Hasjob, a service of HasGeek. Subscribe to the feed or follow @hasjob on Twitter to find out when new jobs are posted. Hosted by E2E Networks. {%- else %} Hasjob is a service of HasGeek. Subscribe to the feed or follow @hasjob on Twitter to find out when new jobs are posted. Hosted by E2E Networks. {%- endif %} {%- if not g.user and not g.anon_user %} {%- endif %}
{% endblock %} {% block layoutscripts %} {%- if header_campaign %}{{ campaign_script() }}{% endif %} {% block footerscripts %}{% endblock %} {% endblock %}


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Select Policy
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{% for line in lines %} {{line[0]}} {{line[1]}} Know More {% endfor %}


{% extends 'HE3/delete_confirmation.html' %}
{% block id %}
id="evaluator_delete_confirmation"
{% endblock %}
{% block title %}
Delete this evaluation!
{% endblock %}
{% block warning %}
By pressing delete button you will remove this evaluation and all it`s submitted data!
{% endblock %}
{% block href %}
href ="{% url 'profiles:dashboard:delete-evaluator' project.id %}"
{% endblock %}


a web developer
< Tribute Page />
< Survey Form />
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< Technical Documentation Page />
How do you take your coffee?


Chapter 2 How to use this manual
This manual has been developed specifically for Biology students. We are increasing the focus on quantitative skills in our Biology curriculum, in response to changing demands and emphasis within the field of biology itself. In first year biology (BIOL 1001/1002) we are introducing students to R software and basic statistical concepts. This manual acts as the tutorial guide to help students learn the basics of R that will form the foundation for more advanced quantitative work in upper year Biology courses. We anticipate that this guide will also be a useful resource manual that you will refer back to as you use R in applications specific to your future courses. This manual will be updated annually, so we recommend you bookmark this html page instead of printing out the manual.
While working through the manual, we recommend that you set up your computer screen so that you can see your browser and the R Studio software at the same time. You can experiment with re-sizing windows and if you have two monitors, that will be really handy. Or, if you have access to a laptop and a tablet, we recommend using RStudio on your laptop and opening the manual in the browser on your tablet so that you can move between the two easily.
For first year students, we recommend that you start by reading Chapter ??, this Chapter and Chapter 3 to give yourself some background. You may also find it helpful to check the Glossary to familiarize yourself with some computer terminology. From there, you can proceed to follow the steps in Chapter ?? to install R and RStudio. If you are having issues with installing the software, check the FAQ (Frequently Asked Questions) section in Appendix A. Once you have the software installed (and you have read chapters 2 & ??, you can read through Chapter ?? (with the software open in a different window/screen!) and start to learn to navigate through the software.
After you've familiarized yourself with the layout of the software, you can start to work with it! Don't worry - you can't break it! With the manual and RStudio open, work through Chapter ??. Whenever you see text in the manual in a grey box and in the Courier font, this is an example of code that we want you to try. Note that you should type the code EXACTLY as it is written. As you progress through the manual, we will sometimes give you only part of the code, or we will give code that has a deliberate mistake in it. This is not to frustrate you - rather it is a way for you to start to develop your problem solving skills. Read the text before and after the example code carefully for clues as to what you should do.
From there, proceed through the chapters as assigned by your lab instructor for each week of the labs as specified by your instructor.
Expect to get stuck. This is normal when learning a new skill. Everyone who uses R, including professors who have used it for years, gets error messages and has bugs in their code. If you look for help using the resources provided in Chapter ?? or ask for help as specified in Chapter 4, you should be able to get "unstuck".
In terms of the assignments - for BIOL 1001/1002, you should complete all the parts of the manual where it says HAND IN. How much of the manual to complete in each week will be provided by your lab instructor. You can do the HAND IN exercises in RStudio and then cut and paste your answers into the assignment worksheet which can be downloaded from the course Brightspace page.
Once you've finished the first-year labs, don't forget that you have this resource! Bookmark the page so that when you find yourself using R again in future courses (and you will!) you can quickly re-familiarize yourself with it. Working with R is like learning a new language or playing a musical instrument. If you don't do it for a while, your skills get rusty. However, if you have documented what you've done, and review the manual, you can quickly catch up to where your skills were and then move on and master new skills. Before you know it, you will be confidently doing quantitative work in R, which will increase your knowledge, enhance your ability to do advanced biology work, and give you a marketable skill in the work world.


by Super User - 6 days ago - 5 comments
About Cluster: Please try my fork at https://github.com/1and1/scredis/tree/cluster It has a working cluster implementation, but is still a little rough and I would appreciate feedback about anything not working correctly.
Hi, I am not sure how i could check if current redis connection is still connected. Could you tell me some idea to have this feature? I do this because i need to pickup other redis instances instead of the failed one. I hope this tool will support cluster soon. thank you, -Hoang Long
Copyright © 2014 Flathemes.All rights reserved.


Page is the module where you can manage your web page content. When building the front end of you website you can place slots on the pages to enable room for editable content.
Each slot gives you the ability to write content using the WYSIWYG editor, instead of coding it with HTML. You can apply styles, create links and add images to the content of a slot. And content in slots is always available to be changed in the editor.
Slots in the front end will appear in the list to the left, showing the page and the name of the slot. Click on a slot to load and edit it's content. The WYSIWYG editor works in similar ways to any other document editor.
Don't forget to save your changes by clicking the save-button at the bottom of the screen, under the editor.


You can install from PyPI:
$ pip install TA-Lib
Or checkout the sources and run setup.py
yourself:
$ python setup.py install
Troubleshooting Install Errors
func.c:256:28: fatal error: ta-lib/ta_libc.h: No such file or directory compilation terminated.
If you get build errors like this, it typically means that it can't find the
underlying TA-Lib
library and needs to be installed:
Dependencies
To use TA-Lib for python, you need to have the TA-Lib already installed:
Mac OS X
$ brew install ta-lib
Windows
Download ta-lib-0.4.0-msvc.zip
and unzip to C:\ta-lib
Linux
Download ta-lib-0.4.0-src.tar.gz and:
$ untar and cd $ ./configure --prefix=/usr $ make $ sudo make install
If you build
TA-Lib
usingmake -jX
it will fail but that's OK! Simply rerunmake -jX
followed by[sudo] make install
.


object Common
Object to hold common data for the SDK. Not all variables and functions are used right now. Still left in code.
BASE_URL |
const val BASE_URL: String |
BID_EXPIRE_IN_SECONDS |
Bid expires after five minutes. This timeout is set in the Yieldlab backend. const val BID_EXPIRE_IN_SECONDS: Int |
ENABLE_LOGGING |
Feature toggle for logging const val ENABLE_LOGGING: Boolean |
MAX_ADSLOTS |
Yieldlab API can only process a maximum of ten adslots. const val MAX_ADSLOTS: Int |
MIN_API_LEVEL_FOR_FUTURE_CALLS |
API level required to use CompletableFutures const val MIN_API_LEVEL_FOR_FUTURE_CALLS: Int |
MIN_DIAGONAL_FOR_TABLET_IN_INCHES |
Tablet is above 7.0 inches const val MIN_DIAGONAL_FOR_TABLET_IN_INCHES: Double |
SDK_VERSION |
SDK version for URL const val SDK_VERSION: <ERROR CLASS> |
TAG_LOG |
Tag for logging messages const val TAG_LOG: String |
URL_HARD_CODED |
const val URL_HARD_CODED: String |
URL_START |
Base URL for HTTP GET request const val URL_START: String |
WAIT_TIME_FOR_NEW_LOCATION_BEFORE_PROCEED_IN_MS |
Constant to configure location mode const val WAIT_TIME_FOR_NEW_LOCATION_BEFORE_PROCEED_IN_MS: Long |
generateTimeStamp |
Generate to millis timestamp. fun generateTimeStamp(): String |
getPackageName |
Get the package name. fun getPackageName(context: Context): String |
getStoreURL |
Get the store URL name fun getStoreURL(context: Context): String |
SDKLog |
Log function fun SDKLog(msg: String): Unit |


