{% extends 'base.html' %} {% block title %} | Superuser tools - Providers{% endblock %} {% block main %}
Providers allow users to connect their social accounts and sign in to the {{ PLATFORM_NAME }} using them.
In order to enable a provider, the application must be registered on its API tools to retrieve the required credentials.
There are no providers available.


js/tile.js
'use strict';
/**
* A class for Tile, the element inside a board.
*/
export class Tile {
/**
* Constructor creates a tile that stores whether the tile is a mine or not, the number of mines adjacent to it, and whether the tile has been flagged or not.
* POSTCONDITION: isMine, adjNum, flagged, and revealed, all now have set values.
*/
constructor() {
/**
* A mine or not a mine.
* @type {boolean}
*/
this.isMine = false;
/**
* Number of mines adjacent to the tile.
* @type {number}
*/
this.adjNum = 9;
/**
* Flag status of the tile.
* @type {boolean}
*/
this.flagged = false;
/**
* Revealed status of the tile.
* @type {boolean}
*/
this.revealed = false;
}
/**
* Gets whether the tile is a mine or not.
* @return {boolean} isMine
*/
getMine() {
return this.isMine;
}
/**
* Gets the number of mines adjacent to the tile.
* @return {number} adjNum
*/
getAdjacent() {
return this.adjNum;
}
/**
* Gets whether the tile has been flagged or not.
* @return {boolean} flagged
*/
getFlagged() {
return this.flagged;
}
/**
* Gets whether the tile has been revealed or not.
* @return {boolean} flagged
*/
getRevealed() {
return this.revealed;
}
/**
* Sets the tile's status to be a mine.
* POSTCONDITION: isMine is true.
*/
setMine() {
this.isMine = true;
}
/**
* Sets the number of mines adjacent to the tile.
* POSTCONDITION: adjNum could be anywhere from 0 to 8
* @param {number} adj Number of mine adjacent to this tile, retrieved from plantAdjNum()
*/
setAdjacent(adj) {
this.adjNum = adj;
}
/**
* Reverses the flag status of the tile. If it has been flagged, set to false. If it has not, set to true.
* POSTCONDTION: flagged is inverted
*/
flag() {
if (this.flagged) {
this.flagged = false;
}
else {
this.flagged = true;
}
}
/**
* Reveals the tile, setting revealed to true.
* POSTCONDTION: revealed is true.
*/
reveal() {
this.revealed = true;
}
}


This is a web version of the reflex card game
The goal is to take cards on the screen in groups of 3, known as sets.
The standard deck contains 81 cards each one with 4 unique features: color, shape, opacity, and quantity. Here you can see some cards and their features.
| Feature | Value |
|---|---|
| Quantity | 1 |
| Color | Blue |
| Shape | Triangle |
| Opacity | Solid |
| Feature | Value |
|---|---|
| Quantity | 2 |
| Color | Yellow |
| Shape | Square |
| Opacity | Translucent |
| Feature | Value |
|---|---|
| Quantity | 3 |
| Color | Red |
| Shape | Circle |
| Opacity | Empty |
A set is a combination of 3 cards where each of the 4 features are either all the same or all different. For example, the three cards shown above form a set, because each feature is expressed in all the cards. You can also have sets where some features are different and others are the same.
In the example below, the three cards are identical in opacity, solid, and color, blue, while being different in quantity and shape.
However, a group of 3 cards needs to be correct in all four features to be a set. The three cards below do not form a set, due to their color. Two of the cards are yellow while the third is red, so the three colors are neither all the same, nor all different.
When the game starts 9 cards are dealt from the deck. When a player takes a set, it is replaced on screen by 3 new cards from the deck. The game ends when the deck is empty and no more sets are available.
Sometimes, there will not be any sets among the 12 cards on screen. In these cases, the game will automatically deal out 3 extra cards until a set can be taken.
If you ever get stuck and need a hint, click on


Format: DialogBackdrop FrameName,
Example: DialogBackdrop "UnresponsiveBackdrop",
Purpose: ControlBackdrop for DIALOG
Used in: DIALOG


Bug triaging and issue curation¶
The issue tracker is important to the communication in the project: it helps developers identify major projects to work on, as well as to discuss priorities. For this reason, it is important to curate it, adding labels to issues and closing issues that are not necessary.
Working on issues to improve them¶
Improving issues increases their chances of being successfully resolved. Guidelines on submitting good issues can be found here. A third party can give useful feedback or even add comments on the issue. The following actions are typically useful:
documenting issues that are missing elements to reproduce the problem such as code samples
suggesting better use of code formatting
suggesting to reformulate the title and description to make them more explicit about the problem to be solved
linking to related issues or discussions while briefly describing how they are related, for instance “See also #xyz for a similar attempt at this” or “See also #xyz where the same thing happened in SomeEstimator” provides context and helps the discussion.
Fruitful discussions
Online discussions may be harder than it seems at first glance, in particular given that a person new to open-source may have a very different understanding of the process than a seasoned maintainer.
Overall, it is useful to stay positive and assume good will. The following article explores how to lead online discussions in the context of open source.
Working on PRs to help review¶
Reviewing code is also encouraged. Contributors and users are welcome to participate to the review process following our review guidelines.
Triaging operations for members of the core and triage teams¶
In addition to the above, members of the core team and the triage team can do the following important tasks:
Update labels for issues and PRs: see the list of the available github labels.
Determine if a PR must be relabeled as stalled or needs help (this is typically very important in the context of sprints, where the risk is to create many unfinished PRs)
Triage issues:
close usage questions and politely point the reporter to use Stack Overflow instead.
close duplicate issues, after checking that they are indeed duplicate. Ideally, the original submitter moves the discussion to the older, duplicate issue
close issues that cannot be replicated, after leaving time (at least a week) to add extra information
Saved replies are useful to gain time and yet be welcoming and polite when triaging.
See the github description for roles in the organization.
Closing issues: a tough call
When uncertain on whether an issue should be closed or not, it is best to strive for consensus with the original poster, and possibly to seek relevant expertise. However, when the issue is a usage question, or when it has been considered as unclear for many years it should be closed.
A typical workflow for triaging issues¶
The following workflow 1 is a good way to approach issue triaging:
Thank the reporter for opening an issue
The issue tracker is many people’s first interaction with the scikit-learn project itself, beyond just using the library. As such, we want it to be a welcoming, pleasant experience.
Is this a usage question? If so close it with a polite message (here is an example).
Is the necessary information provided?
If crucial information (like the version of scikit-learn used), is missing feel free to ask for that and label the issue with “Needs info”.
Is this a duplicate issue?
We have many open issues. If a new issue seems to be a duplicate, point to the original issue. If it is a clear duplicate, or consensus is that it is redundant, close it. Make sure to still thank the reporter, and encourage them to chime in on the original issue, and perhaps try to fix it.
If the new issue provides relevant information, such as a better or slightly different example, add it to the original issue as a comment or an edit to the original post.
Make sure that the title accurately reflects the issue. If you have the necessary permissions edit it yourself if it’s not clear.
Is the issue minimal and reproducible?
For bug reports, we ask that the reporter provide a minimal reproducible example. See this useful post by Matthew Rocklin for a good explanation. If the example is not reproducible, or if it’s clearly not minimal, feel free to ask the reporter if they can provide and example or simplify the provided one. Do acknowledge that writing minimal reproducible examples is hard work. If the reporter is struggling, you can try to write one yourself.
If a reproducible example is provided, but you see a simplification, add your simpler reproducible example.
Add the relevant labels, such as “Documentation” when the issue is about documentation, “Bug” if it is clearly a bug, “Enhancement” if it is an enhancement request, …
If the issue is clearly defined and the fix seems relatively straightforward, label the issue as “Good first issue”.
An additional useful step can be to tag the corresponding module e.g.
sklearn.linear_models
when relevant.
- 1
Adapted from the pandas project maintainers guide


Modernizing Our
Software Portfolio
2009 - 2015
Joe Sadony
Shad Campbell
The Challenge
- In 2009 the IT Department was tasked with replacing the county’s legacy application and bringing to an end the legacy application development program.
- Approximately 50% of the county’s LOB application portfolio were operating on the legacy platform.
- The IT Department did not have an established program for the deployment, development or support of non-legacy applications.
The Legacy System Environment
- First line of code written in 1984 (District Attorney)
-
Technology
- PICK DBMS on AIX (jBase)
- Accuterm / Symbion GUI
-
Challenges / Risks
- Replacing programming staff
- jBase environment not easily upgraded
- Reliance on micro vendors for critical features
Department Strategy
- First line of code written in 1984 (District Attorney)
-
Technology
- PICK DBMS on AIX (jBase)
- Accuterm / Symbion GUI
-
Challenges / Risks
- Replacing programming staff
- jBase environment not easily upgraded
- Reliance on micro vendors for critical features
Legacy Applications
- Law Enf. Records (Regional) - New World Systems, Aegis
-
Behavioral Health EMR – Cocentrix, Profiler
-
District Attorney Case Management – New Dawn, Justware
-
Jail Management – Interact, Jailtracker
-
Juvenile Justice Records – Lane County
-
Community Development Permits/Planning/Code Enf. – Accela
-
Justice Court Case Management – Chaves Consulting, MAJIC
-
Sheriff Civil Processing – Developed in house
-
Pet Licensing – Developed in house
-
Parole and Probation Records – Developed in house
-
Developmental Disabilities Records – Developed in house
-
Environmental Health Permits and licenses – Developed in house
County Culture
-
County departments operate as independent entities.
-
Some departments are run by elected officials (Sheriff, Clerk, DA, Assessor, Treasurer).
-
County Administrator develops policy and is a liaison between the Board and county operations.
-
There is no mandate in place supporting the used of internal services.
-
The Budget Committee and the County Auditor are my best friends.
Assumptions:
- “Buy before build”. Build when all else fails.
- Departments will need to learn what it means to “own” software and manage vendor relationships.
- Departments will need to develop skillsets to support their software.
- I.T. will provide implementation and maintenance support as necessary.
- The cost of software will increase from what they are current paying.
- I.T. will seek to decrease operational costs in order to offset the increase in departmental operating expenses.
Our Changing Role
- Review service model and move focus to “core” services.
- Flex our service model to provide support for departments wanting support from I.T.
- Develop apps where no other alternative exists.
- Reduce operating costs realizing cost are going up before the we gain control.
Best Laid Plans…
-
We put together a three year plan for implementation of the largest or most complex systems.
-
Various issues caused most replacements go-live in late 2012 through early 2013.
-
However, it all happened.
Current Status
- All legacy applications replaced
- New application development support services
- FTE count form 23, in 2009 to 18 in 2015
- Interfund charges from $1.97M in 2009 to $2.04M in 2015 (+3.5%)
Desktop Solutions
- Visual Studio LightSwitch
-
Applications:
- Adult Corrections Case Management System
- Developmental Disabilities Case Management System
- Civil Court Papers Tracking System
-
Pet Licensing
Back
Web Solutions
- ASP.NET MVC and Web API
- Bootstrap/JQuery
- ESRI, Google Maps, and LaserFiche APIs
-
Applications:
Back
GIS
-
ESRI Web Presense:
- ArcGIS Online
- Story Maps/Templates
- WebApp Builder
- ESRI JSAPI
-
ESRI Open Data
Back


The total distance of this trip is which will presumably be taken on foot. These directions are for planning purposed only, and you may find that the route includes blocked roads, rubble, areas of live fire, and other non-navigable paths. Proceed at your own risk. Google accepts no liability for routes that imperile any and all users.


