R/plotwf.R
In tgirke/systemPipeR: systemPipeR: workflow management and report generation environment
Defines functions
.buildDF
.stepDuration
.addNodeDecor
.addDotLegendUri
.addDotLegend
.WFlinear
.WFhori
.WFvert
.WFcompact
.buildTree
.recommendBranch
.findBranch
makeDot
renderPlotwf
plotwfOutput
plotWF
Documented in
plotWF
plotwfOutput
renderPlotwf
#######################################
## Visualize SPR workflow and status ##
#######################################
plotWF <- function(sysargs,
width = NULL, height = NULL,
elementId = NULL,
responsive = TRUE,
branch_method = "auto",
branch_no = NULL,
layout = "compact",
no_plot = FALSE,
plot_method = "svg",
out_format = "plot",
out_path = NULL,
show_legend = TRUE,
mark_main_branch = FALSE,
rstudio = FALSE,
in_log = FALSE,
rmarkdown = "detect",
verbose = FALSE,
show_warns = FALSE,
plot_ctr = TRUE,
pan_zoom = FALSE,
exit_point = 0) {
if (!is.null(width)) stopifnot(is.character(width) && length(width) == 1)
if (!is.null(height)) stopifnot(is.character(height) && length(height) == 1)
stopifnot(is.logical(responsive) && length(responsive) == 1)
stopifnot(is.logical(rstudio) && length(rstudio) == 1)
stopifnot(is.logical(show_warns) && length(show_warns) == 1)
stopifnot(is.logical(plot_ctr) && length(plot_ctr) == 1)
stopifnot(is.logical(pan_zoom) && length(pan_zoom) == 1)
stopifnot(is.character(rmarkdown) || is.logical(rmarkdown) && length(rmarkdown) == 1)
out_format <- match.arg(out_format, c("plot", "html", "dot", "dot_print"))
if (!out_format %in% c("plot", "dot_print")) stopifnot(is.character(out_path) && length(out_path) == 1)
plot_method <- match.arg(plot_method, c("svg", "png"))
plot_method <- switch(plot_method,
"svg" = "renderSVGElement",
"png" = "renderImageElement"
)
msg <- "" # additional msg to display on plot
if (verbose) message("Converting SYSargsList to df...")
if (inherits(sysargs, "data.frame")) {
df <- sysargs
if (!all(col_names <- c(
"step_name", "dep", "spr", "req", "session", "has_run", "success",
"sample_pass", "sample_warn", "sample_error",
"sample_total", "log_path", "time_start", "time_end"
) %in%
names(df))) {
stop("If sysargs is a dataframe, it must contain these columns:\n", paste(col_names, collapse = ", "))
}
if (nrow(df) < 1) stop("plotWF: empty dataframe")
} else if (inherits(sysargs, "SYSargsList")) {
df <- .buildDF(sysargs)
if (nrow(df) == 1 && df$step_name[1] == "Empty_workflow") {
show_legend <- FALSE
branch_method <- "auto"
}
} else {
stop("`sysargs` can only be a dataframe or a SYSargsList object")
}
if (verbose) message("Translating to DOT format...")
dot_vector <- makeDot(
df, branch_method, branch_no, layout, show_legend,
mark_main_branch, in_log, verbose, exit_point, msg,
show_warns
)
dot <- dot_vector[1]
msg <- dot_vector[2]
dot <- gsub(x = dot, "'", "\"")
# if exit point
if (exit_point > 0) {
return(dot)
}
# if dot or dot_print
if (out_format == "dot") {
return(writeLines(dot, out_path))
}
if (out_format == "dot_print") {
return(cat(dot))
}
# Decide if in Rmarkdown rendering
if (is.character(rmarkdown) && rmarkdown != "detect") stop("rmarkdown can only be 'detect', TRUE or FALSE")
if (rmarkdown == "detect") rmarkdown <- isTRUE(getOption("knitr.in.progress"))
legend_uri <- if (rmarkdown && show_legend) .addDotLegendUri() else ""
# forward options using x
if (verbose) message("Making the plot...")
if (pan_zoom && responsive) {
warning("Pan-zoom and responsive cannot be used together. Pan-zoom has priority, now `responsive` has set to FALSE")
responsive <- FALSE
}
x <- list(
dot = dot,
plotid = paste0("sprwf-", paste0(sample(8), collapse = "")),
responsive = responsive,
width = width,
height = height,
plot_method = plot_method,
rmd = rmarkdown,
msg = msg,
plot_ctr = plot_ctr,
pan_zoom = pan_zoom,
legend_uri = legend_uri
)
# create widget
grviz <- htmlwidgets::createWidget(
name = "plotwf",
x,
width = width,
height = height,
package = "systemPipeR",
elementId = elementId
)
# if html out
if (out_format == "html") {
return(htmlwidgets::saveWidget(widget = grviz, file = out_path, selfcontained = TRUE))
}
if (no_plot) {
return(invisible(grviz))
}
# force to open browser tab instead of viewer in Rstudio
if ((!rstudio || Sys.getenv("RSTUDIO") != "1") && !rmarkdown) {
viewer <- getOption("viewer")
on.exit(options(viewer = viewer), add = TRUE)
options(viewer = NULL)
return(print(grviz))
} else {
return(grviz)
}
}
##################
## plotwfOutput ##
##################
plotwfOutput <- function(outputId, width = "100%", height = "400px") {
htmlwidgets::shinyWidgetOutput(outputId, "plotwf", width, height, package = "systemPipeR")
}
# NOTE: To use `plotWF` in `renderPlotwf` in Shiny apps, always turn on the option `rstudio = TRUE`.
##################
## renderPlotwf ##
##################
renderPlotwf <- function(expr, env = parent.frame(), quoted = FALSE) {
if (!quoted) {
expr <- substitute(expr)
} # force quoted
htmlwidgets::shinyRenderWidget(expr, plotwfOutput, env, quoted = TRUE)
}
#############
## makeDot ##
#############
#' Translate a workflow structure and status into a dot language string----
makeDot <- function(df,
branch_method = "auto",
branch_no = NULL,
layout = "compact",
show_legend = TRUE,
mark_main_branch = TRUE,
in_log = FALSE,
verbose = FALSE,
exit_point = 0,
msg = "",
show_warns = TRUE) {
# check
stopifnot(is.logical(verbose) && length(verbose) == 1)
stopifnot(is.logical(show_legend) && length(show_legend) == 1)
if (verbose) message("Workflow inputs pre-checking ...")