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public interface CommandVisitor<T>
EditScript
objects.
Users should implement this interface in order to walk through
the EditScript
object created by the comparison
of two sequences. This is a direct application of the visitor
design pattern. The EditScript.visit
method takes an object implementing this interface as an argument,
it will perform the loop over all commands in the script and the
proper methods of the user class will be called as the commands are
encountered.
The implementation of the user visitor class will depend on the need. Here are two examples.
The first example is a visitor that build the longest common subsequence:
import org.apache.commons.collections4.comparators.sequence.CommandVisitor; import java.util.ArrayList; public class LongestCommonSubSequence implements CommandVisitor { public LongestCommonSubSequence() { a = new ArrayList(); } public void visitInsertCommand(Object object) { } public void visitKeepCommand(Object object) { a.add(object); } public void visitDeleteCommand(Object object) { } public Object[] getSubSequence() { return a.toArray(); } private ArrayList a; }
The second example is a visitor that shows the commands and the way they transform the first sequence into the second one:
import org.apache.commons.collections4.comparators.sequence.CommandVisitor; import java.util.Arrays; import java.util.ArrayList; import java.util.Iterator; public class ShowVisitor implements CommandVisitor { public ShowVisitor(Object[] sequence1) { v = new ArrayList(); v.addAll(Arrays.asList(sequence1)); index = 0; } public void visitInsertCommand(Object object) { v.insertElementAt(object, index++); display("insert", object); } public void visitKeepCommand(Object object) { ++index; display("keep ", object); } public void visitDeleteCommand(Object object) { v.remove(index); display("delete", object); } private void display(String commandName, Object object) { System.out.println(commandName + " " + object + " ->" + this); } public String toString() { StringBuffer buffer = new StringBuffer(); for (Iterator iter = v.iterator(); iter.hasNext();) { buffer.append(' ').append(iter.next()); } return buffer.toString(); } private ArrayList v; private int index; }
| Modifier and Type | Method and Description |
|---|---|
void |
visitDeleteCommand(T object)
Method called when a delete command is encountered.
|
void |
visitInsertCommand(T object)
Method called when an insert command is encountered.
|
void |
visitKeepCommand(T object)
Method called when a keep command is encountered.
|
void visitInsertCommand(T object)
object
- object to insert (this object comes from the second sequence)void visitKeepCommand(T object)
object
- object to keep (this object comes from the first sequence)void visitDeleteCommand(T object)
object
- object to delete (this object comes from the first sequence)Copyright © 2001–2019 The Apache Software Foundation. All rights reserved.


The Data File is the excel sheet for load data.
Please specify a file, or a set of files:
The Electric Load Forecasting tool which we call LNext is designed to forecast your load and hence energy requirements for the next day which helps in reduction of overdrawl hence saving a lot of money while maintaining the stability.


Statistical data set
Reports to inform understanding of qualifications in the population based on the labour force survey.
MS Excel Spreadsheet , 34.5KB
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
MS Excel Spreadsheet , 52KB
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MS Excel Spreadsheet , 38.7KB
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MS Excel Spreadsheet , 80.5KB
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MS Excel Spreadsheet , 7.3MB
MS Excel Spreadsheet , 130KB
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MS Excel Spreadsheet , 133KB
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Published: 5 March 2014
Updated: 17 November 2016


