vignettes/QTL_pipeline_vignette.Rmd
QTL_pipeline_vignette.Rmd
root.dir <- "~/Desktop"
knitr::opts_chunk$set(
collapse = TRUE,
comment = "#>",
root.dir = root.dir,
fig.height = 12,
fig.width = 10
)
knitr::opts_knit$set(root.dir = root.dir)
library(echolocatoR)
library(dplyr)
results_dir <- file.path(root.dir,"results")
dir.create(results_dir, showWarnings = F, recursive = F)
top_SNPs
data.framegrouping_vars=c("Locus","Gene")
so that you get top SNPs for each eGene-locus pair (not just one SNP per locus).
fullSS_path <- "~/Desktop/Microglia_all_regions_Kunkle_2019_COLOC.snp-level_select.tsv.gz"
## Download example data
if(!file.exists(fullSS_path)){
download.file("https://github.com/RajLabMSSM/Fine_Mapping_Shiny/raw/master/www/Microglia_all_regions_Kunkle_2019_COLOC.snp-level_select.tsv.gz", fullSS_path)
}
top_SNPs <- import_topSNPs(
topSS = fullSS_path,
chrom_col = "chr",
position_col = "pos",
snp_col="snp",
pval_col="gwas.pvalues",
effect_col="gwas.beta",
gene_col="gene",
locus_col = "Locus",
grouping_vars = c("Locus","Gene"))
#> [1] "+ Assigning gene_col and locus_col independently"
head(top_SNPs)
#> Locus Gene CHR POS SNP P Effect
#> 1: ABCA7 ENSG00000160953 19 1050874 rs12151021 2.562e-10 0.1071
#> 2: BIN1 ENSG00000136731 2 127892810 rs6733839 4.022e-28 0.1693
#> 3: CR1 ENSG00000266094 1 207679307 rs4844600 1.598e-13 0.1324
#> 4: INPP5D ENSG00000168918 2 233981912 rs10933431 2.552e-07 0.1001
#> 5: MS4A6A ENSG00000149476 11 60103385 rs72924659 1.417e-14 -0.1239
#> 6: PILRA ENSG00000106366 7 100012579 rs60738304 1.154e-05 -0.0700
finemap_loci()
we usually supply loci=
with a list of locus names. However,when fine-mapping GWAS-QTL jointly, you’ll need to specify which QTL eGene-GWAS locus pairs you want to run.gene_locus_list()
. The returned list’s values are the GWAS loci, while the names are the QTL eGenes.top_SNPs
object first. In this example, I’m going to remove any pairs that don’t have matching eGene-locus names.
loci <- gene_locus_list(top_SNPs)
# We'll just fine-map 2 loci to start
loci <- loci[1:3]
loci
#> ENSG00000160953 ENSG00000136731 ENSG00000266094
#> "ABCA7" "BIN1" "CR1"
NOTE: Currently this finemap_loci()
will only fine-map the GWAS results. However you can still plot the fine-mapped GWAS results using the QTL_prefixes
argument.
Kunkle_2019.microgliaQTL <- finemap_loci(# GENERAL ARGUMENTS
top_SNPs = top_SNPs,
results_dir = results_dir,
loci = loci,
dataset_name = "Kunkle_2019.microgliaQTL",
dataset_type = "GWAS",
sample_size = 21982 + 41944,
proportion_cases = 21982 / 41944,
force_new_subset = F,
force_new_LD = F,
force_new_finemap = F,
remove_tmps = T,
# SUMMARY STATS ARGUMENTS
fullSS_path = fullSS_path,
query_by ="fullSS",
chrom_col = "chr",
position_col = "pos",
snp_col = "snp",
pval_col = "gwas.pvalues",
effect_col = "gwas.beta",
stderr_col = "gwas.varbeta",
MAF_col = "gwas.MAF",
gene_col = "gene",
# QTL prefixes
QTL_prefixes = c("qtl."),
# FILTERING ARGUMENTS
bp_distance = 500000, #100000,
min_MAF = 0.001,
# FINE-MAPPING ARGUMENTS
finemap_methods = c("ABF","FINEMAP","SUSIE","POLYFUN_SUSIE"),
n_causal = 5,
PP_threshold = .95,
# LD ARGUMENTS
LD_reference = "1KGphase1",
superpopulation = "EUR",
download_method = "axel",
# PLOT ARGUMENTS
plot.types=c("simple"),
plot.zoom = "1x"
)
#> [1] "+ CONDA:: Activating conda env 'echoR'"
#> [1] "Checking for tabix installation..."
#> [1] "Checking for bcftools installation..."
#> [1] "Reassigning gene-specific locus names"
#>
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> ABCA7_ENSG00000160953 (1 / 3)
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> [1] "+ Importing pre-existing file: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/ABCA7_ENSG00000160953/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Subset file looks good."
#> [1] "+ Removing subset tmp..."
#> [1] "+ LD:: Previously computed LD_matrix detected. Importing... /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/ABCA7_ENSG00000160953/LD/ABCA7_ENSG00000160953.1KGphase1_LD.RDS"
#> [1] "+ FILTER:: Filtering by LD features."
#> [1] "FILTER:: Filtering by SNP features."
#> [1] "+ FILTER:: Removing SNPs with MAF < 0.001"
#> [1] "+ FILTER:: Post-filtered data: 2984 x 34"
#> [1] "++ Previously multi-finemap results identified. Importing: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/ABCA7_ENSG00000160953/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Fine-mapping with ' ABF, FINEMAP, SUSIE, POLYFUN_SUSIE ' completed:"
#> Time difference of 0.05 secs
#> +-------- Locus Plot: ABCA7_ENSG00000160953--------+
#> [1] "+ Filling NAs in CS cols with 0"
#> [1] "+ Filling NAs in PP cols with 0"
#> [1] "+ LD:: LD_matrix detected. Coloring SNPs by LD with lead SNP."
#> [1] "++ PLOT:: GWAS track"
#> [1] "++ PLOT:: qtl. track"
#> [1] "++ PLOT:: Merged fine-mapping track"
#> [1] "Melting PP and CS from 5 fine-mapping methods"
#> [1] "++ PLOT:: Adding Gene model track."
#> Loading required package: ensembldb
#> Loading required package: BiocGenerics
#> Loading required package: parallel
#>
#> Attaching package: 'BiocGenerics'
#> The following objects are masked from 'package:parallel':
#>
#> clusterApply, clusterApplyLB, clusterCall, clusterEvalQ,
#> clusterExport, clusterMap, parApply, parCapply, parLapply,
#> parLapplyLB, parRapply, parSapply, parSapplyLB
#> The following objects are masked from 'package:dplyr':
#>
#> combine, intersect, setdiff, union
#> The following objects are masked from 'package:stats':
#>
#> IQR, mad, sd, var, xtabs
#> The following objects are masked from 'package:base':
#>
#> anyDuplicated, append, as.data.frame, basename, cbind, colnames,
#> dirname, do.call, duplicated, eval, evalq, Filter, Find, get, grep,
#> grepl, intersect, is.unsorted, lapply, Map, mapply, match, mget,
#> order, paste, pmax, pmax.int, pmin, pmin.int, Position, rank,
#> rbind, Reduce, rownames, sapply, setdiff, sort, table, tapply,
#> union, unique, unsplit, which.max, which.min
#> Loading required package: GenomicRanges
#> Loading required package: stats4
#> Loading required package: S4Vectors
#>
#> Attaching package: 'S4Vectors'
#> The following objects are masked from 'package:dplyr':
#>
#> first, rename
#> The following object is masked from 'package:base':
#>
#> expand.grid
#> Loading required package: IRanges
#>
#> Attaching package: 'IRanges'
#> The following objects are masked from 'package:dplyr':
#>
#> collapse, desc, slice
#> Loading required package: GenomeInfoDb
#> Loading required package: GenomicFeatures
#> Loading required package: AnnotationDbi
#> Loading required package: Biobase
#> Welcome to Bioconductor
#>
#> Vignettes contain introductory material; view with
#> 'browseVignettes()'. To cite Bioconductor, see
#> 'citation("Biobase")', and for packages 'citation("pkgname")'.
#>
#> Attaching package: 'AnnotationDbi'
#> The following object is masked from 'package:dplyr':
#>
#> select
#> Loading required package: AnnotationFilter
#>
#> Attaching package: 'ensembldb'
#> The following object is masked from 'package:dplyr':
#>
#> filter
#> The following object is masked from 'package:stats':
#>
#> filter
#> max_transcripts=1.
#> 67 transcripts from 67 genes returned.
#> Fetching data...OK
#> Parsing exons...OK
#> Defining introns...OK
#> Defining UTRs...OK
#> Defining CDS...OK
#> aggregating...
#> Done
#> Constructing graphics...
#> [1] "+ Adding vertical lines to highlight SNP groups..."
#> +>+>+>+>+ plot.zoom = 1x +<+<+<+<+
#> [1] "+ PLOT:: Get window suffix..."
#> [1] "+ PLOT:: Removing GWAS full window track @ zoom=1x"
#> [1] "+ Removing subplot margins..."
#> [1] "+ Reordering tracks..."
#> [1] "+ Ensuring last track shows genomic units..."
#> [1] "+ Aligning xlimits for each subplot..."
#> [1] "+ Checking track heights..."
#> [1] "+ PLOT:: Saving plot ==> /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/ABCA7_ENSG00000160953/multiview.ABCA7_ENSG00000160953.1KGphase1.1x.jpg"
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 2984 rows containing missing values (geom_text).
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 2984 rows containing missing values (geom_text).
#> Fine-mapping complete in:
#> Time difference of 20.8 secs
#>
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> BIN1_ENSG00000136731 (2 / 3)
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> [1] "+ Importing pre-existing file: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/BIN1_ENSG00000136731/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Subset file looks good."
#> [1] "+ Removing subset tmp..."
#> [1] "+ LD:: Previously computed LD_matrix detected. Importing... /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/BIN1_ENSG00000136731/LD/BIN1_ENSG00000136731.1KGphase1_LD.RDS"
#> [1] "+ FILTER:: Filtering by LD features."
#> [1] "FILTER:: Filtering by SNP features."
#> [1] "+ FILTER:: Removing SNPs with MAF < 0.001"
#> [1] "+ FILTER:: Post-filtered data: 1096 x 34"
#> [1] "++ Previously multi-finemap results identified. Importing: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/BIN1_ENSG00000136731/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Fine-mapping with ' ABF, FINEMAP, SUSIE, POLYFUN_SUSIE ' completed:"
#> Time difference of 0.05 secs
#> +-------- Locus Plot: BIN1_ENSG00000136731--------+
#> [1] "+ Filling NAs in CS cols with 0"
#> [1] "+ Filling NAs in PP cols with 0"
#> [1] "+ LD:: LD_matrix detected. Coloring SNPs by LD with lead SNP."
#> [1] "++ PLOT:: GWAS track"
#> [1] "++ PLOT:: qtl. track"
#> [1] "++ PLOT:: Merged fine-mapping track"
#> [1] "Melting PP and CS from 5 fine-mapping methods"
#> [1] "++ PLOT:: Adding Gene model track."
#> max_transcripts=1.
#> 8 transcripts from 8 genes returned.
#> Fetching data...OK
#> Parsing exons...OK
#> Defining introns...OK
#> Defining UTRs...OK
#> Defining CDS...OK
#> aggregating...
#> Done
#> Constructing graphics...
#> [1] "+ Adding vertical lines to highlight SNP groups..."
#> +>+>+>+>+ plot.zoom = 1x +<+<+<+<+
#> [1] "+ PLOT:: Get window suffix..."
#> [1] "+ PLOT:: Removing GWAS full window track @ zoom=1x"
#> [1] "+ Removing subplot margins..."
#> [1] "+ Reordering tracks..."
#> [1] "+ Ensuring last track shows genomic units..."
#> [1] "+ Aligning xlimits for each subplot..."
#> [1] "+ Checking track heights..."
#> [1] "+ PLOT:: Saving plot ==> /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/BIN1_ENSG00000136731/multiview.BIN1_ENSG00000136731.1KGphase1.1x.jpg"
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 1096 rows containing missing values (geom_text).
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 1096 rows containing missing values (geom_text).
#> Fine-mapping complete in:
#> Time difference of 6.9 secs
#>
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> CR1_ENSG00000266094 (3 / 3)
#> ) ) ) ))))))}}}}}}}} {{{{{{{{{(((((( ( ( (
#> [1] "+ Importing pre-existing file: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/CR1_ENSG00000266094/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Subset file looks good."
#> [1] "+ Removing subset tmp..."
#> [1] "+ LD:: Previously computed LD_matrix detected. Importing... /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/CR1_ENSG00000266094/LD/CR1_ENSG00000266094.1KGphase1_LD.RDS"
#> [1] "+ FILTER:: Filtering by LD features."
#> [1] "FILTER:: Filtering by SNP features."
#> [1] "+ FILTER:: Removing SNPs with MAF < 0.001"
#> [1] "+ FILTER:: Post-filtered data: 681 x 34"
#> [1] "++ Previously multi-finemap results identified. Importing: /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/CR1_ENSG00000266094/Multi-finemap/1KGphase1_LD.Multi-finemap.tsv.gz"
#> [1] "+ Fine-mapping with ' ABF, FINEMAP, SUSIE, POLYFUN_SUSIE ' completed:"
#> Time difference of 0.04 secs
#> +-------- Locus Plot: CR1_ENSG00000266094--------+
#> [1] "+ Filling NAs in CS cols with 0"
#> [1] "+ Filling NAs in PP cols with 0"
#> [1] "+ LD:: LD_matrix detected. Coloring SNPs by LD with lead SNP."
#> [1] "++ PLOT:: GWAS track"
#> [1] "++ PLOT:: qtl. track"
#> [1] "++ PLOT:: Merged fine-mapping track"
#> [1] "Melting PP and CS from 5 fine-mapping methods"
#> [1] "++ PLOT:: Adding Gene model track."
#> max_transcripts=1.
#> 10 transcripts from 10 genes returned.
#> Fetching data...OK
#> Parsing exons...OK
#> Defining introns...OK
#> Defining UTRs...OK
#> Defining CDS...OK
#> aggregating...
#> Done
#> Constructing graphics...
#> [1] "+ Adding vertical lines to highlight SNP groups..."
#> +>+>+>+>+ plot.zoom = 1x +<+<+<+<+
#> [1] "+ PLOT:: Get window suffix..."
#> [1] "+ PLOT:: Removing GWAS full window track @ zoom=1x"
#> [1] "+ Removing subplot margins..."
#> [1] "+ Reordering tracks..."
#> [1] "+ Ensuring last track shows genomic units..."
#> [1] "+ Aligning xlimits for each subplot..."
#> [1] "+ Checking track heights..."
#> [1] "+ PLOT:: Saving plot ==> /Users/schilder/Desktop/results/GWAS/Kunkle_2019.microgliaQTL/CR1_ENSG00000266094/multiview.CR1_ENSG00000266094.1KGphase1.1x.jpg"
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 681 rows containing missing values (geom_text).
#> Warning: Removed 1 rows containing missing values (geom_hline).
#> Warning: Removed 681 rows containing missing values (geom_text).
#> Fine-mapping complete in:
#> Time difference of 5.7 secs
#> [1] "+ Identifying Consensus SNPs..."
#> [1] "++ support_thresh = 2"
#> [1] "++ top_CS_only=FALSE"
#> [1] "+ Calculating mean Posterior Probability (mean.PP)..."
#> [1] "+ Replacing PP==NA with 0"
#> [1] "++ 4 fine-mapping methods used."
#> [1] "++ 9 Credible Set SNPs identified."
#> [1] "++ 9 Consensus SNPs identified."


