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// file : mod/mod-builds.cxx -*- C++ -*-
// copyright : Copyright (c) 2014-2017 Code Synthesis Ltd
// license : MIT; see accompanying LICENSE file
#include <mod/mod-builds.hxx>
#include <libstudxml/serializer.hxx>
#include <odb/database.hxx>
#include <odb/transaction.hxx>
#include <libbutl/timestamp.hxx> // to_string()
#include <web/xhtml.hxx>
#include <web/module.hxx>
#include <libbrep/build.hxx>
#include <libbrep/build-odb.hxx>
#include <libbrep/package.hxx>
#include <libbrep/package-odb.hxx>
#include <mod/page.hxx>
#include <mod/options.hxx>
#include <mod/build-config.hxx> // *_url()
using namespace std;
using namespace bbot;
using namespace odb::core;
using namespace brep::cli;
// While currently the user-defined copy constructor is not required (we don't
// need to deep copy nullptr's), it is a good idea to keep the placeholder
// ready for less trivial cases.
//
brep::builds::
builds (const builds& r)
: database_module (r),
options_ (r.initialized_ ? r.options_ : nullptr)
{
}
void brep::builds::
init (scanner& s)
{
MODULE_DIAG;
options_ = make_shared<options::builds> (
s, unknown_mode::fail, unknown_mode::fail);
database_module::init (*options_, options_->package_db_retry ());
if (options_->build_config_specified ())
database_module::init (static_cast<options::build> (*options_),
static_cast<options::build_db> (*options_),
options_->build_db_retry ());
if (options_->root ().empty ())
options_->root (dir_path ("/"));
}
template <typename T, typename C>
static inline query<T>
build_query (const C& configs)
{
using query = query<T>;
return query::id.configuration.in_range (configs.begin (), configs.end ()) &&
(query::state == "testing" || query::state == "tested");
}
bool brep::builds::
handle (request& rq, response& rs)
{
using namespace web::xhtml;
MODULE_DIAG;
if (build_db_ == nullptr)
throw invalid_request (501, "not implemented");
const size_t page_configs (options_->build_configurations ());
const string& host (options_->host ());
const dir_path& root (options_->root ());
params::builds params;
try
{
name_value_scanner s (rq.parameters ());
params = params::builds (
s, unknown_mode::fail, unknown_mode::fail);
}
catch (const cli::exception& e)
{
throw invalid_request (400, e.what ());
}
size_t page (params.page ());
const char* title ("Builds");
xml::serializer s (rs.content (), title);
s << HTML
<< HEAD
<< TITLE << title << ~TITLE
<< CSS_LINKS (path ("builds.css"), root)
<< ~HEAD
<< BODY
<< DIV_HEADER (root, options_->logo (), options_->menu ())
<< DIV(ID="content");
transaction t (build_db_->begin ());
// Having packages and packages configurations builds in different databases,
// we unable to filter out builds for non-existent packages at the query
// level. Doing that in the C++ code would complicate it significantly. So
// we will print all the builds, relying on the sorting algorithm, that will
// likely to place expired ones at the end of the query result.
//
auto count (
build_db_->query_value<build_count> (
build_query<build_count> (*build_conf_names_)));
s << DIV_COUNTER (count, "Build", "Builds");
// Enclose the subsequent tables to be able to use nth-child CSS selector.
//
s << DIV;
for (auto& b: build_db_->query<build> (
build_query<build> (*build_conf_names_) +
"ORDER BY" + query<build>::timestamp + "DESC" +
"OFFSET" + to_string (page * page_configs) +
"LIMIT" + to_string (page_configs)))
{
assert (b.machine);
auto i (build_conf_map_->find (b.configuration.c_str ()));
assert (i != build_conf_map_->end ());
const build_config& c (*i->second);
string ts (butl::to_string (b.timestamp,
"%Y-%m-%d %H:%M:%S%[.N] %Z",
true, true));
s << TABLE(CLASS="proplist build")
<< TBODY
<< TR_NAME (b.package_name, string (), root)
<< TR_VERSION (b.package_name, b.package_version, root)
<< TR_VALUE ("toolchain",
b.toolchain_name + '-' +
b.toolchain_version.string ())
<< TR_VALUE ("config", b.configuration)
<< TR_VALUE ("machine", *b.machine)
<< TR_VALUE ("target", c.target ? c.target->string () : "<default>")
<< TR_VALUE ("timestamp", ts)
<< TR(CLASS="result")
<< TH << "result" << ~TH
<< TD
<< SPAN(CLASS="value");
if (b.state == build_state::testing)
s << "building";
else
{
assert (b.state == build_state::tested);
build_db_->load (b, b.results_section);
// If no unsuccessful operations results available, then print the
// overall build status. If there are any operations results available,
// then also print unsuccessful operations statuses with the links to the
// respective logs, followed with a link to the operations combined log.
// Print the forced package rebuild link afterwards, unless the package
// build is already pending.
//
if (b.results.empty () || *b.status == result_status::success)
{
assert (b.status);
s << SPAN_BUILD_RESULT_STATUS (*b.status) << " | ";
}
if (!b.results.empty ())
{
for (const auto& r: b.results)
{
if (r.status != result_status::success)
s << SPAN_BUILD_RESULT_STATUS (r.status) << " ("
<< A
<< HREF
<< build_log_url (host, root, b, &r.operation)
<< ~HREF
<< r.operation
<< ~A
<< ") | ";
}
s << A
<< HREF << build_log_url (host, root, b) << ~HREF
<< "log"
<< ~A
<< " | ";
}
if (b.forced)
s << "pending";
else
s << A
<< HREF << force_rebuild_url (host, root, b) << ~HREF
<< "rebuild"
<< ~A;
}
s << ~SPAN
<< ~TD
<< ~TR
<< ~TBODY
<< ~TABLE;
}
s << ~DIV;
t.commit ();
s << DIV_PAGER (page, count, page_configs, options_->build_pages (),
root.string () + "?builds")
<< ~DIV
<< ~BODY
<< ~HTML;
return true;
}
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