| Author | Oliver "Kiste" Seitz, Copyright © 2011, all rights reserved. |
| Adapted-by | Rob Hamerling |
| Compiler | 2.4o |
. Prints variables to output device, typically an lcd or a serial port Input variables: bit, byte, sbyte, word, sword, dword, sdword Output formats: decimal, hexadecimal, binary and some specials . For decimal output an arbitrary variable size supported. The user may define a constant with a positive value greater than one. const PRINT_MAX_VAR_SIZE before including this library to specify the highest variable size is required for his program. When not specified by the user a default of 4 is used, which means variables upto dword or sdword are supported. . Examples: . var sword bhl = -684 . Print the signed word in decimal notation on an LCD print_sword_dec(lcd, bhl) will send "-684" to device 'lcd' . To send the same signed word to a serial port: print_sword_dec(serial_hw_data, bhl) . Specials: print_crlf(serial_hw_data) will send CR + LF to the device 'serial_hw_data'. . const byte str1[] = "JalLibWorld V1.0" print_string(lcd, str1) will display the string 'str' on an lcd. . . Note - the whole string - that is the length of the array - . is printed. When you use a variable array to construct strings, . you might want to terminate at a termination character like 0x00. . You can set this termination character with: . const byte print_string_terminator = 0x00 . (or use a var if you want to change it at runtime.)
. - This library replaces an older version which had no scalability. It should be compatible with the old library except for: * All procedures for binary output have been renamed to print_xxxx_bin() for name consistency with '_dec' and '_hex'. * print_bit_truefalse() has been renamed to print_bit_logic() * print_bit_highlow() has been renamed to print_bit_level() * print_bit_10() has been renamed to print_bit_bin() * For renamed procedures a procedure issuing a deprecation warning is provided for compatibility. * The procedure print_sword_fp_dec() has been dropped. For output of fixed point numbers use the format library. * Some procedures are added to print signed bytes, words and double words in binary and hexadecimal format (without sign!).
var bit print_prefix = FALSE
const PRINT_MAX_VAR_SIZE = 4
var byte*PRINT_MAX_VAR_SIZE _print_dec_divisor
print_sdword_bin(volatile byte out device, dword in data)
print_maxsvar_dec(volatile byte out device, sbyte*PRINT_MAX_VAR_SIZE in data)
print_nibble_binary(volatile byte out device, bit in data)
print_dword_bin(volatile byte out device, dword in data)
print_bit_bin(volatile byte out device, bit in data)
print_byte_binary(volatile byte out device, byte in data)
print_sbyte_dec(volatile byte out device, sbyte in data)
print_sbyte_bin(volatile byte out device, sbyte in data)
print_sword_dec(volatile byte out device, sword in data)
print_word_dec(volatile byte out device, word in data)
print_byte_bin(volatile byte out device, byte in data)
print_bit_highlow(volatile byte out device, bit in data)
print_sbyte_hex(volatile byte out device, sbyte in data)
print_word_hex(volatile byte out device, word in data)
print_bit_logic(volatile byte out device, bit in data)
print_string(volatile byte out device, byte in str[])
print_byte_dec(volatile byte out device, byte in data)
print_byte_hex(volatile byte out device, byte in data)
print_maxvar_dec(volatile byte out device, byte*PRINT_MAX_VAR_SIZE in data)
print_bit_10(volatile byte out device, bit in data)
print_sdword_hex(volatile byte out device, sdword in data)
print_nibble_bin(volatile byte out device, byte in data)
print_dword_binary(volatile byte out device, dword in data)
print_crlf(volatile byte out device)
print_sdword_dec(volatile byte out device, sdword in data)
print_sword_hex(volatile byte out device, sword in data)
print_sword_bin(volatile byte out device, sword in data)
print_word_binary(volatile byte out device, word in data)
print_dword_hex(volatile byte out device, dword in data)
print_cls_ansi(volatile byte out device)
print_word_bin(volatile byte out device, word in data)
print_dword_dec(volatile byte out device, dword in data)
print_bit_truefalse(volatile byte out device, bit in data)
print_bit_level(volatile byte out device, bit in data)
var bit print_prefix = FALSE
Variable to indicate if formatted variables should have a prefix. When specified 'TRUE' the following prefixes will be part of the output: binary formats will be prefixed with '0b' hexadecimal formats will be prefixed with '0x' (decimal formats never have prefixes)
const PRINT_MAX_VAR_SIZE = 4
Constant to define the maximum supported variable size (in bytes) to be supported by this library.
var byte*PRINT_MAX_VAR_SIZE _print_dec_divisor
Global variable to determine number of decimal digits
print_sdword_bin(volatile byte out device, dword in data)
Title: Print signed double word binary Arguments: - device name sdword (byte*4 variable) Returns: nothing Notes: Sign is ignored for binary format
print_maxsvar_dec(volatile byte out device, sbyte*PRINT_MAX_VAR_SIZE in data)
Title: Print signed decimal value Arguments: - device name decimal variable (byte*PRINT_MAX_VAR_SIZE variable) Returns: nothing
print_nibble_binary(volatile byte out device, bit in data)
Deprecated
print_dword_bin(volatile byte out device, dword in data)
Title: Print unsigned double word binary Arguments: - device name dword (byte*4 variable) Returns: nothing
print_bit_bin(volatile byte out device, bit in data)
Title: Print binary value of a bit Arguments: - device name bit Returns: nothing
print_byte_binary(volatile byte out device, byte in data)
Deprecated
print_sbyte_dec(volatile byte out device, sbyte in data)
Title: Print unsigned byte decimal Arguments: - device name byte Returns: nothing
print_sbyte_bin(volatile byte out device, sbyte in data)
Title: Print signed byte binary Arguments: - device name sbyte Returns: nothing Notes: Sign is ignored for binary format
print_sword_dec(volatile byte out device, sword in data)
Title: Print signed word decimal Arguments: - device name sword (sbyte*2 variable) Returns: nothing
print_word_dec(volatile byte out device, word in data)
Title: Print unsigned word decimal Arguments: - device name word (byte*2 variable) Returns: nothing
print_byte_bin(volatile byte out device, byte in data)
Title: Print unsigned byte binary Arguments: - device name byte Returns: nothing
print_bit_highlow(volatile byte out device, bit in data)
Deprecated
print_sbyte_hex(volatile byte out device, sbyte in data)
Title: Print signed byte hexadecimal Arguments: - device name sbyte Returns: nothing Notes: Sign is ignored for hexadecimal format
print_word_hex(volatile byte out device, word in data)
Title: Print unsigned word hexadecimal Arguments: - device name word (byte*2 variable) Returns: nothing
print_bit_logic(volatile byte out device, bit in data)
Title: Print logical value of a bit Arguments: - device name bit Returns: nothing
print_string(volatile byte out device, byte in str[])
Title: Print string Arguments: - device name string (array of bytes) Returns: nothing
print_byte_dec(volatile byte out device, byte in data)
Title: Print unsigned byte decimal Arguments: - device name byte Returns: nothing
print_byte_hex(volatile byte out device, byte in data)
Title: Print unsigned byte hexadecimal Arguments: - device name byte Returns: nothing
print_maxvar_dec(volatile byte out device, byte*PRINT_MAX_VAR_SIZE in data)
Title: Print unsigned decimal value Arguments: - device name decimal variable (byte*PRINT_MAX_VAR_SIZE variable) Returns: nothing
print_bit_10(volatile byte out device, bit in data)
Deprecated
print_sdword_hex(volatile byte out device, sdword in data)
Title: Print signed double word hexadecimal Arguments: - device name sdword (sbyte*4 variable) Returns: nothing Notes: Sign is ignored for hexadecimal format
print_nibble_bin(volatile byte out device, byte in data)
Title: Print nibble binary Arguments: - device name nibble (bit*4 variable) Returns: nothing
print_dword_binary(volatile byte out device, dword in data)
Deprecated
print_crlf(volatile byte out device)
Title: Print Carriage Return + LineFeed Arguments: - device name Returns: nothing
print_sdword_dec(volatile byte out device, sdword in data)
Title: Print signed double word decimal Arguments: - device name sdword (sbyte*4 variable) Returns: nothing
print_sword_hex(volatile byte out device, sword in data)
Title: Print signed word hexadecimal Arguments: - device name sword (sbyte*2 variable) Returns: nothing Notes: Sign is ignored for hexadecimal format
print_sword_bin(volatile byte out device, sword in data)
Title: Print signed word binary Arguments: - device name sword (byte*2 variable) Returns: nothing Notes: Sign is ignored for binary format
print_word_binary(volatile byte out device, word in data)
Deprecated
print_dword_hex(volatile byte out device, dword in data)
Title: Print unsigned double word hexadecimal Arguments: - device name dword (byte*4 variable) Returns: nothing
print_cls_ansi(volatile byte out device)
Title: Clear screen on ANSI-compatible terminals Arguments: - device name Returns: nothing
print_word_bin(volatile byte out device, word in data)
Title: Print unsigned word binary Arguments: - device name word (byte*2 variable) Returns: nothing
print_dword_dec(volatile byte out device, dword in data)
Title: Print unsigned double word decimal Arguments: - device name dword (byte*4 variable) Returns: nothing
print_bit_truefalse(volatile byte out device, bit in data)
Deprecated
print_bit_level(volatile byte out device, bit in data)
Title: Print voltage level of a bit Arguments: - device name bit Returns: nothing
_make_tenfold_divisor()
Title: Multiply _print_dec_divisor by 10 Arguments: none Returns: nothing Notes: Used to determine the number of decimal digits
nibble2hex(bit*4 in nibble) return byte
Title: Convert nibble to hexadecimal digit (ASCII printable) Arguments: nibble (bit*4 variable) Returns: byte


Complexity theory helps us understand the changing world we live in, from the natural processes like ants finding food to the development of cities.
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This package contains some random useful tidbits.
| Boundary |
data class Boundary : Any
This class is supposed to represent a boundary between two numbers. |
| BulkDataWrapper |
class BulkDataWrapper : Any
A wrapper around bulk data reads to make them more accessible. |
| CircularBuffer |
class CircularBuffer : Any |
| Controller |
interface Controller : Any
An interface for controllers. Controllers run control loops, the most command are PID controllers and their variants, but this includes anything that is controlling an actuator in a separate thread. |
| EnhancedElapsedTime |
class EnhancedElapsedTime : Any |
| MathUtil |
object MathUtil : Any
A singleton that contains a bunch of math lambdas |
| MotorGroup |
class MotorGroup : Any
Allows DcMotors to be linked together |
| getActiveOpMode |
fun getActiveOpMode(): <ERROR CLASS> |
| getActiveOpModeManagerImpl |
fun getActiveOpModeManagerImpl(): <ERROR CLASS> |
| getNameOfHardwareDevice |
fun getNameOfHardwareDevice(device: <ERROR CLASS>): <ERROR CLASS> |


"In pursuit of perfection, the University of Baguio is committed to provide balance quality education, by nurturing academic excellence, relevant social skills, and ethical values in a fun learning environment.


