Karl Egloff, 35, was born in Quito to a Swiss father and an Ecuadorian mother. Since an early age his father Charly, a renowned
Swiss mountaineer in Ecuador, took him along on his expeditions where Karl found his passion for
the mountain. At age 15 he had already ascended mountains more than 5,000 meters high over 250 times
and had surpassed the barrier of 6,000 meters above sea level 30 times. Now he is a tour leader and
owner of his own mountaineering agency Cumbre Tours since 2013. In August 2014, Karl gained international
notoriety by breaking the world record for speed climbing up Mount Kilimanjaro and the upped the
ante by crushing the world record to the top and back of Aconcagua, the highest peak in the Americas
in February 2015. His project is to do the 7 summits for fastest known times in speed climbing. Karl
is known for more than his mountaineering prowess. He started mountain bike racing in 2008, and since,
Karl has won 70 gold medals in national races and has represented Ecuador in over 6 international
cycling events, including 2 international participations in the highest category. He now is one of
the most respected trail runners in Ecuador and South America with many competitions won locally
and internationally.


AngularJS - Polling Timer Example using
timer-tick
event
Polling Server every 5 seconds
{{timerConsole}}
Start Timer
Stop Timer
Saving Document every 3 seconds
{{timerConsole}}
Start Timer
Stop Timer


Learned via MDN docs. Web development
At Mozilla, we’re a global community of
Read the Mozilla Manifesto to learn even more about the values and principles that guide the pursuit of our mission.
Various Anchors


Connection settings
IP
Port:
Client timeout (sec):
Authentication settings
User:
Password:
Password confirmation:
Auto creation of states
For tele/SENSOR
For tele/STATE
For stat/RESULT
Create object tree
Connection settings
Ignore warnings with pingreq


pyglet applications begin execution with:
pyglet.app.run()
Once called, this function doesn't return until the application windows have been closed. This may leave you wondering how to execute code while the application is running.
Typical applications need to execute code in only three circumstances:
To have a function called periodically, for example, once every 0.1 seconds:
def update(dt): # ... pyglet.clock.schedule_interval(update, 0.1)
The dt parameter gives the number of seconds (due to latency, load and timer inprecision, this might be slightly more or less than the requested interval).
Scheduling functions with a set interval is ideal for animation, physics simulation, and game state updates. pyglet ensures that the application does not consume more resources than necessary to execute the scheduled functions in time.
Rather than "limiting the frame rate", as required in other toolkits, simply schedule all your update functions for no less than the minimum period your application or game requires. For example, most games need not run at more than 60Hz (60 times a second) for imperceptibly smooth animation, so the interval given to schedule_interval would be 1/60.0 (or more).
If you are writing a benchmarking program or otherwise wish to simply run at the highest possible frequency, use schedule:
def update(dt): # ... pyglet.clock.schedule(update)
By default pyglet window buffer swaps are synchronised to the display refresh rate, so you may also want to disable set_vsync.
For one-shot events, use schedule_once:
def dismiss_dialog(dt): # ... # Dismiss the dialog after 5 seconds. pyglet.clock.schedule_once(dismiss_dialog, 5.0)
To stop a scheduled function from being called, including cancelling a periodic function, use pyglet.clock.unschedule.


Follow along with each step to learn about the basic building blocks of the Chrome Apps platform. By the end of this codelab, you will have an offline-enabled and feature-rich Todo app that you can install on your desktop computer.
Along the way, you will learn:
How to create, run, and debug a Chrome App in Step 1.
How to update an existing web app as a Chrome App, deal with Content Security Policy issues, and add local storage support in Step 2.
How to implement alarms and notifications in Step 3.


{% from "erpnext/templates/includes/macros.html" import product_image_square %}
{{ website_description or description }}


--- title: "Raster Change Detection Analysis with two images" author: "Benoit Parmentier" date: 2018-09-08T21:13:14-05:00 categories: ["R"] tags: ["R Markdown", "plot", "regression"] output: html_document: toc: true # will make headers as table of contents at the beginning ---
This blog provides a simple example of change detection analysis using remotely sensed images from two dates. To measure change, we will use a vegetation index (NDVI) to examine how the vegetation and surface was affected by the hurricane.I use two images from the MODIS Terra Sensor (MOD09) to examine if the impact of Hurricane Rita is visible on the ground. Hurricane Rita was a category 3 hurricane that made landfall on September 24, 2005 in the southwest Louisiana coast. The hurricane generated a surge of more than 4 meters than resulted in flooding and in several areas along the coast.
For this example, we take an image comparison approach using pair of images rather than a time series approach. Pairwise differencing is a common simple approach to asses change when data is scarce in rapid mapping applications. I downloaded and processed MOD09 images for the date before and after hurricane Rita. The data was screened for unreliable pixels and aggregated at a 1km spatial resolution to deal with missing values. The goal of the blog is focus on the analysis for detailed explanation of the tools (e.g. raster package R) please follow links and see the reference section.
First, let us set up the input directories to read in (input directory) and store outputs (output directory). It is good practice to concentrate all the variables and input parameters at the start of the script. We also create an output directory that can change for each analysis (using output suffix as identifier).
############################################################################
##### Parameters and argument set up ###########
#Note: https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20170008750.pdf
out_suffix <- "change_" #output suffix for the files and ouptut folder
in_dir <- "/home/bparmentier/c_drive/Users/bparmentier/Data/websites/data/testing_web_site"
out_dir <- "/home/bparmentier/c_drive/Users/bparmentier/Data/websites/data/testing_web_site"
file_format <- ".tif" #PARAM 4
infile_reflectance_date1 <- "mosaiced_MOD09A1_A2005265__006_reflectance_masked_RITA_reg_1km.tif" #date 1 image
infile_reflectance_date2 <- "mosaiced_MOD09A1_A2005273__006_reflectance_masked_RITA_reg_1km.tif" #date 2 image
infile_reg_outline <- "new_strata_rita_10282017.shp" #region outline and FEMA data
We load in the input images. The dates closest to the hurricane event were chosen as likely to show Hurricane impact. The first date corresponds to September 22, 2005 (before event) and the second date to September 30 2005 (after event). We use a raster brick and assign the corresponding band names. Note that the bands are not ordered in the order of their spectral wavelengths in the MODIS MOD09 product so we must assign specific band names and order. MOD09 product contains seven bands spanning the optical spectrum. More information on MODIS products can be found at https://lpdaac.usgs.gov/dataset_discovery/modis/modis_products_table
If you are not familiar raster images and how to create, read in or display raster, you might want to check this link http://rspatial.org/spatial/rst/4-rasterdata.html) before continuing this blog.
###### Read in MOD09 reflectance images before and after Hurrican Rita.
r_before <- brick(file.path(in_dir,infile_reflectance_date1)) # Before RITA, Sept. 22, 2005.
r_after <- brick(file.path(in_dir,infile_reflectance_date2)) # After RITA, Sept 30, 2005.
names(r_before) <- c("Red","NIR","Blue","Green","SWIR1","SWIR2","SWIR3")
names(r_after) <- c("Red","NIR","Blue","Green","SWIR1","SWIR2","SWIR3")
plot(r_before)
plot(r_after)
We note that Red, Near Infrared and Short Wave Infrared (SWIR1 and SWIR2) offer high contrast between vegetated areas and water. These bands also display changes in areas near the coast.
As a first step, we visually inspect for change using band combinations in a color composite. We use an RGB color compositing (raster function:plotRGB) which requires identifying spectral bands corresponding to red (band 1), green (band 4) and blue (band 1).This generates a true color composite image similar to color photography.
#### Generate Color composites
### True color composite
par(mfrow=c(2,1))
plotRGB(r_before,
r=1,
g=4,
b=3,
scale=0.6,
stretch="hist",
main="before")
plotRGB(r_after,
r=1,
g=4,
b=3,
scale=0.6,
stretch="hist",
main="after")
A second useful step is to generate a False color composite. This is similar to a Color Infrared (CIR) photography. We generate a RGB false composite which requires identifying spectral bands corresponding to red (band 2: SWIR), green (band 4) and blue (band 1). False Color compisites may be particularly are useful to detect vegetation and water presence on the ground.
### False color composite:
par(mfrow=c(2,1))
plotRGB(r_before,
r=2,
g=1,
b=4,
scale=0.6,
stretch="hist")
plotRGB(r_after,
r=2,
g=1,
b=4,
scale=0.6,
stretch="hist")
Visual inspection suggests some change areas especially visible in the false color composite towards the coast in the South East part of the study area. The next step will be to quantitavely assess where changes occur. We will use specific spectral bands combinations (indices) to focus on specific features from the ground.
We use the original bands from MOD09 product to generate NDVI indices to detect changes in vegetation response. Indices are derived for both before and after the hurricane. NDVI is generated using the Red and Near Infrared (NIR) bands:
NDVI = (NIR - Red)/(NIR+Red)
NDVI is widely used to detect vegetation on the ground and sometimes to examine the impact of hurricanes on local forest and flooding. We generated indices for both dates and plot maps on the same scale using the levelplot function from RasterVis.
names(r_before)
## [1] "Red" "NIR" "Blue" "Green" "SWIR1" "SWIR2" "SWIR3"
r_before_NDVI <- (r_before$NIR - r_before$Red) / (r_before$NIR + r_before$Red)
r_after_NDVI <- (r_after$NIR - r_after$Red)/(r_after$NIR + r_after$Red)
r_NDVI_s <- stack(r_before_NDVI,r_after_NDVI)
names_panel <- c("NDVI Before Event","NDVI After Event")
levelplot(r_NDVI_s,
names.attr = names_panel,
col.regions=rev(terrain.colors(255)))
Comparison of before and after NDVI images suggests a general drop in NDVI for the region with some additional pockets of water near the coast. This visual comparison is interesting but let us check with data from Federal Emergency Management Agency (FEMA) that mapped the area flooded by Rita. We use a vector file with zone=1 representing flooding and zone=0 no flooding. This is rasterized to produce a boxplot of the averages by zones.
reg_sf <- st_read(file.path(in_dir,infile_reg_outline))
## Reading layer `new_strata_rita_10282017' from data source `/home/bparmentier/c_drive/Users/bparmentier/Data/websites/data/testing_web_site/new_strata_rita_10282017.shp' using driver `ESRI Shapefile'
## Simple feature collection with 2 features and 17 fields
## geometry type: MULTIPOLYGON
## dimension: XY
## bbox: xmin: -93.92921 ymin: 29.47236 xmax: -91.0826 ymax: 30.49052
## epsg (SRID): 4269
## proj4string: +proj=longlat +datum=NAD83 +no_defs
reg_sf <- st_transform(reg_sf,
crs=projection(r_after_NDVI))
reg_sp <-as(reg_sf, "Spatial") #Convert to sp object before rasterization
reg_sp <- as(reg_sf,"Spatial")
r_ref <- rasterize(reg_sp,
r_after_NDVI,
field="OBJECTID_3",
fun="min")
plot(r_ref, "FEMA Flood Zones")
r_NDVI_s <- mask(r_NDVI_s,r_ref)
r_NDVI_s <- stack(r_NDVI_s,r_ref)
names(r_NDVI_s) <- c("before","after","zone")
ncell(r_NDVI_s) #Ok not too big, let's coerce the raster into data.frame
## [1] 34568
## Be careful when using large datasets.
##This is not advisable for large dataset to convert from raster to data.frame
#since it loads everything in memory!!
data_df <- na.omit(as.data.frame(r_NDVI_s))
zonal_var_df <- gather_(data_df,key="variable",value="value",names(r_NDVI_s)[1:2])
zonal_var_df$zone <- factor(zonal_var_df$zone,labels=c("Not flooded","Flooded"))
### Classic boxplot
bp <- ggplot(zonal_var_df, aes(x=variable, y=value)) +
geom_boxplot(aes(fill=zone),na.rm=T)
bp + facet_wrap(~zone) #Generate a faceted boxplot
Using FEMA data, we found that on average, NDVI dropped by 0.1 in areas that were flooded while other areas displayed a slight increase. We also see that there is larger variance in flooded areas. In many cases, we do not have ancillary information on the areas flooded and we need to generate those from the original satellite images. We present below such analysis using a difference image and a reclassification procedure to map areas into impact classes.
First, let’s generate a difference image using NDVI before and after the hurricane event:
r_diff <- r_NDVI_s$after - r_NDVI_s$before
plot(r_diff)
histogram(r_diff)
We will use a method often used in the scientific literature using a standardized difference image. We generate mean and standard deviation for the difference raster and reclassify the standardized difference image using thresholds assuming a normal distribution. The limits of classes are summarized in the table below:
| label | Threshold min | Threshold max | value |
|---|---|---|---|
| no change | -1.64 | 10 | 0 |
| low impact | -1.96 | -1.64 | 1 |
| high impact | -10 | -1.96 | 2 |
mean_val <- cellStats(r_diff,"mean")
std_val <- cellStats(r_diff,"sd")
r_std <- (r_diff - mean_val)/std_val # standardized image
threshold_val <- c(1.96,1.64)
plot(r_std)
hist(r_std,
main="Standardized difference",
xlab="NDVI difference")
abline(v=threshold_val[1],col="red",lty=1)
abline(v=-threshold_val[1],col="red",lty=1)
m <- c(-1.64, 10, 0,
-1.96, -1.64, 1,
-10, -1.96,2)
rclmat <- matrix(m, ncol=3, byrow=TRUE)
r_impact1 <- reclassify(r_std,rclmat)
freq(r_ref)
## value count
## [1,] 0 9849
## [2,] 1 11064
## [3,] NA 13655
freq(r_impact1)
## value count
## [1,] 0 19061
## [2,] 1 510
## [3,] 2 968
## [4,] NA 14029
Let’s now visualize the output and compute the area for each category. Results indicate that few pixels are selected as highly impacted. This suggests that we may be underestimating the flooded area.
Options may be to change: the threshold value to 1 standard deviation or use different procedure to reclassify the original difference image. A quick qqplot suggests that our assumption that the data follows a normal distribution is probably unwise. We also note the shoulder in the histogram of distribution and the qqplot. We will use simple thresholding and reclassification to generate another impact map.
qqnorm(values(r_std))
abline(0, 1)
In the second procedure, we assign positive and low decreases in NDVI value 0 (no change), level 1 decrease in NDVI (low impact) for range [-0.3,0.1] while level 2 decrease (higher impact from higher intensity).
| label | Threshold min | Threshold max | value |
|---|---|---|---|
| no change | -0.1 | 10 | 0 |
| low impact | -0.3 | -0.1 | 1 |
| high impact | -10 | -0.3 | 2 |
We keep the same labels in the second procedure but use different thresholds.
m <- c(-0.1, 10, 0,
-0.3, -0.1, 1,
-10, -0.3, 2)
rclmat <- matrix(m, ncol=3, byrow=TRUE)
r_impact2 <- reclassify(r_diff,rclmat)
freq(r_impact2)
## value count
## [1,] 0 15087
## [2,] 1 3338
## [3,] 2 2114
## [4,] NA 14029
legend_val <- c("No change", "level 1", "level 2")
col_val <- c("grey","yellow","red")
plot(r_impact1,
main="Hurricane impact with classification method 1",
col = col_val,
axes=F,
legend=F)
legend('topright',
legend = legend_val ,
pt.cex=0.8,cex=0.8,
fill=col_val,
bty="n")
plot(r_impact2,
main="Hurricane impact with classification method 2",
col = col_val,
axes=F,
legend=F)
legend('topright',
legend = legend_val ,
pt.cex=0.8,cex=0.8,
fill=col_val,
bty="n")
#Save the output image of hurrican impact:
out_rastname <- paste0("ndvi_impact_method1",out_suffix,file_format)
writeRaster(r_impact1,
filename = file.path(out_dir,out_rastname),
overwrite=T)
out_rastname <- paste0("ndvi_impact_method2",out_suffix,file_format)
writeRaster(r_impact2,
filename = file.path(out_dir,out_rastname),
overwrite=T)
This blog introduced a simple change detection analysis using MOD09 product aggregated at 1km resolution. We used two MODIS sensor images captured before and after hurrican Rita on the coast of Louisiana. Visual inspection showed evidence of changes (both in indivdiual bands and color composites). We also found that we are able to find quantitative changes, most notably a decrease in average NDVI in flooded areas. We used two common thresholding techniques used by researchers to classify the impact from a difference image (after-before) and found some matching with the FEMA flood map but with underestimation. The analysis is simple and straightforward but could be refined by using different thresholding and accounting for the vegetation and flood seasonality in the data. This would lead to more advanced topic: time series analysis of raster images. This may be a topic for a new blog!