--- layout: default title: "Contact" description: "Contact Information" group: navigation navorder: 1 --- {% include JB/setup %}


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CIITA activates the expression of MHC class II genes in mouse T cells.
Abstract
It has long been a puzzle that MHC class II molecules are expressed in human T cells after activation but not in mouse T cells; this expression is believed to play a role in the cell mediated immune response. Recently the MHC class II transactivator (CIITA) has been reported to be a major regulatory factor for both the constitutive and IFN inducible expression of MHC class II genes. Here we show that human T cells expressing MHC class II have CIITA transcripts while MHC class II-negative human T cells and mouse T cells do not. The expression of MHC class II genes in mouse T cells can be reconstituted upon transfection with the human CIITA cDNA. These data indicate that the expression of CIITA explains the expression or lack of expression of MHC class II in human and mouse T cells respectively.


Lab 7 Solution
Lab Instructor: Valeria Barra DUE Tuesday 03-08-2016
Contents
First Problem: Interoplation with Clamped Splines
Problem 1)
Consider the interpolating clamped spline polynomial for with 11-equispaced points on [-1,1].
clear all; close all; disp('Execution of Probl. 1)') % the set of data points given in the problem is not equi-spaced, but we % first define the interval and the nodes n = 11; % the number of data points a = -1; b = 1; xi = linspace(a,b,n); % define the function symbolically syms x; f = 1./(1 + 25.*(x.^2)); Df = diff(f); % find the derivative at the endpoints vl = double(subs(Df,{x},a)); vr = double(subs(Df,{x},b)); % now find the y-values yi = double(subs(f,{x},xi)); % now use the command spline to find the coeddicients of interpolation cs = spline(xi, [vl yi vr]); % define a domain domain = linspace(a,b,101); % now find the f-values of the interpolating polynomial pS = ppval(cs,domain); % now repeat the exercise with Chebychev nodes xiC = ChebyNodes(n,a,b); % call to the function that calculates the Chebyshev nodes yiC = double(subs(f,{x},xiC)); % call to the function with Chebyshev nodes pC= LagrangeInterpolation(xiC,yiC,domain); % now to compare the performance with the equi-spaced points Lagrangian % interpolation % call to the function with equi-spaced nodes pL= LagrangeInterpolation(xi,yi,domain); figure; % starts a new figure plot(xi,yi,'or','MarkerSize',8); hold on plot(domain,pS,'-r','Linewidth',2) hold on plot(domain,pC,'--b','Linewidth',2) hold on plot(domain,pL,':g','Linewidth',2) hold on F = double(subs(f,{x},domain)); plot(domain,F,'.-k','Linewidth',1.5) title('Interpolation with Clamped Splines') xlabel('x') ylabel('y') legend({'nodes $(x_i,y_i)$','$P_S(x)$','$P_C(x)$','$P_L(x)$','actual solution $f(x)$'},'interpreter','latex') Err_S = max(abs(pS -F)); % the error with P_S Err_C = max(abs(pC -F)); % the error with P_C Err_L = max(abs(pL -F)); % the error with P_L disp(['The max error with the cubic spline is ',num2str(Err_S)]) disp(['The max error with the Chebyshev nodes polynomial is ',num2str(Err_C)]) disp(['The max error with the Lagrange polynomial is ',num2str(Err_L)])
Execution of Probl. 1) The max error with the cubic spline is 0.021955 The max error with the Chebyshev nodes polynomial is 0.10893 The max error with the Lagrange polynomial is 1.9156
Conclusions: Comparing to the executions, we see that interpolation using the cubic spline is better than the one using Chebyshev nodes and Lagrange, respectively. Lagrange's polynomial highly oscillates towards the boundary of the domain, due to the fact that the nodes are not wisely distributed and it is a 10^th degree polynomial. Chebyshev does a better job fixing these oscillations, but still it is a 10^th degree polynomial. This behavior is totatlly controlled by the spline polynomial instead, since the max degree in each subinterval is 3.


Please enable JavaScript to view this website.
Basic las2peer-frontend-statusbar demo
las2peer-frontend-statusbar demo with slots
Left
Overridden Title
middle
------
German
English


Intro++ to Go Interfaces
May 13, 2014Standard Interface Intro
Go’s interfaces are one of it’s best features, but they’re also one of the most confusing for newbies. This post will try to give you the understanding you need to use Go’s interfaces and not get frustrated when things don’t work the way you expect.
Go’s interfaces are different than interfaces in other languages, they are implicitly fulfilled. This means that you never need to mark your type as explicitly implementing the interface (like class CFoo implements IFoo). Instead, your type just needs to have the methods defined in the interface, and the compiler does the rest.
For example:
type Walker interface {
Walk(miles int)
}
type Camel struct {
Name string
}
func (c Camel) Walk(miles int) {
fmt.Printf(“%s is walking %v miles\n”, c.Name, miles)
}
func LongWalk(w Walker) {
w.Walk(500)
w.Walk(500)
}
func main() {
c := Camel{“Bill”}
LongWalk(c)
}
// prints
// Bill is walking 500 miles.
// Bill is walking 500 miles.
http://play.golang.org/p/erodX-JplO
Camel implements the Walker interface, because it has a method named Walk that takes an int and doesn’t return anything. This means you can pass it into the LongWalk function, even though you never specified that your Camel is a Walker. In fact, Camel and Walker can live in totally different packages and never know about one another, and this will still work if a third package decides to make a Camel and pass it into LongWalk.
Non-Standard Continuation
This is where most tutorials stop, and where most questions and problems begin. The problem is that you still don’t know how the interfaces actually work, and since it’s not actually that complicated, let’s talk about that.
What actually happens when you pass Camel into LongWalk?
So, first off, you’re not passing Camel into LongWalk. You’re actually assigning c, a value of type Camel to a value w of type Walker, and w is what you operate on in LongWalk.
Under the covers, the Walker interface (like all interfaces), would look more or less like this if it were in Go (the actual code is in C, so this is just a really rough approximation that is easier to read).
type Walker struct {
type InterfaceType
data *void
}
type InterfaceType struct {
valtype *gotype
func0 *func
func1 *func
...
}
All interfaces values are just two pointers - one pointer to information about the interface type, and one pointer to the data from the value you passed into the interface (a void in C-like languages… this should probably be Go’s unsafe.Pointer, but I liked the explicitness of two actual *’s in the struct to show it’s just two pointers).
The InterfaceType contains a pointer to information about the type of the value that you passed into the interface (valtype). It also contains pointers to the methods that are available on the interface.
When you assign c to w, the compiler generates instructions that looks more or less like this (it’s not actually generating Go, this is just an easier-to-read approximation):
data := c
w := Walker{
type: &InterfaceType{
valtype: &typeof(c),
func0: &Camel.Walk
}
data: &data
}
When you assign your Camel value c to the Walker value w, the Camel type is copied into the interface value’s Type.valtype field. The actual data in the value of c is copied into a new place in memory, and w’s Data field points at that memory location.
Implications of the Implementation
Now, let’s look at the implications of this code. First, interface values are very small - just two pointers. When you assign a value to an interface, that value gets copied once, into the interface, but after that, it’s held in a pointer, so it doesn’t get copied again if you pass the interface around.
So now you know why you don’t need to pass around pointers to interfaces - they’re small anyway, so you don’t have to worry about copying the memory, plus they hold your data in a pointer, so changes to the data will travel with the interface.
Interfaces Are Types
Let’s look at Walker again, this is important:
type Walker interface
Note that first word there: type. Interfaces are types, just like string is a type or Camel is a type. They aren’t aliases, they’re not magic hand-waving, they’re real types and real values which are distinct from the type and value that gets assigned to them.
Now, let’s assume you have this function:
func LongWalkAll(walkers []Walker) { for _, w := range walkers { LongWalk(w) } }
And let’s say you have a caravan of Camels that you want to send on a long walk:
caravan := []Camel{ Camel{“Bill”}, Camel{“Bob”}, Camel{“Steve”}}
You want to pass caravan into LongWalkAll, will the compiler let you? Nope. Why is that? Well, []Walker is a specific type, it’s a slice of values of type Walker. It’s not shorthand for “a slice of anything that matches the Walker interface”. It’s an actual distinct type, the way []string is different from []int. The Go compiler will output code to assign a single value of Camel to a single value of Walker. That’s the only place it’ll help you out. So, with slices, you have to do it yourself:
walkers := make([]Walker, len(caravan))
for n, c := range caravan {
walkers[n] = c
}
LongWalkAll(walkers)
However, there’s a better way if you know you’ll just need the caravan for passing into LongWalkAll:
caravan := []Walker{ Camel{“Bill”}, Camel{“Bob”}, Camel{“Steve”}}
LongWalkAll(caravan)
Note that this goes for any type which includes an interface as part of its definition: there’s no automatic conversion of your func(Camel) into func(Walker) or map[string]Camel into map[string]Walker. Again, they’re totally different types, they’re not shorthand, and they’re not aliases, and they’re not just a pattern for the compiler to match.
Interfaces and the Pointers That Satisfy Them
What if Camel’s Walk method had this signature instead?
func (c *Camel) Walk(miles int)
This line says that the type *Camel has a function called Walk. This is important: *Camel is a type. It’s the “pointer to a Camel” type. It’s a distinct type from (non-pointer) Camel. The part about it being a pointer is part of its type. The Walk method is on the type *Camel. The Walk method (in this new incarnation) is not on the type Camel. This becomes important when you try to assign it to an interface.
c := Camel{“Bill”}
LongWalk(c)
// compiler output:
cannot use c (type Camel) as type Walker in function argument:
Camel does not implement Walker (Walk method has pointer receiver)
To pass a Camel into LongWalk now, you need to pass in a pointer to a Camel:
c := &Camel{“Bill”}
LongWalk(c)
or
c := Camel{“Bill”}
LongWalk(&c)
Note that this true even though you can still call Walk directly on Camel:
c := Camel{“Bill”}
c.Walk(500) // this works
The reason you can do that is that the Go compiler automatically converts this line to (&c).Walk(500) for you. However, that doesn’t work for passing the value into an interface. The reason is that the value in an interface is in a hidden memory location, and so the compiler can’t automatically get a pointer to that memory for you (in Go parlance, this is known as being “not addressable”).
Nil Pointers and Nil Interfaces
The interaction between nil interfaces and nil pointers is where nearly everyone gets tripped up when they first start with Go.
Let’s say we have our Camel type with the Walk method defined on *Camel as above, and we want to make a function that returns a Walker that is actually a Camel (note that you don’t need a function to do this, you can just assign a *Camel to a Walker, but the function is a good illustrative example):
func MakeWalker() Walker {
return &Camel{“Bill”}
}
w := MakeWalker()
if w != nil {
w.Walk(500) // we will hit this
}
This works fine. But now, what if we do something a little different:
func MakeWalker(c *Camel) Walker {
return c
}
var c *Camel
w := MakeWalker(c)
if w != nil {
// we’ll get in here, but why?
w.Walk(500)
}
This code will also get inside the if statement (and then panic, which we’ll talk about in a bit) because the returned Walker value is not nil. How is that possible, if we returned a nil pointer? Well, let’s go look back to the instructions that get generated when we assign a value to an interface.
data := c
w := Walker{
type: &InterfaceType{
valtype: &typeof(c),
func0: &Camel.Walk
}
data: &data
}
In this case, c is a nil pointer. However, that’s a perfectly valid value to assign to the Walker’s Data value, so it works just fine. What you return is a non-nil Walker value, that has a pointer to a nil *Camel as its data. So, of course, if you check w == nil, the answer is false, w is not nil… but then inside the if statement, we try to call Camel’s walk:
func (c *Camel) Walk(miles int) {
fmt.Printf(“%s is walking %v miles\n”, c.Name, miles)
}
And when we try to do c.Name, Go automatically turns that into (*c).Name, and the code panics with a nil pointer dereference error.
Hopefully this makes sense, given our new understanding of how interfaces wrap values, but then how do you account for nil pointers? Assume you want MakeWalker to return a nil interface if it gets passed a nil Camel. You have to explicitly assign nil to the interface:
func MakeWalker(c *Camel) Walker {
if c == nil {
return nil
}
return c
}
var c *Camel
w := MakeWalker(c)
if w != nil {
// Yay, we don’t get here!
w.Walk(500)
}
And now, finally, the code is doing what we expect. When you pass in a nil *Camel, we return a nil interface. Here’s an alternate way to write the function:
func MakeWalker(c *Camel) Walker {
var w Walker
if c != nil {
w = c
}
return w
}
This is slightly less optimal, but it shows the other way to get a nil interface, which is to use the zero value for the interface, which is nil.
Note that you can have a nil pointer value that satisfies an interface. You just need to be careful not to dereference the pointer in your methods. For example, if *Camel’s Walk method looked like this:
func (c *Camel) Walk(miles int) {
fmt.Printf(“I’m walking %d miles!”, miles)
}
Note that this method does not dereference c, and therefore you can call it even if c is nil:
var c *Camel
c.Walk(500)
// prints “I’m walking 500 miles!”
http://play.golang.org/p/4EfyV21at9
Outro
I hope this article helps you better understand how interfaces works, and helps you avoid some of the common pitfalls and misconceptions newbies have about how interfaces work. If you want more information about the internals of interfaces and some of the optimizations that I didn’t cover here, read Russ Cox’s article on Go interfaces, I highly recommend it.