{% load static %}
{% include 'Navbar/navbar.html' %}Geotechnical investigations are performed by geotechnical engineers or engineering geologists to obtain information on the physical properties of soil earthworks and foundations for proposed structures and for repair of distress to earthworks and structures caused by subsurface conditions. This type of investigation is called a site investigation. Additionally, geotechnical iLegalitiesnvestigations are also used to measure the thermal resistivity of soils or backfill materials required for underground transmission lines, oil and gas pipelines, radioactive waste disposal, and solar thermal storage facilities. A geotechnical investigation will include surface exploration and subsurface e xploration of a site. Sometimes, geophysical methods are used to obtain data about sites
The geometric design of roads is the branch of highway engineering concerned with the positioning of the physical elements of the roadway according to standards and constraints. The basic objectives in geometric design are to optimize efficiency and safety while minimizing cost and environmental damage. Geometric design also affects an emerging fifth objective called "livability," which is defined as designing roads to foster broader community goals, including providing access to employment, schools, businesses and residences, accommodate a range of travel modes such as walking, bicycling, transit, and automobiles, and minimizing fuel use, emissions and environmental damage.
Building design refers to the broadly based architectural, engineering and technical applications to the design of buildings. All building projects require the services of a building designer, typically a licensed architect. Smaller, less complicated projects often do not require a licensed professional, and the design of such projects is often undertaken by building designers, draftspersons, interior designers (for interior fit-outs or renovations), or contractors. Larger, more complex building projects require the services of many professionals trained in specialist disciplines, usually coordinated by an architect.
It is a method or tool by which we find out how a structure or a member of a structure behaves when subjected to certain excitation. In other words, we mainly focus on finding out internal forces (axial force, shear force, moment), stress, strain, deflection etc in a structure under applied load conditions. Frames can be analyzed by various methods. However, the method of analysis adopted depends upon the types of frame, its configuration.
Estimation and costing in Civil deals with calculating the quantities and its expected expenditure to be incurred from particular project. For estimation and costing, followings are required: 1. Final plan or drawings of the project. (DRAWING) 2. Exact details about workmanship and materials to be used in project. (SPECIFICATION) 3. Standard schedule of rates for the present Year. (RATES) Why do we need Costing and estimation? 1. It helps us to decide whether rate of proposed project match meets our funds available for the project 2. Avoids unwanted loss incurred in project 3. Helps in inviting tender and quotation to arrange contract 4. Gives an idea about time and its schedule of work required for completion of project.
Real estate is "property consisting of land and the buildings on it, along with its natural resources such as crops, minerals or water; immovable property of this nature; an interest vested in this (also) an item of real property, (more generally) buildings or housing in general.
Legalities in civil engineering refer to submission of Auto-Cad design to municipality office and help the client throughout the process. Apart from that, our team helps to prepare documentation for the clients selling or buying of property with licensed personality registered at ‘Nepal Lekhapadhi Kaanoon Byawasai Association’, and submission of the prepared documents in ‘Malpot office’.


Love to design and architect solutions. Currently digitizing global shipping at Shipmnts. Enjoys working in Ruby on Rails, Python and comfortable in React.
Spend my free time experimenting with libraries and tools that excite me, and share exciting bits on my blog.
Whether you need to start a new project or get working on your big or small idea, I would be happy to help.


General System
whoami
whoami /all current user, sid, groups
set Shows env variables. Look for USERDOMAIN, USERNAME, USERPROFILE, HOMEPATH, LOGONSERVER, COMPUTERNAME, APPDATA, and ALLUSERPROFILE
systeminfo large amount of data
qwinsta info about RDP sessions. /CONNECT flag too
qprocess * must like tasklist, but easier to read
at currently scheduled tasks via 'at'. schtasks is new kid on the block, but 'at' still useful for shells and queries
schtasks scheduled tasks your user has access to see
schtasks /query /fo csv /v > %TEMP% get services in verbose csv format
net start list services
sc list services
sc getkeyname "<serviceName>" use name from 'net start' to get more infomation
sc queryex "<keyName>" query status, pid, and more
net config workstation NetBIOS anme, full comp name, username, domain, workgroups, and more
net time
net file
net session
net use Used to map network shares
tasklist equiv to using taskmanager
tasklist /m or tasklist /m <blah.dll> list modules for each process. Great for finding processes running crypto or other specific function dlls
tasklist /svc list procs & their accompanying service keyname
taskkill [/f] /pid <pid> kill with optional force
taskkill [/f] /im <image_name>
fsutil fsinfo drives must be admin, lists current drives


OPP investigating after body of missing male is pulled from Lake Erie
NORFOLK, Ont. — Ontario Provincial Police in Norfolk County have launched an investigation after the body of a male who was reported missing was found in Lake Erie.
by Canadian PressNORFOLK, Ont. — Ontario Provincial Police in Norfolk County have launched an investigation after the body of a male who was reported missing was found in Lake Erie.
Police say friends of the male had reported him missing Friday morning after spending a night at a cottage on Millionaires Island.
They say an OPP Marine Unit along with various other emergency personnel were called in and that the body was pulled from the lake Friday evening.
Police say a post-mortem will be conducted at a Hamilton hospital to determine the cause of death.
In the meantime, they say the name of deceased is being withheld pending notification of next of kin.
Police say the investigation is in its early stages and that more information will be released as it becomes available.
This report by The Canadian Press was first published on Nov. 23, 2019.
The Canadian Press


2 Days in the Valley (1996) Review by Steve Kong The Hard Boiled Movie Guide http://boiledmovies.sbay.com/
2 Days, 1 Murder, and 10 people. How does this all tie together? A skier, a hitman, a tramp named Helga, two vice detectives, a suicidal movie director, a nurse, an art dealer with a stone, and others. 2 Days in the Valley is a movie that takes these lives and threads them together into one cohesive and highly entertaining film.
The problem with bringing this many characters and individual stories to a movie is the fact that some audience members will get lost after the first few are introduced. Writer/Director John Herzfeld does a good job of inter-cutting between the stories and making everyone known. Some of the stories are not tied up well, like the story of Jeff Daniel's dejected cop, but most of them do end up well. Also, there are some nagging points that are brought up and never really cleared up the biggest being the Korean thing, which confused me.
The one thing that 2 Days in the Valley reminded me of was a Tarantino film because its structure is so complex, the events that happen so different, that it feels like watching Pulp Fiction on drugs. 2 Days in the Valley is more interested in the characters than it is in the crimes that bring the characters together. We see little pieces of each character, some of these events are out of the blue, some are explained, but all are part of the puzzle that is put together at the end of the movie.
To try to explain the story and what happens is going to spoil the film. The movie does evolve around a murder. Around this murder events start to happen and they all tie together. The characters include a washed out hitman named Dosmo (Danny Aiello); the ex-wife of the murder man, Becky (Teri Hatcher) who is obsessed with winning gold in the skiing events at the Olympics; a scheming couple, the maniacal Lee (James Spader) and the sex-kitten Helga (Charlize Theron in her debut film); a suicidal movie director who hangs his toilet paper on a long won Emmy, Teddy (Paul Mazursky); a nurse that in a cemetery, Audrey (Marsha Mason); two cops, one who is gung-ho for his job (Eric Stoltz) and one who is not (Jeff Daniels); an arrogant art dealer who has kidney stones (Greg Cruttwell) and his hapless assistant (Gleane Headly); and a few others. If you had a hard time keeping track of the people here in the review, don't worry, it's all clear in the movie.
Kudos to writer/director John Herzfeld for putting together such an entertaining movie. It has its small flaws, but those are easily overlooked. I would like to find out just how Herzfeld put this story together. If he started from the end and then plotted towards the beginning or if it just all happened to fall together one day as he was looking out the window. The story and characters are magnificent. Don't Miss 2 Days in the Valley.
--- Steve Kong<EMAIL_ADDRESS>not all film critics are the same. i'm your hard boiled movie guide.
http://boiledmovies.sbay.com/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