Fri Jun 3, 2011
Good morning people. Here are the latest releases and ratings for Netflix Canada. My top pick today is 24 City. This looks like a very timely and relevant Chinese movie with a unique directing style and is our highest rated for today.
June 02
While She Was Out
Rotten Tomatoes Rating: 33%
What starts out as a Christmas Eve trip to the mall ends up as an exercise in terror for suburban mom Della Myers (Kim Basinger) when she finds herself stranded in a forest and pursued by a quartet of thugs – all because she’s left an angry note on their car. The baddies (including Lukas Haas) chase her from the mall, and when she crashes her car in a wooded area, she has nothing to fend off her attackers but her wits and her toolbox. More details / Watch now
24 City
Rotten Tomatoes Rating: 90%
From director Zhang Ke Jia comes this drama about changing times in Chengdu, China, where state-owned factory 420 is closed by the government to make way for a high-end apartment complex called 24 City. The film tells the story through the lens of several distinctive characters, from factory workers to executives to the newly monied, who are all affected in different ways by the newfound dynamism and economic growth of their nation. More details / Watch now
Three Times
Rotten Tomatoes Rating: 86%
Love is the central theme in this collection of three stories set in different years – 1911, 1966 and 2005. In the first tale, a man leaves his true love to serve in the army. When he returns, he finds that his girlfriend has disappeared, so he sets out to find her. A man develops an unlikely bond with two women in the second tale; and four Taipei teens relieve their angst with technology and sex in the last story. Shu Qi and Chang Chen star. More details / Watch now
Che
Rotten Tomatoes Rating: 66%
Benicio Del Toro delivers a searing, emotional performance as Ernesto “Che” Guevara, an asthmatic Argentine doctor who became one of Latin America’s most legendary revolutionary leaders in the 1950s. Director Steven Soderbergh recounts the events of the Cuban revolution, in which Guevara, Fidel Castro (Demiàn Bichir), Tamara Bunke (Franka Potente) and other revolutionaries worked to overthrow the dictatorship of Fulgencio Batista. More details / Watch now


You can find here various projects about code and data science.
---
bg: "crystal3.jpg"
layout: default
title: "Projects"
mathjax: true
---
You can find here various projects about code and data science.


CimCoin
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miner
view chain
my transactions
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Cim lab's cryptocurrency!
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you have tried to transfer {{ amount }} CimCoins while you have only {{ balance }} CimCoins.


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Class HSMSConnection
This class implements a SECSConnection
that uses HSMS for
its transport layer.
Inherited Members
Namespace: com.CIMthetics.CSharpSECSTools.SECSCommUtils
Assembly: SECSCommUtils.dll
Syntax
public class HSMSConnection : SECSConnection
Constructors
HSMSConnection(SECSConnectionConfigInfo)
Create an HSMS connection object.
Declaration
public HSMSConnection(SECSConnectionConfigInfo configuration)
Parameters
| Type | Name | Description |
|---|---|---|
| SECSConnectionConfigInfo | configuration |
Remarks
Use this form of the constructor in the event that the required configuration
information is contained in a SECSConnectionConfigInfo
object.
HSMSConnection(String, IPEndPoint, HSMSConnectionMode)
This class implements a SECSConnection
that uses HSMS for
its transport layer.
Declaration
public HSMSConnection(string connectionName, IPEndPoint ipEndPoint, HSMSConnectionMode connectionMode)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | connectionName | |
| System.Net.IPEndPoint | ipEndPoint | |
| HSMSConnectionMode | connectionMode |
Properties
AddressFamily
The network address family of this HSMS connection.
Declaration
public string AddressFamily { get; }
Property Value
| Type | Description |
|---|---|
| System.String | The network address family of this connection. |
Remarks
The value should be either "IPV4" or "IPV6"
It is possible that its value may be "Not Set". This will
occur in the event the user uses the constructor where they supply
their own IPEndPoint
.
ConnectionMode
This is the HSMSConnectionMode
that this SECSConnection
has been configured to operate in.
Declaration
public HSMSConnectionMode ConnectionMode { get; }
Property Value
| Type | Description |
|---|---|
| HSMSConnectionMode |
HSMSConnectionSM
This is the connection state state machine associated with this port.
Declaration
public HSMSConnectionSM HSMSConnectionSM { get; }
Property Value
| Type | Description |
|---|---|
| com.CIMthetics.CSharpSECSTools.SECSStateMachines.HSMSConnectionSM.HSMSConnectionSM |
IPEndPoint
This is the IPEndPoint
that this HSMSConnection
is
connected to or is attempting to connect to. On its own, this
property is not useful for much use aside from providing debugging
information.
Declaration
public IPEndPoint IPEndPoint { get; }
Property Value
| Type | Description |
|---|---|
| System.Net.IPEndPoint |
T3
Transaction Reply Timeout
Declaration
public uint T3 { get; set; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 | The transaction reply timeout in seconds. |
Remarks
- Default: 45 seconds
- Range: 1 - 120 seconds
- Resolution: 1 second
T5
Connection Separation Timeout
Declaration
public uint T5 { get; set; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 | The Connection Separation timeout in seconds. |
Remarks
- Default: 10 seconds
- Range: 1 - 240 seconds
- Resolution: 1 second
T6
Control Transaction Timeout
Declaration
public uint T6 { get; set; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 | The Control Transaction timeout in seconds. |
Remarks
- Default: 5 seconds
- Range: 1 - 240 seconds
- Resolution: 1 second
T7
NOT SELECTED Timeout
Declaration
public uint T7 { get; set; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 | The NOT SELECTED timeout in seconds. |
Remarks
- Default: 10 seconds
- Range: 1 - 240 seconds
- Resolution: 1 second
T8
Network Inter-Character Timeout
Declaration
public uint T8 { get; set; }
Property Value
| Type | Description |
|---|---|
| System.UInt32 | The Network Inter-Character timeout in seconds. |
Remarks
- Default: 5 seconds
- Range: 1 - 120 seconds
- Resolution: 1 second
Methods
Start()
This class implements a SECSConnection
that uses HSMS for
its transport layer.
Declaration
public override void Start()
Overrides
Stop()
This class implements a SECSConnection
that uses HSMS for
its transport layer.
Declaration
public override void Stop()