| theme_get {ggplot2} | R Documentation |
The current/active theme (see theme()
) is automatically applied to every
plot you draw. Use theme_get
to get the current theme, and theme_set
to
completely override it. theme_update
and theme_replace
are shorthands for
changing individual elements.
theme_get() theme_set(new) theme_update(...) theme_replace(...) e1 %+replace% e2
new |
new theme (a list of theme elements) |
... |
named list of theme settings |
e1, e2 |
Theme and element to combine |
theme_set
, theme_update
, and theme_replace
invisibly return the previous theme so you can easily save it, then
later restore it.
+
and %+replace%
can be used to modify elements in themes.
+
updates the elements of e1 that differ from elements specified (not
NULL) in e2. Thus this operator can be used to incrementally add or modify
attributes of a ggplot theme.
In contrast, %+replace%
replaces the entire element; any element of a
theme not specified in e2 will not be present in the resulting theme (i.e.
NULL). Thus this operator can be used to overwrite an entire theme.
theme_update
uses the +
operator, so that any unspecified values in the
theme element will default to the values they are set in the theme.
theme_replace
uses %+replace%
to completely replace the element, so any
unspecified values will overwrite the current value in the theme with
NULL
.
In summary, the main differences between theme_set()
, theme_update()
,
and theme_replace()
are:
theme_set()
completely overrides the current theme.
theme_update()
modifies a particular element of the current theme
using the +
operator.
theme_replace()
modifies a particular element of the current theme
using the %+replace%
operator.
p <- ggplot(mtcars, aes(mpg, wt)) + geom_point() p # Use theme_set() to completely override the current theme. # theme_update() and theme_replace() are similar except they # apply directly to the current/active theme. # theme_update() modifies a particular element of the current theme. # Here we have the old theme so we can later restore it. # Note that the theme is applied when the plot is drawn, not # when it is created. old <- theme_set(theme_bw()) p theme_set(old) theme_update(panel.grid.minor = element_line(colour = "red")) p theme_set(old) theme_replace(panel.grid.minor = element_line(colour = "red")) p theme_set(old) p # Modifying theme objects ----------------------------------------- # You can use + and %+replace% to modify a theme object. # They differ in how they deal with missing arguments in # the theme elements. add_el <- theme_grey() + theme(text = element_text(family = "Times")) add_el$text rep_el <- theme_grey() %+replace% theme(text = element_text(family = "Times")) rep_el$text


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/cases.20in.20term.20mode.html ---
I am trying to tell Lean what a path in a quiver is. How do I finish is_a_path
?
universes u structure quiver := (V : Type u) (E : Type u) (s : E → V) (t : E → V) variable {Q : quiver} definition is_a_path : (list Q.E) → Prop := λ l, sorry
hint: use list.chain
inductive list.chain : Π {α : Type u}, (α → α → Prop) → α → list α → Prop constructors: list.chain.nil : ∀ {α : Type u} (R : α → α → Prop) (a : α), list.chain R a list.nil list.chain.cons : ∀ {α : Type u} {R : α → α → Prop} {a b : α} {l : list α}, R a b → list.chain R b l → list.chain R a (b :: l)
interesting
By the way, do you think it is a good idea to use lists to capture paths?
You may want more complicated inductive structures in some circumstances, but here a list of edges is sufficient
universes u v structure quiver := (V : Type u) (E : Type v) (s : E → V) (t : E → V) variable {Q : quiver} definition is_a_path : (list Q.E) → Prop | [] := true | [x] := true | (hd1::hd2::tl) := Q.t hd1 = Q.s hd2 ∧ is_a_path (hd2::tl)
Aaah, so I should use |
. Thanks! But now you are not using list.chain
you could use list.chain
for the latter two cases
the definition using list.chain
is left to the reader as an exercise :P
alternatively, you could define it as an inductive type, which may be more natural
oh...  What does mutual
do?
https://leanprover.github.io/theorem_proving_in_lean/theorem_proving_in_lean.pdf
P.120, Section 7.9
note that I was trying induction-recursion which is not a thing
not to confuse you
But your current definition is not equivalent to mine, right?
yours? I haven't seen your definition
Hmm, agreed. My bad.
Let me try again: your second definition is not equivalent to your first, right?
but I haven't finished my second definition
Aaah, ok
@Mario Carneiro (maybe on its own thread?) if Lean had induction-recursion, would you be able to prove false? would there be a shorter proof than following godel?
No. Induction recursion would strengthen the system, it wouldn't be able to prove its own consistency because it now has induction-recursion and the simulated lean language would not
why can't you simulate induction-recursion with induction-recursion?
you probably need induction-recursion-recursion or something
hmm
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


1 reference to InitRMWithAssembly
System.Management.Automation (1)
utils\ResourceManagerCache.cs (1)
74
manager =
InitRMWithAssembly
(baseName, assembly);


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Finding myself pennyless and depressed after, dropping my new, uninsured and hugely overpriced laptop in the bath (long story), I was in need of a cheap buzz, after a quick scan of the internet, I found it in my own back yard, the out of control passiflora vine I had intended to rip out. I feverishly began harvesting what I could. It is too late in the year for flowers, so I decided to make do with leaves and stems.
After drying in my boiler cupboard I gingerly had a puff. Unlike my 'Catnip' smoking experience I wasn't choking or vomiting, in fact it wasn't at all unpleasent. I did find the buzz to be very subtle, but still acceptable. I will deffinately smoke it again, probably in larger amounts next time. I used between 1/4 and a 1/2 ounce this time. I'm going to harvest next time when it's in flower and see if there's any difference in strength and taste.
I'd give it a 3 star stoner rating.
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1 Samuel 14:12
And the men of the garrison answered Jonathan and his armourbearer, and said, Come up to us, and we will show you a thing. And Jonathan said unto his armourbearer, Come up after me: for the LORD hath delivered them into the hand of Israel.