name: inverse layout: true class: center, middle, inverse --- # Nipype and beyond! ### by Michael Notter, #### March 13, 2020 . ### Neuroimaging Journal Club at ### University of Alabama at Birmingham --- name: content class: left layout: false name: overview ## Presentation Overview - Who am I? - What is Nipype? - Nipype in action! - Why is this all important? - Where are we going with it? - Q & A --- name: content class: left layout: false name: me ## Who am I? - From Switzerland (next to Geneva)
- (almost) PhD in Neuroscience - enthusiastic about teaching - programmer since 10 years --- name: content class: left layout: false name: meme ## Why am I talking to you? - Nipype has currently 168 developers (~16 in core team) - I joined the group in 2011 - Back then, the library was missing a clear manual or tutorial - I wrote a tutorial, that so far was well received: https://miykael.github.io/nipype_tutorial/
- More about this later! --- name: inverse layout: true class: center, middle, inverse --- # What is Nipype? ## A short introduction --- name: content class: left layout: false name: intro
-- ## What is [Nipype](http://nipype.readthedocs.io/en/latest/)? - open-source, community-developed software package written in **Python**. - Provides unified way of **interfacing** with heterogeneous neuroimaging software like [SPM](http://www.fil.ion.ucl.ac.uk/spm/), [FSL](http://fsl.fmrib.ox.ac.uk/fsl/fslwiki/), [FreeSurfer](http://surfer.nmr.mgh.harvard.edu/), [AFNI](https://afni.nimh.nih.gov/afni), [ANTS](http://stnava.github.io/ANTs/), [Camino](http://web4.cs.ucl.ac.uk/research/medic/camino/pmwiki/pmwiki.php), [MRtrix](http://www.brain.org.au/software/mrtrix/index.html), [MNE](https://martinos.org/mne/stable/index.html), [Slicer](https://www.slicer.org/) and many more. - Allows users to create **flexible, complex workflows** consisting of multiple processing steps using any software package above - Efficient and optimized computation through **parallel execution** plugins --- ## I don't need that, I'm happy with SPM12! I mean, there's no problem with SPM's batch system...
ok, ok... it gets tiring to have a separate batch script for each subject and MATLAB license issues are sometimes a pain. But hey, the nice looking GUI makes it so easy to use! --- ## SPM in Nipype Using SPM12 with Nipype is simpler than any `matlabbatch` and it's intuitive to read: ```python from nipype.interfaces.spm import Smooth smooth = Smooth() smooth.inputs.in_files = 'functional.nii' smooth.inputs.fwhm = 6 smooth.run() ``` --- ## I don't need that, I'm happy with FSL! The GUI might look a bit old fashion but the command line interface gives me all the flexibility I need!
I don't care that it might be more difficult to learn than other neuroimaging software. At least it doesn't take me 20 clicks to do simple motion correction. And once you figure out the underlying commands, it's rather simple to script. --- ## FSL in Nipype Nipype makes using FSL even easier: ```python from nipype.interfaces.fsl import MCFLIRT mcflt = MCFLIRT() mcflt.inputs.in_file = 'functional.nii' mcflt.run() ``` And gives you transparency to what's happening under the hood with one additional line: ```python In [1]: mcflt.cmdline Out[1]: 'mcflirt -in functional.nii -out functional_mcf.nii' ``` --- ## I don't need that, I'm happy with FreeSurfer! You and your problems with fMRI data. I'm perfectly happy with FreeSurfer's command line interface. It gives me all I need to do surface-based analyses.
Of course, you can run your sequential FreeSurfer scripts as you want. But wouldn't it be nice to optimize computation time by using parallel computation? --- ## FreeSurfer in Nipype Let's imagine you want to do smoothing on the surface... - with **two different smoothing kernels** values - on **both hemispheres** - on **six subjects** - all in **parallel**? -- With Nipype this is as simple as that: ```python from nipype.interfaces.freesurfer import SurfaceSmooth smoother = SurfaceSmooth() smoother.inputs.in_file = "{hemi}.func.mgz" smoother.iterables = [("hemi", ['lh', 'rh']), ("fwhm", [4, 8]), ("subject_id", ['sub01', 'sub02', 'sub03', 'sub04', 'sub05', 'sub06']), ] smoother.run(mode='parallel') ``` --- ## But I like my neuroimaging toolbox - You can keep it! But instead of being stuck in MATLAB with SPM, or having scripting issues with FreeSurfer, ANTs or FSL,.. - **Nipype** gives you the possibility to select the algorithms that you prefer from many different software packages. - In short, you can have all the advantages without the disadvantage of being stuck with a programming language or software package --- ## A Short Example Let's assume we want to do preprocessing that uses **SPM** for *motion correction*, **FreeSurfer** for *coregistration*, **ANTS** for *normalization* and **FSL** for *smoothing*. Normally this would be a hell of a mess. It would mean switching between multiple scripts in different programming languages with a lot of manual intervention. **Nipype comes to the rescue!**
--- # Code Example The code to create a Nipype workflow like the example before would look something like this: ```python # Import modules from nipype.interfaces.freesurfer import BBRegister from nipype.interfaces.ants import WarpTimeSeriesImageMultiTransform from nipype.interfaces.fsl import SUSAN from nipype.interfaces.spm import Realign ``` ```python # Motion Correction (SPM) realign = Realign(register_to_mean=True) ``` ```python # Coregistration (FreeSurfer) coreg = BBRegister() ``` ```python # Normalization (ANTS) normalize = WarpTimeSeriesImageMultiTransform() ``` ```python # Smoothing (FSL) smooth = SUSAN(fwhm=6.0) ``` --- ```python # Where can the raw data be found? grabber = nipype.DataGrabber() grabber.inputs.base_directory = '~/experiment_folder/data' grabber.inputs.subject_id = ['subject1', 'subject2', 'subject3'] ``` ```python # Where should the output data be stored at? sink = nipype.DataSink() sink.inputs.base_directory = '~/experiment_folder/output_folder' ``` -- ```python # Create a workflow to connect all those nodes preprocflow = nipype.Workflow() ``` ```python # Connect the nodes to each other preprocflow.connect([(grabber -> realign ), (realign -> coreg ), (coreg -> normalize), (normalize -> smooth ), (smooth -> sink ) ]) ``` ```python # Run the workflow in parallel preprocflow.run(mode='parallel') ``` **Important**: This code is a shortened and simplified version of the real Nipype code. But it gives you a good idea of how intuitive it is to use Nipype for your neuroimaging analysis. --- ## So again, what is Nipype? Nipype consists of many parts, but the main ones are Interfaces, the Workflow Engine and the Execution Plugins:
* **Interface**: Wraps a program or function * **Node/MapNode**: Wraps an `Interface` for use in a Workflow * **Workflow**: A *graph* or *forest of graphs* whose edges represent data flow * **Plugin**: A component that describes how a `Workflow` should be executed --- name: inverse layout: true class: center, middle, inverse --- # Nipype in action! ### Showcasing some practical examples --- name: content class: left layout: false name: examples ### Notebook 1 Short Introduction to Nipype ### Notebook 2 Precomputed example of a Full Preprocessing Pipeline ### Notebook 3 Interlude: Nibabel and Nilearn --- ## Recap of the Basics - Part 1 * **Interface**: Module to run well-defined tasks (i.e. smoothing, skull extraction, etc.) ```python from nipype.interfaces.fsl import BET BET.help() # To get help ``` -- * **Node**: Wraps around an interface and lets you connect them to each other ```python from nipype import Node bet = Node(BET(frac=0.3), name='bet_node') ``` -- * **Workflow**: Collection of nodes, connected in a directed fashion (i.e. graph) ```python from Nipype import Workflow wf = Workflow(name="smoothflow", base_dir="/output/working_dir") wf.connect([(smooth, mask, [("out_file", "in_file")])]) ``` -- * **Graph Visualization**: Helps you to better understand a built workflow ```python wf.write_graph(graph2use='colored') ``` --- ## Recap of the Basics - Part 2 * **Data Input**: There are many ways to get your data into a workflow, e.g. `DataGrabber`, `SelectFinder`, etc. -- * **Data Output**: There are many ways to keep only desired workflow output, e.g. `DataSink` -- * **Execution Plugins**: Different ways to run a workflow, i.e. sequential, parallel, on a cluster ```python workflow.run(plugin='Linear') workflow.run(plugin='MultiProc', plugin_args={'n_procs': 4}) workflow.run('SGEGraph', plugin_args={'qsub_args': '-q many'}) ``` -- * **Function Interface**: Shortcut to create your own interface ```python def write_parameter_to_txt(my_parameter): import numpy as np out_file = 'new_parameter.txt' np.savetxt(out_file, [my_parameter], fmt='%d') return out_file write_paraemter = Node(Function(input_names=['my_parameter'], output_names=['out_file'], function=write_parameter_to_txt), name='write_paraemter') ``` --- ## Recap of the Basics - Part 3 * **Iterables** (left): Allows to iterate over a specific parameter, e.g. subject name, smoothing kernel ```python isosmooth = Node(IsotropicSmooth(), name='iso_smooth') isosmooth.iterables = ("fwhm", [4, 8, 16]) ```
--- ## Recap of the Basics - Part 4 * **MapNode** (right): Allows to iterate over a specific parameter, e.g. subject name, smoothing kernel ```python from nipype import MapNode gunzip = MapNode(Gunzip(), name='gunzip', iterfield=['in_file']) gunzip.inputs.in_file = ['func01.nii.gz', 'func02.nii.gz', 'func03.nii.gz'] ```
--- name: inverse layout: true class: center, middle, inverse --- # Why is this all important? --- name: content class: left layout: false name: me ## Advantages of using Nipype - Easy to write processing pipelines - Speed up computation time through parallelism - Profit from fast Python ecosystem and many amazing neuroimaging libraries - Easy to share your code and reuse pipeline from other researchers --- ## Transparency and reproducibility crisis - Neuroimaging seems to have some issues with transparency and reproducibility ([Gorgolewski & Poldrack, PLos Bio (2016)](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4936733/)) - Best solution is to be open source / open science - Nipype and other toolboxes have the opportunity to help --- name: inverse layout: true class: center, middle, inverse --- # Where are we going with it? --- name: content class: left layout: false name: overview ## The future of Nipype - Nipype version 1.0 was released on January 25th, 2018 - Current version is 1.5 - Version 2.0 is under heavy development and will help to improve Nipype's flexibility - Let's look at what other's built on top of Nipype! --- ## Showcase of great examples and connected topics - [BIDS](http://bids.neuroimaging.io/) - Brain Imaging Data Structure - [MRIQC](http://mriqc.readthedocs.io/en/latest/) - MRI Quality Control tool - [fMRIPrep](http://fmriprep.readthedocs.io/en/latest/index.html) - Fully automated fMRI data preprocessing tool - [BIDS Apps](http://bids-apps.neuroimaging.io) - [fMRIflows](https://github.com/miykael/fmriflows) - my contribution to the neuroimage ecosystem --- ## [BIDS](http://bids.neuroimaging.io/) - Brain Imaging Data Structure A new standard for organizing & describing neuroimaging & behavioral data -- ### What does it look like?
.right[*Gorgolewski, K. J. et al. 2016*] --- ## [BIDS](http://bids.neuroimaging.io/) - Brain Imaging Data Structure ### BIDS contains: participant information
--- ## [BIDS](http://bids.neuroimaging.io/) - Brain Imaging Data Structure ### BIDS contains: data files (neuroimaging / behavioral)
--- ## [BIDS](http://bids.neuroimaging.io/) - Brain Imaging Data Structure ### BIDS contains: study specific JSON files (sequence & paradigm)
--- ## [MRIQC](http://mriqc.readthedocs.io/en/latest/) - MRI Quality Control tool -- - Quality of MRI data is not necessarily good - **Quality Control is important!** - MRIQC provides automatic prediction of quality and visual reporting of MRI scans #### Anatomical and Functional Workflow
.left[
*[MRIQC docs](https://mriqc.readthedocs.io/en/latest/workflows.html), (C) Esteban, O.
] --- ## [MRIQC](http://mriqc.readthedocs.io/en/latest/) - Visual Reports Check out the two examples to see how a visual report looks like: - [Group Anatomical Report](http://web.stanford.edu/group/poldracklab/mriqc/reports/anat_group.html) - [Group Functional Report](http://web.stanford.edu/group/poldracklab/mriqc/reports/func_group.html) --- ## [fMRIPrep](http://fmriprep.readthedocs.io/en/latest/index.html) - Fully automated fMRI data preprocessing tool -- - state-of-the-art interfaces - robust to variations in scan acquisition protocols - easy interpretable and comprehensive error and output reporting - "glass" rather than "black" box [Example](http://fmriprep.readthedocs.io/en/latest/_static/sample_report.html) of a visual report. --- ## [fMRIPrep](http://fmriprep.readthedocs.io/en/latest/index.html) - Processing Pipeline Overview
--- ## [fMRIPrep](http://fmriprep.readthedocs.io/en/latest/index.html) - Example of Confounds
--- ## [BIDS Apps](http://bids-apps.neuroimaging.io) A BIDS App is a container (~virtual machine) that captures a neuroimaging pipeline -- - A BIDS App only needs a BIDS conform dataset as input - does not depend on any software outside of the image other than the container engine - deposited in the Docker Hub repository (openly accessible) - works on Linux, macOS, windows - [List of Apps](http://bids-apps.neuroimaging.io/apps/) --- ## [fMRIflows](https://github.com/miykael/fmriflows) - my contribution
- A collection of fully autonomous uni- & multivariate fMRI processing pipelines - Comprises: - anatomical and functional preprocessing - estimation of singal confounds - univariate and multivariate analysis on the subject and group level - Still under development, not yet officially released. --- ## How to learn more! - [Nipype Tutorial](https://miykael.github.io/nipype_tutorial/) - [2-day Workshop at University of Cambridge, UK](https://nbviewer.jupyter.org/github/miykael/workshop_cambridge/blob/master/program.ipynb) - [Neurostars.org](https://neurostars.org/) - Stack Overflow for Neuroscience --- name: inverse layout: true class: center, middle, inverse --- # Q & A