Affiliated Health Plans
We have affiliations with many of nations major health plans.
Here is a selection of Plans for which CCAP is currently responsible for provision or arrangement of Contracted Services.
Our Affiliations
Aetna Commercial and Aetna Senior
Blue Cross of California Commercial and Senior
Blue Shield of California Commercial and Blue Shield 65+
LA Care Health Plan
Cigna Health Plan (in some areas)
Heritage Provider Network
Golden State Medicare Health Plan (in some areas)
Health Net Commerical and Seniority Plus
PacifiCare of California/United Healthcare
SCAN Health Plan
Intervalley Health Plan
Secure Horizons
Easy Choice Health Plan
Care 1st Health Plan


--- layout: post title: 'Developing Opera Extensions: My first problem' date: 2012-08-05 13:33:05.000000000 +05:30 type: post published: true status: publish categories: - Experience - Opera Extension - Problem tags: - A package with this name already exists. Please change the name or upgrade the existing package. - Bug - Dev.Opera - Experience - Opera - Problem meta: {} author: Eklavya Mirani ---
Last night I wrote a post about my experience developing my first extension for Opera, and everything went pretty smooth.
Today, I faced a new problem, I changed my code because it was breaking down the internal working of the websites (e.g. the mighty Youtube, and MSDN login.)
The bugs seem to be:
"A package with this name already exists. Please change the name or upgrade the existing package."
Apparently, there seems to be a bug that doesn't delete files from the server, yet shows me that I successfully deleted the extension.
I posted a new topic on dev.opera.com forums, and hopefully this will be fixed soon.


We specialize in getting clients for PSYCH-K® practitioners. We do our work so you can focus on doing yours.
I am looking for 1-2 free trial clients, the first to contact me will get the deal. I will do the work of setting up the client funnel in exchange for a testimonial. After I successfully bring you more clients, of course.
As a new agency we get to reap the benefits of the latest and greatest. We use the most up to date technology. This ensures we get the right information in front of the right people.


Installation Guide
The Latest Version
For the lateset version, install from GitHub:
pip install git+https://github.com/Ewen2015/BatCat
For Users in China
This can be slow if you are in China. Try add --index-url
:
pip install batcat -i https://pypi.douban.com/simple
Base URL of the Python Package Index (default https://pypi.org/simple). This should point to a repository compliant with PEP 503 (the simple repository API) or a local directory laid out in the same format.
-i, --index-url <url>
Name |
Address |
|---|---|
Douban |
|
Tsinghua University |
|
University of Science and Technology of China |
|
Alibaba Cloud |
|
Huawei Cloud |


Nature is life.....
Rising Sun
The Rising Sun is a glimmer of hope for all of us, a poem describing the importance and magic of sun and the light it brings to our life.........
Ocean
Ocean is a poem that describes life, it's uncertainties and the immense beauty that it holds. Comments and suggestions are welcome... Keep reading, Keep sharing...
Bird of Dark
The bird of dark is a poem inspired from real life incidents, a poem with many hidden meanings and interpretations in it.... Read it n let your mind unfurl the mystery... (Take your time n read it to the end as it's beauty there) PS. Long poem Keep wondering, keep reading, keep sharing.
Winds of Life
Winds of Life is a poem about luck and destiny, the good times and the bad times, the eternal change that keeps on happening..... Read the poem to feel the depth of emotions, this ever happening change takes us through.. Keep Reading, Keep following, Keep Trending.....
Journey of India
Journey of India is a poem that describes India, its diversity, glorifies its culture and showcases my love for it... Please read, maybe you'll fall in love with India. Keep reading, Keep following.....
Dear Love
Dear Love is a poem which describes the love of an artist for his works, The way he feels, The way his art heals..... To all the artists, poets, writers, comedians and singers, This poem is a tribute to you.... With Love Ayush!
A Website by Ayush Kumar Saxena


Location of framework assemblies, such as mscorlib.dll.
Command Line Argument: /platform:[ directory ]


LIAR LIAR A film review by Walter Frith Copyright 1997 Walter Frith
There's an old episode of the sitcom 'Three's Company' in which Jack Tripper makes a promise to himself that he will tell the truth no matter what the consequences. There is also a movie from 1977 entitled 'Freaky Friday' in which a mother and daughter make a wish that they could be each other for a day and it comes true as they switch personalities accordingly.
In 'Liar, Liar' slapstick funny face man Jim Carrey plays an unethical attorney who is also a pathological fibber and is constantly letting down his loved ones including his five year old son. The boy makes a wish on his fifth birthday that his dad will not lie for a day and it works and the picture then moves into a phase of immature pratfalls and physical comedy that Carrey is well known for and he often over does it. Most of the laughs I heard while attending a matinee of this movie came from children under the age of ten and Carrey has fallen flat on his face again in the opinion of this reviewer with his third critical misfire in a row after 'The Cable Guy' (1996) and 'Ace Ventura - When Nature Calls' (1995). Carrey's last mildly entertaining role came in 1995 with 'Batman Forever' in which he played the Riddler and while Carrey now enjoys laughing all the way to the bank at the tune of twenty million dollars per film, he is no Robin Williams or Billy Crystal. These two men are performers of original and controlled comedy (although Williams has sometimes overdone it) with far greater results as they aim for genuine laughs instead of cheap ones.
There are a couple of good belly laughs in 'Liar, Liar' but that doesn't constitute and entire film and Carrey's improvisational style of comedy in which he often borrows from others makes him the director of the film at heart instead of the man given credit (Tom Shadyac). Shadyac is the man who directed Carrey in 'Ace Ventura - Pet Detective' (1994) and I suspect Shadyac is an easy director to control as Eddie Murphy pretty much had his way on 'The Nutty Professor' from last year which Shadyac also directed.
If Jim Carrey can listen to a director and perhaps try his hand at drama then his career would have much more credibility which would lead to acceptance among those over the age of ten of what a fine comedian and actor he has the potential of being. Power trips can be fatal in an industry where you're only as good as your last hit and while 'The Cable Guy' was a box office disappointment, 'Liar, Liar' appears to have a chance but Carrey's act is wearing mighty thin.
OUT OF 5> * *
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Public Member Functions |
Private Member Functions |
Private Attributes |
Static Private Attributes |
List of all members
OriginBushLUCE Class Reference
This class is responsible for DAGraphLUCE creation. More...
#include <OriginBushLUCE.h>
Inheritance diagram for OriginBushLUCE:
Collaboration diagram for OriginBushLUCE:
Public Member Functions | |
| OriginBushLUCE (LineSearch *lineSearch) | |
| virtual bool | improve () |
| Public Member Functions inherited from OriginBush | |
| virtual | ~OriginBush () |
| void | allocateDAG (int index, StarNetwork *net, ODMatrix *mat, FPType zeroFlow, FPType dirTol) |
| virtual void | updateTopSort () |
| bool | equilibrate () |
| virtual void | removeUnusedLinks () |
| void | addLinkAndUpdateFlow (StarLink *link, PairOD *dest) |
| void | print () |
| int | getOriginIndex () const |
| void | printOriginFlow () const |
| FPType | checkOFlowsFeasibility () |
Private Member Functions | |
| virtual DAGraph * | createNewDAG (int index, StarNetwork *net, ODMatrix *mat, FPType zeroFlow, FPType dirTol) |
| virtual void | callBuildMinMaxTrees () |
Private Attributes | |
| DAGraphLUCE * | dag_ |
Static Private Attributes | |
| static LineSearch * | lineSearch_ = NULL |
Detailed Description
This class is responsible for DAGraphLUCE creation.
It also over-rides callBuildMinMaxTrees() method in order to avoid unnecessary calculation of min- and max-trees.
Member Function Documentation
|
inlineprivatevirtual |
Does noting because LUCE needs only topological order and not min- or max-trees.
Reimplemented from OriginBush.
|
privatevirtual |
Factory method used for DAGraph creation.
Implements OriginBush.
|
virtual |
Calls OriginBush improve() method and additional method to prepare data specific to LUCE algorithm.
Reimplemented from OriginBush.
The documentation for this class was generated from the following files:
- OriginBushLUCE.h
- OriginBushLUCE.cpp


Projects for my Internet Computing Class
Original index page without bootstrap.
[Under Construction]
Follow me on Instagram @thyarthou.


Jughead:
Sigh... I have failed again. I have failed the Test of the Dark Mage more than ten times, and I keep on failing the Test of the Dark Fighter, too. Why am I such a loser?
Quest


For support, bug reports, questions, please use this topic on official WorldOfTanks forum.
For financial questions please send "Private Message" for user vb64 on official forum.
{% endblock %}


Flip A Crypto
Flip a coin and double your money!
Place your wager
My Wager
HEADS
TAIL
Flip a Coin
WIN OR LOSE
$$$:
Withdraw Earnings


Accordian Album NewsPaper Print(1) Tower Card Rs.3500.00 Rs.800.00 Rs.800.00 Photo Rubic Cube Photo Calendar Gift Hamper Box Rs.800.00 Rs.2800.00 Rs.4000.00 Name Scrapbook Cake Surprise NewsPaper Print(2) Rs.3500.00 Rs.3800.00 Rs.1000.00 Photo Reel Rs.2200.00


This is the workflow Slim supports:
- Write code.
- Run unit tests.
- Do a code review.
- Do an integration test. Passing this yields something for alpha testing.
- Do a system test. Passing this yields something for beta testing.
- Ship it! Create a version and deploy.
Somebody set up us the bug.
Main slim turn on.
All your issue are belong to us.


A (non-zero) integer matrix to be reduced to normal form. The matrix
A
can be of any size, as long as it is a well-formed non-empty matrix.
For example,
[[1,2,3],[2,-5,0]]
is a valid input matrix of size 2×3
; whereas,
[[1,2,3],[2,-5]]
is considered a malformed input matrix.
Reduced diagonal matrix. Note that D
may not be a square matrix.
D = (inv Q)AP
Basechange matrix of dimension m
.
Basechange matrix of dimension n
.
Non-zero diagonal elements d_0, d_2,..., d_k
after the reduction such that
d_0 | d_2 |...| d_k
.
Number of columns of A
Number of rows of A
Optional arguments
Generated using TypeDoc
Defines the main class for Smith normal form.