stopifnot(is.character(df$step_name))
stopifnot(is.logical(in_log) && length(in_log) == 1)
# early exit for linear method
layout <- match.arg(layout, c("compact", "vertical", "horizontal", "execution"))
if (layout == "execution") {
return(.WFlinear(df, show_legend, in_log))
}
stopifnot(is.list(df$dep))
lapply(seq_along(df$dep), function(i) {
if (!is.character(df$dep[[i]])) stop("No.", i, " item in dep is not a character vector")
})
branch_method <- match.arg(branch_method, c("auto", "choose"))
stopifnot(is.numeric(exit_point) && length(exit_point) == 1)
# find all possible branches
if (verbose) message("Looking for possible branches ...")
step_names <- df$step_name
deps <- df$dep
if (sum(starting_root <- df$dep == "") > 1) {
if (show_warns) {
message(
"More than 1 step has no dependency. They all will be treated as starting point:\n",
paste0(names(df$dep)[starting_root], collapse = ", ")
)
}
step_names <- c("root_step0", step_names)
deps <- df$dep
deps[starting_root] <- "root_step0"
deps <- append(deps, list(root_step0 = ""), after = 0)
}
tree <- .findBranch(step_names, deps)
if (sum(starting_root) > 1) tree <- lapply(tree, function(x) x[!x == "root_step0"])
# debug exit point
if (exit_point == 1) {
return(tree)
}
if (branch_method == "choose" && interactive() && is.null(branch_no) || verbose) {
# list all branches
invisible(lapply(seq_along(tree), function(i) {
cat(crayon::blue$bold("Possible branch"), i, ":\n")
cat(paste0(tree[[i]], collapse = " -> "), "\n")
}))
}
# choose branch
if (!is.null(branch_no)) {
stopifnot(is.numeric(branch_no) && length(branch_no) == 1)
if (branch_no > length(tree)) stop("Branch number is larger than possible branches:", length(tree))
} else if (branch_method == "choose" && interactive()) {
branch_no <- as.numeric(menu(paste("Branch", seq_along(tree)), title = "Choose a main branch to plot workflow"))
} else {
branch_no <- .recommendBranch(tree, df$step_name, verbose, show_warns)
branch_msg <- names(branch_no)[1]
if (stringr::str_starts(branch_msg, "Workflow's first step is") && show_warns) {
msg <- branch_msg
# df <- df[df$step_name %in% tree[[branch_no]], ]
}
}
if (verbose) message("Build the workflow tree ...")
nodes <- .buildTree(tree, branch_no)
if (exit_point == 2) {
return(nodes)
}
# organize all node attach point
node_attach <- unique(unlist(lapply(nodes, `[[`, "attach_point")))
# organize all side branch
node_side <- unique(unlist(lapply(nodes, `[[`, "branch_side")))
# connecting the main branch
branch_trans <- paste(tree[[branch_no]], collapse = " -> ")
# translation
trans_func <- switch(layout,
"compact" = .WFcompact,
"vertical" = .WFvert,
"horizontal" = .WFhori
)
if (verbose) message("Translate tree to DOT language...")
# build the skeleton
p_main <- trans_func(branch_trans, node_attach, node_side, mark_main_branch)
if (exit_point == 3) {
return(paste0(p_main, "\n}\n"))
}
# add node decoration
p_main <- paste0(p_main, .addNodeDecor(
df$step_name, df$status_summary, df$has_run, df$success, df$spr, df$sample_pass,
df$sample_warn, df$sample_error, df$sample_total, df$log_path,
df$time_start, df$time_end, df$req, df$session, in_log
))
# add legend
if (show_legend) p_main <- paste0(p_main, .addDotLegend(mark_main_branch), collapse = "\n")
# close the plot
# return plot and additional msg
c(paste0(p_main, "\n}\n"), msg)
}
##################
## .findBranch ##
#################
.findBranch <- function(steps, deps, step_n = 1,
dep_chain = list(
root = steps[1]
),
branch_name = "root") {
if (step_n > length(steps)) {
return(dep_chain)
}
current_step <- steps[step_n]
# find steps depend on this step
new_step_n <- lapply(deps, function(x) {
current_step %in% x
}) %>%
unlist() %>%
which()
# cat(current_step, new_step_n, "\n")
# make a backup if new branch need to be created
if (length(new_step_n) > 1) deps_backup <- dep_chain[[branch_name]]
# loop through these new steps to append dep chain
for (i in seq_along(new_step_n)) {
# if more than 1 dependent step, create a new branch
if (i != 1) {
# cat("branch step is: ", new_step_n[i], "\n")
branch_name <- paste0(step_n, "_", new_step_n[i])
dep_chain[[branch_name]] <- deps_backup
# dep_chain[[as.character(chain_num)]][["branch_point"]] <- current_step
# cat("chain no is: ", branch_name, "\n")
}
# cat("chain num is", chain_num, "\n")
dep_chain[[branch_name]] <- c(dep_chain[[branch_name]], steps[new_step_n[i]])
dep_chain <- .findBranch(steps, deps, new_step_n[i], dep_chain, branch_name)
}
dep_chain
}
######################
## .recommendBranch ##
######################
.recommendBranch <- function(tree, steps, verbose, show_warns) {
branch_complete <- lapply(tree, function(x) {
all(c(steps[1], steps[length(steps)]) %in% x)
}) %>%
unlist() %>%
which()
if (length(branch_complete) == 0) {
msg <- "Workflow's first step is not connected to the last step, something wrong? This may cause workflow plot display issues"
warning(msg)
return(structure(c(1), .Names = msg))
} else {
if (verbose) cat("**********\n")
if (verbose) {
cat(
"Find", length(branch_complete), "branch(es) connecting first and last step:",
paste0(branch_complete, collapse = ", "),
".\n"
)
}
tree_complete <- tree[branch_complete]
}
branch_len <- unlist(lapply(tree, length))
branch_long <- which(branch_len == max(branch_len))
if (verbose) cat("Find branch(es)", paste0(branch_long, collapse = ", "), ": with the largest number of steps", max(branch_len), "\n")
branch_recommand <- base::intersect(branch_long, branch_complete)
branch_recommand <- tree[branch_recommand %in% tree]
# use first complete branch if no intersection
if (length(branch_recommand) == 0) {
branch_recommand <- branch_complete[1]
# if still empty, use longest branch
if (length(branch_recommand) == 0) {
branch_recommand <- branch_long[1]
}
}