Playing around with some local data.
Data being used is: {{dataSourceUrl}}
{{countrycode}} : {{geonameId}}
Wikipedia: {{wikipedia}}
{{population}}


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To-Do List
my Task
deadline
from where?
with whom?
Display Tasks!
these are your tasks:
My task:
When:
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With:
ID:


<EMAIL_ADDRESS>Class: Rogue Hacker
Level: 19
Armor Type: Graphic T
Key Stats: Initiative, Creativity
Alignment: Chaotic Good
Toungues: JavaScript, Java, Haskell, HTML, Css
Guilds: Git, Angular JS, OpenGL, Firebase, Linux, & co.
Traits:
Bull-Headed: Not to be confused with "Leader"
Self Teacher: With an emphasis on Google-Foo
Peripatetic: A perpetual motion machine powered by chocolate
Affinities: Music, Doodling, Dark Chocolate
Aversions: Styrofoam
I
<EMAIL_ADDRESS>Class: Noble-Techie
Level: 19
Armor Type: Jorts
Key Stats: Constitution, Willpower
Alignment: Lawful Good
Toungues: JavaScript, Java, Perl, HTML, Css
Guilds: Git, OpenGL, Linux & co.
Traits:
Completionist:
Affinities: Mathematics,
Aversions: Avocado


Watch: Anti-Trump Protester Refuses to Denounce Obama For Deporting More Immigrants Than Trump
Cognitive dissonance in action.
by Paul Joseph Watson‘Trump is a racist who is trying to ‘make America white again’ by deporting immigrants.’
‘But Obama deported double the number of immigrants and put kids in cages’.
‘I didn’t follow politics then…I wouldn’t denounce him because he was a gentleman.’
Meanwhile, imagine showing up to a protest and having absolutely no idea what you are protesting against.
SUBSCRIBE on YouTube:


An error while loading a list can happen because of multiple reasons.
- A programming error
- We are really sorry for that. Please report it in our bug-tracker, thank you.
- Your openHAB doesn't understand
- Please make sure this version is compatible to your openHAB version and you have
installed all minimum-required Add-ons for this interface to work.
- Your openHAB / internet is slow
- We can't really do much here. A request times out after 5 seconds.
Please find out why your openHAB is soo slow. Reload the page to try again.


--- layout: post title: ! 'Decor: Old magazines reused' tags: - Decor status: publish type: post published: true meta: _edit_last: '2' _aioseop_keywords: ! 'Decor: Old magazines reused, magazine coasters, magazine bowl' _aioseop_title: ! 'Decor: Old magazines reused' _yoast_wpseo_linkdex: '0' _thumbnail_id: '5635' _yoast_wpseo_focuskw: '' _yoast_wpseo_title: '' _yoast_wpseo_metadesc: '' _yoast_wpseo_metakeywords: '' _yoast_wpseo_meta-robots-noindex: '0' _yoast_wpseo_meta-robots-nofollow: '0' _yoast_wpseo_meta-robots-adv: none _yoast_wpseo_sitemap-include: ! '-' _yoast_wpseo_sitemap-prio: ! '-' _yoast_wpseo_canonical: '' _yoast_wpseo_redirect: '' --- Do you also have a stack of old magazines lying around and be given away. I don't store magazines after 4-5 moths of their publishing date, as they take up space in my apartment. I love clutter free house, and everything old and unused is usually given away.  The instruction to these can be found all over the youtube. Enjoy the pictures.....
Oh yes, Lakme eye conic is my current loved mascara right now... review coming up soon!!
Did you enjoy the Magazine reuse ?


Graph
Pedia
$32.00
Profil
Setting
Logout
Produk
Kontak
About
Keranjang
Back to School
$9.99
Flat Citizen
$14.99
Isometric Web
$19.99
Total :
$44.97


You see that you are in the middle of a four-way intersection in the sewers. Which way will you go?


{% verbatim %}
This Design Doc propose an approach to make the user-defined Op graph
running with multi-CPU, we will use an auto transpiler to convert the user-defined
Op graph to a multi-CPU Op graph, and run ParallelDo
Op to run the graph.
After converted:
Multi-CPU Transpiler
will convert the graph to a multi-CPU graph
which would be executed with multi-threads.BlockingCounter
will Init/Decrement
an atomic counter, and Blocking Wait
for the atomic counter become 0
:
BlockingCounter bc(thread_count);
for (int i = 0; i < thread_count; ++i) {
thread_pool->Start([&bc] {bc.DecrementCount(); })
}
bc.Wait();
ParallelDo
OperatorBlockingCounter
instance and wait until all threads are done.Split
Operator will split the Input Tensor into a TensorArray.Merge
merge all the gradients which calculated in different threads
with mean/sum/max/min...
method, and then run the Optimizer Op to optimize W
.