442_bi-sai-zhuan-yong.py
class Solution:
def visiblePoints(self, points: List[List[int]], angle: int, location: List[int]) -> int:
ans = 0
for p in points:
p[0] -= location[0]
p[1] -= location[1]
if p[0] == 0 and p[1] == 0:
ans += 1
points = [math.atan2(p[1], p[0]) * 180 / math.pi for p in points if not (p[0] == 0 and p[1] == 0)]
points.sort()
points = points + [i + 360 for i in points]
# print(points)
l = 0
r = 0
res = 0
while r < len(points):
while r < len(points) and points[r] - points[l] <= angle:
r += 1
l += 1
res = max(res, r - l + 1)
return res + ans


Origami Designs
About Us
Follow Us
Chameleon Origami
Intresting Facts About Chameleons
Chameleons are reptiles that are part of the iguana suborder


Once upon a time there was a smelly castle. Boy, did it pong! The baron who lived there could not account for the reek. He was not a stinky person himself. Indeed, he bathed much more often than was usual in that time, in that land, and he also doused himself in rich and heady perfumes, brought to him from mysterious distant lands by itinerant perfumiers. So offended were some of these travellers by the hideous stench wafting through the castle that they could not bring themselves to cross the drawbridge. The baron would have to come out of his castle and meet them in a field to take possession of their latest scents and tinctures. He felt this was beneath his dignity, to have to come and haggle in a field like a peasant, but on the other hand it was quite a treat to be out in the fresh air for half an hour.
The baron had tried everything to rid the smelly castle of its pong. He had the drains inspected. He scattered pot pourris hither and thither. He even called in a fumigation expert, or at least a man who announced himself as one. But all to no avail. The castle stank, it was as simple as that.


Our browser matrix recommendation is based on the browser usage statistics of default from 2017-12-18
In general: A distinction is made between a test browser matrix and the matrix of supported browsers. The test browser matrix defines the browsers in which each new component is tested. Each additional browser increases the testing effort for each new component. The matrix of supported browsers defines those browsers, which are supported in general by the frontend, but are not tested explicitly.
Example: Firefox and Chrome release new browser versions every 6 weeks. The latest Chrome/Firefox version will be included in the test matrix. In the matrix of supported browsers are all Firefox versions of the past 1.5 years. This ensures that these browser versions are supported, with a lower test effort
Following recommendation can be derived from the following parameters:
There is also a distinction between "fully supported browsers" and "functionally supported browsers". Full supported browsers are browsers in which both, functionality and visuality must completely be in line according to the specification. Functional supported means that within these browsers, the basic functionality of the page must be accessible for the user, ie all information is available/accessible. But there may be reductions in design and user experience. This may vary depending on browser, browser version and features used.
| Browser version | Operating system | Type of support | Input methods |
|---|---|---|---|
| Internet Explorer 11 (latest) | Win 7 / Win 10 (latest) | fully supported | Mouse |
| Microsoft Edge (latest) | Win 10 (latest) | fully supported | Mouse / Touch |
| Mozilla Firefox (all versions of the past 1.5 years) | Win 10 (latest) / OS X (latest) | fully supported | Mouse |
| Google Chrome (all versions of the past 1.5 years) | Win 10 (latest) / OS X (latest) | fully supported | Mouse |
| Safari Desktop (all versions of the past 1.5 years) | OS X (latest) | fully supported | Mouse |
| Safari Mobile (latest 2 major) | iOS | fully supported | Touch |
| Chrome Mobile (latest 3 major) | Android | fully supported | Touch |
| Browser version | Operating system | Type of support | Input methods |
|---|---|---|---|
| Internet Explorer 11 (latest) | Win 7 (latest) / Win 10 (latest) | fully supported | Mouse |
| Microsoft Edge (latest) | Win 10 (latest) | fully supported | Mouse |
| Mozilla Firefox (latest) | Win 10 (latest) / OS X (latest) | fully supported | Mouse |
| Google Chrome (latest) | Win 10 (latest) / OS X (latest) | fully supported | Mouse |
| Safari Desktop (latest) | OS X (latest) | fully supported | Mouse |
| Safari Mobile (latest) | iOS | fully supported | Touch |
| Chrome Mobile (latest) | Android | fully supported | Touch |


Non breaking space
My name is Mustafa Selçuk Çağlar
Greater than and less than. Usefull for math
5>2
5>2
0.5<2
0.5<2
Copyright
©
®
Currency
tl: ₺
cent: ¢
pound: £
yen: ¥
euro: €
dollar: $
Suits
♠
♣
♥
♦
Computer Code
<?php echo 'Hello ' ?>
Save the file by pressing Ctrl + S


Active Job Basics¶ ↑
This guide provides you with all you need to get started in creating, enqueueing and executing background jobs.
After reading this guide, you will know:
-
How to create jobs.
-
How to enqueue jobs.
-
How to run jobs in the background.
-
How to send emails from your application async.
Introduction¶ ↑
Active Job is a framework for declaring jobs and making them run on a variety of queueing backends. These jobs can be everything from regularly scheduled clean-ups, to billing charges, to mailings. Anything that can be chopped up into small units of work and run in parallel, really.
The Purpose of Active Job¶ ↑
The main point is to ensure that all Rails apps will have a job infrastructure in place, even if it's in the form of an “immediate runner”. We can then have framework features and other gems build on top of that, without having to worry about API differences between various job runners such as Delayed Job and Resque. Picking your queuing backend becomes more of an operational concern, then. And you'll be able to switch between them without having to rewrite your jobs.
Creating a Job¶ ↑
This section will provide a step-by-step guide to creating a job and enqueuing it.
Create the Job¶ ↑
Active Job provides a Rails generator to create jobs. The following will
create a job in app/jobs
(with an attached test case under
test/jobs
):
$ bin/rails generate job guests_cleanup invoke test_unit create test/jobs/guests_cleanup_job_test.rb create app/jobs/guests_cleanup_job.rb
You can also create a job that will run on a specific queue:
$ bin/rails generate job guests_cleanup --queue urgent
If you don't want to use a generator, you could create your own file
inside of app/jobs
, just make sure that it inherits from
ActiveJob::Base
.
Here's what a job looks like:
class GuestsCleanupJob < ActiveJob::Base queue_as :default def perform(*guests) # Do something later end end
Note that you can define perform
with as many arguments as you
want.
Enqueue the Job¶ ↑
Enqueue a job like so:
# Enqueue a job to be performed as soon the queuing system is # free. GuestsCleanupJob.perform_later guest
# Enqueue a job to be performed tomorrow at noon. GuestsCleanupJob.set(wait_until: Date.tomorrow.noon).perform_later(guest)
# Enqueue a job to be performed 1 week from now. GuestsCleanupJob.set(wait: 1.week).perform_later(guest)
# `perform_now` and `perform_later` will call `perform` under the hood so # you can pass as many arguments as defined in the latter. GuestsCleanupJob.perform_later(guest1, guest2, filter: 'some_filter')
That's it!
Job Execution¶ ↑
If no adapter is set, the job is immediately executed.
Backends¶ ↑
Active Job has built-in adapters for multiple queueing backends (Sidekiq, Resque, Delayed Job and others). To get an up-to-date list of the adapters see the API Documentation for ActiveJob::QueueAdapters.
Setting the Backend¶ ↑
You can easily set your queueing backend:
# config/application.rb module YourApp class Application < Rails::Application # Be sure to have the adapter's gem in your Gemfile and follow # the adapter's specific installation and deployment instructions. config.active_job.queue_adapter = :sidekiq end end
Queues¶ ↑
Most of the adapters support multiple queues. With Active Job you can schedule the job to run on a specific queue:
class GuestsCleanupJob < ActiveJob::Base queue_as :low_priority #.... end
You can prefix the queue name for all your jobs using
config.active_job.queue_name_prefix
in
application.rb
:
# config/application.rb module YourApp class Application < Rails::Application config.active_job.queue_name_prefix = Rails.env end end # app/jobs/guests_cleanup.rb class GuestsCleanupJob < ActiveJob::Base queue_as :low_priority #.... end # Now your job will run on queue production_low_priority on your # production environment and on staging_low_priority on your staging # environment
The default queue name prefix delimiter is '_'. This can be changed
by setting config.active_job.queue_name_delimiter
in
application.rb
:
# config/application.rb module YourApp class Application < Rails::Application config.active_job.queue_name_prefix = Rails.env config.active_job.queue_name_delimiter = '.' end end # app/jobs/guests_cleanup.rb class GuestsCleanupJob < ActiveJob::Base queue_as :low_priority #.... end # Now your job will run on queue production.low_priority on your # production environment and on staging.low_priority on your staging # environment
If you want more control on what queue a job will be run you can pass a
:queue
option to #set
:
MyJob.set(queue: :another_queue).perform_later(record)
To control the queue from the job level you can pass a block to
#queue_as
. The block will be executed in the job context (so
you can access self.arguments
) and you must return the queue
name:
class ProcessVideoJob < ActiveJob::Base queue_as do video = self.arguments.first if video.owner.premium? :premium_videojobs else :videojobs end end def perform(video) # do process video end end ProcessVideoJob.perform_later(Video.last)
NOTE: Make sure your queueing backend “listens” on your queue name. For some backends you need to specify the queues to listen to.
Callbacks¶ ↑
Active Job provides hooks during the lifecycle of a job. Callbacks allow you to trigger logic during the lifecycle of a job.
Available callbacks¶ ↑
-
before_enqueue
-
around_enqueue
-
after_enqueue
-
before_perform
-
around_perform
-
after_perform
Usage¶ ↑
class GuestsCleanupJob < ActiveJob::Base queue_as :default before_enqueue do |job| # do something with the job instance end around_perform do |job, block| # do something before perform block.call # do something after perform end def perform # Do something later end end
Action Mailer¶ ↑
One of the most common jobs in a modern web application is sending emails outside of the request-response cycle, so the user doesn't have to wait on it. Active Job is integrated with Action Mailer so you can easily send emails asynchronously:
# If you want to send the email now use #deliver_now UserMailer.welcome(@user).deliver_now # If you want to send the email through Active Job use #deliver_later UserMailer.welcome(@user).deliver_later
Internationalization¶ ↑
Each job uses the I18n.locale
set when the job was created.
Useful if you send emails asynchronously:
I18n.locale = :eo UserMailer.welcome(@user).deliver_later # Email will be localized to Esparanto.
GlobalID¶ ↑
Active Job supports GlobalID for parameters. This makes it possible to pass live Active Record objects to your job instead of class/id pairs, which you then have to manually deserialize. Before, jobs would look like this:
class TrashableCleanupJob < ActiveJob::Base def perform(trashable_class, trashable_id, depth) trashable = trashable_class.constantize.find(trashable_id) trashable.cleanup(depth) end end
Now you can simply do:
class TrashableCleanupJob < ActiveJob::Base def perform(trashable, depth) trashable.cleanup(depth) end end
This works with any class that mixes in
GlobalID::Identification
, which by default has been mixed into
Active Model classes.
Exceptions¶ ↑
Active Job provides a way to catch exceptions raised during the execution of the job:
class GuestsCleanupJob < ActiveJob::Base queue_as :default rescue_from(ActiveRecord::RecordNotFound) do |exception| # do something with the exception end def perform # Do something later end end


Title Page
Foreward
Abstract
Run the Applet
Acknowlegement
Purpose & Hypothesis
Review of Literature
Procedure
Results
Conclusion
Reference List
Appendix A: Software Design
Appendix B: Source Code
Appendix C: JavaDoc