if (verbose) cat("**********\n")
if (verbose) cat("Based on the detection, branch(es):", paste0(branch_recommand, collapse = ", "), "is (are) recommended\n")
if (verbose) cat("Branch", crayon::yellow$bold(branch_recommand[1]), "will be used as the main branch\n")
return(branch_recommand[1])
}
################
## .buildTree ##
################
.buildTree <- function(tree, branch_no) {
branch <- tree[[branch_no]]
# reconstruct side branches based on the selected main branch
lapply(tree[-branch_no], function(x) {
# see if other branches has node in common with main branch
in_main <- x %in% branch
# find where these node need to attach to mian branch
current_state <- in_main[1]
attach_point <- c()
for (i in seq_along(in_main)) {
if (current_state != in_main[i]) {
attach_point <- c(attach_point, paste(x[i - 1], "->", x[i]))
current_state <- in_main[i]
}
}
# find the chain of new side branches
in_branch <- which(!in_main)
branch_side <- list(x[in_branch[1]])
list_pos <- 1
for (i in seq_along(in_branch)) {
if (i == 1) next
if (in_branch[i] - in_branch[i - 1] == 1) {
branch_side[[list_pos]] <- c(branch_side[[list_pos]], x[in_branch[i]])
} else {
list_pos <- list_pos + 1
branch_side[[list_pos]] <- x[in_branch[i]]
}
}
branch_side <- lapply(branch_side, function(branches) {
nodes <- c()
for (n in seq_along(branches)) {
if (n >= length(branches)) next
nodes <- c(nodes, paste(branches[n], branches[n + 1], sep = " -> "))
}
nodes
})
list(attach_point = attach_point, branch_side = branch_side)
})
}
################
## .WFcompact ##
################
.WFcompact <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
"digraph {
node[fontsize=20];
subgraph {\n ",
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(node_attach, collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
#############
## .WFvert ##
#############
.WFvert <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
'digraph {
node[fontsize=20];
subgraph {
rankdir="TB";\n ',
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(
"subgraph {\n",
' rank="same";\n',
" ",
node_attach,
"\n }\n"
) %>%
paste0(collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
#############
## .WFhori ##
#############
.WFhori <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
'digraph {
node[fontsize=20];
subgraph {
rank="same";\n ',
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(
"subgraph {\n",
' rankdir="TB";\n',
" ",
node_attach,
"\n }\n"
) %>%
paste0(collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
###############
## .WFlinear ##
###############
.WFlinear <- function(df, show_legend, in_log) {
steps_trans <- paste0(df$step_name, collapse = " -> ")
paste0(
'digraph {
node[fontsize=20];
subgraph {
rank="TB";\n ',
steps_trans,
"\n }\n",
.addNodeDecor(
df$step_name, df$status_summary, df$has_run, df$success, df$spr, df$sample_pass,
df$sample_warn, df$sample_error, df$sample_total, df$log_path,
df$time_start, df$time_end, df$req, df$session, in_log
),
if (show_legend) .addDotLegend(FALSE),
"\n}\n"
)
}
###################
## .addDotLegend ##
###################
.addDotLegend <- function(show_main = TRUE) {
paste0(
' subgraph cluster_legend {
rankdir=TB;
color="#eeeeee";
style=filled;
ranksep =1;
label="Legends";
fontsize = 30;
node [style=filled, fontsize=10];
legend_img-> step_state[color="#eeeeee"];
legend_img[shape=none, image="plotwf_legend-src.png", label = " ", height=1, width=3, style=""];
step_state[style="filled", shape="box" color=white, label =<
<table>
<tr><td><b>Step Colors</b></td></tr>
<tr><td><font color="black">Pending steps</font>; <font color="#5cb85c">Successful steps</font>; <font color="#d9534f">Failed steps</font></td></tr>
<tr><td><b>Targets Files / Code Chunk </b></td></tr><tr><td><font color="#5cb85c">0 (pass) </font> | <font color="#f0ad4e">0 (warning) </font> | <font color="#d9534f">0 (error) </font> | <font color="blue">0 (total)</font>; Duration</td></tr></table>
>];
}\n'
)
}
######################
## .addDotLegendUri ##
######################
.addDotLegendUri <- function() {
# to update the URI, run
# paste0("data:image/svg+xml;base64,", base64enc::base64encode("inst/htmlwidgets/plotwf_legend.svg"))
"data:image/svg+xml;base64,<?xml version="1.0" encoding="UTF-8"?>
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}
###################
## .addNodeDecor ##
###################
.addNodeDecor <- function(steps, status_summary, has_run, success, spr, sample_pass, sample_warn,
sample_error, sample_total, log_path, time_start, time_end,
req, session, in_log = FALSE) {
node_text <- c()
for (i in seq_along(steps)) {
step_color <- switch(status_summary[i],
"Success" = "#5cb85c",
"Warning" = "#f0ad4e",
"Error" = "#d9534f",
"black"
)
duration <- .stepDuration(steps[i], time_start[i], time_end[i])
node_text <- c(node_text, paste0(
" ", steps[i], "[",
if (req[i] == "mandatory") 'fillcolor="#d3d6eb" ' else "",
if (req[i] == "mandatory" && session[i] == "compute") {
'style="filled, dashed, '
} else if (req[i] == "mandatory" && session[i] != "compute") {
'style="filled, '
} else if (req[i] != "mandatory" && session[i] == "compute") {
'style="dashed, '
} else {
'style="solid, '
},
if (spr[i] == "sysargs") 'rounded" ' else '"',
"label=<<b>",
'<font color="', step_color, '">', steps[i], "</font><br></br>",
'<font color="#5cb85c">', sample_pass[i], "</font>/",
'<font color="#f0ad4e">', sample_warn[i], "</font>/",
'<font color="#d9534f">', sample_error[i], "</font>/",
'<font color="blue">', sample_total[i], "</font></b>; ",
'<font color="black">', duration$short, "</font>",
"> ",
if (spr[i] == "sysargs") ', shape="box" ' else "",
if (in_log) paste0('href="', log_path[i], '" ') else " ",
'tooltip="step ', steps[i], ": ",
sample_pass[i], " samples passed; ",
sample_warn[i], " samples have warnings; ",