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DevDesk Queue is a functional way for members to get the help they need.
Students may submit help tickets, categorize them, as well as posting to corresponding help channels.
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--- layout: post tags: [AutoFixture, Unit Testing] date: 2010-06-29 06:39:30 UTC title: "Introducing AutoFixture Likeness" --- {% include JB/setup %}
The last time I presented a sample of an AutoFixture-based unit test, I purposely glossed over the state-based verification that asserted that the resulting state of the basket variable was that the appropriate Pizza was added:
Assert.IsTrue(basket.Pizze.Any(p => p.Name == pizza.Name), "Basket has added pizza.");
The main issue with this assertion is that the implied equality expression is rather weak: we consider a PizzaPresenter instance to be equal to a Pizza instance if their Name properties match.
What if they have other properties (like Size) that don't match? If this is the case, the test would be a false negative. A match would be found in the Pizze collection, but the instances would not truly represent the same pizza.
How do we resolve this conundrum without introducing equality pollution? AutoFixture offers one option in the form of the generic Likeness<TSource, TDestination> class. This class offers convention-based test-specific equality mapping from TSource to TDestination and overriding the Equals method.
One of the ways we can use it is by a convenience extension method. This unit test is a refactoring of the test from the previous post, but now using Likeness:
[TestMethod] public void AddWillAddToBasket_Likeness() { // Fixture setup var fixture = new Fixture(); fixture.Register<IPizzaMap, PizzaMap>(); var basket = fixture.Freeze<Basket>(); var pizza = fixture.CreateAnonymous<PizzaPresenter>(); var expectedPizza = pizza.AsSource().OfLikeness<Pizza>(); var sut = fixture.CreateAnonymous<BasketPresenter>(); // Exercise system sut.Add(pizza); // Verify outcome Assert.IsTrue(basket.Pizze.Any(expectedPizza.Equals)); // Teardown }
Notice how the Likeness instance is created with the AsSource() extension method. The pizza instance (of type PizzaPresenter) is the source of the Likeness, whereas the Pizza domain model type is the destination. The expectedPizza instance is of type Likeness<PizzaPresenter, Pizza>.
The Likeness class overrides Equals with a convention-based comparison: if two properties have the same name and type, they are equal if their values are equal. All public properties on the destination must have equal properties on the source.
This allows me to specify the Equals method as the predicate for the Any method in the assertion:
Assert.IsTrue(basket.Pizze.Any(expectedPizza.Equals));
When the Any method evalues the Pizze collection, it executes the Equals method on Likeness, resulting in a convention-based comparison of all public properties and fields on the two instances.
It's possible to customize the comparison to override the behavior for certain properties, but I will leave that to later posts. This post only scratches the surface of what Likeness can do.
To use Likeness, you must add a reference to the Ploeh.SemanticComparison assembly. You can create a new instance using the public constructor, but to use the AsSource extension method, you will need to add a using directive:
using Ploeh.SemanticComparison.Fluent;
Comments
In your example, you are only comparing one property and I know that you can test many properties as well.
Now it is my understanding that given many properties if any property doesn't match, then you'll get a test failure. My question is how to output a message pinpointing which property is causing the test to fail.
On another note, maybe you could ask Adam Ralph how he's integrated the comment section on his blog, which I believe is using the same platform as you are. http://adamralph.com/2013/01/09/blog-post-excerpts-a-new-solution/
David, if you want to get more detailed feedback on which properties don't match, you can use
expected.ShouldEqual(actual);


Tag: heap
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Leetcode 0023. Merge k Sorted Lists (14 Aug 2021)
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Leetcode 0215. Kth Largest Element in an Array (14 Aug 2021)
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Leetcode 0218. The Skyline Problem (14 Aug 2021)
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Leetcode 0220. Contains Duplicate III (14 Aug 2021)
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Leetcode 0253. Meeting Rooms II (14 Aug 2021)
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Leetcode 0264. Ugly Number II (14 Aug 2021)
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Leetcode 0295. Find Median from Data Stream (14 Aug 2021)
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Leetcode 0313. Super Ugly Number (14 Aug 2021)
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Leetcode 0355 Design Twitter (14 Aug 2021)
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Leetcode 0358. Rearrange String k Distance Apart (14 Aug 2021)
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Leetcode 0378. Kth Smallest Element in a Sorted Matrix (14 Aug 2021)
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Leetcode 0407. Trapping Rain Water II (14 Aug 2021)
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Leetcode 0480. Sliding Window Median (14 Aug 2021)
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Leetcode 0621. Task Scheduler (14 Aug 2021)
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Leetcode 0778. Swim in Rising Water (14 Aug 2021)
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Leetcode 0787. Cheapest Flights Within K Stops (14 Aug 2021)
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Leetcode 0871. Minimum Number of Refueling Stops (14 Aug 2021)
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Leetcode 0973. K Closest Points to Origin (14 Aug 2021)
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Leetcode 1172. Dinner Plate Stacks (14 Aug 2021)
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Leetcode 1263. Minimum Moves to Move a Box to Their Target Location (14 Aug 2021)
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Leetcode 1354. Construct Target Array With Multiple Sums (14 Aug 2021)
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Leetcode 1368. Minimum Cost to Make at Least One Valid Path in a Grid (14 Aug 2021)
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Leetcode 1383. Maximum Performance of a Team (14 Aug 2021)
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Leetcode 1425. Constrained Subsequence Sum (14 Aug 2021)
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Leetcode 1439. Find the Kth Smallest Sum of a Matrix With Sorted Rows (14 Aug 2021)
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Leetcode 1499. Max Value of Equation (14 Aug 2021)
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Leetcode 1606. Find Servers That Handled Most Number of Requests (14 Aug 2021)
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Leetcode 1642. Furthest Building You Can Reach (14 Aug 2021)
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Leetcode 1675. Minimize Deviation in Array (14 Aug 2021)
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Leetcode 1696. Jump Game VI (14 Aug 2021)
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Leetcode 1825. Finding MK Average (14 Aug 2021)
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Leetcode 1912. Design Movie Rental System (14 Aug 2021)


Dec 20, 2011 Clinton and Mindy Kaling were paired together this morning for a holiday Holiday books: Mindy Kaling and Bill Clinton pick favorites [Today] Dec 21, 2011. President Clinton stopped by the Today Show yesterday and talked about the
books he likes to read I was surprised and delighted to discover
and Jane; later his favorite books included Black Beauty and The Last of the
Mohicans When he was in high school in Arkansas, Bill Clinton was chosen to
President Bill Clinton's Favorite Books: 1 How the Irish Saved Civilization. -
Thomas Cahill 2 The First American - H W Brands 3 Take It Back - James Carville
What can you say about Bill Clinton? These are my favorite Dec 28, 2011 Former president Bill Clinton and The Office actor Mindy Kaling shared their
favorite books recently on The Today Show Follow this link to see
Dec 20, 2011 Today in books: Bill Clinton's five favorite books are heavy reading, Michael Chabon says publishers are getting an unfair share of e-book
A documentary about wounded veterans that Roger championed gets a screening at the Rehabilitation Institute of Chicago and screenings in New York and Los Angeles…
Dec 20, 2011 Bill 99847371 JPG Clinton, author and former president, appeared on the "Today. " show to share his list of five favorite books. It was quite
Aug 29, 2012. 10 Contemporary Politicians' Favorite Books By Heba Usually politicians are
the ones who are being written about in books, not talking about them. So is
Obama still. Filed Under: Barack ObamaBill ClintonJFKPaul Ryan
Jan 16, 2013 Yesterday marked the opening day of the. Clinton Foundation's Health and to this day lists Invention as one of his all-time favorite books his
Biography com presents Bill Clinton, the 42nd U S president, who served during . the longest peacetime economic. I was reading little. books when I was 3. " Aug 13, 2009 Here's a list of books Bill Clinton has been reading lately, from his own pen: 1 My favorite president reads one of my favorite book blogs
Dec 20, 2011 Talking on the Today show, former President of the United States Bill Clinton. picked the books he would recommend for the bibliophiles on
President Bill Clinton gives us his views on the challenges facing the United States today and why government matterspresenting his ideas on restoring Top books to read according to Bill Clinton Top book to read - thinks Bill well as an English teacher's favorite on. high school reading lists: Heart of Darkness


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Introduction
Now that we know that the American government is probably reading all our email, we should be encrypting all sensitive emails that we send.
At the very least, we should be signing all the email that we send, so that it can’t be changed en route.
This guide assumes that you’re using a Mail.app on a Mac, although similar tools exist for Windows and Linux.
First, for those who are unfamiliar with this, here’s an (oversimplified) explanation of how encryption works.
A key is a randomly generated string of characters which is used to encrypt/decrypt your data.
Every user has a pair of keys. His public key can be freely shared online. His private key is known only to him, and must be safely stored.
Let’s consider the classic Alice and Bob example.
- Alice wants to send a message to Bob
- Alice combines her private key with Bob’s public key to generate a shared secret
- Alice encrypts her message with the shared secret and sends it to Bob.
- Now the way this works, the same shared secret can also be generated by combining Bob’s private key and Alice’s public key
- This means that the message can be decrypted by Bob (assuming he has Alice’s private key)
So, in practice, this means:
- You need a private/public key pair
- The person you’re sending email to needs a private/public key pair
- You need to know the public key of the person you’re sending email to
- That person needs to know your public key
- Additionally, your private key is usually encrypted on disk, so you need a password (sometimes called a passphrase) to unlock your private key.
Generating a Key Pair
First, download and install GPG Suite. Then, the GPG Keychain Access application. This should be present in your Applications folder after you install the GPG Suite.
Click on New, and enter your Name and Email address. Upload public key after generation should be checked. You will also need to pick a passphrase to secure your private key on disk.
You should now have a key pair generated for you. To be safe, use GPG Keychain Access to export your key to a file. Make sure that the Allow secret key export option is checked. This makes sure that your private key is exported as well. This will create a file with an asc
extension. Keep this file safe!
Remember, if you lose your private key, you cannot read any encrypted mail sent to you, nor can you send any encrypted email. Ditto for your passphrase.
I use Arq to backup my private keys and 1Password for my passphrase.
Getting Another Person’s Public Key
You cannot send an encrypted email to someone unless you know their public key.
To do this, open GPG Keychain Access, and press ⌘F to launch the Find dialog. Enter the email address of the person you want to email.
Once the search completes, you can import the public key for the email you entered.
You can also do this manually using a key server like http://pgp.mit.edu/
Sending an Encrypted Email
Open/Restart Mail.app. Type ⌘N to compose a new mail.
If you set up your keys right, you should see a green OpenPGP
on the top right corner of the window.
Once you fill in the To: field with an email address you know the public key for, the little padlock icon on the right should become clickable. Click it.
If the padlock is closed, that means that the email you’re about to send is encrypted.
The person you’re sending the email to should be able to view the email as normal (using software like GPG Suite to handle decryption).
If someone else were to try and view the email, this is what they would see:
Receiving an Encrypted Email
Thankfully, there’s nothing you have to do here, assuming you have the sender’s public key imported into GPG Keychain Access.
GPG Suite will automatically decrypt the email and show it to you. It’s seamless!
In fact, here’s what the email from the previous screenshot would look like in Mail.app:
Digital Signatures
It might not always be practical/necessary to encrypt all your emails.
However, there is an easy way to avoid MITM attacks (man-in-the-middle attacks, where a third-party could modify the text of the email before it reaches you).
Simply (digitally) sign every email you send. GPG Suite makes this very easy. Just make sure the button next to the padlock is clicked:
Here’s what this does:
- The text of your message is applied to a one-way function, and a digital fingerprint of your message is obtained.
- If the text of your message changes even by a single character, this fingerprint ceases to be valid.
- The fingerprint is signed with your private key, and is attached with the email in a plain-text file called
signature.asc
- The receiver independently calculates the fingerprint of the message, and also decrypts your
signature.asc
using your public key.
- If the two match, the email was sent by you, and was not tampered with.
An email client that supports digital signatures (GPG Suite included) will complain if this verification fails.