Assembly: SampleServerWithExpose
Assmebly: SampleServerWithExpose
|
An XML-RPC server that utilizes XmlRpcExposed attribute to restrict access.
This server registers itself as the "sample" object. This example differs from
SampleServer in that it uses the XmlRpcExposed attribute to indicate which
public methods are exposed via XML-RPC. Normally ALL public methods are
considered to be exposed, but if the XmlRpcExposed attribute is present at the
class level then ONLY public methods having the XmlRpcExposed attribute will be
exposed.
Run the soc client against the two servers to see the difference. Running
client.exe against this server should generate an error as well since it
attempts to run a method that is not exposed.
A method that echos back it's arguement.
Note this is public BUT NOT XML-RPC exposed!
| Parameters |
| arg |
A String to echo back to the caller. |
The application starts here. This method instantiates an XmlRpcServer
as an embedded XML-RPC server,
then add this object to the server as an XML-RPC handler, and finally starts the server.
A method that returns the current time.


git-imerge
Perform a merge or rebase between two Git branches incrementally.
Conflicts between branches are tracked down to pairs of individual commits, to simplify conflict resolution.
More information: home page
- Start imerge-based rebase (checkout the branch to be rebased, first):
git imerge rebase branch_to_rebase_onto
- Start imerge-based merge (checkout the branch to merge into, first):
git imerge merge branch_to_be_merged
- Show ASCII diagram of in-progress merge or rebase:
git imerge diagram
- Continue imerge operation after resolving conflicts (`git add` the conflicted files, first):
git imerge continue --no-edit
- Wrap up imerge operation, after all conflicts are resolved:
git imerge finish
- Abort imerge operation, and return to the previous branch:
git-imerge remove && git checkout previous_branch


NIF Objects | Compound Types | Enum Types | Basic Types | File Versions
| Name | Type | Arg | Arr1 | Arr2 | Cond | Description | From | To |
|---|---|---|---|---|---|---|---|---|
| From NiObject | ||||||||
| From NiBSplineData | ||||||||
| Num Float Control Points | uint | Number of Float Data Points | ||||||
| Float Control Points | float | Num Float Control Points | Float values representing the control data. | |||||
| Num Short Control Points | uint | Number of Short Data Points | ||||||
| Short Control Points | short | Num Short Control Points | Signed shorts representing the data from 0 to 1 (scaled by SHRT_MAX). |


Interactive Environments
Posted: Mon Sep 29, 2008 3:40 pm
Interactive Environments...
I got the idea for things that can be damaged, broken down, scarred, ect...
Walls can can be broken and crumble from fighters run attacking or mages using strong projectile exploding spells, ect...
Trees that slightly shake or make brushing noises and leaves falling when players are fighting around them or magic spells are shot at them.
When fireballs are shot at stone walls, it can leave scorch marks on the walls temporarily.
An island of petrified nature that can be destroyed like trees that grow quick (like monsters spawning) These trees would look kind of whithered, petrified (lil shiny) and when they're destroyed, there's a chance of a special gem dropping from the tree, which could be used for a quest or some other uses.
Stuff like this to make the game more interactive.
I got the idea for things that can be damaged, broken down, scarred, ect...
Walls can can be broken and crumble from fighters run attacking or mages using strong projectile exploding spells, ect...
Trees that slightly shake or make brushing noises and leaves falling when players are fighting around them or magic spells are shot at them.
When fireballs are shot at stone walls, it can leave scorch marks on the walls temporarily.
An island of petrified nature that can be destroyed like trees that grow quick (like monsters spawning) These trees would look kind of whithered, petrified (lil shiny) and when they're destroyed, there's a chance of a special gem dropping from the tree, which could be used for a quest or some other uses.
Stuff like this to make the game more interactive.


The Greek Question Mark ; or Hex: & #x37e;
In my testing of various languages I found that replacing a semi-colon with a Greek question mark resulted in a failure to compile.(Not a big surprise.) However, different compilers and interpreters had different error messages as to what was causing the issue.
#include <stdio.h> #include <stdlib.h> int main() { printf("Hello World!\n"); printf("Hello World!\n"); }
Obviously one of these has a Greek Question-Mark, but how does GCC interpret it?
Surprisingly well! It identifies what line & character the error exists on and gives an accurate depiction as to what the error is.
#include <iostream> using namespace std; int main() { cout << "Hello World!"; cout << "Hello World!"; return 0; }
Another Greek Question-Mark hidden within the code, however will G++ react similarly to GCC?
G++, as with GCC, accurately shows the location of the error and a likely cause.
public class HelloWorld { public static void main(String args[]) { System.out.println("Hello World!"); } }
Will Javac act similarly to GCC and G++?
Java handles the error fairly well. Issuing a short yet precise error message and showing exactly where the error exists..
def helloWorld(): print "Hello World!";print "Hello World!"; print "Hello World!"; print "Hello World!"; def main(): helloWorld() if __name__ == '__main__': main()
How will an interprted language handle a Greek Question-Mark?
Python's error message issues a syntax error for a non ascii character, correctly depicting the error and showing the encoding for the greek question mark for python. However it does not show where the error exists, making the error a bit more cryptic.
puts "Hello World!"; puts "Hello World!"; puts "Hello World!";
Another implementation attempting to hide the error.
Ruby's interpreter gives a short yet cryptic error, making it rather difficult to understand where the error is and the issue.
In all I'd say that GCC & G++ generated the best error messages. Showing an exact view as to where the error was and it's underlying cause. Java is a close runner up in the sense that it too showed where the error, however the error-message wasn't as clear.
Both Ruby and Python's interpreters gave cryptic responses to this type of error. However, both languages rarely utilizing semi-colons which may explain why their output isn't very helpful.
I would like to further continue my study of Error messages by using the greek question mark in an extended list of programing languages and compilers / interpreters.


|
MINT
Mimetic INTerpolation on the sphere
|
#include <limits>
#include <vector>
#include <map>
#include <string>
#include <vtkUnstructuredGrid.h>
#include <vmtCellLocator.h>
#include <mntGrid.h>
#include <mntQuadEdgeIter.h>
#include <mntNcAttributes.h>
#include <mntNcFieldRead.h>
#include <mntNcFieldWrite.h>
#include <mntMultiArrayIter.h>
Go to the source code of this file.
Classes | |
| struct | RegridEdges_t |
| Edge-centred field regridding. More... | |
Macros | |
| #define | MNT_REGRID_EDGES |
Functions | |
| int | mnt_regridedges_new (RegridEdges_t **self) |
| Constructs a regridding object for edge centred fields. More... | |
| int | mnt_regridedges_del (RegridEdges_t **self) |
| Destructor. More... | |
| int | mnt_regridedges_setSrcGridFlags (RegridEdges_t **self, int fixLonAcrossDateline, int averageLonAtPole) |
| Set the source grid flags. More... | |
| int | mnt_regridedges_setDstGridFlags (RegridEdges_t **self, int fixLonAcrossDateline, int averageLonAtPole) |
| Set the destination grid flags. More... | |
| int | mnt_regridedges_dumpSrcGridVtk (RegridEdges_t **self, const char *fort_filename, int nFilenameLength) |
| Dump the source grid to a VTK file. More... | |
| int | mnt_regridedges_dumpDstGridVtk (RegridEdges_t **self, const char *fort_filename, int nFilenameLength) |
| Dump the destination grid to a VTK file. More... | |
| int | mnt_regridedges_initSliceIter (RegridEdges_t **self, const char *src_fort_filename, int src_nFilenameLength, const char *dst_fort_filename, int dst_nFilenameLength, int append, const char *field_name, int nFieldNameLength, std::size_t *numSlices) |
| Inititalize the slice iterator. More... | |
| int | mnt_regridedges_loadSrcSlice (RegridEdges_t **self, double data[]) |
| Load a slice of the source field from the 2D UGRID file. More... | |
| int | mnt_regridedges_dumpDstSlice (RegridEdges_t **self, double data[]) |
| Dump a slice of the destination field slice to 2D UGRID file. More... | |
| int | mnt_regridedges_nextSlice (RegridEdges_t **self) |
| Increment the slice iterator. More... | |
| int | mnt_regridedges_loadEdgeField (RegridEdges_t **self, const char *fort_filename, int nFilenameLength, const char *field_name, int nFieldNameLength, std::size_t ndata, double data[]) |
| Load a field from a 2D UGRID file. More... | |
| int | mnt_regridedges_dumpEdgeField (RegridEdges_t **self, const char *fort_filename, int nFilenameLength, const char *field_name, int nFieldNameLength, std::size_t ndata, const double data[]) |
| Dump a field to a 2D UGRID file. More... | |
| int | mnt_regridedges_loadSrcGrid (RegridEdges_t **self, const char *fort_filename, int n) |
| Load a source grid from a 2D UGRID file. More... | |
| int | mnt_regridedges_loadDstGrid (RegridEdges_t **self, const char *fort_filename, int n) |
| Load a destination grid from a 2D UGRID file. More... | |
| int | mnt_regridedges_build (RegridEdges_t **self, int numCellsPerBucket, double periodX, int debug) |
| Build the regridder and compute the regridding weights. More... | |
| int | mnt_regridedges_getNumSrcCells (RegridEdges_t **self, std::size_t *n) |
| Get the number of the source grid cells. More... | |
| int | mnt_regridedges_getNumDstCells (RegridEdges_t **self, std::size_t *n) |
| Get the number of the destination grid cells. More... | |
| int | mnt_regridedges_getNumEdgesPerCell (RegridEdges_t **self, int *n) |
| Get the number of edges per cell. More... | |
| int | mnt_regridedges_getNumSrcEdges (RegridEdges_t **self, std::size_t *n) |
| Get the number of unique edges in the source grid. More... | |
| int | mnt_regridedges_getNumDstEdges (RegridEdges_t **self, std::size_t *n) |
| Get the number of unique edges in the destination grid. More... | |
| int | mnt_regridedges_apply (RegridEdges_t **self, const double src_data[], double dst_data[]) |
| Apply the interpolation weights to an edge field with unique edge Ids. More... | |
| int | mnt_regridedges_loadWeights (RegridEdges_t **self, const char *fort_filename, int n) |
| Load the weights from file. More... | |
| int | mnt_regridedges_dumpWeights (RegridEdges_t **self, const char *fort_filename, int n) |
| Dump the weights to file. More... | |
| int | mnt_regridedges_print (RegridEdges_t **self) |
| Print/display the weights. More... | |
| #define MNT_REGRID_EDGES |
| int mnt_regridedges_apply | ( | RegridEdges_t ** | self, |
| const double | src_data[], | ||
| double | dst_data[] | ||
| ) |
Apply the interpolation weights to an edge field with unique edge Ids.
| self | instance of the regridding object |
| src_data | edge centred data on the source grid |
| dst_data | edge centred data on the destination grid |
| int mnt_regridedges_build | ( | RegridEdges_t ** | self, |
| int | numCellsPerBucket, | ||
| double | periodX, | ||
| int | debug | ||
| ) |
Build the regridder and compute the regridding weights.
| self | instance of the regridding object |
| numCellsPerBucket | average number of cells per bucket |
| periodX | periodicity length (set to 0 if non-periodic) |
| debug | 0=no debug info, 1=print debug info, 2=save bad edges in VTK file |
| int mnt_regridedges_del | ( | RegridEdges_t ** | self | ) |
Destructor.
| self | this instance |
| int mnt_regridedges_dumpDstGridVtk | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength | ||
| ) |
Dump the destination grid to a VTK file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| int mnt_regridedges_dumpDstSlice | ( | RegridEdges_t ** | self, |
| double | data[] | ||
| ) |
Dump a slice of the destination field slice to 2D UGRID file.
| self | instance of the regridding object |
| data | array of size number of unique edges (output) |
| int mnt_regridedges_dumpEdgeField | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t | ndata, | ||
| const double | data[] | ||
| ) |
Dump a field to a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| ndata | number of edges and size of data |
| data | array of size number of unique edges (input) |
| int mnt_regridedges_dumpSrcGridVtk | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength | ||
| ) |
Dump the source grid to a VTK file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| int mnt_regridedges_dumpWeights | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Dump the weights to file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of above filename string |
| int mnt_regridedges_getNumDstCells | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of the destination grid cells.
| self | instance of the regridding object |
| n | number of cells |
| int mnt_regridedges_getNumDstEdges | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of unique edges in the destination grid.
| self | instance of the regridding object |
| n | number (output) |
| int mnt_regridedges_getNumEdgesPerCell | ( | RegridEdges_t ** | self, |
| int * | n | ||
| ) |
Get the number of edges per cell.
| self | instance of the regridding object |
| n | number (output) |
| int mnt_regridedges_getNumSrcCells | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of the source grid cells.
| self | instance of the regridding object |
| n | number of cells |
| int mnt_regridedges_getNumSrcEdges | ( | RegridEdges_t ** | self, |
| std::size_t * | n | ||
| ) |
Get the number of unique edges in the source grid.
| self | instance of the regridding object |
| n | number (output) |
| int mnt_regridedges_initSliceIter | ( | RegridEdges_t ** | self, |
| const char * | src_fort_filename, | ||
| int | src_nFilenameLength, | ||
| const char * | dst_fort_filename, | ||
| int | dst_nFilenameLength, | ||
| int | append, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t * | numSlices | ||
| ) |
Inititalize the slice iterator.
| self | instance of the regridding object |
| src_fort_filename | src file name (does not require termination character) |
| src_nFilenameLength | length of src filename string (excluding '\0' if present) |
| dst_fort_filename | dst file name (does not require termination character) |
| dst_nFilenameLength | length of dst filename string (excluding '\0' if present) |
| append | set this to 1 in order to append the data to an exisiting file, 0 otherwise |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| numSlices | number of slices (output) |
| int mnt_regridedges_loadDstGrid | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load a destination grid from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| int mnt_regridedges_loadEdgeField | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | nFilenameLength, | ||
| const char * | field_name, | ||
| int | nFieldNameLength, | ||
| std::size_t | ndata, | ||
| double | data[] | ||
| ) |
Load a field from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| nFilenameLength | length of filename string (excluding '\0' if present) |
| field_name | name of the field |
| nFieldNameLength | length of field_name string (excluding '\0' if present) |
| ndata | number of edges and size of data |
| data | array of size number of unique edges (output) |
| int mnt_regridedges_loadSrcGrid | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load a source grid from a 2D UGRID file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| int mnt_regridedges_loadSrcSlice | ( | RegridEdges_t ** | self, |
| double | data[] | ||
| ) |
Load a slice of the source field from the 2D UGRID file.
| self | instance of the regridding object |
| data | array of size number of unique edges (output) |
| int mnt_regridedges_loadWeights | ( | RegridEdges_t ** | self, |
| const char * | fort_filename, | ||
| int | n | ||
| ) |
Load the weights from file.
| self | instance of the regridding object |
| fort_filename | file name (does not require termination character) |
| n | length of filename string |
| int mnt_regridedges_new | ( | RegridEdges_t ** | self | ) |
Constructs a regridding object for edge centred fields.
| self | instance of the regridding object |
| int mnt_regridedges_nextSlice | ( | RegridEdges_t ** | self | ) |
Increment the slice iterator.
| self | instance of the regridding object |
| int mnt_regridedges_print | ( | RegridEdges_t ** | self | ) |
Print/display the weights.
| self | instance of the regridding object |
| int mnt_regridedges_setDstGridFlags | ( | RegridEdges_t ** | self, |
| int | fixLonAcrossDateline, | ||
| int | averageLonAtPole | ||
| ) |
Set the destination grid flags.
| self | instance of the regridding object |
| fixLonAcrossDateline | set this to 1 if a periodicty length (360) should be added/subtracted to nodes in order to make each cell as compact as possible |
| averageLonAtPole | set this to 1 if longitudes at the poles should take the average value of the cell's longitudes |
| int mnt_regridedges_setSrcGridFlags | ( | RegridEdges_t ** | self, |
| int | fixLonAcrossDateline, | ||
| int | averageLonAtPole | ||
| ) |
Set the source grid flags.
| self | instance of the regridding object |
| fixLonAcrossDateline | set this to 1 if a periodicty length (360) should be added/subtracted to nodes in order to make each cell as compact as possible |
| averageLonAtPole | set this to 1 if longitudes at the poles should take the average value of the cell's longitudes |


