Nothing
# Based on "Template for Resource Queries"
# Reference: http://bioconductor.org/developers/how-to/web-query/
request.post <- function(host, resource, request, N.TRIES = 1L)
{
N.TRIES <- as.integer(N.TRIES)
stopifnot(length(N.TRIES) == 1L, !is.na(N.TRIES))
if (!endsWith(host, "/"))
host <- paste0(host, "/")
url <- paste0(host, resource)
while (N.TRIES > 0L) {
response <- tryCatch(
POST(url, content_type_json(), body = toJSON(request),
accept_json()),
error = identity)
if (!inherits(response, "error"))
break
N.TRIES <- N.TRIES - 1L
}
if (N.TRIES == 0L) {
stop("'request.post()' failed:",
"\n URL: ", url,
"\n HTTP error: ", conditionMessage(response))
}
if (http_error(response)) {
stop("'request.post()' failed:",
"\n URL: ", url,
"\n HTTP error: ", http_status(response)$message,
"\n Server error: ", response)
}
fromJSON(content(response, "text", encoding = "UTF-8"), flatten = TRUE)
}
# Based on "Template for Resource Queries"
# Reference: http://bioconductor.org/developers/how-to/web-query/
request.get <- function(host, resource, request, N.TRIES = 1L)
{
N.TRIES <- as.integer(N.TRIES)
stopifnot(length(N.TRIES) == 1L, !is.na(N.TRIES))
if (!endsWith(host, "/"))
host <- paste0(host, "/")
url <- paste0(host, resource, "/", request)
while (N.TRIES > 0L) {
response <- tryCatch(GET(url, content_type_json(), accept_json()),
error = identity)
if (!inherits(response, "error"))
break
N.TRIES <- N.TRIES - 1L
}
if (N.TRIES == 0L) {
stop("'request.get()' failed:",
"\n URL: ", url,
"\n HTTP error: ", conditionMessage(response))
}
if (http_error(response)) {
stop("'request.get()' failed:",
"\n URL: ", url,
"\n HTTP error: ", http_status(response)$message,
"\n Server error: ", response)
}
fromJSON(content(response, "text", encoding = "UTF-8"), flatten = TRUE)
}
# This function translates genotype values from server to VCF format.
getGT <- function(genotype, phaseset)
{
paste(ifelse(is.na(genotype), ".", genotype),
collapse = ifelse(phaseset == "True", "|", "/"))
}
# This function extracts genotype data from call sets.
# It inputs a list of call sets (from searchVariants) and returns VCF geno data.
getGeno <- function(call)
{
info.idx <- startsWith(names(call), "info.")
geno <- call[info.idx]
names(geno) <- sub("^info\\.", "", names(geno))
geno$GT <- mapply(getGT, genotype = call$genotype, phaseset = call$phaseset)
geno
}
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