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What is a responsive site and why is having one important?
Let's tackle what a responsive site is first. Why yes, it is indeed a website that responds! As you resize your browser, the website will scale up and down in size to take advantage of the available space.
For users on mobile, where you don't have the precision of a mouse, the designer may have desktop navigation condense down into a pop up menu in order to make the best use of precious screen real estate.
What is mobile first design and why is it important?
Due to the sudden uptake in smartphones over the past 10 years, more and more users are spending their time browsing the web on their phones rather than on the desktop.
Traditionally, site designers would address these two different platforms by having two versions of the same site: one for mobile and one for desktop. As sites grew bigger and more complex, the task of maintaining two seperate versions of the page grew to be a huge pain in the butt.
Thanks to advancements in browsers and the revamping of HTML guidelines, we now design for mobile first. We start with the smallest possible browser size, in this case a phone and ensure that we can relay all the necessary information. Once we know the site works with a small screen size, we can expand upon it and polish it up for desktop viewers. This way, we know that no user will be left behind with a sub par experience. You can sleep well at night knowing your site is accessible on the 2cm LED screen that'll be embedded in your future WiFi toaster.
What are frameworks and what are their pros and cons?
Much like a house, you start with the skeleton and build on top. Frameworks are like a sort of pre-built skeleton for your site that provides a stable foundation to build from.
Browsers can treat the same pages different, measuring font sizes, margins and a lot of other attributes in completely different ways. A skeleton will usually set all of those to the same standard to eliminate as many inconsistencies as possible.
They also tend to come with a bunch of preset styles so you can save time by not having to pretty up your buttons and tables.
On the downside, you may find that since it's easier to implement things like flexible columns and what not, that you don't actually begin to understand how those things work. The more that is already provided for you, the less you have to struggled with and learn to understand.
The other main issue with frameworks is page speed. While not a huge issue for CSS, if you aren't using the majority of what a framework provides, the browser is still going to need to load in all of the different stylings provided regardless.
What is a wireframe and why do we use them?
Wireframes are like the blueprints to your building site. By planning out what you're going to build first, you'll have a clearer idea of what you're trying to build and where to put everything instead of just fiddling around for hours on end trying to come up with ideas.
They're also important to have if you're designing for a client. They may want to see what ideas you have first before signing off the start of your site build. Gotta have something to show them since they've come to you to make sense of a site. They won't necessarily understand any technical terms but everyone can understand images.
What aspects of your wireframe did you find difficult to implement?
Originally, I was going to have a div for questions and a div for answers unlike the single div with styled text I opted for the in the end. The issue I ran into was getting the alignment to alternate between left and right without the left divs popping up along side the right ones. In the end, I opted to simplify my design and use text instead.
I was also going to have my social icons on the right side of the banner but I couldn't get them to sit nicely in a way that looked nice. They just looked out of place and distracted from the design.
Although my wireframe was fairly simple, I should have spent more time thinking about my design before hand. In saying that though, my idea of what I wanted to make only really came about the more I fiddled with things trying to get them to work.


{% extends 'patterns.html' %} {# --------------------------------------- #} {# Settings, models, library variables #} {# --------------------------------------- #} {% set ui_title = "Bems" %} {% block ui_description %}
BEM's stands for block/element/modifier and is a front-end naming methodology. You can read more about the whys, the wheres and the whens on CSS Wizardy (a lot of this page is lifted from, or referencing this article). All you need to know right now is we like to write markup in this manner wherever possible, based on a few simple rule sets.
{% endblock %} {# --------------------------------------- #} {# Main body content #} {# --------------------------------------- #} {% block body %}.element {}
.element__child {}
.element--modifier {}

.article {
background: #333;
}
.article__header {
background: #000;
}
.article__footer {
background: #fff;
}
Here we see a simple article structure with a header, body and footer. The represents the simplest approach to BEM's mark–up.

Logically, the '.article' is a direct child of '.section', so BEM's would suggest it should use child markup.
However, there maybe times where '.article' is not a child of '.section', so specifying in this manner makes things, less, not more flexible
Best approach? Plan your modules, and decide what is a child and what isn't

.section {
background: #333;
padding: 40px;
overflow: hidden;
}
.section--alternate {
background: #fff;
}
A modifier is use to changed the properties of '.section' from their default. It might change a background color, increase padding or changes margins.
Modifiers are used where a change of some properties is desired, but some of the original properties remain.
Remember, you can use modifiers to change child elements too, but be careful with how far down this road you go, as you can create too many dependencies.


Exotic minimal
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Add a property (name/value pair) that will be used to configure the DataSource
/Driver
.
In the case of a DataSource
, the property names will be translated to Java setters following the
Java Bean naming convention. For example, the property cachePrepStmts
will translate into setCachePrepStmts()
with the value
passed as a parameter.
In the case of a Driver
, the property will be added to a Properties
instance that will
be passed to the driver during java.sql.Driver#connect(String, Properties) calls.


My Team
Firstname Lastname
Manager
ID: 1
Email:
<EMAIL_ADDRESS>Office number: 1
Firstname Lastname
Engineer
ID: 1
Email:
<EMAIL_ADDRESS>GitHub:
user-name
Firstname Lastname
Intern
ID: 1
Email:
<EMAIL_ADDRESS>School: UNH


Create Module:
| Name: | |
| Filename: | |
| Fileid: | |
| Filetype: | |
| Args: | |
| Env: | |
| Channels: | |
| Runtime: |
Delete/Migrate Module:
Module:Module Stdout:
(Select module by clicking on it on the tree)
Delete Runtime:
Runtime: Delete the runtime from ARTS database; does not terminate the runtime itselfMQTT
Server:
:Force tree refresh
Demos


School@Hand App
Version 1.0.3 Jul 02 2014
Contact Developer
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E-mail<EMAIL_ADDRESS>Phone: 1-(866) 561 3596
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While we make every effort to provide our users with reliable and accurate information, Mobilocity Inc makes no gurantees that information presented in this app is accurate. All data presented is either gathered from publicly available information or provided by designated third party providers under the terms and conditions agreed.