Account
Setting
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Copyright © 2019
Sistem Pengaduan Wartawan
.


Java implementation of the QUIC transport protocol and HTTP/3.
The library provides thin Java API layer on top of JNI calls to quiche. Quiche4j
provides a low level API for
processing QUIC packets and handling connection state. The application is responsible for providing I/O (e.g.
sockets handling) as well as timers. The library itself does not make any assumptions on how I/O layer is
organized, making it's pluggle into different architectures.
The main goal of the JNI bindings is to ensure high-performance and flexibility for the application developers
while maintaining full access to quiche
library features. Specifically, the bindings layer tries to
ensure zero-copy data trasfer between runtimes where possible and perform minimum allocations on Java side.
See API usage section here.
Have a look at the quiche4j-examples folder for more complete examples on how to use the Quiche4j API to work with HTTP/3 protocol.
Native JNI code propagates errors using return codes (typically the return code < 0 means either DONE
or
failed). For example, quiche::Error
enum. Quiche4j
follows the same convention instead of throwing Java exceptions to ensure good
perfomance and compatibility with async runtimes (catching exception in async environemnt might be somewhat
problematic). See Quiche.ErrorCode
and Http3.ErrorCode
for more details.


--- layout: post title: google.ps hacked date: 2013-08-26 18:31:46.000000000 +02:00 categories: - web2.0 tags: [] status: publish type: post published: true meta: _edit_last: '1' _wpas_done_all: '1' _wpas_skip_3369783: '1' _wpas_skip_2752212: '1' _oembed_3393f0e4354ce35fdb7c9d2246d85292: '{{unknown}}' _oembed_6fddc0de65d45f212bc9377894e5b198: '{{unknown}}' _oembed_ef2d20aa239a7cefb7549d20bf68c77c: '{{unknown}}' _oembed_1188218c6fe6250e67cc48d8aeb72243: '{{unknown}}' author: ---
Looks like google.ps got its dns hacked.
Update below
Update 2- Looks like its a .ps registry hack rather!(based on HN)
Update 3 - Alls well again
[anshup@aero ~]$ host google.ps
google.ps has address <IP_ADDRESS>
google.ps mail is handled by 0 google.ps.
[anshup@aero ~]$ host <IP_ADDRESS>
<IP_ADDRESS>.in-addr.arpa domain name pointer abubakr.genious.net.
[anshup@aero ~]$ sudo nmap <IP_ADDRESS>
Starting Nmap 6.40 ( http://nmap.org ) at 2013-08-26 23:33 IST
Nmap scan report for abubakr.genious.net (<IP_ADDRESS>)
Host is up (0.21s latency).
Not shown: 981 filtered ports
PORT STATE SERVICE
20/tcp closed ftp-data
21/tcp open ftp
22/tcp closed ssh
25/tcp open smtp
26/tcp open rsftp
53/tcp open domain
80/tcp open http
110/tcp open pop3
143/tcp open imap
389/tcp closed ldap
443/tcp open https
465/tcp open smtps
554/tcp open rtsp
587/tcp open submission
993/tcp open imaps
995/tcp open pop3s
2000/tcp closed cisco-sccp
3306/tcp open mysql
7070/tcp open realserver
[anshup@aero ~]$ dig NS google.ps
; <<>> DiG 9.9.3-rl.13207.22-P2-RedHat-9.9.3-5.P2.fc19 <<>> NS google.ps
;; global options: +cmd
;; Got answer:
;; ->>HEADER< ;; flags: qr rd ra; QUERY: 1, ANSWER: 2, AUTHORITY: 0, ADDITIONAL: 0
;; QUESTION SECTION:
;google.ps. IN NS
;; ANSWER SECTION:
google.ps. 21590 IN NS omar.genious.net.
google.ps. 21590 IN NS hamza.genious.net.

Also, the site hosting the hacked google site seems to belong to this guy:
https://twitter.com/ElZakaria
https://www.facebook.com/preemptif
Update 2
Based on Hacker News, looks like its a .ps registry hack rather.
https://news.ycombinator.com/item?id=6278976
Looks like similar to the .ro (romanian) registry hack late last year.
At around 0530 Hrs IST (0000 UTC), aug 27th, the DNS at genious.net seems to have been re-populated with proper gooogle ips.
;; ANSWER SECTION:
google.ps. 7349 IN NS omar.genious.net.
google.ps. 7349 IN NS hamza.genious.net.

At around 0722 IST, the SOA TTL expired from google's own <IP_ADDRESS> DNS.
;; ANSWER SECTION:
google.ps. 149 IN NS omar.genious.net.
google.ps. 149 IN NS hamza.genious.net.


This distribution of Piranha delivers you with an embeddable implementation of a Servlet container. It is used extensively within the Piranha project itself to test all the Servlet functionality.
EmbeddedPiranha piranha = new EmbeddedPiranhaBuilder() .servlet("SnoopServlet", SnoopServlet.class.getName()) .servletMapping("SnoopServlet", "/SnoopServlet") .build() .start(); EmbeddedRequest request = new EmbeddedRequestBuilder() .servletPath("/SnoopServlet") .build(); EmbeddedResponse response = new EmbeddedResponseBuilder() .build(); piranha.service(request, response); assertTrue(response.getResponseAsString().endsWith("SUCCESS")); piranha .stop() .destroy();
The example above adds the SnoopServlet to Piranha Embedded. It creates a GET request at path /SnoopServlet and it create the response. And it then asks Piranha Embedded to process it. And then it asserts the response contains SUCCESS.
We recommend using the EmbeddedPiranhaBuilder to create your instances of EmbeddedPiranha.
Please use the following dependency.
<dependency> <groupId>cloud.piranha</groupId> <artifactId>piranha-embedded</artifactId> <version>y.m.p</version> </dependency>
where y is the year, m is the month and p is the patch version of the release you want to use.
See GitHub at https://github.com/piranhacloud/piranha/tree/master/embedded


Discover new updates and events year-round...
Collect and level up over 150 cute and funny Monsters — dragons are so last year...
Play with friends around the world...
Customize your Islands with cool decorations and catchy music...
Enjoy awesome graphics and character animation...
All parts of the game are deaply tied together to enable an immersive experience...
We have published more than 100 titles.
video game developer with over 15 years of experience creating fun, innovative, and accessible titles.
We develop games for a wide variety of platforms and audiences.
We are commited to making fun and engaging games for our aucience.


