def make_DataAnnPkg_page(c):
pkg_to_Y = stats_utils.make_package_reports(c, 'annotation',
main_page_file,
main_page_title)
out = open(main_page_file, 'w')
stats_utils.write_top_asHTML(out, main_page_title, 'main.css')
out.write('<BODY>\n')
stats_utils.write_topright_links_asHTML(out,
'index.html',
'Download stats for Bioconductor Software packages',
'data-experiment.html',
'Download stats for Bioconductor experiment packages')
out.write('<H1 style="text-align: center;">%s</H1>\n' % main_page_title)
stats_utils.write_timestamp_asHTML(out)
out.write('<P><I>')
out.write('This page monitors Bioconductor annotation package ')
out.write('downloads from http://bioconductor.org/ over the last ')
out.write('12 months. ')
out.write('The number reported next to each package name is the ')
out.write('<B>number of distinct IPs that “hit” the ')
out.write('package over the last 12 months.</B> ')
#out.write('Core packages (i.e. the BiocInstaller package + ')
#out.write('packages that get installed the first time ')
#out.write('<A href="%s">biocLite()</A> is called ' % \
# 'http://bioconductor.org/docs/install/')
#out.write('with no arguments) are reported <B>in bold</B>.')
out.write('</I></P>\n')
out.write('<HR>\n')
# Top 30
out.write('<H2>%s</H2>\n' % 'Top 30')
stats_utils.write_TotalDownloadsPerPkg_TABLE(out, 'annotation',
pkg_to_Y.keys(), pkg_to_Y,
True, 30)
out.write('<HR>\n')
# All annotation packages
out.write('<H2>%s</H2>' % 'All annotation packages')
stats_utils.write_DownloadsPerMonth_TABLE(c, out,
'All annotation packages',
"biocrepo='annotation'",
'all_annotation_packages.png')
stats_utils.write_AlphabeticalIndex(out, 'annotation', pkg_to_Y)
out.write('</BODY>\n')
out.write('</HTML>\n')
out.close()
return
def make_SoftwarePkg_page(c):
pkg_to_Y = stats_utils.make_package_reports(c, 'bioc',
main_page_file,
main_page_title)
out = open(main_page_file, 'w')
stats_utils.write_top_asHTML(out, main_page_title, 'main.css')
out.write('<BODY>\n')
stats_utils.write_topright_links_asHTML(out,
'data-annotation.html',
'Download stats for Bioconductor annotation packages',
'data-experiment.html',
'Download stats for Bioconductor experiment packages')
out.write('<H1 style="text-align: center;">%s</H1>\n' % main_page_title)
stats_utils.write_timestamp_asHTML(out)
out.write('<P><I>')
out.write('This page monitors Bioconductor Software package ')
out.write('downloads from http://bioconductor.org/ over the last ')
out.write('12 months. ')
out.write('The number reported next to each package name is the ')
out.write('<B>number of distinct IPs that “hit” the ')
out.write('package over the last 12 months.</B> ')
out.write('Core packages (i.e. the BiocInstaller package + ')
out.write('packages that get installed the first time ')
out.write('<A href="%s">biocLite()</A> is called ' % \
'http://bioconductor.org/docs/install/')
out.write('with no arguments) are reported <B>in bold</B>.')
out.write('</I></P>\n')
out.write('<HR>\n')
# Top 50
out.write('<H2>%s</H2>\n' % 'Top 50')
stats_utils.write_TotalDownloadsPerPkg_TABLE(out, 'bioc',
pkg_to_Y.keys(), pkg_to_Y,
True, 50)
out.write('<HR>\n')
# All Software packages
out.write('<H2>%s</H2>' % 'All Software packages')
stats_utils.write_DownloadsPerMonth_TABLE(c, out,
'All Software packages',
"biocrepo='bioc'",
'all_bioc_packages.png')
stats_utils.write_AlphabeticalIndex(out, 'bioc', pkg_to_Y)
out.write('</BODY>\n')
out.write('</HTML>\n')
out.close()
return
def make_main_page():
out = open(main_page_file, 'w')
stats_utils.write_top_asHTML(out, main_page_title, 'main.css')
out.write('<BODY>\n')
out.write('<H1 style="text-align: center;">%s</H1>\n' % main_page_title)
out.write('<H2>Global stats</H2>')
title = 'All packages'
barplot_file = 'all_packages.png'
stats_utils.write_DownloadsPerMonth_TABLE(c, out, title,
"package IS NOT NULL",
barplot_file, 700000)
title = 'All Software packages'
barplot_file = 'all_bioc_packages.png'
stats_utils.write_DownloadsPerMonth_TABLE(c, out, title,
"biocrepo='bioc'",
barplot_file, 700000)
title = 'All Annotation, CDF and Probe packages'
barplot_file = 'all_data_annotation_packages.png'
stats_utils.write_DownloadsPerMonth_TABLE(c, out, title,
"biocrepo='annotation'",
barplot_file, 700000)
title = 'All Experiment Packages'
barplot_file = 'all_data_experiment_packages.png'
stats_utils.write_DownloadsPerMonth_TABLE(c, out, title,
"biocrepo='experiment'",
barplot_file, 700000)
out.write('<H2>%s</H2>' % 'Software packages')
pkg_to_Y = stats_utils.make_package_reports(c, 'bioc',
main_page_file,
main_page_title)
stats_utils.write_TotalDownloadsPerPkg_TABLE(out, 'bioc',
pkg_to_Y.keys(), pkg_to_Y)
out.write('<H2>%s</H2>' % 'Annotation, CDF and Probe packages')
pkg_to_Y = stats_utils.make_package_reports(c, 'annotation',
main_page_file,
main_page_title)
stats_utils.write_TotalDownloadsPerPkg_TABLE(out, 'annotation',
pkg_to_Y.keys(), pkg_to_Y)
out.write('<H2>%s</H2>' % 'Experiment packages')
pkg_to_Y = stats_utils.make_package_reports(c, 'experiment',
main_page_file,
main_page_title)
stats_utils.write_TotalDownloadsPerPkg_TABLE(out, 'experiment',
pkg_to_Y.keys(), pkg_to_Y)
out.write('</BODY>\n')
out.write('</HTML>\n')
out.close()
return