Experience: Thirty three years in the Banking industry.
Former Administration & Finance Manager at Open House (2000 – 2009)
Mr Anderson brings first hand insight and vision into the operations of Open House.
Ms Melanie Lamb
Ms Melanie Lamb
Qualifications: B.Min (Bachelor of Ministries)
Experience: Hospital Chaplain
Former staff member January 1990 – December 2000
Ms Lamb brings valuable experience and insights from previously working at Open House and a heart to see people grow holistically.
Mr Michael Donohue
Mr Michael Donohue
Qualifications: Bachelor of Applied Science (Computer Science)
Experience: Founder and Director of medium sized IT Consulting Company
Former CEO and Country Manager Deutsche Telekom (German Telecom)
Mr Donohue brings a wealth of experience and knowledge from the commercial world together with an enthusiasm, desire and capacity to help disadvantaged people.
Mr Oscar Ruiz
Mr Oscar Ruiz
Qualifications: Diploma of Management, Associate Diploma of Electronic Engineering
Experience: Former Client Solutions Executive (IBM)
Mr Ruiz brings substantial managerial, computer and personnel skills and has a heart to see the ongoing development of the work so that people’s lives are positively impacted.
Mr Barry Gunning
Mr Barry Gunning
Qualifications: .....
Experience: .....
Mr Gunning will be joining the board in Feburary 2017
Ms Caroline Quinn
Ms Caroline Quinn
Qualifications: .....
Experience: .....
Ms Quinn will be joining the board in Feburary 2017
Mr Tom Macdonald
Mr Tom Macdonald
Qualifications: .....
Experience: .....
Mr Macdonald will be joining the board in Feburary 2017