sample_error[i], " samples have errors; ",
sample_total[i], " samples in total; ",
"Start time: ", time_start[i], "; ",
"End time: ", time_end[i], "; ",
"Duration: ", duration$long,
'"',
"]\n"
))
}
paste0(node_text, collapse = "")
}
###################
## .stepDuration ##
###################
.stepDuration <- function(step, start, end) {
duration <- round(as.numeric(difftime(end, start, units = "sec")), 1)
if (duration < 0) {
duration <- 0
warning(
"In step: ", step, "\n",
"Starting time: ", start, "\n",
"Ending time: ", end, "\n",
"Ending time is before starting time, something wrong?\n",
"Duration of this step is treated as 0 for now.",
immediate. = TRUE,
call. = FALSE
)
}
secs <- duration %% 60
mins_raw <- duration %/% 60
mins <- mins_raw %% 60
hrs <- mins_raw %/% 60
return(list(
long = paste(stringr::str_pad(hrs, 2, pad = "0"), stringr::str_pad(mins, 2, pad = "0"), stringr::str_pad(secs, 2, pad = "0"), sep = ":"),
short = if (hrs > 0) paste0(hrs, "h") else if (mins > 0) paste0(mins, "m") else paste0(secs, "s")
))
}
###################
## .buildDF ##
###################
.buildDF <- function(sal) {
sal_temp <- sal
if (length(sal_temp) == 0) {
warning("Workflow has no steps. Please make sure to add a step to the workflow before plotting.", call. = FALSE)
return_df <- data.frame(
step_name = "Empty_workflow",
dep = NA,
spr = "sysargs",
req = "mandatory",
session = "management",
has_run = FALSE,
success = FALSE,
sample_pass = 0,
sample_warn = 0,
sample_error = 0,
sample_total = 0,
log_path = "",
time_start = Sys.time(),
time_end = Sys.time()
)
return_df$dep <- list("")
return(return_df)
}
df <- data.frame(step_name = stepName(sal_temp))
dep <- dependency(sal_temp)
for (i in seq_along(dep)) {
if (any(is.na(dep[i]))) {
dep[[i]] <- ""
}
}
df$dep <- dep
df$spr <- ifelse(sapply(df$step_name, function(x) inherits(stepsWF(sal_temp)[[x]], "SYSargs2")), "sysargs", "r")
df$req <- sapply(df$step_name, function(x) sal_temp$runInfo$runOption[[x]]$run_step)
df$session <- sapply(df$step_name, function(x) sal_temp$runInfo$runOption[[x]]$run_session)
df$status_summary <- sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary)
df$has_run <- ifelse(!sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary) == "Pending", TRUE, FALSE)
df$success <- ifelse(sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary) == "Success", TRUE, FALSE)
df <- cbind(df, data.frame(
sample_pass = 0,
sample_warn = 0,
sample_error = 0,
sample_total = 0,
time_start = Sys.time(),
time_end = Sys.time()
))
for (i in seq_along(df$step_name)) {
if (inherits(stepsWF(sal_temp)[[i]], "SYSargs2")) {
sample_df <- as.list(colSums(sal_temp$statusWF[[i]][[2]][2:4]))
df$sample_pass[i] <- sample_df$Existing_Files
df$sample_total[i] <- sample_df$Total_Files
if (all(sample_df$Missing_Files > 0 && sal_temp$statusWF[[i]]$status.summary == "Warning")) {
df$sample_warn[i] <- sample_df$Missing_Files
} else if (all(sample_df$Missing_Files > 0 && sal_temp$statusWF[[i]]$status.summary == "Error")) {
df$sample_error[i] <- sample_df$Missing_Files
}
if (!is.null(sal_temp$statusWF[[i]]$total.time)) {
df$time_start[i] <- sal_temp$statusWF[[i]]$total.time$time_start
df$time_end[i] <- sal_temp$statusWF[[i]]$total.time$time_end
}
} else if (inherits(stepsWF(sal_temp)[[i]], "LineWise")) {
df$sample_total[i] <- 1
if (sal_temp$statusWF[[i]]$status.summary == "Success") {
df$sample_pass[i] <- 1
} else if (sal_temp$statusWF[[i]]$status.summary == "Warning") {
df$sample_warn[i] <- 1
} else if (sal_temp$statusWF[[i]]$status.summary == "Error") {
df$sample_error[i] <- 1
}
if (length(sal_temp$statusWF[[i]]$status.time) > 0) {
df$time_start[i] <- sal_temp$statusWF[[i]]$total.time$time_start
df$time_end[i] <- sal_temp$statusWF[[i]]$total.time$time_end
}
}
}
df$log_path <- paste0("#", tolower(df$step_name))
df <- rbind(df[which(df$dep == ""), ], df[which(!df$dep == ""), ])
return(df)
}
tgirke/systemPipeR documentation built on March 27, 2024, 11:31 p.m.
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Defines functions .buildDF .stepDuration .addNodeDecor .addDotLegendUri .addDotLegend .WFlinear .WFhori .WFvert .WFcompact .buildTree .recommendBranch .findBranch makeDot renderPlotwf plotwfOutput plotWF
Documented in plotWF plotwfOutput renderPlotwf
#######################################
## Visualize SPR workflow and status ##
#######################################
plotWF <- function(sysargs,
width = NULL, height = NULL,
elementId = NULL,
responsive = TRUE,
branch_method = "auto",
branch_no = NULL,
layout = "compact",
no_plot = FALSE,
plot_method = "svg",
out_format = "plot",
out_path = NULL,
show_legend = TRUE,
mark_main_branch = FALSE,
rstudio = FALSE,
in_log = FALSE,
rmarkdown = "detect",
verbose = FALSE,
show_warns = FALSE,
plot_ctr = TRUE,
pan_zoom = FALSE,
exit_point = 0) {
if (!is.null(width)) stopifnot(is.character(width) && length(width) == 1)
if (!is.null(height)) stopifnot(is.character(height) && length(height) == 1)
stopifnot(is.logical(responsive) && length(responsive) == 1)
stopifnot(is.logical(rstudio) && length(rstudio) == 1)
stopifnot(is.logical(show_warns) && length(show_warns) == 1)
stopifnot(is.logical(plot_ctr) && length(plot_ctr) == 1)
stopifnot(is.logical(pan_zoom) && length(pan_zoom) == 1)
stopifnot(is.character(rmarkdown) || is.logical(rmarkdown) && length(rmarkdown) == 1)
out_format <- match.arg(out_format, c("plot", "html", "dot", "dot_print"))
if (!out_format %in% c("plot", "dot_print")) stopifnot(is.character(out_path) && length(out_path) == 1)
plot_method <- match.arg(plot_method, c("svg", "png"))
plot_method <- switch(plot_method,
"svg" = "renderSVGElement",
"png" = "renderImageElement"
)
msg <- "" # additional msg to display on plot
if (verbose) message("Converting SYSargsList to df...")