FAMILY BUSINESS A film review by Mark R. Leeper Copyright 1989 Mark R. Leeper
Capsule review: Very substandard Lumet. A powerful performance by Dustin Hoffman is not enough to save this mismatch of story elements, but does raise it to a rating of 0.
Sidney Lumet is one of the best of American directors. His record includes films such as TWELVE ANGRY MEN, FAIL-SAFE, DOG DAY AFTERNOON, and NETWORK. It would be hard to match for intensity films such as EQUUS or what may be his most powerful film, THE PAWNBROKER. But somehow something went very wrong with FAMILY BUSINESS, a crazy-quilt patchwork that falls apart at the seams.
The first and most unlikely matching is of Sean Connery, Dustin Hoffman, and Matthew Broderick as three generations of the same family. At least one review tells me the novel that the film was based on has everyone being Irish-American. If that is true, and even if not, it represents an appalling sacrifice of credibility for box-office appeal. The whole story lies under the cloud of this initial foolishness. Grandfather Jessie is Irish, his son Vito is Sicilian, and his grandson Adam is Jewish. It was left ambiguous but Jessie's mother may have been Cherokee. Jessie is a career criminal who led his son Vito into crime. Vito, however, eventually broke with his father, married a Jewish woman, ran a meat provision company that he not so secretly hated, and raised a Westinghouse scholar, Adam. Adam, however, is rebelling from his father and wants to follow his grandfather into crime, starting with the unusual robbery of a biological research facility.
While the film is marketed as having substantial comedy, nobody seems to have told director Lumet. FAMILT BUSINESS is a crime drama without very much comedy. Even then the actors are mismatched since neither Broderick nor Connery is equipped or prepared to match the intensity of a Dustin Hoffman performance.
Somewhere Lumet seems to have lost control of the theme of the film. The film becomes a defense of crime. It is full of likable criminals who hawk stolen goods at Irish wakes. The nasty people in this film are people who deal in real estate and lawyers, and big corporations, each of whom is made to look worse than the others. Lumet seems to be saying that Adam should go into likable crime because legal professions are all immoral.
In spite of Hoffman's performance--the only aspect that prevents this film from getting a much lower rating--I would give this film a 0 on the -4 to +4 scale. FAMILY BUSINESS is bad business.
Mark R. Leeper att!mtgzx!leeper<EMAIL_ADDRESS>.
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get_object_vars (PHP 4, PHP 5, PHP 7) get_object_vars — 返回由对象属性组成的关联数组 说明 array get_object_vars ( object $obj ) 返回由 obj 指定的对象中定义的属性组成的关联数组。 Note: 在 PHP 4.2.0 之前的版本中，如果在 obj 对象实例中声明的变量没有被赋值，则它 们将不会在返回的数组中。而在 PHP 4.2.0 之后，这些变量作为键名将被赋予 NULL 值。 Example #1 使用 get_object_vars() x = $x; $this->y = $y; } function setLabel($label) { $this->label = $label; } function getPoint() { return array("x" => $this->x, "y" => $this->y, "label" => $this->label); } } // "$label" is declared but not defined $p1 = new Point2D(1.233, 3.445); print_r(get_object_vars($p1)); $p1->setLabel("point #1"); print_r(get_object_vars($p1)); ?> 以上例程会输出： Array ( [x] => 1.233 [y] => 3.445 [label] => ) Array ( [x] => 1.233 [y] => 3.445 [label] => point #1 ) 参见 get_class_methods() 和 get_class_vars()。 参数 object An object instance. 返回值 Returns an associative array of defined object accessible non-static properties for the specified object in scope. If a property have not been assigned a value, it will be returned with a NULL value. 更新日志 版本 说明 5.3.0 This function now returns NULL if the object isn't an object. prior to If the object isn't an object, then get_object_vars() would return 5.3.0 FALSE prior to If the variables declared in the class of which the object is an 4.2.0 instance, have not been assigned a value, those will not be returned in the array 范例 Example #2 Use of get_object_vars() test(); ?> 以上例程会输出： array(2) { ["b"]=> int(1) ["c"]=> NULL } array(4) { ["a"]=> NULL ["b"]=> int(1) ["c"]=> NULL ["d"]=> NULL } 参见 • get_class_methods() - 返回由类的方法名组成的数组 • get_class_vars() - 返回由类的默认属性组成的数组 User Contributed Notes 38 notes =============================================================================== You can still cast the object to an array to get all its members and see its visibility. Example: skin = $s; $this->meat = $m; $this->roots = $r; } } $Obj = new Potatoe ( 1, 2, 3 ); echo "
\n"; echo "Using get_object_vars:\n"; $vars = get_object_vars ( $Obj ); print_r ( $vars ); echo "\n\nUsing array cast:\n"; $Arr = (array)$Obj; print_r ( $Arr ); ?> This will returns: Using get_object_vars: Array ( [skin] => 1 ) Using array cast: Array ( [skin] => 1 [ * meat] => 2 [ Potatoe roots] => 3 ) As you can see, you can obtain the visibility for each member from this cast. That which seems to be spaces into array keys are '\0' characters, so the general rule to parse keys seems to be: Public members: member_name Protected memebers: \0*\0member_name Private members: \0Class_name\0member_name I've wroten a obj2array function that creates entries without visibility for each key, so you can handle them into the array as it were within the object: I've created also a bless function that works similar to Perl's bless, so you can further recast the array converting it in an object of an specific class: With these ones you can do things like: skin = $s; $this->meat = $m; $this->roots = $r; } function PrintAll () { echo "skin = ".$this->skin."\n"; echo "meat = ".$this->meat."\n"; echo "roots = ".$this->roots."\n"; } } $Obj = new Potatoe ( 1, 2, 3 ); echo "\n"; echo "Using get_object_vars:\n"; $vars = get_object_vars ( $Obj ); print_r ( $vars ); echo "\n\nUsing obj2array func:\n"; $Arr = obj2array($Obj); print_r ( $Arr ); echo "\n\nSetting all members to 0.\n"; $Arr['skin']=0; $Arr['meat']=0; $Arr['roots']=0; echo "Converting the array into an instance of the original class.\n"; bless ( $Arr, Potatoe ); if ( is_object ($Arr) ) { echo "\$Arr is now an object.\n"; if ( $Arr instanceof Potatoe ) { echo "\$Arr is an instance of Potatoe class.\n"; } } $Arr->PrintAll(); ?> =============================================================================== Hi all, I just wrote a function which dumps all the object propreties and its associations recursively into an array. Here it is.. $val) { $val = (is_array($val) || is_object($val)) ? object_to_array( $val) : $val; $arr[$key] = $val; } return $arr; } ?> Example: You have an object like this: fruitsbasket Object ( [Fruits] => Array ( [0] => fruits Object ( [_name] => Mango [_color] => Green [_weight] => 10 ) [1] => fruits Object ( [_name] => Apple [_color] => Red [_weight] => 15 ) [2] => fruits Object ( [_name] => Grape [_color] => Purple [_weight] => 5 ) ) [total_weight] => 30 ) just do: it will produce an array: Array ( [Fruits] => Array ( [0] => Array ( [_name] => Mango [_color] => Green [_weight] => 10 ) [1] => Array ( [_name] => Apple [_color] => Red [_weight] => 15 ) [2] => Array ( [_name] => Grape [_color] => Purple [_weight] => 5 ) ) [total_weight] => 30 ) I wish function like this could be usefull for you all. :) =============================================================================== You can use call_user_func() to return public variables from inside the class: class Test { protected $protected; public $public; private $private; public function getPublicVars () { return call_user_func('get_object_vars', $this); } } $test = new Test(); var_dump($test->getPublicVars()); // array("public" => NULL) =============================================================================== get_object_vars() has confusing behaviour when called as get_object_vars($this) or similar: since a method inside a class definition can access private vars, apparently so can get_object_vars(), so it returns private vars as well. A simple workaround is to define a method that in itself calls get_object_vars, like: =============================================================================== A simple way to call this function within an Object and to only export the *public* params would be to artificially change the scope - for example with a closure in php 5.3: =============================================================================== actually, it's not entirely true that php5 will only return public members....php5 will return any variable IT HAS ACCESS TO In other words, if you do a get_class_variables($this) inside a class, you'll get everything - public, private, the whole shebang...really annoying since you can't check to see what's private/public without using reflection =============================================================================== If your object contains a reference, beware that you might get references for all object properties in the array values, thus when changing values in the array, they may change the object too (confirmed and not yet fixed PHP bug https://bugs.php.net/bug.php?id=66961 affecting all PHP versions up to at least 5.6.2 and 5.5.18 and 5.4.34). This 10-years old comment tried reporting this: http://php.net/manual/en/ function.get-object-vars.php#40515 but its exemple was incomplete. See bug report for example. =============================================================================== function to convert object (with children) to an (associative) array ... recusive $val) { $akey = ($assoc !== FALSE) ? $key : $i; if (is_array($val) || is_object($val)) { $out_arr[$key] = (empty($val)) ? $empty : object_to_array_recusive($val); } else { $out_arr[$key] = (empty($val)) ? $empty : (string)$val; } $i++; } } return $out_arr; } // -------------------------------------------------------- // -------------------------------------------------------- ?> Example / Usage: a) return an associative (recusive) array from object $new_arr1 = object_to_array_recusive($my_object); // --- or --- object_to_array_recusive($my_object,TRUE); // --- or --- object_to_array_recusive($my_object,1); b) return a numeric (recusive) array from object (set 2nd argument = FALSE) $new_arr2 = object_to_array_recusive($my_object,FALSE); you can pre-set the Array-Value of Empty (Sub-) Objects in 3rd argument ($empty) // --- eg: NULL --- object_to_array_recusive($my_object,1,NULL); =============================================================================== Just thought I would pass this on. Working with PHP 5.2.4 In Windows this works by reading the vars from the passed in object and copying them to the vars of the current object. public function copyMe(User $user) { $varArray = get_object_vars($this); $copyVarArray = get_object_vars($user); foreach ($varArray as $key=>$value) { $this->$key = $copyVarArray[$key]; } } This did not work in Linux, I had to add another function to return the array of vars. Calling get_array_vars on the passed in object would return an empty array. public function copyMe(User $user) { $varArray = $this->getArray(); $copyVarArray = $user->getArray(); foreach ($varArray as $key=>$value) { $this->$key = $copyVarArray[$key]; } } public function getArray() { return get_object_vars($this); } =============================================================================== more strange, strange behaviour: if you are trying to deep-copy an object with get_object_vars(), strange behaviour can accidentally clobber your original object properties. please read very, very carefully: get_object_vars() may either return references to *or* deep copies of the object's properties *depending on whether that property has been set with the -> operator*. (this behaviour probably varies per php platform and os so please confirm for yourself.) furthermore, consider $properties = get_object_vars($obj); normally, unset()ting a reference does not affect the original, i.e. $ref = NULL; is not the same as unset($ref); per the references documentation. However, if you have this strange references version and you unset() an array element of $properties, it will *SET THE OBJECT PROPERTY TO NULL*, which is not how references normally work. even stranger behaviour comes into effect that i can only express with an example. please test this with your version and OS and proceed very carefully: --> \n"; class Lump { var $size = 'average'; function & copy() { // return a deep copy $copy = new Lump(); $properties = get_object_vars($this); foreach( array_keys( $properties ) as $property ){ $copy->$property = $properties[$property]; // deep, right? } return $copy; } } $lump = new Lump(); $lump->size = 'huge'; // <--- this line changes everything // comment above line out, and see the difference // also, try substituting another property for 'size' $properties = get_object_vars($lump); $properties['size'] = 'small'; // this behavior varies echo "after changing the properties array:\n"; var_dump( $lump ); // it's either big or small (never huge) depending on // whether you commented-out the indicated line //------------- let's try using our copy() method $original_lump = new Lump(); $original_lump->size = 'huge'; // this line changes the behaviour $other_lump =& $original_lump->copy(); unset( $other_lump->size ); echo "after unsetting in copy:\n"; var_dump( $original_lump ); // i'm afraid so -- original value clobbered ! echo "\n"; ?> code till dawn, mark meves =============================================================================== If you're using the SPL ArrayObject class (or similar, or the ArrayAccess interface), you may have noticed that it's difficult to loop through an object's properties. get_object_vars does not return the properties of an ArrayObject. The only workaround I can see is to use get_class_vars. foo = "bar"; $obj[] = "1"; $obj[] = "2"; foreach($obj as $key => $value) { // will iterate over the array, iterating over "1" and "2", but ignoring $obj-> foo } var_dump($obj); // dumps the array values, ignores $obj->foo $a = get_object_vars($obj); // returns an empty array class Fart extends ArrayObject { public $foo = "bar"; } $obj = new Fart(); $a = get_object_vars($obj); // return an empty array $a = get_class_vars(get_class($obj)); // returns array("foo"=>"bar"), Yay! /* The above works with subclasses as well */ class Toot extends Fart { public $weeble = "wobble"; } $a = get_class_vars(get_class($obj)); // returns array("weeble" => "wobble", "foo"=>"bar"), Yay again! ?> So, to iterate over the properties of an ArrayObject, and not the array values: $defaultValue) { $value = $obj->$prop; // now you have the property name and its value } ?> =============================================================================== class A{ private $priA; protected $proA; public $pubA; } class B extends A{ private $priB; protected $proB; public $pubB; public function getVars(){ return array_diff_key(get_object_vars($this), get_class_vars (get_parent_class($this))); } } $b = new B(); var_dump($b->getVars()); array(3) { ["priB"]=> NULL ["proB"]=> NULL ["pubB"]=> NULL } =============================================================================== get_object_vars($this) php5.3 + it returns only public and protected; NOT private vars =============================================================================== If you want to access all properties (private, protected, public) of a class and his base class(es) from outside the object you can take a look in the code below. You can even reffrence them. Example: $nameD1."\n"); print("\t\$d2 = ".$test->$nameD2."\n"); print("\t\$d3 = ".$test->$nameD3."\n"); print("\t\$t1 = ".$test->$nameT1."\n"); print("\t\$t2 = ".$test->$nameT2."\n"); print("\t\$t3 = ".$test->$nameT3."\n"); print("\n"); // Create new values to use as reffrence. $varD1 = 31; $varD2 = 32; $varD3 = 33; $varT1 = 41; $varT2 = 42; $varT3 = 43; // Reffrence these to the class properties. $test->$nameD1 =& $varD1; $test->$nameD2 =& $varD2; $test->$nameD3 =& $varD3; $test->$nameT1 =& $varT1; $test->$nameT2 =& $varT2; $test->$nameT3 =& $varT3; // Printing all members (private, protected, public) of test class and parent. // The values have changed by assigning reffrence to them. print("Object Changed by reffrence (1):\n"); print("\t\$d1 = ".$test->$nameD1."\n"); print("\t\$d2 = ".$test->$nameD2."\n"); print("\t\$d3 = ".$test->$nameD3."\n"); print("\t\$t1 = ".$test->$nameT1."\n"); print("\t\$t2 = ".$test->$nameT2."\n"); print("\t\$t3 = ".$test->$nameT3."\n"); print("\n"); // Change the original values. // This will change the class properties. $varD1 = 61; $varD1 = 62; $varD1 = 63; $varT1 = 71; $varT1 = 72; $varT1 = 73; // Printing all members (private, protected, public) of test class and parent. // The values have changed because the variables $varXX have been changed. print("Object Changed by reffrence (2):\n"); print("\t\$d1 = ".$test->$nameD1."\n"); print("\t\$d2 = ".$test->$nameD2."\n"); print("\t\$d3 = ".$test->$nameD3."\n"); print("\t\$t1 = ".$test->$nameT1."\n"); print("\t\$t2 = ".$test->$nameT2."\n"); print("\t\$t3 = ".$test->$nameT3."\n"); print("\n"); // Printing the object using print_r() shows the changes // have been done on the object. print("Object Changed (print_r):\n"); print_r($test); print("\n"); // If you dont now the class propertynames you can get these by casting the // object to an array. The array keys are the names $prop = array_keys((array) $test); print("Getting all class propertynames (print_r)\n"); print_r($prop); //Result /* Original object: $d1 = 1 $d2 = 2 $d3 = 3 $t1 = 11 $t2 = 12 $t3 = 13 Object Changed by reffrence (1): $d1 = 31 $d2 = 32 $d3 = 33 $t1 = 41 $t2 = 42 $t3 = 43 Object Changed by reffrence (2): $d1 = 63 $d2 = 32 $d3 = 33 $t1 = 73 $t2 = 42 $t3 = 43 Object Changed (print_r): Test Object ( [t1:private] => 73 [t2:protected] => 42 [t3] => 43 [d1:private] => 63 [d2:protected] => 32 [d3] => 33 ) Getting all class propertynames (print_r) Array ( [0] => Test */ ?> =============================================================================== It seems like there's no function that determines all the *static* variables of a class. I've come out with this one as I needed it in a project: It relies on an interesting property: the fact that get_object_vars only returns the non-static variables of an object. =============================================================================== Note that before PHP 5.3.9 numeric object variables of unserialized object are not public, and get_object_vars() won't return them: https://bugs.php.net/bug.php?id=61774 =============================================================================== Please note that you cannot affect the object via the array values...in other words, the returned array does not contain references to the values within the object, but copies. If you are making an object inspector or editor, this is not good enough. So I made the following methods: METHODS: function &getVar($obj, $name) { $expr="\$prop=&\$obj->$name;"; eval($expr); return $prop; } function &getObjectVars($obj) { $result=array(); $vars=get_object_vars($obj); foreach ($vars as $var => $value) { $result[$var]=&getVar(&$obj, $var); } return $result; } [NOTE: You must pass in a reference to an object, not an object. Sorry if this offends PHP'ers, but the distinction of pass-by-value and copy-on-assignment drives me batty (compared to Python, Java, Smalltalk), so I make all my functions pass by value, and force myself to pass in a reference to keep track of what is happening under the hood.] EXAMPLE: class Bob { function Bob() { $this->thing=13; $this->other="whatever"; } var $thing; var $other; } $obj=&new Bob(); # NOTE: Passing in a reference! $props=getObjectVars(&$obj); $props["thing"]=-11; var_dump($obj); RESULTS: object(bob)(2) { ["thing"]=> &int(-11) ["other"]=> &string(8) "whatever" } =============================================================================== Hi, I figured out that in prior version to 4.2 the returned array only contains attributes directly in this class, excluding the derived ones from parentclasses. =============================================================================== hello, this example will look like all values of vars was set in your class. write a method like the name: dumpClass and then fill in follow code: $vars = get_object_vars($this); echo "class vars"; foreach( $vars as $name => $value ) { echo "
"; print_r(get_object_vars($test)); echo ""; ?> The output is: Array ( [classVar1] => Class Var 1 [classVar2] => class var 2 [classVar3] => [newObjVar] => foobar ) Prior to version 4.2, classVar3 would not be output as it was never assigned a value. =============================================================================== Hmmm. A bit embarassing... It turns out the best way to get references to all of your objects member variables is NOT with the functions I provided before, or with get_object_vars. Just cast the object to array. $a=(array)$obj; # The two following statements are now equivalent and identical $a["member"]=3; $obj->member=3; A very powerful tool, for inspectors and what not. =============================================================================== better version of conv_obj, based on XML... this converts XML to an array... use it by $val) { $ret[$key] = xmlobj2arr($val); } return $ret; } elseif (is_array($Data)) { foreach ($Data as $key => $val) { $ret[$key] = xmlobj2arr($val); } return $ret; } else { return $Data; } } ?>