I studied education and English in college, Information Science in master's program at the University of Texas, and biological science in Community Colleges. I also learned Python on Coursera. I am currently attending Dev Bootcamp in San Francisco to get stronger programming skills to make all these knowledge and skills useful.


Many of the examples in the Gremlin documentations are with respect to querying/reading the graph. However, Gremlin is not simply a query language. With Gremlin it is also possible to update the graph. Gremlin can directly access Blueprints and whatever Blueprints provides, Gremlin provides.
The Blueprints API provides methods to manipulate vertices, edges, properties, etc. The Blueprints API is strict to the Java convention. Given the scripting nature of Gremlin, many shorthand methods are provided. Such methods can be found in Gremlin Methods.
To set double or float values you have to explicitly specify the datatypes as the .dot notation won’t work.
Below is a grab bag of update operations in Gremlin.
gremlin> g = new TinkerGraph()
==>tinkergraph[vertices:0 edges:0]
gremlin> v = g.addVertex()
==>v[0]
gremlin> v.name = 'marko'
==>marko
gremlin> v.age = 31
==>31
gremlin> v.height = 186.5d
==>186.5
gremlin> v.weight = 72.4f
==>72.4
gremlin> v.map()
==>name=marko
==>age=31
==>height=186.5
==>weight=72.4
gremlin> u = g.addVertex([name:'pierre',location:'belgium'])
==>v[1]
gremlin> u.map()
==>location=belgium
==>name=pierre
gremlin> g.addEdge(v,u,'collaborator',[since:2011])
==>e[2][0-collaborator->1]
gremlin> v.outE.since
==>2011
gremlin> g.V
==>v[1]
==>v[0]
gremlin> g.E
==>e[2][0-collaborator->1]
gremlin> g.removeVertex(v)
==>null
gremlin> g.V
==>v[1]
gremlin> g.E
gremlin> g.V.as('x').linkOut('knows','x')
==>v[1]
gremlin> g.E
==>e[3][1-knows->1]
gremlin> g = TinkerGraphFactory.createTinkerGraph()
==>tinkergraph[vertices:6 edges:6]
gremlin> g.v(1).out.name
==>vadas
==>lop
==>josh
gremlin> g.v(1).out.sideEffect{it.name = it.name + '!'}.name
==>vadas!
==>lop!
==>josh!
gremlin> g.v(1).out.name
==>vadas!
==>lop!
==>josh!
gremlin> g.v(1).addEdge('coworker',g.v(2)).since = 2008
==>2008
gremlin> g.v(1).outE('coworker')
==>e[0][1-coworker->2]
gremlin> g.v(1).outE('coworker').since
==>2008
Blueprints comes with a collection of helper utilities that makes it easy to do the following operations:
ElementHelper.copyProperties(v,u)
ElementHelper.removeProperties(v)
ElementHelper.renameProperty('original', 'new', g.V)
ElementHelper.typecastProperty('age', Integer.class, g.V)
Please refer to the Blueprints API for numerous handy operations to work with indices, transactions, etc.


Simon Cowell planning Christmas charity single featuring X Factor: Celebrity stars
He's doing it for the kids
by Nancy BrownThe X Factor's winner's song is as much a part of Christmas as Santa, turkey and tinsel.
However, this year, show supremo Simon Cowell has decided to do things a little differently with news that the winner's single has been dropped.
Instead of the winner of The X Factor: Celebrity releasing a single to vie for the coveted Christmas number one spot, all the hopefuls will instead release a charity single.
Megan McKenna, Martin Bashir, Try Star and Love Island band No Love Lost will all feature on the single, alongside Vinnie Jones and the rest of the acts from the live shows.
Read more: Saffron Barker is the latest star to be voted off of Strictly Come Dancing
They'll be releasing a cover of Snow Patrol's Run.
The track is expected to be performed on this weekend's X Factor: Celebrity live grand final, which airs on ITV at 7.10pm on Saturday.
A source explained why Simon had decided to ditch the winner's single and reinstate the show's charity single – which last hit the charts back in 2011.
Read more: I'm A Celebrity viewers think Andrew Maxwell will be the first campmate to leave
They said: "Since streaming influenced the charts, it’s become incredibly difficult for X Factor acts to top the charts on the back of the show, so everyone is being realistic."
They added: "The winner’s song is just being rested, because a group charity track just seemed a better fit this time round."
Proceeds from the track will benefit children's charities Shooting Star Children's Hospices and Together For Short Lives.
The news comes as it was revealed that Simon's X Factor: The Band show is set to start on Monday December 9.
It will do battle with Little Mix's BBC show The Search.
Head to our Facebook page @EntertainmentDailyFix and let us know what you think of our story.


--- layout: post title: I'm moving ---
Fall Semester 2018 I will be a visitor at CEREA, a Joint Laboratory of École des Ponts ParisTech/EDF R&D. Beginning Spring Semester 2019, I will join the University of Nevada, Reno as an assistant professor of statistics. I will be taking PhD and Masters students, so please contact me if you are interested in my past or current projects!


AlloyUI Templates allow the ability to format text and JavaScript objects in an easy to use manner that is also performant.

Name: {name}

Expertise: {expertise}

{name: 'Nate Cavanaugh', expertise: 'Procrastinating'}
Loops can be nested, as well as operate on Arrays or Objects. If looping over an array, use the {.}
variable to refer to the current item in the loop. If looping over an object, you can use the keys of the object such as {name}
(if obj.name exists) or {age}
(if obj.age exists), etc.

{name}

 <tpl for="faves">
{.}
 </tpl>

{ name: 'Eduardo Lundgren', faves: ['Dulce de leche', 'Liferay', 'Acai', 'Haagen Daaz', 'JavaScript'] }
You can test conditions using an if attribute of the tpl element.
<tpl for=".">
 {name} current timezone is GMT <tpl if="residence == 'Madrid'"> +2. </tpl> <tpl if="residence == 'Varna'"> +3. </tpl> <tpl if="residence == 'Olinda'"> -2. </tpl>
 </tpl>
[ {name: 'Iliyan Peychev', residence: 'Madrid'}, {name: 'Bruno Basto', residence: 'Olinda'} ]
You have a couple of different formatting options available to you. To use the baked in formatting methods (which are all contained on A.Lang.String), you simply need to format your variable like so: {var:formattingMethod}
. An example of this would be to capitalize the name
variable, you would do: {name:capitalize}
, or to repeat the age variable 10 times, you could do {age:repeat(10)}
. You can also add your own methods on a per template instance by passing the last configuration item into the A.Template constructor as an object that contains methods. For example, new A.Template('{name:customFormatter}', {customFormatter: function(str){return str;}})
* The formatting methods can take any number of arguments, but the first argument is always implicitly passed, which is the string itself. So if you have no arguments, you don't need to use the parenthesis. If you do have other arguments, you need the parenthesis, but you don't need to pass the string itself.
<tpl for=".">
{title:toUpperCase}
 by {author}
 {description:truncate(100)}
 </tpl>
[ {title: 'Mere Christianity', author: 'C.S. Lewis', description: 'In 1943 Great Britain, when hope and the moral fabric of society were threatened by the relentless inhumanity of global war, an Oxford don was invited to give a series of radio lectures addressing the central issues of Christianity. Over half a century after the original lectures, the topic retains it urgency. Expanded into book form, Mere Christianity never flinches as it sets out a rational basis for Christianity and builds an edifice of compassionate morality atop this foundation. As Mr. Lewis clearly demonstrates, Christianity is not a religion of flitting angels and blind faith, but of free will, an innate sense of justice and the grace of God. --This text refers to an out of print or unavailable edition of this title.'}, {title: 'Dark Rivers of the Heart', author: 'Dean Koontz', description: 'Do you dare step through the red door? Spencer Grant had no idea what drew him to the bar with the red door. He thought he would just sit down, have a slow beer or two, and talk to a stranger. He couldn\'t know that it would lead to a narrow escape from a bungalow targeted by a SWAT team. Or that it would leave him a wanted man. Now he is on the run from mysterious and ruthless men.  And he is hiding from a past he can\'t fully remember. On his trail is a shadowy security agency that answers to no one--including the U.S. government—and a man who considers himself a compassionate Angel of Death. But worst of all, Spencer Grant is on a collision course with inner demons he thought he\'d buried years ago—inner demons that could destroy him if his enemies don\'t first.'}, {title: 'The Importance of Being Earnest', author: 'Oscar Wilde', description: 'The Importance of Being Earnest is an important play by Oscar Wilde, and is a comedy of manners that discusses the serious of society. Set in late Victorian England, the story is about the main charachter, John Worthing\'s, ficticious brother Ernest, which is the main source of the comedy in this work. This is an important play for those are fans of comedy plays and of course the works of Oscar Wilde.'}, {title: 'Pygmalion', author: 'G. B. Shaw', description: 'An idealistic professor transforms an unsophisticated Cockney girl into a refined young lady in this classic drama set in turn-of-the-century London.'}, {title: 'The Great Divorce', author: 'C. S. Lewis', description: 'What if anyone in Hell could take a bus trip to Heaven and stay there forever if they wanted to? In The Great Divorce C. S. Lewis again employs his formidable talent for fable and allegory. The writer finds himself in Hell boarding a bus bound for Heaven. The amazing opportunity is that anyone who wants to stay in Heaven, can. This is the starting point for an extraordinary meditation upon good and evil, grace and judgment. Lewis\'s revolutionary idea is the discovery that the gates of Hell are locked from the inside. In Lewis\'s own words, "If we insist on keeping Hell (or even earth) we shall not see Heaven: if we accept Heaven we shall not be able to retain even the smallest and most intimate souvenirs of Hell."'} ]
You can place your template markup on the page in a couple of different formats. You can place it as a hidden div, inside of an input/textarea, or in a script element (if you use a script element, you MUST set the type="" attribute to something other than "text/javascript"; we use type="aui/template").