if (inherits(sysargs, "data.frame")) {
df <- sysargs
if (!all(col_names <- c(
"step_name", "dep", "spr", "req", "session", "has_run", "success",
"sample_pass", "sample_warn", "sample_error",
"sample_total", "log_path", "time_start", "time_end"
) %in%
names(df))) {
stop("If sysargs is a dataframe, it must contain these columns:\n", paste(col_names, collapse = ", "))
}
if (nrow(df) < 1) stop("plotWF: empty dataframe")
} else if (inherits(sysargs, "SYSargsList")) {
df <- .buildDF(sysargs)
if (nrow(df) == 1 && df$step_name[1] == "Empty_workflow") {
show_legend <- FALSE
branch_method <- "auto"
}
} else {
stop("`sysargs` can only be a dataframe or a SYSargsList object")
}
if (verbose) message("Translating to DOT format...")
dot_vector <- makeDot(
df, branch_method, branch_no, layout, show_legend,
mark_main_branch, in_log, verbose, exit_point, msg,
show_warns
)
dot <- dot_vector[1]
msg <- dot_vector[2]
dot <- gsub(x = dot, "'", "\"")
# if exit point
if (exit_point > 0) {
return(dot)
}
# if dot or dot_print
if (out_format == "dot") {
return(writeLines(dot, out_path))
}
if (out_format == "dot_print") {
return(cat(dot))
}
# Decide if in Rmarkdown rendering
if (is.character(rmarkdown) && rmarkdown != "detect") stop("rmarkdown can only be 'detect', TRUE or FALSE")
if (rmarkdown == "detect") rmarkdown <- isTRUE(getOption("knitr.in.progress"))
legend_uri <- if (rmarkdown && show_legend) .addDotLegendUri() else ""
# forward options using x
if (verbose) message("Making the plot...")
if (pan_zoom && responsive) {
warning("Pan-zoom and responsive cannot be used together. Pan-zoom has priority, now `responsive` has set to FALSE")
responsive <- FALSE
}
x <- list(
dot = dot,
plotid = paste0("sprwf-", paste0(sample(8), collapse = "")),
responsive = responsive,
width = width,
height = height,
plot_method = plot_method,
rmd = rmarkdown,
msg = msg,
plot_ctr = plot_ctr,
pan_zoom = pan_zoom,
legend_uri = legend_uri
)
# create widget
grviz <- htmlwidgets::createWidget(
name = "plotwf",
x,
width = width,
height = height,
package = "systemPipeR",
elementId = elementId
)
# if html out
if (out_format == "html") {
return(htmlwidgets::saveWidget(widget = grviz, file = out_path, selfcontained = TRUE))
}
if (no_plot) {
return(invisible(grviz))
}
# force to open browser tab instead of viewer in Rstudio
if ((!rstudio || Sys.getenv("RSTUDIO") != "1") && !rmarkdown) {
viewer <- getOption("viewer")
on.exit(options(viewer = viewer), add = TRUE)
options(viewer = NULL)
return(print(grviz))
} else {
return(grviz)
}
}
##################
## plotwfOutput ##
##################
plotwfOutput <- function(outputId, width = "100%", height = "400px") {
htmlwidgets::shinyWidgetOutput(outputId, "plotwf", width, height, package = "systemPipeR")
}
# NOTE: To use `plotWF` in `renderPlotwf` in Shiny apps, always turn on the option `rstudio = TRUE`.
##################
## renderPlotwf ##
##################
renderPlotwf <- function(expr, env = parent.frame(), quoted = FALSE) {
if (!quoted) {
expr <- substitute(expr)
} # force quoted
htmlwidgets::shinyRenderWidget(expr, plotwfOutput, env, quoted = TRUE)
}
#############
## makeDot ##
#############
#' Translate a workflow structure and status into a dot language string----
makeDot <- function(df,
branch_method = "auto",
branch_no = NULL,
layout = "compact",
show_legend = TRUE,
mark_main_branch = TRUE,
in_log = FALSE,
verbose = FALSE,
exit_point = 0,
msg = "",
show_warns = TRUE) {
# check
stopifnot(is.logical(verbose) && length(verbose) == 1)
stopifnot(is.logical(show_legend) && length(show_legend) == 1)
if (verbose) message("Workflow inputs pre-checking ...")
stopifnot(is.character(df$step_name))
stopifnot(is.logical(in_log) && length(in_log) == 1)
# early exit for linear method
layout <- match.arg(layout, c("compact", "vertical", "horizontal", "execution"))
if (layout == "execution") {
return(.WFlinear(df, show_legend, in_log))
}
stopifnot(is.list(df$dep))
lapply(seq_along(df$dep), function(i) {
if (!is.character(df$dep[[i]])) stop("No.", i, " item in dep is not a character vector")
})
branch_method <- match.arg(branch_method, c("auto", "choose"))
stopifnot(is.numeric(exit_point) && length(exit_point) == 1)
# find all possible branches
if (verbose) message("Looking for possible branches ...")
step_names <- df$step_name
deps <- df$dep
if (sum(starting_root <- df$dep == "") > 1) {
if (show_warns) {
message(
"More than 1 step has no dependency. They all will be treated as starting point:\n",
paste0(names(df$dep)[starting_root], collapse = ", ")
)
}
step_names <- c("root_step0", step_names)
deps <- df$dep
deps[starting_root] <- "root_step0"
deps <- append(deps, list(root_step0 = ""), after = 0)
}
tree <- .findBranch(step_names, deps)
if (sum(starting_root) > 1) tree <- lapply(tree, function(x) x[!x == "root_step0"])
# debug exit point
if (exit_point == 1) {
return(tree)
}
if (branch_method == "choose" && interactive() && is.null(branch_no) || verbose) {
# list all branches
invisible(lapply(seq_along(tree), function(i) {
cat(crayon::blue$bold("Possible branch"), i, ":\n")
cat(paste0(tree[[i]], collapse = " -> "), "\n")
}))
}
# choose branch
if (!is.null(branch_no)) {
stopifnot(is.numeric(branch_no) && length(branch_no) == 1)
if (branch_no > length(tree)) stop("Branch number is larger than possible branches:", length(tree))
} else if (branch_method == "choose" && interactive()) {
branch_no <- as.numeric(menu(paste("Branch", seq_along(tree)), title = "Choose a main branch to plot workflow"))
} else {
branch_no <- .recommendBranch(tree, df$step_name, verbose, show_warns)
branch_msg <- names(branch_no)[1]
if (stringr::str_starts(branch_msg, "Workflow's first step is") && show_warns) {
msg <- branch_msg
# df <- df[df$step_name %in% tree[[branch_no]], ]
}
}
if (verbose) message("Build the workflow tree ...")
nodes <- .buildTree(tree, branch_no)
if (exit_point == 2) {
return(nodes)
}
# organize all node attach point
node_attach <- unique(unlist(lapply(nodes, `[[`, "attach_point")))
# organize all side branch
node_side <- unique(unlist(lapply(nodes, `[[`, "branch_side")))
# connecting the main branch
branch_trans <- paste(tree[[branch_no]], collapse = " -> ")
# translation
trans_func <- switch(layout,
"compact" = .WFcompact,
"vertical" = .WFvert,
"horizontal" = .WFhori
)
if (verbose) message("Translate tree to DOT language...")