I'm a web developer in Boston, and currently I'm a technical program manager at YouTube.
I studied Computer Science at Tufts University. Since graduating, I've worked at SapientNitro, Casper, and Nordstrom doing full stack software engineering.
Icons were designed by Freepik from Flaticon.
All other images and work featured on this site are property of Claire Kei Sato.


Stranger Things HTML Test Page
Div with Heading role and no ARIA labels and an invalid heading level of 8.
Div with Heading role and no ARIA labels and an invalid heading level of 0.
Div with Heading role and no ARIA labels and no aria-level.
tbody text content
test content outside of table cell
| Row 1 Cell 1 |
Row 1 Cell 2 |
Row 1 Cell 3 |
Row 1 Cell 4 |
more test content
| Row 2 Cell 1 |
Row 2 Cell 2 |
Row 2 Cell 3 |
Row 2 Cell 4 |


The iVolunteers style guide is a user interface component library designed to promote visual consistency, unify visual design and aid in any future development of the iVolunteers system. This working document should get updated, should any new components get added or the existing ones modified. The look and feel of each iVolunteers instance may be customized through the admin tool to reflect the client brand identity: logo, color scheme of select elements and footer navigation.
Color Pallet
Default Color
Neutral greys, used for text and backgrounds, blue, reserved for links, brand-specific accent green, used throughout the application for navigation, task performance and content highlight purposes, and alert red, used for error messaging and missing fields identification, are part of the iVolunteers template color scheme.
#e4e4e4
light-grey
#ccc
med-grey
#999
dark-grey
#337ab7
link
#178552
accent
#e32
alert
Customizable Color
The generic link blue, alert red and the accent green colors, such as those used in for header and page level navigation, buttons, thumbnail tags and user stats, may be overridden by those selected by the client.
Links
This is an example of a default iVolunteers link. Default links are of the same weight as the parent element and are darker and underlined on mouse over (Bootstrap).
Roboto & Roboto Slab are Google fonts that come is varying weights. Roboto is the main content fornt while Roboto Slab is used titles mainly. For more details on the font-family, please refer to Google Fonts API.
Client logos may be in .gif or .png files (transparency supported)
Max-width: 250 px
Max-height: 60 px
Size: ~ 150 x 60 px
151 x 60 px
170 x 50 px
120 x 50 px
170 x 60 px
UI Components
Main Header (+/-Subheader)
Every iVolunteers screen has a main header, and there is a number of ways to display one in the application. Subheader is optional and is present on the landing Call Center Screen and on the Petition related screens.
Character counts on Petition and Call Center screens:
Main Header: 72 characters max
Subheader: 80 characters max
H1 Header (Petition)
Main header, h1.petitions-header and subheader p.petitions-header, are placed on top of the layered header background images on Petitions screens and its corresponding Thank You screen sequence.
Main Header: 72 characters max
Subheader: 80 characters max
H1 Header (Call Center)
Main header, h1.hero-h1 and subheader p.lead, are nested in a .row on a Survey Call Center landing screens.
Main Header: 72 characters max
Subheader: 80 characters max
Legend as Page Header (Sign Up & Log In Screens)
Sign Up to Volunteer and Log Into your Account screens contain forms; thus, legend legend is used for page header. When the form is centered on the screen, so legend text is centered as well.
User Stats Block (Account Management Screens)
User Name, location, number of calls attempted, completed and petitions signed are used as page title on User Account Management screens. The display presentation varies depending on the viewport size.
Standard Display
Display at or below 768px
Secondary Header
Secondary Headers (not to consuse with Subheaders) are used on User Account Management Screens to separate content grouping. These are represented by legend. The corresponding icons are prepended to the legend via JavaScript: the class name assigned to the legend control what preassigned icons will display.
Side Panel
Side Panel is displayed on Sign Petition page sequences and on a Sign Up screen. It displays to the right of the form and collapses to an expandable "Read More" tab above the form when the viewport is at or below 768 px. Its display is controlled by the Bootstrap Grid for the breakpoint and visability and JavaScrip for slide in/out behavior. Reload screen capture below.
Thumbnail Card
Thumbnail cards are used to highlight Petitions/Surveys on the homepage and on the Petitions screen as "suggested" action items for the user to act upon.
Thumbnail title character count is 72 characters max (same length as petition/survey title)
List of titles, stats, and thumbnails is used to show a list of surveys and petitions under user Account Management. The image type used for thumbnail list is the same one used in thumbnail card, with 2 by 1 ratio, with a .img-responsive Bootstrap class that allows images to size up/down depending on the view port size. The thumbnail does not dispaly on veiwport smaller than 768px, contlolled by .hidden-xs class assign to it's corresponding div.
Standard Display
Display at or below 768px
User Stats
The numerical data, such as user statistics on the number of Petitions Signed and Calls Attempted, is highlighted in the “accent” color that may be customized based on each client’s preferences.
100 Calls Attempted
Social Bottons
The “Log In with Facebook” option is an alternative to a generic “Log In” that prompts for a user name and password. If additional "social buttons” options become necessary, please refer to _bootstrap-social.scss.
iVolunteers main navigation is sticky Bootstrap-based navigation that remains static on top of the screen as the page is being scrolled vertically. Then the resolution of the output devise is at or below 768px, the navigation collapses into a "burger" menu which will expand vertically in responce to being clicked click.
The "accent" color of the navigation links and the background color of the header may be customized to meet each client’s stylistic guidelines.
Standart Display
Display at or below 768px
Page Level Navigation
Page level navigation on the landing screen is used to "filter" betweeen Petitions and/or Surveys.
In addition, Page level navigation on the user account management screen allows to toggle thought various user accounts options.
Footer Navigation
The content of the footer navigation is client specific and is to be entered in .html format through the iVolunteers admininstrative interface.
Form Elements
Basic Form
The following controls are part of a basic form. The width of the input elements is controlled by the Bootstrap .col-sm-x div class.
Form Legend
A form legend can be either a generic legend (Sign This Petion screen) or serve as a page title (Log In screen).
On screens with forms that do not contain a background banner housing an <h2>, the form Legend serves as a page Header.
Buttons
There are two type of buttons in iVolunteers: .btn-primary (conveys most emphasis) and .btn-default. The width of the button is controlled by the Grid, or .col-.. class that has been assigned to the <div> in which the button is placed. The styling of the buttons can be customized according to each client's needs.
Grid System
Grid Overview
iVolunteers is build based on Bootstrap's responsive, mobile first fluid grid system that scales up to 12 columns. The grid consists of predefined classes that allow for various layout options.
Rows are used to create horizontal groups of columns and are placed within a fixed-width .container or full-width .container-fluid for proper alignment and padding.
Content should be placed into columns .col-..-.., and columns can the be the only immediate children of rows.
Predefined grid classes, such as .row and .col-xs-4 are used for making grid layouts.
The spacing between the columns, or gutters, is controlled through bootstrap.css pre-defined padding
If more than 12 columns are placed within a single row, each group of extra columns will, as one unit, wrap onto a new line.
Grid classes apply to devices with screen widths greater than or equal to the breakpoint sizes, and override grid classes targeted at smaller devices: applying any .col-md-* class to an element will not only affect its styling on medium devices but also on large devices if a .col-lg-* class is not present.
Grid Options
Extra small devices Phones (<768px)
Small devices Tablets (≥768px)
Medium devices Desktops (≥992px)
Large devices Desktops (≥1200px)
Grid behavior
Horizontal at all times
Collapsed to start, horizontal above breakpoints
Container width
None (auto)
750px
970px
1170px
Class prefix
.col-xs-
.col-sm-
.col-md-
.col-lg-
# of columns
12
Column width
Auto
~62px
~81px
~97px
Gutter width
30px (15px on each side)
Column Ordering
Order of built-in grid columns can be changed by adding .col-md-push-* and .col-md-pull-* modifier classes.
1st: .col-md-9 .col-md-push-3
2nd: .col-md-3 .col-md-pull-9
Element Visibility
Page elements (not limited to columns) can be hidden by adding .hidden-* modifier classes. Similarly, hidden columns can be made visible by adding .visible-* modifier class.