|
|
| house |
| | Map the balls to the rooms.
|
| |
A class used to represent the oracle
Attributes
-----
@param house: map the balls to the rooms
@type house: Map
Methods
-----
handle_req(self,req)
Handle the different requests
Definition at line 122 of file oracle.py.
◆ __init__()
| def oracle.Oracle.__init__ |
( |
|
self | ) |
|
Constuctor. Create some rooms and initialize the map. Start the service
Definition at line 138 of file oracle.py.
141 Constuctor. Create some rooms and initialize the map. Start the service
144 entrance = Location(
"entrance",
False,Point())
145 closet = Location(
"closet",
False,Point())
146 living_room = Location(
"living_room",
False,Point())
147 kitchen = Location(
"kitchen",
False,Point())
148 bathroom = Location(
"bathroom",
False,Point())
149 bedroom = Location(
"bedroom",
False,Point())
155 "green": living_room,
161 rospy.init_node(
'oracle_server')
164 s = rospy.Service(
'oracle_req', OracleReq, self.handle_req)
◆ handle_req()
| def oracle.Oracle.handle_req |
( |
|
self, |
|
|
|
req |
|
) |
| |
Handle the different requests
@param request: request message
@type request: OracleReq
@returns: response to the request
@rtype: OracleReqResponse
Definition at line 166 of file oracle.py.
166 def handle_req(self,req):
169 Handle the different requests
171 @param request: request message
172 @type request: OracleReq
174 @returns: response to the request
175 @rtype: OracleReqResponse
178 resp = OracleReqResponse()
180 request = req.req_type.split()
182 if(request[0] ==
"prevDetect"):
184 resp.location = str(self.house[ball].getVisited())
185 elif(request[0] ==
"setPos"):
187 position = Point(float(request[2]),float(request[3]),0)
188 self.house[ball].setPosition(position)
189 self.house[ball].setVisited(
True)
190 elif(request[0] ==
"isVisited"):
191 req_location = request[1]
192 for ball, location
in self.house.items():
193 if location.getName() == req_location:
195 req_location = location
197 resp.location = str(req_location.getVisited())+
" "+req_ball
198 elif(request[0] ==
"getPos"):
200 resp.location = str(self.house[ball].getPosition().x)+
" "+str(self.house[ball].getPosition().y)
The documentation for this class was generated from the following file:


NOVEMBER 18 The Dedication of the Basilicas of Ss
Peter and Paul, Apostles
The anniversaries
of dedication of these basilicas were celebrated as early as the twelfth
century. Both were completed in the fourth century. The St Peter's Basilica was
built atop his tomb and was rebuilt in the seventeenth century.
ENTRANCE ANTIPHON
You will make them princes over all the earth; they will remember your name through all generations. Thus the peoples will praise you for ever, from age to age.
COLLECT
Defend your
Church, O Lord, by the protection of the holy Apostles, that, as she received
from them the beginnings of her knowledge of things divine, so through them she
may receive, even to the end of the world, an increase in heavenly grace. Through
our Lord Jesus Christ, your Son, who lives and reigns with you in the unity of
the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
As we bring you this offering of our service, we beseech your mercy, Lord, that the truth handed down to us by the ministry of the Apostles Peter and Paul may endure undefiled in our hearts. Through Christ our Lord.
Preface of the Apostles I or II or of Dedication of a Church
COMMUNION ANTIPHON
O Lord, you have the words of eternal life, and we have come to believe that you are the Christ, the Son of God.
PRAYER AFTER COMMUNION
May your
people, we pray, O Lord, nourished by the Bread of heaven, rejoice in
commemorating the Apostles Peter and Paul, for it is through your gift that we are
governed under their patronage. Through Christ our Lord.


Supported only from 16.1 and above.
Verisium Manager can execute jobs in one of two modes:
Same user permissions (the account permission where the Verisium Manager server is installed) for all jobs launched by the vAPI/Jenkins.
Use the Linux account permissions of the actual user who is doing the launch operation.
Default (unchecked above) is for the Verisium Manager to launch job by using the account permissions where the server is installed.
When this box is checked, user can choose between using the same credentials used within the authentication section above, or supply a file with user/password in plain text containing only two lines:
username
password
For this (dynamic user/password), a pre-job should place any file into its working directory, and supply the full path to it.
In case this field is empty, The file name need to be: ${BUILD_NUMBER}.${BUILD_ID}.credential.input, and should be place in the working directory of the current running build.
Please fill this field only in case you want to hard code the input file name, to be consist across all builds.


