modeling.epsilon

require('rmarkdown')
render("datasets_report.Rmarkdown", params = list(project_id = "modeling.epsilon"), output_format="html_document")

data <- read.csv(file='myfile.csv', header=T)
names(data)

data <- read.csv(file=file_git_commits_evol, header=T)

data$commits_sum <- cumsum(data$commits)
data.xts <- xts(x = data[,c('commits_sum', 'commits', 'authors')], order.by=as.POSIXct(as.character(data[,c('date')]), format="%Y-%m-%d"))

time.min <- index(data.xts[1,])
time.max <- index(data.xts[nrow(data.xts)])
all.dates <- seq(time.min, time.max, by="days")
empty <- xts(order.by = all.dates)

merged.data <- merge(empty, data.xts, all=T)
merged.data[is.na(merged.data) == T] <- 0

p <-dygraph(merged.data[,c('commits')],
        main = paste('Daily commits for ', project_id, sep=''),
        width = 800, height = 250 ) %>%
      dyRangeSelector()
p

data <- read.csv(file=file_bz_issues, header=T)

data <- read.csv(file=file_bz_issues_open, header=T)

data <- read.csv(file=file_bz_evol, header=T)

data <- read.csv(file=file_bz_versions, header=T)

data <- read.csv(file=file_bz_components, header=T)

data.sorted <- data[order(data$Bugs, decreasing = T),]

g <- gvisColumnChart(data.sorted, options=list(title='List of product components', legend="{position: 'none'}", width="automatic", height="300px"))
plot(g)

data <- read.csv(file=file_forums_posts, header=T)

data$created.date <- as.POSIXct(data$created_date, origin="1970-01-01")
posts.xts <- xts(data, order.by = data$created.date)

time.min <- index(posts.xts[1,])
time.max <- index(posts.xts[nrow(posts.xts)])
all.dates <- seq(time.min, time.max, by="weeks")
empty <- xts(order.by = all.dates)

merged.data <- merge(empty, posts.xts$id, all=T)
merged.data[is.na(merged.data) == T] <- 0

posts.weekly <- apply.weekly(x=merged.data, FUN = nrow)
names(posts.weekly) <- c("posts")

p <- dygraph(
  data = posts.weekly[-1,],
  main = paste('Weekly forum posts for ', project_id, sep=''),
  width = 800, height = 250 ) %>%
  dyAxis("x", drawGrid = FALSE) %>%
  dySeries("posts", label = "Weekly posts") %>%
  dyOptions(stepPlot = TRUE) %>%
  dyRangeSelector()
p

data$created.date <- as.POSIXct(data$created_date, origin="1970-01-01")
posts.table <- head(data[,c('id', 'subject', 'created.date', 'author_id')], 10)
posts.table$subject <- paste('<a href="', posts.table$html_url, '">', posts.table$subject, '</a>', sep='')
posts.table$created.date <- as.character(posts.table$created.date)
names(posts.table) <- c('ID', 'Subject', 'Post date', 'Post author')

print(
    xtable(head(posts.table, 10),
        caption = paste('10 most recent posts on', project_id, 'forum.', sep=" "),
        digits=0, align="lllll"), type="html",
    html.table.attributes='class="table table-striped"',
    caption.placement='bottom',
    include.rownames=FALSE,
    sanitize.text.function=function(x) { x }
)

data <- read.csv(file=file_forums_threads, header=T)

data$last.post.date <- as.POSIXct(data$last_post_date, origin="1970-01-01")
threads.table <- head(data[,c('id', 'subject', 'last.post.date', 'last_post_id', 'replies', 'views')], 10)
threads.table$subject <- paste('<a href="', threads.table$html_url, '">', threads.table$subject, '</a>', sep='')
threads.table$last.post.date <- as.character(threads.table$last.post.date)
names(threads.table) <- c('ID', 'Subject', 'Last post date', 'Last post author', 'Replies', 'Views')

print(
    xtable(threads.table,
        caption = paste('10 last active threads on', project_id, 'forum.', sep=" "),
        digits=0, align="lllllll"), type="html",
    html.table.attributes='class="table table-striped"',
    caption.placement='bottom',
    include.rownames=FALSE,
    sanitize.text.function=function(x) { x }
)

data <- read.csv(file=file_jenkins_builds, header=T)

data <- read.csv(file=file_jenkins_jobs, header=T)

data <- read.csv(file=file_pmi_checks, header=T)

checks.table <- head(data[,c('Description', 'Value', 'Results')], 10)

print(
    xtable(checks.table,
        caption = paste('Extract of the 10 first PMI checks for ', 
                        project_id, '.', sep=" "),
        digits=0, align="llll"), type="html",
    html.table.attributes='class="table table-striped"',
    caption.placement='bottom',
    include.rownames=FALSE,
    sanitize.text.function=function(x) { x }
)

data <- read.csv(file=file_sc_authors, header=T)

suppressPackageStartupMessages(library(googleVis))
options(gvis.plot.tag='chart')

data.sorted <- data[order(data$count, decreasing = T),]

p <- gvisPieChart(data.sorted,
              options = list(
                title=paste("Authors for project ", project_id, " ", sep=""),
                sliceVisibilityThreshold=0, height=280,
                pieHole= 0.4))

print(p, 'chart')

data <- read.csv(file=file_sc_copyrights, header=T)

suppressPackageStartupMessages(library(googleVis))
options(gvis.plot.tag='chart')

data.sorted <- data[order(data$count, decreasing = T),]

p <- gvisPieChart(data.sorted,
              options = list(
                title=paste("Copyrights for project ", project_id, " ", sep=""),
                sliceVisibilityThreshold=0, height=280,
                pieHole= 0.4))

print(p, 'chart')

data <- read.csv(file=file_sc_holders, header=T)

suppressPackageStartupMessages(library(googleVis))
options(gvis.plot.tag='chart')

data.sorted <- data[order(data$count, decreasing = T),]

p <- gvisPieChart(data.sorted,
              options = list(
                title=paste("Holders for project ", project_id, " ", sep=""),
                sliceVisibilityThreshold=0, height=280,
                pieHole= 0.4))

print(p, 'chart')

data <- read.csv(file=file_sc_licences, header=T)

suppressPackageStartupMessages(library(googleVis))
options(gvis.plot.tag='chart')

p <- gvisPieChart(data,
              options = list(
                title=paste("Licences for project ", project_id, " ", sep=""),
                sliceVisibilityThreshold=0, height=280,
                pieHole= 0.4))

print(p, 'chart')

data <- read.csv(file=file_sc_pl, header=T)

suppressPackageStartupMessages(library(googleVis))
options(gvis.plot.tag='chart')

p <- gvisPieChart(data,
              options = list(
                title=paste("Programming languages for project ", project_id, " ", sep=""),
                sliceVisibilityThreshold=0, height=280,
                pieHole= 0.4))

print(p, 'chart')

data <- read.csv(file=file_sc_sf, header=T)