Small
$8.00
Medium
$9.75
Large
$11.50
Pepperoni
Mushrooms
Onions
Sausage
Bacon
Extra Cheese
Black Olives
Green Peppers
Pineapple
Ham


java.lang.Object | +--Circle
A circle that can be manipulated and that draws itself on a canvas.
| Constructor Summary | |
Circle()
Create a new circle at default position with default color. |
| Method Summary | |
void |
changeColor(java.lang.String newColor)
Change the color. |
void |
changeSize(int newDiameter)
Change the size to the new size (in pixels). |
void |
makeInvisible()
Make this circle invisible. |
void |
makeVisible()
Make this circle visible. |
void |
moveDown()
Move the circle a few pixels down. |
void |
moveHorizontal(int distance)
Move the circle horizontally by 'distance' pixels. |
void |
moveLeft()
Move the circle a few pixels to the left. |
void |
moveRight()
Move the circle a few pixels to the right. |
void |
moveUp()
Move the circle a few pixels up. |
void |
moveVertical(int distance)
Move the circle vertically by 'distance' pixels. |
void |
slowMoveHorizontal(int distance)
Slowly move the circle horizontally by 'distance' pixels. |
void |
slowMoveVertical(int distance)
Slowly move the circle vertically by 'distance' pixels. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
public Circle()
| Method Detail |
public void changeColor(java.lang.String newColor)
public void changeSize(int newDiameter)
public void makeInvisible()
public void makeVisible()
public void moveDown()
public void moveHorizontal(int distance)
public void moveLeft()
public void moveRight()
public void moveUp()
public void moveVertical(int distance)
public void slowMoveHorizontal(int distance)
public void slowMoveVertical(int distance)


2019
Collabration with New Media artist Angelina Almukhametova
Found objects (two LCD televisions, a VGA computer monitor, analog surveillance camera and oscilloscope)
each with their own unique condition, playing videos & texts on "Monitor Rage" aka "Computer Rage",
which is the phenomenon where people will angrily attack and destroy their devices when they do not
perform as expected.


A group becomes a team when each member is sure enough of himself and his contribution to praise the
skill of the others. No one can whistle a symphony.
Teamwork is so important that it is virtually impossible for you to reach the heights of your
capabilities or make the money that you want without becoming very good at it.
The strength of the team is each individual member. The strength of each member is the team. If you
can
laugh together, you can work together, silence isn’t golden, it’s deadly.
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Click "Download Now" To Download Your Report.


--- title: Study icon: expand_more lesson_plans: - name: Language Arts description: icon: book url: language_arts - name: Mathematics description: icon: widgets url: mathematics - name: Science description: icon: lightbulb_outline url: science - name: Social Studies description: icon: account_balance url: social_studies - name: Writing description: icon: edit url: writing layout: page ---
{{ lesson.description }}
{% endfor %}


{% extends "otree/MTurkPreview.html" %} {% load otree %} {% block title %}Please read this before clicking "Accept"{% endblock %} {% block content %}
This HIT is an academic experiment on decision making.
The purpose of this study is social decision-making, and specifically how people make and judge the decisions and values of others. In this study, you will interact with another participant from mTurk. Your identity and that of the other participant will always remain anonymous.
Because you will interact with another person on mTurk, please be mindful of them and complete all tasks in a timely fashion. Please only accept ths HIT only if you can commit to completing it. This study will be conducted through this online application. The study should take you approximately 20 minutes to complete.
Please do not accept this HIT if you can only work in internet explorer.
Your overall performance in this study will determine your overall pay!
However, the minimum payment for this study is $2.75.
You will start with a base payment of $0.50, just for completing the study.
Above that, you will earn additional compensation by gaining points. These points will be earned by you interacting and making decisions with a second person from MTurk.
The decisions you and your co-player make will affect your payment!
At the end of the study, all points you earned will get converted into USD in a ratio of 20 : 1 (1 point equals $0.05).
For example, if you earned 50 points at the end of the experiment, you will receive a $2.50 bonus payment.
There are no costs to you associated with your participation.
This Principal Investigator will exert all reasonable efforts to keep your responses and your identity confidential. We may have access to, and may maintain in our data collection, your worker ID or user ID for the internet survey platform that you use. However, aside from your worker ID or user ID, we will not maintain within our research data any information that uniquely identifies you, such as your name, location, or Internet Protocol (IP) address.
In any report we publish, we will not include any information that will make it possible to identify a participant. Data collected from the experiment will be coded to remove your name or any other personal identifiers. All records will be secured in a locked cabinet in our lab. Access to the records will be limited to the researchers; however, please note that regulatory agencies and the Institutional Review Board and internal Boston College auditors may review the research records. Please note that regulatory agencies, the Boston College Institutional Review Board, and Boston College internal auditors may review research records. Please also note the organization that operates your Internet survey platform may retain your responses and, additionally, may maintain a link identifying you as the source of those responses. Your user agreement with the survey platform organization may address this topic.
After completing this HIT, you will receive your reward plus a bonus payment that is based on how you play the experiment.
{% endblock %}


Configuration for various payment methods
Guaranteed Invoice, Installment, Direct Debit, Payment on Invoice / Payment in Advance, Alipay Cross-border, Przelewy24, giropay, eps, iDEAL, Sofort., Payolution
Configuration for Maestro
Configuration for Unionpay International
Configuration for WeChat
Basic configuration for other payment methods


EASTER TIME
Celebrant
Dear brothers and sisters,
filled with paschal joy, let us pray more earnestly to God that he, who
graciously listened to the prayers and supplications of his beloved Son, may
now be pleased to look upon us in our lowliness.
Intentions
1 V. For
the shepherds of our souls, that they may have the strength to govern wisely
the flock entrusted to them by the Good Shepherd, let us pray to the Lord.
2 V. For the whole world, that it
may truly know the peace given by Christ, let us pray to the Lord.
3 V. For our brothers and sisters
who suffer, that their sorrow may be turned to gladness which no one can take
from them, let us pray to the Lord.
4 V. For our own community, that
it may bear witness with great confidence to the Resurrection of Christ, let us pray to the Lord.
Celebrant
O God, who know that our life
in this present age is subject to suffering and need, hear the desires of those
who cry to you and receive the prayers of those who believe in you. Through Christ our Lord.
R. Amen.


Source URL:
http://archive.rhizome.org/example.com
Access state:
Good – few known dependencies
Archived in:
2001
Archived by:
Rhizome
Dependencies:
Environment: Windows 98
External media: Damaged
External links risk: Medium
Interaction notes:
A space for notes by the archivist about this variant.
↩ Full archival metadata


Our core functional modules cover wireless communication, wired communication, protocol conversion, data exchange, main control platform and specific functions.
The types of functional modules include: Wi-Fi module, Zigbee module, switch module, main control module, power module, specific function module, etc., which can be widely applied to Layer 3 switches, PTN switches, industrial switches, core routers, EPON systems, EoC. Systems and other products.
Remarks: The functional modules developed by our R&D team can standardize, modularize and simplify high-end communication products, and at the same time embed the design concepts of simplicity and complexity into complex communication product development. Each manufacturer can choose our core functional modules according to their own research and development capabilities, so that they can launch high-end communication products in a short time.


mosquito Ae. species mcintoshi microbial []. bacterial ochraceus communities study Aedes using OTUs sites Valley mosquitoes Rift fever microbiota {border-style RVF bacteria px;} site virus #ffffff;} diversity samples (.%) (.%), abundant vectors Kenya. associated sec, Species vector Ahero Biology analysis Anopheles RVFV Sciences significantly test Masalani relative richness (Fig Fafi Kenya Korisa Trop abundance comparisons data disease genera malaria package primary sequences transmission Life Negl Site collection community compared composition influence ochraceus, px; sequencing shared sites. {font-family DNA Department Medicine Microbial Microbiol. Mosquitoes OTU [,]. control differences different distinct findings font-size known number pathogens rRNA review sciences unique used Development Dis. Ecology Fig International MiSeq PCR cycles double; e./journal.pntd. gambiae influenced min, pairwise populations reads sample spp. total value virus. (Table Bacterial Chao Environ Microbiology Res. Roseomonas U.S. based border-color border-width collected effect genus gut including infection livestock min mosquito-borne observed performed phyla previous processed solid; species, structure susceptibility unclassified version {font-style {font-weight ./s--- Access Actinobacteria Agency Agriculture. Anoxybacillus Array Bunyaviruses: Culex Error Firmicutes Illinois Illumina Indicator Insect ManguinS, One. Parasit Pathog. Pathogens Plasmodium RamirezJL, Rarefaction Shannon TchouassiDP, University Vectors. Viral accounting additional adult application aquatic blood bold common competence contribution correction courier; curves development diverse diversity, e./journal.pone. e./journal.ppat. em; exact expressed health higher host indicating indicator insights isolated life lowest multiple need outbreak population potential products pt;} publication reflect results revealed selected significant studies symbiotic values varied water