# build the skeleton
p_main <- trans_func(branch_trans, node_attach, node_side, mark_main_branch)
if (exit_point == 3) {
return(paste0(p_main, "\n}\n"))
}
# add node decoration
p_main <- paste0(p_main, .addNodeDecor(
df$step_name, df$status_summary, df$has_run, df$success, df$spr, df$sample_pass,
df$sample_warn, df$sample_error, df$sample_total, df$log_path,
df$time_start, df$time_end, df$req, df$session, in_log
))
# add legend
if (show_legend) p_main <- paste0(p_main, .addDotLegend(mark_main_branch), collapse = "\n")
# close the plot
# return plot and additional msg
c(paste0(p_main, "\n}\n"), msg)
}
##################
## .findBranch ##
#################
.findBranch <- function(steps, deps, step_n = 1,
dep_chain = list(
root = steps[1]
),
branch_name = "root") {
if (step_n > length(steps)) {
return(dep_chain)
}
current_step <- steps[step_n]
# find steps depend on this step
new_step_n <- lapply(deps, function(x) {
current_step %in% x
}) %>%
unlist() %>%
which()
# cat(current_step, new_step_n, "\n")
# make a backup if new branch need to be created
if (length(new_step_n) > 1) deps_backup <- dep_chain[[branch_name]]
# loop through these new steps to append dep chain
for (i in seq_along(new_step_n)) {
# if more than 1 dependent step, create a new branch
if (i != 1) {
# cat("branch step is: ", new_step_n[i], "\n")
branch_name <- paste0(step_n, "_", new_step_n[i])
dep_chain[[branch_name]] <- deps_backup
# dep_chain[[as.character(chain_num)]][["branch_point"]] <- current_step
# cat("chain no is: ", branch_name, "\n")
}
# cat("chain num is", chain_num, "\n")
dep_chain[[branch_name]] <- c(dep_chain[[branch_name]], steps[new_step_n[i]])
dep_chain <- .findBranch(steps, deps, new_step_n[i], dep_chain, branch_name)
}
dep_chain
}
######################
## .recommendBranch ##
######################
.recommendBranch <- function(tree, steps, verbose, show_warns) {
branch_complete <- lapply(tree, function(x) {
all(c(steps[1], steps[length(steps)]) %in% x)
}) %>%
unlist() %>%
which()
if (length(branch_complete) == 0) {
msg <- "Workflow's first step is not connected to the last step, something wrong? This may cause workflow plot display issues"
warning(msg)
return(structure(c(1), .Names = msg))
} else {
if (verbose) cat("**********\n")
if (verbose) {
cat(
"Find", length(branch_complete), "branch(es) connecting first and last step:",
paste0(branch_complete, collapse = ", "),
".\n"
)
}
tree_complete <- tree[branch_complete]
}
branch_len <- unlist(lapply(tree, length))
branch_long <- which(branch_len == max(branch_len))
if (verbose) cat("Find branch(es)", paste0(branch_long, collapse = ", "), ": with the largest number of steps", max(branch_len), "\n")
branch_recommand <- base::intersect(branch_long, branch_complete)
branch_recommand <- tree[branch_recommand %in% tree]
# use first complete branch if no intersection
if (length(branch_recommand) == 0) {
branch_recommand <- branch_complete[1]
# if still empty, use longest branch
if (length(branch_recommand) == 0) {
branch_recommand <- branch_long[1]
}
}
if (verbose) cat("**********\n")
if (verbose) cat("Based on the detection, branch(es):", paste0(branch_recommand, collapse = ", "), "is (are) recommended\n")
if (verbose) cat("Branch", crayon::yellow$bold(branch_recommand[1]), "will be used as the main branch\n")
return(branch_recommand[1])
}
################
## .buildTree ##
################
.buildTree <- function(tree, branch_no) {
branch <- tree[[branch_no]]
# reconstruct side branches based on the selected main branch
lapply(tree[-branch_no], function(x) {
# see if other branches has node in common with main branch
in_main <- x %in% branch
# find where these node need to attach to mian branch
current_state <- in_main[1]
attach_point <- c()
for (i in seq_along(in_main)) {
if (current_state != in_main[i]) {
attach_point <- c(attach_point, paste(x[i - 1], "->", x[i]))
current_state <- in_main[i]
}
}
# find the chain of new side branches
in_branch <- which(!in_main)
branch_side <- list(x[in_branch[1]])
list_pos <- 1
for (i in seq_along(in_branch)) {
if (i == 1) next
if (in_branch[i] - in_branch[i - 1] == 1) {
branch_side[[list_pos]] <- c(branch_side[[list_pos]], x[in_branch[i]])
} else {
list_pos <- list_pos + 1
branch_side[[list_pos]] <- x[in_branch[i]]
}
}
branch_side <- lapply(branch_side, function(branches) {
nodes <- c()
for (n in seq_along(branches)) {
if (n >= length(branches)) next
nodes <- c(nodes, paste(branches[n], branches[n + 1], sep = " -> "))
}
nodes
})
list(attach_point = attach_point, branch_side = branch_side)
})
}
################
## .WFcompact ##
################
.WFcompact <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
"digraph {
node[fontsize=20];
subgraph {\n ",
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(node_attach, collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
#############
## .WFvert ##
#############
.WFvert <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
'digraph {
node[fontsize=20];
subgraph {
rankdir="TB";\n ',
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(
"subgraph {\n",
' rank="same";\n',
" ",
node_attach,
"\n }\n"
) %>%
paste0(collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
#############
## .WFhori ##
#############
.WFhori <- function(branch_trans, node_attach, node_side, mark_main_branch) {
paste0(
'digraph {
node[fontsize=20];
subgraph {
rank="same";\n ',
if (mark_main_branch) ' node[color="dodgerblue"];\n ' else " ",
paste0(branch_trans, if (mark_main_branch) '[color="dodgerblue"]' else "", collapse = ""),
"\n }\n ",
paste0(
"subgraph {\n",
' rankdir="TB";\n',
" ",
node_attach,
"\n }\n"
) %>%
paste0(collapse = "\n "),
"\n ",
paste0(node_side, collapse = "\n "),
"\n"
)
}
###############
## .WFlinear ##
###############
.WFlinear <- function(df, show_legend, in_log) {