EMC’s Symmetrix Remote Data Facility/Asynchronous (SRDF/A) is a SAN replication product. It performs the data replication over GigE (instead of the Fibre Channel), using gateways that implement the SRDF protocol.SRDF storage optimization provides support for environments using storage technology that originates traffic through Symmetrix GigE ports. For details on storage technologies that originate traffic through GigE RE ports, see the Steelhead Appliance Deployment Guide.To increase the data reduction LAN-to-WAN ratio with either equal or greater data throughput in environments with SRDF traffic, RiOS separates the SRDF headers from the application data workload written to storage. The SRDF headers contain changing protocol state information, such as sequence numbers. These headers interrupt the network stream and reduce the ability of scalable data replication (SDR) to match large, contiguous data patterns. After isolating the header data, the Steelhead appliance performs SDR network deduplication on the larger, uninterrupted storage data workload and LZ compression on the headers. RiOS then optimizes, reassembles, and delivers the data to the TCP consumer as originally presented to the Steelhead network.Note: Traffic originated through Symmetrix GigE ports (RE ports) requires configuration of the RiOS SRDF storage optimization module. Environments with SRDF traffic originated through Symmetrix FC ports (RF ports) require configuration of the RiOS FCIP storage optimization module.You configure the SRDF storage optimization module on the Steelhead appliance closest to the Symmetrix array that opens the SRDF TCP connection by sending the initial SYN packet. This can vary by environment. If you are unsure which array initiates the SYN, configure SRDF on both the client-side and server-side Steelhead appliances.For details about data replication deployments, see the Steelhead Appliance Deployment Guide.
2. Under SRDF Settings, select Enable SRDF. By default, RiOS directs all traffic on the standard port 1748 through the SRDF module for enhanced SRDF header isolation. For most environments, the configuration is complete and you can skip to step 4.Environments with RE-originated SRDF traffic between VMAX arrays might need additional configuration to isolate and optimize the DIFs embedded within the data payload. For details, see Creating SRDF Rules (VMAX-to-VMAX Traffic Only).
3.
4. Click Apply to save your settings to the running configuration.
5. Click Save to save your settings permanently.
6. After completing the SRDF configuration on both Steelhead appliances and restarting the optimization service, you can view the SRDF connections in the Current Connections report.If the report lists a connection as TCP instead of SRDF, RiOS is not optimizing the connection. You must verify the configuration; for example, make sure that the peer Steelhead appliances are running RiOS v6.1 or later. If the report lists a connection as SRDF but a red protocol error icon appears in the Notes column, click the magnifying glass to view the reason for the error. A SRDF protocol error can occur when attempting to optimize traffic originating from the LAN side of the Steelhead appliance. Check the LAN-side Symmetrix array for compatibility. If a protocol error does not appear next to the SRDF connection on the client-side Steelhead appliance, RiOS is optimizing the connection normally. You can base the data reduction level on the compression characteristics of the data associated with an RDF group to provide SRDF selective optimization. Selective optimization enables you to find the best optimization setting for each RDF group, maximizing the Steelhead appliance use. Selective optimization depends on an R1 Symmetrix array running VMAX Enginuity microcode levels newer than 5874.For example, you can customize the data reduction level for applications associated with an RDF group when excess WAN bandwidth is available and the application data associated with the group is not reducible. For applications with reducible data, getting maximum reduction might be more important, requiring a more aggressive data reduction level.You can configure the optimization level from no compression to full scalable data replication (SDR). SDR optimization is the default, and includes LZ compression on the cold, first-pass of the data. You can also configure LZ-compression alone with no SDR.Oracle logs (RDF group 1) Encrypted check images (RDF group 2) Virtual machine images (RDF group 3) In this example, you can assign LZ-only compression to the Oracle logs, no optimization to the encrypted check images, and default SDR to the virtual machine images. To assign these levels of optimization, you configure the Steelhead appliance to associate specific RE port IP addresses with specific Symmetrix arrays, and then assign a group policy to specific RDF groups to apply different optimization policies.The data reduction level within a group policy overrides the current default data reduction setting for the storage resources an RDF group represents. This override is distinct per Symmetrix ID.
2.
Specify the Symmetrix ID. The Symmetrix ID is an alphanumeric string that can contain hyphens and underscores (for example, a standard Symmetrix serial number is<PHONE_NUMBER>63). Do not use spaces or special characters. Specify the connection source IP address of the Symmetrix DMX or VMAX GigE ports (RE ports) originating the replication. Specify the RDF group number. Symmetrix arrays that are serving Open Systems hosts and are using EMC Solutions Enabler report RDF group numbers in decimal, ranging from 1 - 255 (this is the RiOS default).Mainframe-attached Symmetrix arrays report RDF group numbers in hexadecimal, ranging from 0 - 254. Specify an IP address of the Symmetrix DMX or VMAX GigE ports (RE ports) originating the replication. By default, SDR uses the in-path rule data reduction policy. Select one of these data reduction policies from the drop-down list to override the in-path rule data reduction policy:Default - Performs LZ compression and SDR. LZ - Performs LZ compression; does not perform SDR. None - Disables SDR and LZ compression. Adds the ID or policy to the list. The Management Console redisplays the list and applies your modifications to the running configuration, which is stored in memory. Select the check box next to the name and click Remove Selected.Environments with GigE-based (RE port) originated SRDF traffic between VMAX arrays must isolate DIF headers within the data stream. These DIF headers further interrupt the data stream. When the R1 Symmetrix array is running Enginuity microcode version 5875 or newer, manual SRDF rules are not necessary. In 5875+ environments, RiOS automatically detects the presence of DIF headers and DIF blocksize for GigE-based (RE port) SRDF traffic. To manually isolate the DIF headers when the R1 Symmetrix array is running Enginuity microcode version 5874 or older, you add SRDF rules by defining a match for source or destination IP traffic.Automatically-detected SRDF settings in Enginuity 5875 and later environments override any manually configured SRDF rules.The default rule optimizes all remaining traffic that has not been selected by another rule. It always appears as the last in the list. You cannot remove the default rule; however, you can change the DIF setting of the default rule. The default rule uses <IP_ADDRESS> in the source and destination IP address fields, specifying all IP addresses. You cannot specify <IP_ADDRESS> as the source or destination IP address for any other rule.
Displays the controls for adding a manual rule. Use this control when the R1 Symmetrix array is running Enginuity microcode version 5874 or earlier. Specify the connection source IP address of the Symmetrix DMX or VMAX GigE ports (RE ports) originating the replication. Specify the connection destination IP address of the Symmetrix DMX or VMAX GigE ports (RE ports) receiving the replication. Specify the size of a standard block of storage data, in bytes, after which a DIF header begins. The valid range is from 1 - 2048 bytes. The default value is 512, which is a standard block size for Open System environments. When you enable DIF, RiOS SRDF optimization looks for a DIF header after every 512 bytes of storage data unless you change the default setting.Open System environments (such as Windows, UNIX, and Linux) inject the DIF header into the data stream after every 512 bytes of storage data.IBM iSeries (AS/400) host environments inject the DIF header into the data stream after every 520 bytes.Do not add a manual rule isolating DIF headers in mainframe environments, as SRDF environments that replicate mainframe traffic do not currently include DIF headers. Adds the manual rule to the list. The Management Console redisplays the Rules table and applies your modifications to the running configuration, which is stored in memory. Select the check box next to the name and click Remove Selected. Moves the selected rules. Click the arrow next to the desired rule position; the rule moves to the new position.
3. Click Apply to save your settings to the running configuration.
4. Click Save to save your settings permanently.
5.
4. Click Save to save your settings permanently.Configuring FCIP Optimization Viewing SRDF Reports


| 2023-04-24 16.40 EET |
Report received.
## usd-2023-0008 | WeKan 6.85.0 - Broken Access Control
### Details
**Advisory ID**: usd-2023-0008
**Product**: WeKan
**Affected Version**: <=6.85
**Vulnerability Type**: Broken Access Control (CWE-284)
**Security Risk**: High (CVSS:3.1/AV:N/AC:L/PR:L/UI:N/S:U/C:H/I:H/A:H)
**Vendor URL**: https://github.com/wekan/wekan
**Vendor acknowledged vulnerability**: Yes / No
**Vendor Status**: Not fixed / Fixed
**Advisory Status**: Open/Published
**CVE number**: Not requested yet
**CVE Link**: Not requested yet
**First Published**: Not published yet
**Last Update**: 2023-04-24
### Description
Wekan is a free and open-source collaborative Kanban board application that enables users to visualize their workflow and manage tasks.
It is built with the Meteor JavaScript framework and is designed to be easy to use.
A vulnerability in *WeKan* allows any user to escalate their privileges to admin user.
### Proof of Concept
(Waiting for every WeKan user at all platforms to upgrade)
### Timeline
* **2023-04-24**: First contact request via mail
### Credits
This security vulnerability was identified by Christian Pöschl of usd AG.
### About usd Security Advisories
In order to protect businesses against hackers and criminals, we always have to keep our skills and knowledge up to date.
Thus, security research is just as important for our work as is building up a security community to promote the exchange of knowledge.
After all, more security can only be achieved if many individuals take on the task.
Our CST Academy and our usd HeroLab are essential parts of our security mission.
We share the knowledge we gain in our practical work and our research through training courses and publications.
In this context, the usd HeroLab publishes a series of papers on new vulnerabilities and current security issues.
Always for the sake of our mission: "more security."
https://www.usd.de
### Disclaimer
The information provided in this security advisory is provided "as is" and without warranty of any kind.
Details of this security advisory may be updated in order to provide as accurate information as possible.
|


Play your channels in a local media player. This is mostly meant for testing purposes and to show what endpoints are available.
The /video endpoint is the one used by IPTV player or Plex to play the channel's content. It creates a single mpegts stream for the channel out of all of the videos scheduled for it. For this reason, it needs the videos to be formatted to the same codec and resolution (normalized). Use this endpoint to debug issues with Plex/IPTV players or when the other endpoints don't work correctly in your player.
The /m3u8 endpoint (misnomer) sends the channel as a playlist of videos, which allows some players to play the channel in sequence without the need for a single stream. Since there is no need for a single stream, it requires less normalization work .
The /radio endpoint plays only the audio of the channel, effectively turning it into a radio station. If you only need the audio, this endpoint is much more efficient as it will not need to extract or transcode video at all.


Congratulations for registering for Avishkar 2020.
To continue your registration for the events, you are requested to drop a mail to<EMAIL_ADDRESS>requesting the payment link for participation. As mentioned in the FAQs, the registration fee for the events are as follows:-
- For all events of Avishkar - Rs. 400
- For Gnosiomania quizzes - Rs. 200
- For Gnotalks and Gnosiomania - Rs. 250
The above three categories are independent of each other and in order to register for multiple categories, you are requested to add up the amount and pay the respective added fee.
As stated earlier, dropping the mail is necessary failing which you won't be able to register for the events and will be debarred in further rounds.
After receiving the mail, pay the fee within 72 hours and send the payment receipt in response to the payment link mail.
Thank you for your cooperation. Keep Innovating.


@(request: play.mvc.Http.Request, user: String, won: String, lost: String)
Start by placing all your battleships on the map
Doubleclick the ships to rotate it
At each turn, click on the grid to locate and destroy your opponent's ships
| Statistics | |
|---|---|
| Won games | 8 |
| Lost Games | 2 |
| Total Games | 10 |


Model of a cell freely migrating in 3D. Scroll to zoom, left click and drag to rotate,
right click and drag to move. Click "stop" and "step simulation" to see how the grid
changes for a single MCS.
| λact | |
| maxact |
For details about the model, we refer to the paper. Alternatively, you can check out the following online, interactive explorables to learn more about Cellular Potts Models in general or the Act-CPM, specifically (Wortel and Textor, 2020).
Try the following:


Education
Work Experience
Extracurricular Activities
LinkedIn Profile for Erin Hoffman
hoffm386@msu.edu


PyPDS v0.1 documentation
Contents:
extractorbase.py
Created by Ryan Matthew Balfanz on 2009-05-28.
Copyright (c) 2009 Ryan Matthew Balfanz. All rights reserved.
The base class from with various extractors shall derive.
Programs may define their own extractors by creating a new extractor
Subclasses shall override the extract method, otherwise a NotImplementedError is raised.