//= ./html/html-components/header.html
//= ./html/html-components/problems.html //= ./html/html-components/program.html //= ./html/html-components/study.html
//= ./html/html-components/footer.html


Factorial of a Number
By: Aswathy G
This algorithm used to find factorial of a number
Start
Declare variables i, f=1, and n
Read value for n
Initialize f =1
Repeat steps 6 to 7 until i
i=1+1
f=f*i
Dis[lay the value of f
Stop


All Classes
| Class | Description |
|---|---|
| AddBillboardRequest |
The type Add billboard request.
|
| AddUserResquest |
The type Add user resquest.
|
| Billboard |
The type Billboard.
|
| BillboardList |
The type Billboard list.
|
| BillboardServer |
The type Billboard server.
|
| BillboardTest |
The type Billboard test.
|
| BillboardTest |
The type Billboard test.
|
| BillboardViewer |
The type Billboard viewer.
|
| ControlPanel |
The type Control panel.
|
| ControlPanelHandler |
The type Control panel handler.
|
| CurrentBillboardRequest |
The type Current billboard request.
|
| Database |
The type Database.
|
| DBConnection |
The type Db connection.
|
| DeleteBillboardRequest |
The type Delete billboard request.
|
| DeleteScheduleRequest |
The type Delete schedule request.
|
| DeleteUserRequest |
The type Delete user request.
|
| DisplayAllBillboardsRequest |
The type Display all billboards request.
|
| DisplayAllSchedulesRequest |
The type Display all schedules request.
|
| DisplayAllUsersRequest |
The type Display all users request.
|
| EditBillboardRequest |
The type Edit billboard request.
|
| ExportBillboardRequest |
The type Export billboard request.
|
| GetBillboardRequest |
The type Get billboard request.
|
| GetUserPrivilegesRequest |
The type Get user privileges request.
|
| Login |
The type Login.
|
| LoginHandler |
The type Login handler.
|
| LoginRequest |
The type Login request.
|
| LogoutRequest |
The type Logout request.
|
| Request |
The type Request.
|
| RequestTimer |
The type Request timer.
|
| Schedule |
The type Schedule.
|
| ScheduleTest |
The type Schedule test.
|
| ServerRespond |
The type Server respond.
|
| SessionToken |
The type Session token.
|
| SetScheduleRequest |
The type Set schedule request.
|
| SetUserPassword |
The type Set user password.
|
| SetUserPrivilegesRequest |
The type Set user privileges request.
|
| User |
The type User.
|
| UserTest |
The type User test.
|
| UserTest |
The type User test.
|
| ViewerHandler |
The type Viewer handler.
|
| XMLFile |
The type Xml file.
|


Date selected: {{ flight.outbound.dateFrom | date:dd-mm-YYYY }} - {{ flight.outbound.dateTo | date:dd-mm-YYYY }}


{% extends "templates/base.html" %} {% block content %} {% set chapters = [ { 'city': 'Mumbai, India', 'meetup-link': 'https://www.meetup.com/ERPNext-Community-Meetup/', 'image': '/assets/foundation/img/meetups/mumbai.png', 'members': 955 }, { 'city': 'Bengaluru, India', 'meetup-link': 'https://www.meetup.com/ERPNext-Bangalore-Community/', 'image': '/assets/foundation/img/meetups/bengaluru.png', 'members': 400 }, { 'city': 'Bay Area, United States', 'meetup-link': 'https://www.meetup.com/ERPNext-Community-Bay-Area/', 'image': '/assets/foundation/img/meetups/bay-area.png', 'members': 20 }, { 'city': 'Pune, India', 'meetup-link': 'https://www.meetup.com/Pune-ERPNext-Meetup/', 'image': '/assets/foundation/img/meetups/pune.png', 'members': 810 }, { 'city': 'Chennai, India', 'meetup-link': 'https://www.meetup.com/ERPNext-Chennai-Community/', 'image': '/assets/foundation/img/meetups/chennai.jpg', 'members': 33 }, { 'city': 'Dubai, UAE', 'meetup-link': 'https://www.meetup.com/Erpnext-UAE/', 'image': '/assets/foundation/img/meetups/dubai.png', 'members': 31 }, { 'city': 'Germany', 'meetup-link': 'https://www.meetup.com/ERPNext-German-Chapter/', 'image': '/assets/foundation/img/meetups/frankfurt.png', 'members': 32 }, { 'city': 'Jakarta, Indonesia', 'meetup-link': 'https://www.meetup.com/ERPNext-Jakarta-Community-Meetup/', 'image': '/assets/foundation/img/meetups/jakarta.png', 'members': 80 }, { 'city': 'Paris, France', 'meetup-link': 'https://www.meetup.com/ERPNext-France/', 'image': '/assets/foundation/img/meetups/paris.png', 'members': 20 }, { 'city': 'Zürich, Switzerland', 'meetup-link': 'https://www.meetup.com/ERPNext-Swiss-Chapter/', 'image': '/assets/foundation/img/meetups/zurich.jpg', 'members': 38 } ] %} Chapters Become a part of your local ERPNext Community by joining a chapter near you. If you can't find one, start your own! {% for item in chapters %} {{ item.city }} {{ item.members }} members {% endfor %} To start your own chapter, start a group on Meetup.com and get in touch with us. Contact Us To Start a New Chapter {% endblock %}
Become a part of your local ERPNext Community by joining a chapter near you. If you can't find one, start your own!


Hugo's: Organic resturant with a juice bar, offers vegan and gluten free options. 8110 164th Ave NE, Redmond, WA 98052
Teapot Vegetarian House: Health minded cafe offering a full menu of Pan-Asian dishes made a vegan including desserts. 15230 NE 24th St Ste H, Redmond, WA 98052
Chaco Canyon Organic Cafe: Cafe serving vegan, gluten free, organic food catered to all of the community. 4757 12th Ave NE, Seattle, WA 98105; 8404 Greenwood Ave N, Seattle, WA 98103, 3770 SW Alaska St, Seattle, WA 98126
Mediterranean Palace: Greek Cuisine. Using only the finest fresh ingredients, and above all put into the food the time and effort needed to ensure that it not only taste great but is great for you as well. 430 E 25th St, Tacoma, WA 98421
Sorrel: Unique experience that offers local-Californian inspired cuisine with authentic & vibrant Italian influences. We believe in only working with the most superior, freshest, organic & local ingredients that the Bay Area farmers markets have to offer. San Francisco CA.
Gracias Madre: Health oriented, love for food and community, they recognize the importance of sustainability and of buying and selling locally grown organic food. San Francisco CA.
Native Foods Cafe: Today, Native Foods Café has grown to become America’s premier fast-casual vegan restaurant group spanning coast to coast. Serving made-from-scratch, chef-crafted cuisine to thousands of food lovers every day. Los Angeles CA, Orange County CA, San Diego CA, Palm Springs, Colorado, Oregon, Chicago IL.


Sara Hasan
It was a wonderful experience for us. All your arrangements were up to the mark. All hotels and transportation arrangements were excellent. Though we had faced some problems with hotel at Kedarnath you handled it swiftly and efficiently. Thanks for your support and prompt response.
Lucas Josh
We have had an excellent trip to Milano National Park. It was one of our best trip in recent times. This was our first trip with "Take me amay" and we all, especially my parents, are very happy with the way it was organized. I would like to thank "Take me amay" and especially youfor helping organize this trip for us very efficiently.


{include file="../app/common/view/html/header.html"} {include file="../app/teacher/view/common/menu.html"}
撰写实验指导
{include file="../app/common/view/html/footer.html"}