steps_trans <- paste0(df$step_name, collapse = " -> ")
paste0(
'digraph {
node[fontsize=20];
subgraph {
rank="TB";\n ',
steps_trans,
"\n }\n",
.addNodeDecor(
df$step_name, df$status_summary, df$has_run, df$success, df$spr, df$sample_pass,
df$sample_warn, df$sample_error, df$sample_total, df$log_path,
df$time_start, df$time_end, df$req, df$session, in_log
),
if (show_legend) .addDotLegend(FALSE),
"\n}\n"
)
}
###################
## .addDotLegend ##
###################
.addDotLegend <- function(show_main = TRUE) {
paste0(
' subgraph cluster_legend {
rankdir=TB;
color="#eeeeee";
style=filled;
ranksep =1;
label="Legends";
fontsize = 30;
node [style=filled, fontsize=10];
legend_img-> step_state[color="#eeeeee"];
legend_img[shape=none, image="plotwf_legend-src.png", label = " ", height=1, width=3, style=""];
step_state[style="filled", shape="box" color=white, label =<
<table>
<tr><td><b>Step Colors</b></td></tr>
<tr><td><font color="black">Pending steps</font>; <font color="#5cb85c">Successful steps</font>; <font color="#d9534f">Failed steps</font></td></tr>
<tr><td><b>Targets Files / Code Chunk </b></td></tr><tr><td><font color="#5cb85c">0 (pass) </font> | <font color="#f0ad4e">0 (warning) </font> | <font color="#d9534f">0 (error) </font> | <font color="blue">0 (total)</font>; Duration</td></tr></table>
>];
}\n'
)
}
######################
## .addDotLegendUri ##
######################
.addDotLegendUri <- function() {
# to update the URI, run
# paste0("data:image/svg+xml;base64,", base64enc::base64encode("inst/htmlwidgets/plotwf_legend.svg"))
"data:image/svg+xml;base64,<?xml version="1.0" encoding="UTF-8"?>
<!-- Do not edit this file with editors other than diagrams.net -->
<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
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font-size: 12px; font-family: &quot;Times New Roman&quot;; color: rgb(0, 0, 0); line-height: 1.2; pointer-events: none; white-space: normal; overflow-wrap: normal;"><span style="font-size: 8px">ellipse</span></div></div></div></foreignObject><text x="116" y="65" fill="rgba(0, 0, 0, 1)" font-family="Times New Roman" font-size="12px" text-anchor="middle">ellipse</text></switch></g><g transform="translate(-0.5 -0.5)scale(2)"><switch><foreignObject pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility" style="overflow: visible; text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 1px; height: 1px; padding-top: 85px; margin-left: 114px;"><div data-drawio-colors="color: rgba(0, 0, 0, 1); " style="box-sizing: border-box; font-size: 0px; text-align: center;"><div style="display: inline-block; font-size: 11px; font-family: &quot;Times New Roman&quot;; 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text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 1px; height: 1px; padding-top: 128px; margin-left: 115px;"><div data-drawio-colors="color: rgba(0, 0, 0, 1); " style="box-sizing: border-box; font-size: 0px; text-align: center;"><div style="display: inline-block; font-size: 11px; font-family: &quot;Times New Roman&quot;; color: rgb(0, 0, 0); line-height: 1.2; pointer-events: none; white-space: nowrap;">Mandatory</div></div></div></foreignObject><text x="115" y="131" fill="rgba(0, 0, 0, 1)" font-family="Times New Roman" font-size="11px" text-anchor="middle">Mandatory</text></switch></g><g transform="translate(-0.5 -0.5)scale(2)"><switch><foreignObject pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility" style="overflow: visible; text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 1px; height: 1px; padding-top: 128px; margin-left: 198px;"><div data-drawio-colors="color: rgba(0, 0, 0, 1); " style="box-sizing: border-box; font-size: 0px; text-align: center;"><div style="display: inline-block; font-size: 11px; font-family: &quot;Times New Roman&quot;; color: rgb(0, 0, 0); line-height: 1.2; pointer-events: none; white-space: nowrap;">Optional</div></div></div></foreignObject><text x="198" y="131" fill="rgba(0, 0, 0, 1)" font-family="Times New Roman" font-size="11px" text-anchor="middle">Optional</text></switch></g><rect x="184" y="190" width="95" height="40" fill="#d3d6eb" stroke="none" pointer-events="none"/><g transform="translate(-0.5 -0.5)scale(2)"><switch><foreignObject pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility" style="overflow: visible; text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 46px; height: 1px; padding-top: 105px; margin-left: 93px;"><div data-drawio-colors="color: rgba(0, 0, 0, 1); " style="box-sizing: border-box; font-size: 0px; text-align: center;"><div style="display: inline-block; font-size: 12px; font-family: &quot;Times New Roman&quot;; color: rgb(0, 0, 0); line-height: 1.2; pointer-events: none; white-space: normal; overflow-wrap: normal;"><span style="font-size: 8px">fill</span></div></div></div></foreignObject><text x="116" y="109" fill="rgba(0, 0, 0, 1)" font-family="Times New Roman" font-size="12px" text-anchor="middle">fill</text></switch></g><rect x="349" y="190" width="95" height="40" fill="#ffffff" stroke="none" pointer-events="none"/><g transform="translate(-0.5 -0.5)scale(2)"><switch><foreignObject pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility" style="overflow: visible; text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 46px; height: 1px; padding-top: 105px; margin-left: 176px;"><div data-drawio-colors="color: rgba(0, 0, 0, 1); " style="box-sizing: border-box; font-size: 0px; text-align: center;"><div style="display: inline-block; font-size: 12px; font-family: &quot;Times New Roman&quot;; color: rgb(0, 0, 0); line-height: 1.2; pointer-events: none; white-space: normal; overflow-wrap: normal;"><span style="font-size: 8px">no fill</span></div></div></div></foreignObject><text x="198" y="109" fill="rgba(0, 0, 0, 1)" font-family="Times New Roman" font-size="12px" text-anchor="middle">no fill</text></switch></g><g transform="translate(-0.5 -0.5)scale(2)"><switch><foreignObject pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility" style="overflow: visible; text-align: left;"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 1px; 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}