With jQuery, it is easy to remove existing HTML elements.
To remove elements and content, there are mainly two jQuery methods:
remove()
- Removes the selected element (and its child elements)empty()
- Removes the child elements from the selected elementThe jQuery remove()
method removes the selected element(s) and its child
elements.
Example
$("#div1").remove();
The jQuery empty()
method removes the child elements of the selected element(s).
Example
$("#div1").empty();
The jQuery remove()
method also accepts one parameter, which allows you to
filter the elements to be removed.
The parameter can be any of the jQuery selector syntaxes.
The following example removes all

elements with class="test"
:
Example
$("p").remove(".test");
This example removes all

elements with class="test"
or
class="demo"
:
Example
$("p").remove(".test, .demo");


An implementation of the data processing and data analysis portion of a pipeline named the PepSAVI-MS which is currently under development by the Hicks laboratory at the University of North Carolina. The statistical analysis package presented herein provides a collection of software tools used to facilitate the prioritization of putative bioactive peptides from a complex biological matrix. Tools are provided to deconvolute mass spectrometry features into a single representation for each peptide charge state, filter compounds to include only those possibly contributing to the observed bioactivity, and prioritize these remaining compounds for those most likely contributing to each bioactivity data set.
| Version: | 0.9.1 |
| Depends: | R (≥ 3.0.0) |
| Imports: | elasticnet |
| Suggests: | testthat, knitr |
| Published: | 2016-12-17 |
| Author: | Pritchard David [aut, cre], Kirkpatrick Christine [aut] |
| Maintainer: | Pritchard David <dpritch at live.unc.edu> |
| BugReports: | https://github.com/dpritchLibre/PepSAVIms/issues |
| License: | CC BY-NC-SA 4.0 |
| URL: | https://github.com/dpritchLibre/PepSAVIms |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | PepSAVIms results |
| Reference manual: | PepSAVIms.pdf |
| Vignettes: |
Kirkpatrick et al. (2016) data analysis PepSAVIms introduction |
| Package source: | PepSAVIms_0.9.1.tar.gz |
| Windows binaries: | r-devel: PepSAVIms_0.9.1.zip, r-release: PepSAVIms_0.9.1.zip, r-oldrel: PepSAVIms_0.9.1.zip |
| OS X binaries: | r-release: PepSAVIms_0.9.1.tgz, r-oldrel: PepSAVIms_0.9.1.tgz |
| Old sources: | PepSAVIms archive |
Please use the canonical form https://CRAN.R-project.org/package=PepSAVIms to link to this page.


Besides our super awesome cookies, we are also selling T-shirts! Be sure to order a box to display for sale in your store for those who want some Salmon Cookie swag!
The table below represents the random calculated cookies sold per hour during the hours of 6am to 7pm at each store location
Besides our super awesome cookies, we are also selling T-shirts! Be sure to order a box to display for sale in your store for those who want some Salmon Cookie swag!


Smile Gallery
Kernel PCA
IsoMap
Multi-Dimensional Scaling
SOM
Neural Network
SVM
Agglomerative Clustering
X-Means
DBScan
Neural Gas
Wavelet
Exponential Family Mixture


--- layout: default ---
If you live in Chapelford and want to see your business listed here, please contact us on email and provide information for each of the columns in table below.
Please note: free advertising is available for Chapelford based businesses only. If you're not based in Chapelford, we will list adverts for a small fee (£25 for 6 months).


-
What Makes a Great Product Manager? 10 Product Experts Weigh In
blog.producthunt.com
As a follow up to our collection of Product Management Tools last week, we asked 10 product pros in the PH community what it takes to be a great ...
-
Responsive Images and Web Standards at the Turning Point
alistapart.com
Responsible responsive design demands responsive images, images whose dimensions and file size suit the viewport and bandwidth of the receiving ...
-
Don't use
blog.cloudfour.com
Browser support for the picture specification is landing and as Marcos Cáceres said, it is time to "go forth and all the things!" Except you ...
-
The Boring Designer • Cap Watkins
blog.capwatkins.com
Whenever I’m looking at a product designer’s work, I find myself continuously asking the same question: which solution is the boring one? Maybe it’s ...
-
Scott Hurff
scotthurff.com
I'm Scott Hurff, and I love to help you build better products. I'm on the founding team of a Kleiner Perkins-backed mobile startup, created a course ...
-
iOS 8 and iPhone 6 for web developers and designers: next evolution for ...
www.mobilexweb.com
iOS 8 is finally here while the new iPhone 6 and iPhone 6 plus will appear in a few days. New APIs appears on scene, as well as new challenges to ...
-
Apple Shows Love for HTML5 with iOS 8 | Blog | Sencha
www.sencha.com
September 16, 2014 | Ross Gerbasi
-
Jeffrey Zeldman: 20 years of Web Design and Community
vimeo.com
Watch more documentaries like this at lynda.com/vimeo. Who is Jeffrey Zeldman? The "Miles Davis of web design"? "Godfather of the web"? Or simply ...
-
Apple
www.apple.com
Apple designs and creates the iPhone, iPad, Mac notebooks and desktop computers, iOS 8, OS X, iPod and iTunes, and the new Apple Watch.
-
Scott Hurff
scotthurff.com
I'm Scott Hurff, and I love to help you build better products. I'm on the founding team of a Kleiner Perkins-backed mobile startup, created a course ...
-
Breaking News, World News & Multimedia
www.nytimes.com
The New York Times: Find breaking news, multimedia, reviews & opinion on Washington, business, sports, movies, travel, books, jobs, education, real ...
-
F9R First Flight Test | 250m
www.youtube.com
Video of Falcon 9 Reusable (F9R) taking its first test flight at our rocket development facility. F9R lifts off from a launch mount to a height of ...
-
A New Car UI: How touch screen controls in cars should work
www.youtube.com
Follow me on Twitter: https://twitter.com/matthaeus See more details at http://matthaeuskrenn.com/new-car-ui Try the prototype on your tablet: ...
-
Information for the World's Business Leaders
www.forbes.com
Forbes is a leading source for reliable business news and financial information. Read news, politics, economics, business & finance on Forbes.com
-
The iOS 7 Design Cheat Sheet - Ivo Mynttinen / User Interface Designer
ivomynttinen.com
The iOS Design Cheat Sheet is a great resource for iOS designers and developers. Quickly find all important data about Apple devices when it comes to ...
-
WIRED
www.wired.com
Get in-depth coverage of current and future trends in technology, and how they are shaping business, entertainment, communications, science, ...
-
Kim Dotcom - Mr President
www.youtube.com
The war on Internet freedom was declared on Obama's watch. Download the song & Join the movement http://www.kim.com Follow me: ...
-
Getting Real: The bestselling book by 37signals
gettingreal.37signals.com
(and join our mailing list)
-
Skeu It!
skeu.it
a celebration of arbitrary and gratuitous user interface decisions, collected and grumped out by...