 <tpl for="."> {#} {.} </tpl>

<textarea class="aui-helper-hidden" id="textareaTPL"> <tpl for="."> {#} {.} </tpl> </textarea>
var scriptTPL = A.one('#scriptTPL').toTPL(); scriptTPL.render(['Item 1', 'Item 2', 'Item 3'], '#somewhere');
var divTPL = A.one('#divTPL').toTPL(); divTPL.render(['Item 1', 'Item 2', 'Item 3'], '#somewhere');
var textareaTPL = A.one('#textareaTPL').toTPL(); textareaTPL.render(['Item 1', 'Item 2', 'Item 3'], '#somewhere');
You can embed arbitrary JS code into your templates using scriptlets. The result of the scriptlet expression is embedded into the template. A scriptlet is demarked with the special {[ syntax ]}
. Scriptlets can accept any valid JS expression, but are also passed the following variables:
values
- This is the current object that is being applied to the template{name}
would be available as values.name
, {skills}
as values.skills
, etcparent
- This is the object of the parent scope (for instance, when running in a loop, you can access the values of the parent scope)this.myMethodName()
)
* One thing to note, accessing or manipulating the DOM of the template is not allowed, as the JS is executing before the template has finished rendering. You can modify/read other parts of the DOM and have that value returned in your expression however.
<tpl for=".">
 {name} - {[ A.getClassName(values.name, 'styled', 'element') ]}
 </tpl>
[ {name: 'Ollie', age: 18}, {name: 'Kevin', age: 15}, {name: 'Arnie', age: 14}, {name: 'Alice', age: 22} ]
Loops contain other special variables that help with processing logic of the data you're dealing with. The variables are:
{.}
- A shortcut to the current item itself{#}
- A shortcut to the $index variable{$index}
- This is the current number of the item in the loop, however it's 1-based, instead of 0-based like normal javascript arrays (also available in scriptlets as $index
){$i}
- This is the current 0-based number of the item in the loop (also available in scriptlets as $i
){$count}
- This is the total number of items of the array (also available in scriptlets as $count
){$last}
- This is a true or false value indicating whether you are currently on the last item of the array (also available in scriptlets as $last
)<tpl for="devs"> {#}. {.}<tpl if="!$last">,</tpl> </tpl>
{devs: ['Nate', 'Eduardo', 'Iliyan', 'Bruno', 'Jon', 'Aaron']}
Parsing a template is extremely fast. Because of the way it's compiled down, the end call is just basic string substitution. This test creates an object using 5,000 rows and parses it out.
* There is one small cheat we do in this test, which is we move the container off DOM first. Modifying a live DOM element is always the most expensive part. For a ratio of comparison, for 5,000 rows, calling tpl.parse({...5,000...}) takes only about 5ms but the rendering portion (if done on DOM) takes about 300ms.
<tpl for="rows">
{#}. {.}
 </tpl>
(function(){ var obj = {rows: []}, rows = obj.rows; var data = ['Nate', 'Eduardo', 'Iliyan', 'Bruno', 'Jon', 'Aaron']; var getRandomString = function(i){ var seed =<PHONE_NUMBER> * i; return Math.floor(Math.random() * seed).toString(36) + Math.abs(Math.floor(Math.random() * seed) ^ A.Lang.now()).toString(36); } for(var i = 0; i < 5000; i++) { rows[rows.length] = getRandomString(i); }; return obj; })();
There are a couple of different ways in which you can create a template.
The A.Template
constructor can be passed either an array of strings as the first argument, or as just a series of strings.
tpl = new A.Template('This is my', '{name}.');or
tpl = new A.Template(['And this is my', '{age}.']);
tpl = new A.Template('This is my {age:getMax(10)}.', { getMax: function(value, max){ return Math.max(value, max); } });
tpl = A.Template.from('#divContainingTplMarkup');or
tpl = A.one('#divContainingTplMarkup').toTPL();
tpl.render({name: 'Nate', age: 31}, '#outputContainer');or
A.one('#outputContainer').renderTPL(['This is my name: {name}'], {name: 'Nate', age: 31});
html = tpl.parse({name: 'Nate', age: 31});
{name}:{age} - {age * 5}


{%load sections%}
{% get_root_sections with section as root_sections %} {%for nav in root_sections%}
{{nav.title}}
{%endfor%}
{{section.title}}
{%with section.get_related_content as related_content%} {%if related_content%}
Related Content
{%for obj, app, model, rel in related_content%}
{{obj.title}}
{%endfor%}
{%endif%} {%endwith%} {%with section.get_parent as parent%} {%if parent%}
Parent is:
{{parent.title}}
.
{%endif%} {%endwith%} {%with section.get_children as children%} {%if children%}
Child sections:
{%for child in children%}
{{child.title}}
{%endfor%}
{%endif%} {%endwith%}
{% get_root_sections with section as root_sections %} {%for nav in root_sections%}
{{nav.title}}
{%with nav.get_children as subnav_items%} {%if subnav_items%}
{%for subnav in nav.get_children%} {%section_is_descendant section of subnav as subnav_active%}
{{subnav.title}}
{%endfor%}
{%endif%} {%endwith%}
{%endfor%}


SQL INjection
SQL Injection is when malicious code typed into a user interface from a website executes that "injected" sql statement and operates the underlying program in a way that was not intended by the original software author. The syntax of the injection is of different types. For example if an input requires a username and the malicious person types a true statement with a return value of true, then the underlying select statement might bring forth all the associated secure information such as passwords, socials, etc. One example of a true statement that isn't necessarily obvious is that ""=="" is true. This would render the underlying select statement as fulfilling a purpose it was not intended. Another way to cause problems is through the use of batched sql statements. Since sql allows statements to be submitted in multiples as long as they are separated by semicolons. You could add any statement after a semicolon to fulfill what the user is supposed to input and make it do whatever you want after the semicolon. For example ;Drop TAble would cause the table to be deleted. BAD STUFF!! The only proven way according to w3schools to prevent injection is through sql parameters which cause what is passed into variables through user interfaces to be treated literally, and not have the ability to change the functionality of code.


{%extends 'base.html'%} {%load static%} {%block content%}
A customer is the most important visitor on our premises. He is not dependent on us. We are dependent on him. He is not an interruption in our work – he is the purpose of it. We are not doing him a favor by serving him. He is doing us a favor by giving us the opportunity to serve him
Welcome to Nova Luxury Dashboard.
Check on other tabs to continue


Hi, my name is Kayla Schmitt and I am a senior Computer Science major at the University of Missouri. Along with being a student I've also been tutoring calculus for the University for 3 years. In my experience I have found that there are so many students that take calculus, but not nearly enough resources online to fit the demand. I have built this site to help students with several calculus concepts. This site follows the book Single Variable Calculus, 7th edition, which can be purchaced here
I'm going to easily explain some topics that I have found my students to have the most difficulty with. This site is not supposed to be used as a supstitute to a textbook or course but rather a suppliment to go over things that you have already learned. I hope you enjoy!
I'm going to teach you an easy two step process for finding the derivative! Let's begin:
The first step in finding the derivative is to take the exponent and put it in front of the x. Try it here:


Web Developer - Al Futtaim Education Group,Dubai (Sept 2016 - Present)
Developed various web applications using ASP.NET, AngularJS, Bootstrap and Material Design.
Major Projects:
Accounts and Tax Invoice application with multiple currencies options, VAT integration, service approval logs and various customizations.
Online Admission website which helped parents and the department easily track applications. (Admissions Portal)
Staff appraisal application- Gives a quick one-page view of each staff’s details and performance history
Junior Developer Internship - Al Asas Information Technology, Sharjah (July 2013 - Sept 2013)
Developed a web application for faculty and staff at Skyline University to eliminate manual work and generate reports for various daily tasks such as course registration, transfers etc.
school
Education
MSc in Advanced Software Engineering - Edinburgh Napier University, UK (Jan 2015 - July 2016)
Accredited by British Computer Society
Main Courses: Enterprise Computing, Programming for the Web (ASP.NET MVC), Advanced Software Development, Emergent Computing for Optimization, Formal Approaches for Software Engineering (B Method)
Dissertation: Keepsakes in the Digital Age – Finalist in British Computer Society Lovelace Colloquium March 2016 at Sheffield, UK
BSc in Information Systems and Management (Sept 2011 - Sept 2014)
Secured 1st Rank and awarded Academic Excellence Award
Main Courses: Project Management, Web Technology, Software Engineering
Dissertation: Application of Data Mining for HR in the Educational Sector – An Empirical Study : Published in the International Journal of Computing and Informational Technology Vol. 3 Issue 5
Loves to develop user-friendly, innovative and modern responsive web applications.
Projects
Green Monitor
Basic ReactJS app created during Astrolabs Bootcamp to reduce carbon footprint.
Astrolabs Coding Bootcamp (June 2018 – August 2018)
The program focused on modern technologies used by full stack developers that included: Domains, Hosting, Basics of WordPress, HTML, CSS, JavaScript, Node JS, MongoDB, Mongoose, Webpack, Git, React JS and even the basics of React Native (to build hybrid mobile apps)!
Microsoft Certified Training – 20488 -Developing Microsoft SharePoint Server 2013 Core Solutions (August 2017)
This course focused on core skills that are common to most SharePoint development activities. These include working with the server-side and client-side object models, developing and deploying features, solutions, and apps, managing identity and permissions, querying and updating list data, managing taxonomy, using workflow to manage business processes, and customizing the user interface.
A modern responsive front-end framework based on Material Design


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The Kentucky Fried Movie (1977) Rating: 3.0 stars out of 5.0 stars
Cast: Evan Kim, Master Bong Soo Han, Jim Abrahams, David Zucker, Jerry Zucker, Donald Sutherland, Bill Bixby, Henry Gibson, George Lazenby, Rick Baker, Stephen Stucker, Tony Dow, Charlotte Zucker, Forrest J. Ackerman, John Landis Written by: Jerry Zucker, Jim Abrahams and David Zucker Directed by: John Landis Running Time: 83 minutes
The Kentucky Fried Movie is the writing debut of comic masterminds Jerry Zucker, Jim Abrahams and David Zucker (who went on to give us zany gems like Airplane!, Top Secret!, and The Naked Gun trilogy). The film is a raunchy sketch comedy movie (a popular comedic format in the 1970s, with The Groove Tube and Loose Shoes as other examples) and most have described it as an R-rated "Saturday Night Live".
The Kentucky Fried Movie is horribly dated by today's comedic standards, but the attempts at humor come so often that there are enough good jokes throughout to make it work. Although, I wonder what someone's reaction to this film would be watching it for the first time today, since a great deal of the humor is based on the commercials and fads of the 70s. I mean, when was the last time you heard "Detroit" as the punchline of a joke?
Best bits include: the educational film "Zinc Oxide and You", the 1950s lawyer spoof "Courtroom", and the final skit of the film where a TV news anchorman and his crew watch a young couple having sex through the couple's television. Other segments fall flat or run too long, with the Bruce Lee parody "A Fistful of Yen" definitely falling into the latter category.
The Kentucky Fried Movie is available on DVD from Anchor Bay Entertainment. It contains the film in its original theatrical aspect ratio of 1.85:1 (and enhanced for 16x9 televisions), as well as a full frame version. The disc also features a full length audio commentary track (featuring director John Landis, producer Robert K. Weiss, and writers Jerry Zucker, Jim Abrahams and David Zucker), the original theatrical trailer (featuring footage shot specifically for the trailer... and advertising the film as G-rated!), behind the scenes footage, a photo gallery, and crew biographies.
The commentary track is a blast, just as you'd expect it to be with these five men in one room. The jokes come as quickly as they do in the film, although many times someone ends up getting talked over (as is common with commentary tracks featuring numerous participants). Director John Landis is quick to point out all the moments that would never make it through the motion picture rating board today, and how the film, if resubmitted, would instantly get an NC-17 rating. Landis also pulls off the amazing feat of seemingly knowing what every single member of the cast is doing today.
The behind the scenes footage, which was shot by the Zuckers to prove to their parents that they were actually making a movie, is interesting whenever there's sound to go with it. However, that isn't often. The remaining silent footage would be of the most interest to the cast and crew of the film, as watching them all sit and enjoy a meal isn't too entertaining for me (despite those silly 70s haircuts).
Anchor Bay has done the fans of this film a great service with this special edition DVD, and I'm very happy to support a company dedicated to giving its customers exactly what they want. [R]
Reviewed by Chuck Dowling -<EMAIL_ADDRESS>AOL Instant Messenger: FilmJax The Jacksonville Film Journal - http://www.jaxfilmjournal.com/
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