###################
## .addNodeDecor ##
###################
.addNodeDecor <- function(steps, status_summary, has_run, success, spr, sample_pass, sample_warn,
sample_error, sample_total, log_path, time_start, time_end,
req, session, in_log = FALSE) {
node_text <- c()
for (i in seq_along(steps)) {
step_color <- switch(status_summary[i],
"Success" = "#5cb85c",
"Warning" = "#f0ad4e",
"Error" = "#d9534f",
"black"
)
duration <- .stepDuration(steps[i], time_start[i], time_end[i])
node_text <- c(node_text, paste0(
" ", steps[i], "[",
if (req[i] == "mandatory") 'fillcolor="#d3d6eb" ' else "",
if (req[i] == "mandatory" && session[i] == "compute") {
'style="filled, dashed, '
} else if (req[i] == "mandatory" && session[i] != "compute") {
'style="filled, '
} else if (req[i] != "mandatory" && session[i] == "compute") {
'style="dashed, '
} else {
'style="solid, '
},
if (spr[i] == "sysargs") 'rounded" ' else '"',
"label=<<b>",
'<font color="', step_color, '">', steps[i], "</font><br></br>",
'<font color="#5cb85c">', sample_pass[i], "</font>/",
'<font color="#f0ad4e">', sample_warn[i], "</font>/",
'<font color="#d9534f">', sample_error[i], "</font>/",
'<font color="blue">', sample_total[i], "</font></b>; ",
'<font color="black">', duration$short, "</font>",
"> ",
if (spr[i] == "sysargs") ', shape="box" ' else "",
if (in_log) paste0('href="', log_path[i], '" ') else " ",
'tooltip="step ', steps[i], ": ",
sample_pass[i], " samples passed; ",
sample_warn[i], " samples have warnings; ",
sample_error[i], " samples have errors; ",
sample_total[i], " samples in total; ",
"Start time: ", time_start[i], "; ",
"End time: ", time_end[i], "; ",
"Duration: ", duration$long,
'"',
"]\n"
))
}
paste0(node_text, collapse = "")
}
###################
## .stepDuration ##
###################
.stepDuration <- function(step, start, end) {
duration <- round(as.numeric(difftime(end, start, units = "sec")), 1)
if (duration < 0) {
duration <- 0
warning(
"In step: ", step, "\n",
"Starting time: ", start, "\n",
"Ending time: ", end, "\n",
"Ending time is before starting time, something wrong?\n",
"Duration of this step is treated as 0 for now.",
immediate. = TRUE,
call. = FALSE
)
}
secs <- duration %% 60
mins_raw <- duration %/% 60
mins <- mins_raw %% 60
hrs <- mins_raw %/% 60
return(list(
long = paste(stringr::str_pad(hrs, 2, pad = "0"), stringr::str_pad(mins, 2, pad = "0"), stringr::str_pad(secs, 2, pad = "0"), sep = ":"),
short = if (hrs > 0) paste0(hrs, "h") else if (mins > 0) paste0(mins, "m") else paste0(secs, "s")
))
}
###################
## .buildDF ##
###################
.buildDF <- function(sal) {
sal_temp <- sal
if (length(sal_temp) == 0) {
warning("Workflow has no steps. Please make sure to add a step to the workflow before plotting.", call. = FALSE)
return_df <- data.frame(
step_name = "Empty_workflow",
dep = NA,
spr = "sysargs",
req = "mandatory",
session = "management",
has_run = FALSE,
success = FALSE,
sample_pass = 0,
sample_warn = 0,
sample_error = 0,
sample_total = 0,
log_path = "",
time_start = Sys.time(),
time_end = Sys.time()
)
return_df$dep <- list("")
return(return_df)
}
df <- data.frame(step_name = stepName(sal_temp))
dep <- dependency(sal_temp)
for (i in seq_along(dep)) {
if (any(is.na(dep[i]))) {
dep[[i]] <- ""
}
}
df$dep <- dep
df$spr <- ifelse(sapply(df$step_name, function(x) inherits(stepsWF(sal_temp)[[x]], "SYSargs2")), "sysargs", "r")
df$req <- sapply(df$step_name, function(x) sal_temp$runInfo$runOption[[x]]$run_step)
df$session <- sapply(df$step_name, function(x) sal_temp$runInfo$runOption[[x]]$run_session)
df$status_summary <- sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary)
df$has_run <- ifelse(!sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary) == "Pending", TRUE, FALSE)
df$success <- ifelse(sapply(df$step_name, function(x) sal_temp$statusWF[[x]]$status.summary) == "Success", TRUE, FALSE)
df <- cbind(df, data.frame(
sample_pass = 0,
sample_warn = 0,
sample_error = 0,
sample_total = 0,
time_start = Sys.time(),
time_end = Sys.time()
))
for (i in seq_along(df$step_name)) {
if (inherits(stepsWF(sal_temp)[[i]], "SYSargs2")) {
sample_df <- as.list(colSums(sal_temp$statusWF[[i]][[2]][2:4]))
df$sample_pass[i] <- sample_df$Existing_Files
df$sample_total[i] <- sample_df$Total_Files
if (all(sample_df$Missing_Files > 0 && sal_temp$statusWF[[i]]$status.summary == "Warning")) {
df$sample_warn[i] <- sample_df$Missing_Files
} else if (all(sample_df$Missing_Files > 0 && sal_temp$statusWF[[i]]$status.summary == "Error")) {
df$sample_error[i] <- sample_df$Missing_Files
}
if (!is.null(sal_temp$statusWF[[i]]$total.time)) {
df$time_start[i] <- sal_temp$statusWF[[i]]$total.time$time_start
df$time_end[i] <- sal_temp$statusWF[[i]]$total.time$time_end
}
} else if (inherits(stepsWF(sal_temp)[[i]], "LineWise")) {
df$sample_total[i] <- 1
if (sal_temp$statusWF[[i]]$status.summary == "Success") {
df$sample_pass[i] <- 1
} else if (sal_temp$statusWF[[i]]$status.summary == "Warning") {
df$sample_warn[i] <- 1
} else if (sal_temp$statusWF[[i]]$status.summary == "Error") {
df$sample_error[i] <- 1
}
if (length(sal_temp$statusWF[[i]]$status.time) > 0) {
df$time_start[i] <- sal_temp$statusWF[[i]]$total.time$time_start
df$time_end[i] <- sal_temp$statusWF[[i]]$total.time$time_end
}
}
}
df$log_path <- paste0("#", tolower(df$step_name))
df <- rbind(df[which(df$dep == ""), ], df[which(!df$dep == ""), ])
return(df)
}
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