'''
Copyright 2017, Fujitsu Network Communications, Inc.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
'''
"""Warrior Network File operations module """
import re
from Framework.ClassUtils.WNetwork.base_class import Base
from Framework.Utils import cli_Utils, file_Utils
from Framework.Utils.testcase_Utils import pNote
[docs]class FileOps(Base):
"""Warrior File operations class """
def __init__(self, *args, **kwargs):
""" Constructor """
super(FileOps, self).__init__(*args, **kwargs)
@staticmethod
[docs] def ftp_put_from_remote(session_object, filename):
"""For ftping the file to destination
Assumes a ftp session is already present
:Arguments:
1. session_object-session object to be used
2. filename(string) - filename string
:Returns
1. status(bool) - True/False
"""
output = cli_Utils.send_command_and_get_response(session_object, ".*",
">", "put {}".
format(filename))
if output.find("226 Transfer complete"):
status = True
pNote("successfully put file from dest")
else:
status = False
return status
@staticmethod
[docs] def sftp_get_from_remote(session_object, filename, filedir):
"""For Fetching the file from destination
Assumes a sftp session is already present
:Arguments:
1. session_object-session object to be used
2. filename(string) - filename string
3. filedir(string) - directory path of the file
:Returns
1. status(bool) - True/False
"""
output = cli_Utils.send_command_and_get_response(session_object, ".*", ">",
"get {}".format(filename))
if output.find("Fetching {0} to {1}".format(filedir+"/"+
filename, filename)):
status = True
pNote("successfully got file from dest")
else:
status = False
return status
@staticmethod
[docs] def sftp_put_from_remote(session_object, filename, filedir):
"""For sftping the file to destination
Assumes a sftp session is already present
:Arguments:
1. session_object-session object to be used
2. filename(string) - filename string
3. filedir(string) - directory path of the file
:Returns
1. status(bool) - True/False
"""
output = cli_Utils.send_command_and_get_response(session_object,
".*", ">",
"put {}".format(filename))
if output.find("Uploading {0} to {1}".format(filename, filedir+"/"+filename)):
status = True
pNote("successfully put file from dest")
else:
status = False
return status
@staticmethod
[docs] def ftp_get_from_remote(session_object, filename):
"""For fetching the file from destination
Assumes a ftp session is already present
:Arguments:
1. session_object-session object to be used
2. filename(string) - filename string
:Returns
1. status(bool) - True/False
"""
# To check Fetching from remote host
output = cli_Utils.send_command_and_get_response(session_object, ".*",
">", "get {}".
format(filename))
if output.find("226 Transfer complete"):
status = True
pNote("successfully got file from dest")
else:
status = False
return status
@staticmethod
[docs] def get_file_size(session_object, prompt, filename, session=None):
"""
To get file size for a given file
This assumes you are in the correct directory
This also handles file size in ftp and sftp prompt
:Arguments:
1. session_object = session object to be used
2. prompt(string) = prompt expected
2. filename(string) = filename string
3. session(string) = ftp/sftp/others
:Returns
1. status(bool) = True/False
"""
if session == "ftp":
command = "ls {} ".format(filename)
output = cli_Utils.send_command_and_get_response(session_object,
".*", ">",
command)
size1 = ([line for line in output.split("\n")
if filename in line][1].split(" "))
size = [line for line in size1 if line != ""][4]
elif session == "sftp":
command = "ls -l {} ".format(filename)
output = cli_Utils.send_command_and_get_response(session_object,
".*", ">", command)
size1 = output.split("\n")[1].split(" ")
size = [line for line in size1 if line != ""][4]
else:
command = "ls -l {} | awk '{{print $5}}'".format(filename)
_, output = cli_Utils.send_command(session_object, ".*",
prompt, command)
# to remove discrepancy between solaris and linux
output_list = [output.replace('\r', '')
for output in output.split("\n")
if command not in output]
size = output_list[0]
pNote("File:%s size found to be:%s"%(filename, str(size)))
return size
@staticmethod
[docs] def file_exists_on_remote(session_object, prompt, filename):
"""
To check file exists
This assumes you are in the correct directory
:Arguments:
1. session_object = session object to be used
2. prompt(string) = prompt expected
3. filename(string) = filename string
:Returns
1. status(bool) = True/False
"""
status = False
command = "ls -l {}".format(filename)
_, output = cli_Utils.send_command(session_object, ".*", prompt,
command)
if output.find("No such file or directory") >= 0:
pNote("File:%s not found"%(filename), "error")
else:
status = True
return status
@staticmethod
[docs] def start_ftp_on_remote(session_object, command, username, password):
""" To start ftp connection on remote machine
:Arguments:
1. session_object = session object to be used
2. command(string) = ftp command
2. username(string) = username
3. password(string) = password
:Returns
1. status(bool) = True/False
"""
cli_Utils.send_command(session_object, ".*", ":", command)
cli_Utils.send_command(session_object, ".*", ":", username)
status, response = cli_Utils.send_command(session_object,
".*", ">", password)
if status and "Login successful" in response:
status = True
pNote("ftp session established successfully")
else:
status = False
pNote("ftp session cannot be established", "error")
return status
@staticmethod
[docs] def start_sftp_on_remote(session_object, command, password, prompt):
""" To start sftp connection on remote machine
:Arguments:
1. session_object = session object to be used
2. command(string) = sftp command
3. username(string) = username
4. password(string) = password
5. prompt(string) = prompt in source system
:Returns
1. status(bool) = True/False
"""
status, response = cli_Utils.send_command(session_object, ".*",
"password:|>", command)
if re.search('.*(?i)remote host identification has changed.*', response):
line_del = re.search('Offending key in .*?:(\d+)', response).group(1)
ssh_key_remove = "sed '"+line_del+"d' ~/.ssh/known_hosts> /tmp/temp "\
"&& mv -f /tmp/temp ~/.ssh/known_hosts"
status, _ = cli_Utils.send_command(session_object, ".*",
prompt, ssh_key_remove)
status, response = cli_Utils.send_command(session_object, ".*",
"password:|>", command)
if re.search('(yes/no)', response):
status, _ = cli_Utils.send_command(session_object, ".*",
'.*(?i)password.*', 'yes')
if status != True:
status, response = cli_Utils.send_command(session_object, ".*",
"password:|>", command)
status, _ = cli_Utils.send_command(session_object, ".*", ">",
password)
if status == True:
status = True
pNote("sftp session established successfully")
else:
status = False
pNote("sftp session cannot be established", "error")
return status
@classmethod
[docs] def ftp_from_remotehost(cls, session_object, ip_type, ftp_operation,
filepath, prompt, dest_address, username, password,
filepath_dest):
"""ftp(test both put and get).This keyword can be used to transfer
file from source _system to destination system or vice versa.
It checks the size after transfer in both get and put.
:Arguments:
1. session_object(string) = name of the Linux machine on which\
to execute
2. ip_type(string) = iptype of the dest system through \
which it needs to be connected.
needs to be one of \
(ip/ipv4/dns/lmp_ip/lmp_ipv6).It has to be \
present in the input data file.
3. ftp_operation(string) = get/put/both
4. filepath(string) = file with filepath in source\
system(used for put)
5. prompt(string) = prompt of the source system
6. dest_address(string) = ipv4 address or defaulted to lcn ip
7. username(string) = username of the dest system
8. password(string) = password of the dest system
9. filepath_dest(string) = file with filepath in destination\
system(used for get)
:Returns:
1. bool (True/False)
"""
put = True if ("put" in ftp_operation or "both" in ftp_operation) \
else False
get = True if ("get" in ftp_operation or "both" in ftp_operation) \
else False
status_get = False if get else True
status_put = False if put else True
ftp_cmd = "ftp"
if ip_type == "ipv6":
ftp_cmd = "ftp6"
filedir, filename = (file_Utils.getDirName(filepath),
file_Utils.getFileName(filepath))
filedir_dest, filename_dest = (file_Utils.getDirName(filepath_dest),
file_Utils.getFileName(filepath_dest))
command = ftp_cmd +" [{}]".format(dest_address)
# move into the path
cli_Utils.send_command(session_object, ".*", prompt, "cd {}".
format(filedir))
# check whether file is available
putfilepresent = cls.file_exists_on_remote(session_object, prompt,
filename)
if putfilepresent:
# check the put file size
put_file_size = cls.get_file_size(session_object, prompt, filename)
else:
pNote("Specified put file:{} not found".format(filename), "error")
# Starting the ftp connection
status = cls.start_ftp_on_remote(session_object, command,
username, password)
if status:
cli_Utils.send_command(session_object, ".*", ">", "cd {}".
format(filedir_dest))
if putfilepresent and put:
status_put = cls.ftp_put_from_remote(session_object, filename)
put_file_size_transf = cls.get_file_size(session_object, ">",
filename,
session="ftp")
if status_put:
pNote("Actual put file size:%s Transferred put file size"
":%s"%(str(put_file_size), str(put_file_size_transf)))
if str(put_file_size) == str(put_file_size_transf):
status_put = True
pNote("Transferred put file size matches the origin")
else:
status_put = False
pNote("Transferred put file size does not"
"match the origin")
if get:
# check whether file is available
getfilepresent = cls.file_exists_on_remote(session_object, ">",
filename_dest)
if getfilepresent:
gfile_size = cls.get_file_size(session_object, ">",
filename_dest,
session="ftp")
status_get = cls.ftp_get_from_remote(session_object,
filename_dest)
# exiting the ftp terminal
cli_Utils.send_command(session_object, ".*", prompt, "exit")
if status_get:
# check the get file size after transfer
gfile_size_transf = cls.get_file_size(session_object,
prompt,
filename_dest)
pNote("Actual get file size:%s Transferred get file"
"size:%s"%(str(gfile_size),
str(gfile_size_transf)))
if str(gfile_size) == str(gfile_size_transf):
status_get = True
pNote("Transferred get file size matches the origin")
else:
status_get = False
pNote("Transferred get file size matches the origin")
else:
pNote("Specified get file:{} not found".format(filename_dest),
"error")
else:
cli_Utils.send_command(session_object, ".*", prompt, "exit")
status = status_get and status_put
else:
status = False
return status
@classmethod
[docs] def sftp_from_remotehost(cls, session_object, ip_type, sftp_operation, port,
filepath, prompt, dest_address, username,
password, filepath_dest):
"""sftp(test both put and get).This keyword can be used to transfer
file from source _system to destination system or vice versa.
It checks the size after transfer in both get and put.
:Arguments:
1. session_object(string) = name of the Linux machine on which\
to execute
2. ip_type(string) = iptype of the dest system through \
which it needs to be connected.
needs to be one of \
(ip/ipv4/dns/lmp_ip/lmp_ipv6).It has to be \
present in the input data file.
3. sftp_operation(string) = get/put/both
4. port(string) = source port
5. filepath(string) = file with filepath in source\
system(used for put)
6. prompt(string) = prompt of the source system
7. dest_address(string) = ipv4 address or defaulted to lcn ip
8. username(string) = username of the dest system
9. password(string) = password of the dest system
9. filepath_dest(string) = file with filepath in destination\
system(used for get)
:Returns:
1. bool (True/False)
"""
put = True if ("put" in sftp_operation or "both" in sftp_operation) \
else False
get = True if ("get" in sftp_operation or "both" in sftp_operation) \
else False
status_get = False if get else True
status_put = False if put else True
filedir, filename = (file_Utils.getDirName(filepath),
file_Utils.getFileName(filepath))
filedir_dest, filename_dest = (file_Utils.getDirName(filepath_dest),
file_Utils.getFileName(filepath_dest))
sftp_cmd = "sftp"
if ip_type == "ipv6":
sftp_cmd = "sftp6"
# move into the path
cli_Utils.send_command(session_object, ".*", prompt, "cd {}".
format(filedir))
command = sftp_cmd +" -oPort={0} {1}@{2}".format(port, username,
dest_address)
# check whether file is available
putfilepresent = cls.file_exists_on_remote(session_object, prompt,
filename)
if putfilepresent:
# check the put file size
put_file_size = cls.get_file_size(session_object, prompt, filename)
else:
pNote("Specified put file:{} not found".format(filename), "error")
# Starting the sftp connection
status = cls.start_sftp_on_remote(session_object, command,
password, prompt)
if status:
cli_Utils.send_command(session_object, ".*", ">", "cd {}".
format(filedir_dest))
if putfilepresent and put:
status_put = cls.sftp_put_from_remote(session_object,
filename, filedir)
put_file_size_transf = cls.get_file_size(session_object, ">",
filename,
session="sftp")
if status_put:
pNote("Actual put file size:%s Transferred put file size"
":%s"%(str(put_file_size), str(put_file_size_transf)))
if str(put_file_size) == str(put_file_size_transf):
status_put = True
pNote("Transferred put file size matches the origin")
else:
status_put = False
pNote("Transferred put file size does not"
"match the origin")
if get:
# check whether file is available
getfilepresent = cls.file_exists_on_remote(session_object, ">",
filename_dest)
if getfilepresent:
gfile_size = cls.get_file_size(session_object, ">",
filename_dest,
session="sftp")
status_get = cls.sftp_get_from_remote(session_object,
filename_dest,
filedir_dest)
# exiting the sftp terminal
cli_Utils.send_command(session_object, ".*", prompt, "exit")
if status_get:
# check the get file size after transfer
gfile_size_transf = cls.get_file_size(session_object,
prompt,
filename_dest)
pNote("Actual get file size:%s Transferred get file"
"size:%s"%(str(gfile_size),
str(gfile_size_transf)))
if str(gfile_size) == str(gfile_size_transf):
status_get = True
pNote("Transferred get file size matches the origin")
else:
status_get = False
pNote("Transferred get file size matches the origin")
else:
pNote("Specified get file:{} not found".format(filename_dest),
"error")
else:
cli_Utils.send_command(session_object, ".*", prompt, "exit")
status = status_get and status_put
else:
status = False
return status


Ladybug Tools » 🕸 » Speed Spec R2
Open a local file:
Open and view sample gbXML files generated by Speed Spec R2. Click the pencil icon to view the source file text on GitHub:


--- layout: post authors: ["Greg Wilson"] title: "Welcome More New Instructors" date: 2014-10-16 time: "20:30:00" tags: ["Teaching", "Community"] ---
We are very pleased to welcome another new batch of instructors to our team:
| Pete Alonzi | Balamurugan Desinghu | Leonor Garcia-Gutierrez | Jeff Hollister |
| Paulina Lach | Jacob Levernier | Mark Wilber | Chandler Wilkerson |