TABLE OF INTERACTIONS WITH
MIANSERIN
See also: sedative medications
From the French ANSM drug interactions document of September 2016, p. 155
MIANSERIN RxNorm: 6929 ATC: N06AX03 |
ENZYMATIC INDUCERS CLASS CODE: N03-J05-001 |
Risk of ineffectiveness of the mianserin |
Not recommended |


climate species Sal distribution Garjan models Dipterocarp forest change annual mean trees temperature suitable forests variables {border-style precipitation used bioclimatic px;} #ffffff;} Asia tropical changes scenarios Shorea conservation global South future modeling (e.g., Dipterocarpus GCM‐ Southeast data habitat important range (Figure AUC distributions model rainfall seasonality Climate MaxEnt increasing likely occurrence response study tree using Species Turnbull, University change. climatic current deciduous dry probability results variable Alam, Bangladesh Bangladesh, Devoe, Figure GCM GCMs RCP., background conditions different ecoregions niches px; robusta suggest test threatened {font-family (Appanah (the Asian India India, School decline ecosystems font-size high natural potential records space training turbinatus (Table Environmental GCMs) However, RCP. Research Science, Seth, Smith, areas carbon change, climatically double; effects environmental evergreen, habitats highly impacts moist monsoon predicted presence‐only projected respectively. risk significant BIO Behera, Champion Deb, Dudík, Ecology Elith, Forestry Garjan, Gautam International Lafrankie, National Phillips, Table border-color border-width changing contribution curves entropy extinction key large northern phenology presence region relative research result shifts solid; species. timber values vulnerable {font-style {font-weight (%) (BIO); (Das (i.e., .). Annual Australia Biological Change, Ecological Funding Garjan: Global Guisan, Halim, IUCN Myanmar, Nepal, Pearson, Queensland S). Sarker, Schapire, Survival Thailand, [], anthropogenic bias bold climates consequences contrast, courier; deciduous, deforestation distributed diurnal dominant ecological ecosystem em; extreme findings maximum models, predict pt;} robusta) scenario seasonal selected semievergreen semievergreen, set terms understanding variability variation


Russia to Create New Tactics for Using Robots in Urban Warfare by 2020 - Source
The news comes amid recent reports about the Russian military boosting its high-tech research, and plans to create multifunctional robotic machines for elaborate combat tasks by 2025.
Russia's defence industry is developing new strategies for robots in possible urban combat, as well as in coastal warfare, a source in the sector stated on Sunday. According to the source, various facilities will offer their solutions to the Combined Arms Academy of the Armed Forces at the beginning of 2020.
The source also noted that at the moment there is no common conception of using robots in combat, so the Russian military plans to establish a compehensive strategy that can be used by the country's armed forces in the future.
The robots will be created with the help of the platform, Marker, which was revealed for the first time in mid-October 2019.


Export CanvasJS Chart Data as CSV
This plugin allows you to export and save CanvasJS Chart's data as CSV.
CanvasJS
CanvasJS is an HTML5 & JavaScript based Charting Library that runs on all modern devices including iPhone, Android, Desktops, etc. Charts are beautiful and API is very simple to use.
CanvasJS Features:
- Simple API and easy to use
- Supports 30+ different types of Charts / Graphs
- 10x faster than conventional Flash / SVG based Charting Libraries
- Comes with Several beautiful looking themes
- Well Maintained and Updated Documentation
- Works across browsers (Chrome, Firefox, Safari, IE8+)
- Can be integrated with Serverside and Frontend technologies like ASP.Net, PHP, Spring MVC, JSP, jQuery, Angular, React, etc.
How to Use?
- Create and Render CanvasJS Chart
- Call CanvasJSAsCSV method with chart and filename as parameter
var chart = new CanvasJS.Chart("chartContainer", {
.
.
.
//Chart Options
.
.
.
});
chart.render();
CanvasJSAsCSV(chart, "filename");
Live Example


Understanding this
in different context
In constructor
① The new object is used as the this
binding for the function call, so that we
could add key-value pair like this.name = "abc"
and the new object has been linked to the function’s prototype.
new
operator turns function call into aconstructor
call which returns a new object;
② No return statement, constructor automatically return this;
③ Explicitly return an object. We will lost the newly created object with abc,1234, because no reference to it.
But return another object is not commonly usage.
④ In development environment, return Proxy
to alert users when then use object incorrectly.
⑤ Return anything else in constructor, JavaScript engine will ignore it but return the newly created object.


Destiny C++ | Overview | Reference
Class and Object Design | rsl2D | R_D
| Sorting
This is the new class browser. It is a hypertext reference to the D classes, and should serve as the primary reference documentation. Any printed documentation is likely to be out of date with respect to this online reference.
On the left is a class and concept hierarchy. It's not a list of classes explicitly because, for example, there is no C++ class "Collection". There is, however, a DO_Collection and a DR_Collection. However, there is an RSL class "Collection"; In a sense, the RSL class hierarchy is a design hierarchy, and the C++ classes form the multiple implementation hierarchies. Therefore, there are two sets of documentation for each concept: one for RSL's perspective and one from the D/C++ world. Most of these were generated by autodoc, with the exception of the c++ classes marked in red.
Finally, as always, the source code should serve as the final reference.
The D class hierarchy is shown below from both conceptual and class-based angles. Classes in grey do not exist. italics indicates an abstract class. Notice that no reference class is abstract. Also, each "concept" such as List corresponds to an RSL class, making RSL a "design" layer and C++ an "implementation" layer.
There are more than 86 C++ classes in the D system. Rather than show a hierarchy of or document them all individually, it is more useful to categorize them by concept rather than by individual C++ class since, for example, there are four C++ implementation classes that comprise the Collection concept: each of these classes has separate inheritance trees both up and down and so breaking them up reduces the ability to see global relationships that grouping by concept allows.
| By concept R = reference, O = object, C = class. List (R, O, C, E) specifies the classes DR_List, DO_List, DOC_List, DO_ListEnumerator |
By actual C++ class |
| D Object (R, O) Atom (O) Magnitude (R, O) Bool (R, O, C) Date (R, O) Real (R, O) Decimal (R, O, C) Integer (R, O) Int (R, O, C) Long (R, O, C) Time (R, O, C) String Class (R, O, C) ClassGroup (R, O, C) Collection (R, O, Enumerator (R, O) ) List (R, O, C, E) Composite (R, O) BinaryTree (R, O, C) KeyedCollection (R, O) Dictionary (R, O, C) SortedBinaryTree (R, O, C) comparator (R, O) Enumerator (R, O) Library (R,O, C) Message (R,O, C) OStream (R, O) ECI_OStream (R, O, C) XML_OStream (R, O, C) |
|
Destiny C++ | Overview | Reference
Class and Object Design | rsl2D | R_D
| Sorting


Franklyn Reyes
704-249-0232
Summary:
Full stack software engineer with 10+ years background in creating and executing innovative software solutions to enhance business productivity.
Highly experienced in all aspects of the software development lifecycle and end-to-end project management, from concept through to development and delivery.
Well-versed in creating test cases, and covering all test conditions and eliminating duplications.
Certification:
Certified Software Engineer – WIN, Carolina Fintech Hub
Professional experience:
Software Engineer| Acme inc. – Charlotte, NC 01/2010 – Current
- Implement designs, including experimentation and multiple iterations.
- Modify existing software to correct errors, upgrade interfaces and improve performance.
- Devise tracking software with modules for inventory monitoring, customer relationship management, staff administration and the generation of reports.
- Works closely with other teams to plan, design and develop robust solutions in a timely manner.
- Collaborate with teams to create applications system analysis based on client requirement.
- Research, design and implement scalable applications for information identification, extraction, analysis, retrieval and indexing.
- Build accessible websites and applications in compliance with Section 508/WCAG 2.1A/AA/AAA
Skills:
- HTML, CSS
- Javascript
- Java
- React
- MySQL
- Python
- C#
- swift
- Scala
- C++
Education:
Johnson and Wales University – Charlotte, NC 2009
Bachelor of Science: Business Management


|
Accepted
|
val Accepted: HttpStatusCode |
|
BadGateway
|
val BadGateway: HttpStatusCode |
|
BadRequest
|
val BadRequest: HttpStatusCode |
|
Conflict
|
val Conflict: HttpStatusCode |
|
Continue
|
val Continue: HttpStatusCode |
|
Created
|
val Created: HttpStatusCode |
|
ExceptionFailed
|
val ExceptionFailed: HttpStatusCode |
|
Forbidden
|
val Forbidden: HttpStatusCode |
|
Found
|
val Found: HttpStatusCode |
|
GatewayTimeout
|
val GatewayTimeout: HttpStatusCode |
|
Gone
|
val Gone: HttpStatusCode |
|
InternalServerError
|
val InternalServerError: HttpStatusCode |
|
LengthRequired
|
val LengthRequired: HttpStatusCode |
|
MethodNotAllowed
|
val MethodNotAllowed: HttpStatusCode |
|
MovedPermanently
|
val MovedPermanently: HttpStatusCode |
|
MultipleChoices
|
val MultipleChoices: HttpStatusCode |
|
NoContent
|
val NoContent: HttpStatusCode |
|
NonAuthoritativeInformation
|
val NonAuthoritativeInformation: HttpStatusCode |
|
NotAcceptable
|
val NotAcceptable: HttpStatusCode |
|
NotFound
|
val NotFound: HttpStatusCode |
|
NotImplemented
|
val NotImplemented: HttpStatusCode |
|
NotModified
|
val NotModified: HttpStatusCode |
|
OK
|
val OK: HttpStatusCode |
|
PartialContent
|
val PartialContent: HttpStatusCode |
|
PayloadTooLarge
|
val PayloadTooLarge: HttpStatusCode |
|
PaymentRequired
|
val PaymentRequired: HttpStatusCode |
|
PermanentRedirect
|
val PermanentRedirect: HttpStatusCode |
|
PreconditionFailed
|
val PreconditionFailed: HttpStatusCode |
|
Processing
|
val Processing: HttpStatusCode |
|
ProxyAuthenticationRequired
|
val ProxyAuthenticationRequired: HttpStatusCode |
|
RequestHeaderFieldTooLarge
|
val RequestHeaderFieldTooLarge: HttpStatusCode |
|
RequestTimeout
|
val RequestTimeout: HttpStatusCode |
|
RequestURITooLong
|
val RequestURITooLong: HttpStatusCode |
|
RequestedRangeNotSatisfiable
|
val RequestedRangeNotSatisfiable: HttpStatusCode |
|
ResetContent
|
val ResetContent: HttpStatusCode |
|
SeeOther
|
val SeeOther: HttpStatusCode |
|
ServiceUnavailable
|
val ServiceUnavailable: HttpStatusCode |
|
SwitchProxy
|
val SwitchProxy: HttpStatusCode |
|
SwitchingProtocols
|
val SwitchingProtocols: HttpStatusCode |
|
TemporaryRedirect
|
val TemporaryRedirect: HttpStatusCode |
|
TooManyRequests
|
val TooManyRequests: HttpStatusCode |
|
Unauthorized
|
val Unauthorized: HttpStatusCode |
|
UnsupportedMediaType
|
val UnsupportedMediaType: HttpStatusCode |
|
UpgradeRequired
|
val UpgradeRequired: HttpStatusCode |
|
UseProxy
|
val UseProxy: HttpStatusCode |
|
VariantAlsoNegotiates
|
val VariantAlsoNegotiates: HttpStatusCode |
|
VersionNotSupported
|
val VersionNotSupported: HttpStatusCode |
|
allStatusCodes
|
val allStatusCodes: List<HttpStatusCode> |