1. How did you apply (or not) iterative design in your project?
By sending our page to different people and ask them to give feedback, after the feedback we saw what improvements could be done and what ideas are not viable to do because of our skill level or because it is made with technology that we currently don’t posses, the next step was to search for a solution and apply it to the project, finally we need to send our project again for more feedback.
2. Describe the main highlights of your persona. Explain the audience of your project.
Our audience is the average car driver in Guadalajara, or Mexico in general. Since the bad quality infrastructure is a common problem around our Nation. In our Persona we based its characteristics in the average driver information the INEGI provided. The average driver is in his 30’s, has at least 4 members in his family, works 8 hours a day and has an middle school degree. Our Persona drives a 2008 Nissan Tsuru one of the most sold cars in the last decade.
3. Explain, in your own words, the three principles of system design
- The first principle is to focus mainly on the user in the beginning, study its nature and use that in the process of design in one way or another.
- The second principle is to always measure the user reactions to any contact with the product, like printed scenarios or when they read the manual.
- The third principle is use trial and error in the design proccess, in other words test the product with users in order to find errors and fix them.
4. Create your own methodology to develop a website. It’s important to justify all the steps.
- First: Ask the client about the purpouse intended for the website, what he is looking to gain from it, so we as developers can have the same goal while building the site.
- Second: To study the context of the website, to have a basic knowledge of the topic in order to have a design that is congruent with the information.
- Third: Creating a basic prototype which will be tested in order to fix the user issues.
- Fourth: Recognize the amount of work needed to be invested on the prototype in order to find an aproximation to the total cost of the develpment.
- Finally: Use iterative design and the client opinion in order to fully develop it.
5. Explain the status of your project. Grade your project according to your effort (30%) and result (70%).
The status of our project is a 85% complete, becuase we need to make some of the feedback adjustments from the other teams, we also need to add the final details to the propousal and make the interview to the user affected by the problem.
6. Explain the status of your interview. Who is your expert? Why? Who is your user?
- Engineer Javier Diaz Ruiz, Civil Engineer, specialized in street construction. Already interviewed. He gave us his point of view of the current status of the city streets, the problems with them, how they affect him, what he thinks should be done, and what he thinks is being done improperly but could be done better.
- User interview is pending but we have one user already waiting to do it.
7. Ask another team for their proposal. Compare it with yours. Which one is better? Why?
We think is on the same level since they have fully explained their strategy, plan implementation and methodology and we haven’t, but we explain the mission of our team in the introduction, like we were a product we sold our intent of existence in the market while they didn’t. Also we explained the context and abilities of the team, so the clients can create a realistic expectations of our work while the other group just wrote its memebers. Also we have a more complex cost system, since not all projects are all the same we charge propotionally to the amount of effort we give and not only in the amount of time we use to create the page, we focus on quality not quantity.
8. Is your project responsive? Explain.
Yes, everything is correctly implemented and has been optimized to meet the users needs in order to be more useful and responsive. Everything you can click on has a purpose and works the way intended.
9. In your project did you follow the first three laws of simplicity? How?
Yes, because we used simple things and different pages for each part to shorten time needed to load all the images, also the images used are not local so they are easier to load. For the organization of the web page we used a simple home page with tabs to the different pages, all the pages share the same tabs so the user can change from one page to another easily. We reduce in our page by replacing the home page cards with a gallery of pictures of the problem and getting the tabs on the top.
10. Grade your second term (each member).
Fernando Martinez: I would grade myself with a 95 because I have left some work to do the last moment, but I have been putting attention every class and I have done my homework and lectures in time. Every class I do the activity to try new things in JavaScript.
Marcelo Estrada Medina: I grade myself a 90 as I tried to make myself more useful than last partial, I completed most of the work I needed to, and I think I overall Improved.
Diego Sanchez Micalco: I will give myself a 90, i have give my attention to the teacher, and read all the study on the design process of the Olympics message system, and wrote code and made a good amount of contribution to the page, proposal and persona.


This FAQ includes information regarding topics that were discussed in e-mails between developers and users of the Ganymed SSH-2 for Java library.
Ganymed SSH-2 for Java homepage: http://www.cleondris.ch/ssh2
Last update of FAQ: mar-15-2010.
Please report bugs, typos and any kind of suggestions to Christian Plattner (christian.plattner at cleondris.ch).
The most often source of problems when executing a command with Session.execCommand() are missing/wrong set environment variables on the remote machine. Make sure that the minimum needed environment for XYZ is the same, independentely on how the shell is being invoked.
Example quickfix for bash users:
Note: If you really want to mimic the behavior of putty, then don't use Session.execCommand(), instead aquire a pty (pseudo terminal) and then start a shell (use Session.requestPTY() and Session.startShell()). You then have to communicate with the shell process at the other end through stdin and stdout. However, you also have to implement terminal logic (e.g., escape sequence handling (unless you use a "dumb" pty), "expect-send" logic (output parsing, shell prompt detection), etc.).
If you login by using putty, then putty will normally request a "xterm" pty and your assigned shell (e.g., bash) will be started (a so called "interactive login shell"). In contrast, if you use Session.execCommand() to start a command then (unless you ask for it) no pty will be aquired and the command will be given to the shell as an argument (with the shell's "-c" option).
The way a shell is being invoked has an effect on the set of initialization files which will be read be the shell.
To demonstrate the difference, try the following (from the command line, e.g., with an OpenSSH client):
If you compare the two outputs, then you will (unless you have adjusted your shell's settings) observe different environments.
If you are interested in the details, then please read the INVOCATION section in man page for the bash shell. You may notice that the definitions of "interactive" and "non-interactive" (and combinations with "login") are little bit tricky.
[TOP]In the SSH-2 low level protocol, each channel (e.g., session) has a receive window. When the remote SSH daemon has filled up our receive window, it must wait until we have consumed the input and are ready to accept new data.
Unfortunately, the SSH-2 protocol defines a shared window for stderr and stdout. As a consequence, if, for example, the remote process produces a lot of stderr data and you never consume it, then after some time the local receive window will be full and the sender is blocked. If you then try to read() from stdout, your call will be blocked: there is no stdout data (locally) available and the SSH daemon cannot send you any, since the receive window is full (you would have to read some stderr data first to "free" up space in the receive window).
Fortunately, Ganymed SSH-2 uses a 30KB window - the above described scenario should be very rare.
Many other SSH-2 client implementations just blindly consume any remotely produced data into a buffer which gets automatically extended - however, this can lead to another problem: in the extreme case the remote side can overflow you with data (e.g., leading to out of memory errors).
What can you do about this?
InputStream stdout = new StreamGobbler(mysession.getStdout()); InputStream stderr = new StreamGobbler(mysession.getStderr());You then can access stdout and stderr in any order, in the background the StreamGobblers will automatically consume all data from the remote side and store in an internal buffer.
If you need it, then this library offers quite a raw type of access to the SSH-2 protocol stack. Of course, many people don't need that kind of low level access. If you need buffered streams, then you should the do the same thing as you would probably do with the streams of a TCP socket: wrap them with instances of BufferedInputStream and BufferedOutputStream. In case you use StreamGobblers for the InputStreams, then you don't need any additional wrappers, since the StreamGobblers implement buffering already.
This code snippet will probably work well for most people:
InputStream stdout = new StreamGobbler(mysession.getStdout());
InputStream stderr = new StreamGobbler(mysession.getStderr());
OutputStream stdin = new BufferedOutputStream(mysession.getStdin(), 8192);
If you use Session.execCommand(), then you indeed can only execute only one command per session. This is not a restriction of the library, but rather an enforcement by the underlying SSH-2 protocol (a Session object models the underlying SSH-2 session).
There are several solutions:
You are probably using OpenSSH. By looking at their source code you will find out that there is a hard-coded constant called MAX_SESSIONS in the session.c file which is set to "10" by default. This is a per connection limit. Unfortunately, it is not a run-time tunable parameter. However, this limit has no effect on the number of concurrent port forwardings. Please note: this information is based on the OpenSSH 4.3 release.
Possible solutions:
Just for completeness: starting from release 210, the thrown exception may look as follows:
java.io.IOException: Could not open channel (The server refused to open the channel (SSH_OPEN_ADMINISTRATIVELY_PROHIBITED, 'open failed'))
Many default SSH server installations are configured to refuse the authentication type "password". Often, they only accept "publickey" and "keyboard-interactive". You have different options:
/etc/sshd/sshd_config
and change the value of "PasswordAuthentication" to "yes",
then send a HUP signal to the daemon so that it re-reads its configuration.
In general it is a good idea to call either Connection.getRemainingAuthMethods()
or Connection.isAuthMethodAvailable()
before using a certain authentication method.
Please note that most servers let you in after one successful authentication step. However, in rare cases
you may encounter servers that need several steps. I.e., if one of the Connection.authenticateWithXXX()
methods returns false
and Connection.isAuthenticationPartialSuccess()
returns
true
, then further authentication is needed. For each step, to find out which authentication methods
may proceed, you can use either the Connection.getRemainingAuthMethods()
or the Connection.isAuthMethodAvailable()
method. Again, please have a look into the
SwingShell.java example.
When using putty private keys (e.g., .ppk files) with public key authentication, you get a "Publickey authentication failed" exception. The reason is that the library currently is not able to directly handle private keys in the proprietary format used by putty. However, you can use the "puttygen" tool (from the putty website) to convert your key to the desired format: load your key, then go to the conversions menu and select "Save OpenSSH key" (which saves the key in openssl PEM format, e.g., call it "private.pem").
[TOP]Please read carefully the answer to the following question.
[TOP]The SCP protocol communicates the amount of data to be sent at the start of the transfer, so SCP remains out of consideration. Possible other solutions:
Be careful if you use the "cat" approach, as it may happen that not all your data will be written. If you close the stdin stream and immediatelly close the session (or the whole connection) then some SSH servers do not send the pending data to the process being executed ("cat" in this case). You have to wait until "cat" has received the EOF and terminates before closing the session. However, waiting for the termination may not always work, since SSH servers sometimes "forget" to send the exit code of the remote process. The following code MAY work:
Session sess = conn.openSession();
sess.execCommand("cat > test.txt");
OutputStream stdin = sess.getStdin();
... out.write(...) ... out.write(...) ...
/* The following flush() is only needed if you wrap the */
/* stdin stream (e.g., with a BufferedOutputStream). */
out.flush();
/* Now let's send EOF */
out.close();
/* Let's wait until cat has finished */
sess.waitForCondition(ChannelCondition.EXIT_STATUS, 2000);
/* Better: put the above statement into a while loop! */
/* In ANY CASE: read the Javadocs for waitForCondition() */
/* Show exit status, if available (otherwise "null") */
System.out.println("ExitCode: " + sess.getExitStatus());
/* Now its hopefully safe to close the session */
sess.close();
(Just a thought for another solution: execute cat > test.txt && echo "FINISHED"
and wait until you get "FINISHED" on stdout... - try it on your own risk =)
Please have at look at the examples section in the distribution, especially at the SwingShell.java example.
[TOP]


It seems as if the inputs in emoncms are always treated as ints? How do I handle an incoming long?
Process long variable
Submitted by Guest on Sun, 27/01/2013 - 10:16»
Archived Forum |
|
Process long variableSubmitted by Guest on Sun, 27/01/2013 - 10:16It seems as if the inputs in emoncms are always treated as ints? How do I handle an incoming long? » |
Re: Process long variable
This is for accumulated pulses, but I guess I could change it to int and handle the overflow in the emonTX.
Should add that this is sending data to a Raspberry Pi, so maybe it's the script that initialized the variables this way? Couldn't see anywhere to change the length though.
Re: Process long variable
For future reference, here's the code in raspberry_run.php which handles this:
It clearly only supports signed integers.
Re: Process long variable
Hi.
I hope I'm not missing your point.
There's a short explanation about the integer choice in the RFM12b page, section "Scaling the data".
I guess you could send two ints, then do the maths in emoncms postprocessing :
feed = 65536 * input1 + input2
Re: Process long variable
Hi Jérôme, I also had this problem, because I wanted to transfer unsigned long values. My first approach was to manipulate the inputs as you described. It worked well as long as the individual values (i.e. the low word and the high word) are less then 32768. But if not, the aggregated feed showed negative values. ;-(((
My current, second approach is to comment out the line in the file raspberrypi_run.php that was mentioned in a post above:
if ($int16>32768) $int16 = -65536 + $int16;
By doinf this I immediately got al values correct as unsigend. Currently I do not have any values that could become negative. But winter will come and with it the outside temperatures will go down ... My idea is to add a separate sign value for temperatures (and other values that migth become negative).
Later I hope that there will somebody find a generic way to support both, signed and unsigend values. For now I'm happy.
Regards
Re: Process long variable
I think I found a solution: I added a new input process to unsign an input.
I submitted a pull request here: https://github.com/emoncms/emoncms/pull/82
This allows for the unsigning of the least and/or most significant word before the addition.
Please tell us if it does the trick for you !


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--- title: SimSiam Autoencoder keywords: fastai sidebar: home_sidebar summary: "Simple Siamese Loss for Autoencoder based Representation Learning" description: "Simple Siamese Loss for Autoencoder based Representation Learning" nb_path: "nbs\.ipynb_checkpoints\25_simsiamae-checkpoint.ipynb" ---


ABOUT THE DEPARTMENT OF PHYSICS
The Department of Physics, Dibrugarh University was established in 1967. It has a rich tradition of teaching and research. The Department aims to provide quality education in Physics both at the undergraduate and postgraduate levels; to create an atmosphere for the creation of new knowledge through methodical research. The Department regularly holds interactions with eminent visitors, national workshops and research seminars.
Currently, the Department offers the following Academic Programmes :
• Five year Integrated M.Sc. in Physics
• Two year M. Sc. in Physics
• M. Phil. in Physics
• Ph. D. in Physics
• Post-Doctoral in Physics
The Department presently has 18 faculty members involved in teaching and research in a number of different research areas. Their research interests are highlighted below:
Condensed Matter Physics (CMP) Group:
The CMP group consists of 8 faculty members (3 Associate Professors, 5 Assistant Professors) of the department and their students. The experimental group is working on sol-gel glasses for optical applications, thin film solar cells, gas sensors, production and study of metal and semiconductor nano-particles for gas sensing and optical applications.
The research interest of the theoretical CMP group lies in the application of density functional theory (DFT) method in order to study structural, electronic, magnetic, optical and catalytic properties of various nanomaterials. The group has undertaken the following research problems on DFT study of (a)The nature of molecular hydrogen adsorption on alkali metal clusters, (b) Graphene Quantum Dots as toxic metal ion sensors and (c) Optoelectronic application of graphene based systems. Another important research work carried out by theoretical CMP group is related to superconducting heterostructures and spintronics based devices.
Astrophysics, Cosmology and High Energy Physics Group:
The group consists of 8 faculty members (1 Professor, 1 Associate Professor, 6 Assistant Professors) of the department and their students. Presently the group is involved in the areas of Gamma-Ray Astronomy (GRA), Gravitational Wave Astrophysics (GWA), Astrophysics, Cosmology and High Energy Physics . The GRA work is basically related with gamma-hardon separation techniques of gamma-ray experiments, the GWA work is related with the study of properties of gravitational waves in modified theories of gravity. In Astrophysics, the work is related with study of dark matter and compact star's oscillations. Cosmology work is based on supersymmetric hybrid inflation as well as on understanding of dark energy from the aspects of modified gravity and scalar field models. Another work is related to computer simulation and study of Extensive air showers initiated by Very high energy gamma rays from astrophysical sources. In HEP, a research work is going on in neutrino physics focusing on the theoretical study of neutrino mass and mixing modeling. Holographic studies on the gravitational systems using AdS CFT techniques have been carried out in a number of works.
Atmospheric Sciences Group:
The group consists of 3 faculty members (1 Professor, 2 Assistant Professors) of the department. and their students. The group is working on study of ionospheric error and correction for the satellite based navigation systems like IRNSS. It operates two ionosondes and four GPS/GNSS receiver chain in the low latitude region of NE India. It has developed an indigenous ionosonde in collaboration with SAMEER, Mumbai. Through observational as well as modeling study of the Equatorial Ionization Anomaly and its effect such L band scintillations, the group is actively contributing to the ISRO’ space science program and receives funding though RESPOND program. Using the regional climate model the group is studying extensively for the chemical atmosphere over South and South East Asia. The group is involved in developing in house model for ion-electron density and temperature to study dynamics of the low latitude ionosphere. The group is also working on 'Modeling the impact of aerosols/gases on regional climate and weather extremes over Sub Himalayan North Eastern Region” under the National Network Programme on Human and Institutional Capacity Building (HICAB).
Electronics Group:
The group consists of 3 faculty members (3 Assistant Professors) of the department and their students. The group is presently working on various antenna designs such as microstrip antenna, MIMO antenna, glass plate antenna etc. The focus of the research work is to design ultra wideband, compact and high gain antennas. The research interest also lies in the observation of the shift in resonant frequency due to covering of the radiation patch of the antenna by liquids of different dielectric constants. The group is exclusively using the simulation software e.g. Ansoft HFSS, CST microwave studio etc. The research group is also involved in the development of different algorithms/program codes based on soft computing techniques to optimize the basic antenna parameters.


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Typography
Documentation and examples for Space typography, including global settings, headings, body text, lists, and more.
Headings
All HTML headings,

through

, are available.
| Heading | Example |
|---|---|
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h1. Space heading |
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h2. Space heading |
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h3. Space heading |
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h4. Space heading |
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h5. Space heading |
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h6. Space heading |

h1. Space heading

h2. Space heading

h3. Space heading

h4. Space heading

h5. Space heading

h6. Space heading

.h1
through .h6
classes are also available, for when you want to match the font styling of a heading but cannot use the associated HTML element.
h1. Space heading
h2. Space heading
h3. Space heading
h4. Space heading
h5. Space heading
h6. Space heading

h1. Space heading

h2. Space heading

h3. Space heading

h4. Space heading

h5. Space heading

h6. Space heading

Customizing headings
Use the included utility classes to recreate the small secondary heading text.
Fancy display heading With faded secondary text

Fancy display heading With faded secondary text

Display headings
Traditional heading elements are designed to work best in the meat of your page content. When you need a heading to stand out, consider using a display heading—a larger, slightly more opinionated heading style.
| Display 1 |
| Display 2 |
| Display 3 |
| Display 4 |

Display 1

Display 2

Display 3

Display 4

Lead
Make a paragraph stand out by adding .lead
.
This is where we sit down, grab a cup of coffee and dial in the details. Understanding the task at hand and ironing out the wrinkles is a key point.

This is where we sit down, grab a cup of coffee and dial in the details. Understanding the task at hand and ironing out the wrinkles is a key point.

Inline text elements
Styling for common inline HTML5 elements.
You can use the mark tag to highlight text.
This line of text is meant to be treated as deleted text.
This line of text is meant to be treated as no longer accurate.
This line of text is meant to be treated as an addition to the document.
This line of text will render as underlined
This line of text is meant to be treated as fine print.
This line rendered as bold text.
This line rendered as italicized text.

You can use the mark tag to highlight text.

This line of text is meant to be treated as deleted text.

<s>This line of text is meant to be treated as no longer accurate.</s>

This line of text is meant to be treated as an addition to the document.

This line of text will render as underlined

This line of text is meant to be treated as fine print.

This line rendered as bold text.

This line rendered as italicized text.

.mark
and .small
classes are also available to apply the same styles as
and
while avoiding any unwanted semantic implications that the tags would bring.
While not shown above, feel free to use
and
in HTML5.
is meant to highlight words or phrases without conveying additional importance while
is mostly for voice, technical terms, etc.
Abbreviations
Stylized implementation of HTML's
element is applied for abbreviations and acronyms to show the expanded version on hover. Abbreviations have a default underline and gain a help cursor to provide additional context on hover and to users of assistive technologies.
Add .initialism
to an abbreviation for a slightly smaller font-size.
attr
HTML

attr

HTML

Blockquotes
For quoting blocks of content from another source within your document. Wrap

around any HTML as the quote.
A well-known quote, contained in a blockquote element.

A well-known quote, contained in a blockquote element.

Naming a source
Add a
for identifying the source. Wrap the name of the source work in
.

A well-known quote, contained in a blockquote element.

Someone famous in Source Title

Alignment
Use text utilities as needed to change the alignment of your blockquote.

A well-known quote, contained in a blockquote element.

Someone famous in Source Title

A well-known quote, contained in a blockquote element.

Someone famous in Source Title

Size

This is small size blockquote

Description list alignment
Align terms and descriptions horizontally by using our grid system's predefined classes (or semantic mixins). For longer terms, you can optionally add a .text-truncate
class to truncate the text with an ellipsis.
- Description lists
- A description list is perfect for defining terms.
- Euismod
-
Vestibulum id ligula porta felis euismod semper eget lacinia odio sem nec elit.
Donec id elit non mi porta gravida at eget metus.
- Malesuada porta
- Etiam porta sem malesuada magna mollis euismod.
- Truncated term is truncated
- Fusce dapibus, tellus ac cursus commodo, tortor mauris condimentum nibh, ut fermentum massa justo sit amet risus.
- Nesting
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- Nested definition list
- Aenean posuere, tortor sed cursus feugiat, nunc augue blandit nunc.

Description lists

A description list is perfect for defining terms.

Euismod

Vestibulum id ligula porta felis euismod semper eget lacinia odio sem nec elit.

Donec id elit non mi porta gravida at eget metus.

Malesuada porta

Etiam porta sem malesuada magna mollis euismod.

Truncated term is truncated

Fusce dapibus, tellus ac cursus commodo, tortor mauris condimentum nibh, ut fermentum massa justo sit amet risus.

Nesting

Nested definition list

Aenean posuere, tortor sed cursus feugiat, nunc augue blandit nunc.


Alien: Isolation is coming to Nintendo Switch on December 05
by Darryn BonthuysWhat’s the best horror game on the market today that just so happens to pull from the source material of vagina monsters designed by a Swiss nightmare fuel artist? The correct answer is naturally Alien: Isolation, SEGA’s incredibly suspenseful take on the Xenomorph mythos.
 SEGA have announced that Alien: Isolation will be hitting Nintendo Switch on December 05. Here’s the reveal trailer for it: