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authorKaren Arutyunov <karen@codesynthesis.com>2017-06-10 02:11:14 +0300
committerKaren Arutyunov <karen@codesynthesis.com>2017-06-14 17:51:00 +0300
commitae4eb4360376a52866b4737ba8f0fc76255821a0 (patch)
tree5d98093c1fdb604bfded1a88d8bbd5803ffbb505 /mod/mod-builds.cxx
parentda701337ca32a54682a0daddcd2ab85a2f886a18 (diff)
Support displaying unbuilt package configurations on builds page
Diffstat (limited to 'mod/mod-builds.cxx')
-rw-r--r--mod/mod-builds.cxx739
1 files changed, 548 insertions, 191 deletions
diff --git a/mod/mod-builds.cxx b/mod/mod-builds.cxx
index da72e17..e90e68f 100644
--- a/mod/mod-builds.cxx
+++ b/mod/mod-builds.cxx
@@ -4,12 +4,15 @@
#include <mod/mod-builds.hxx>
+#include <set>
+
#include <libstudxml/serializer.hxx>
#include <odb/database.hxx>
#include <odb/transaction.hxx>
-#include <libbutl/timestamp.hxx> // to_string()
+#include <libbutl/timestamp.hxx> // to_string()
+#include <libbutl/filesystem.hxx> // path_match()
#include <libbbot/manifest.hxx> // to_result_status(), to_string(result_status)
@@ -27,6 +30,7 @@
#include <mod/build-config.hxx> // *_url()
using namespace std;
+using namespace butl;
using namespace bbot;
using namespace web;
using namespace odb::core;
@@ -62,38 +66,38 @@ init (scanner& s)
options_->root (dir_path ("/"));
}
-template <typename T, typename C>
-static inline query<T>
-build_query (const C& configs, const brep::params::builds& params)
+// Transform the wildcard to the LIKE-pattern.
+//
+static string
+transform (const string& s)
{
- using namespace brep;
-
- using query = query<T>;
+ if (s.empty ())
+ return "%";
- // Transform the wildcard to the LIKE-pattern.
- //
- auto transform = [] (const string& s) -> string
+ string r;
+ for (char c: s)
{
- if (s.empty ())
- return "%";
-
- string r;
- for (char c: s)
+ switch (c)
{
- switch (c)
- {
- case '*': c = '%'; break;
- case '?': c = '_'; break;
- case '\\':
- case '%':
- case '_': r += '\\'; break;
- }
-
- r += c;
+ case '*': c = '%'; break;
+ case '?': c = '_'; break;
+ case '\\':
+ case '%':
+ case '_': r += '\\'; break;
}
- return r;
- };
+ r += c;
+ }
+
+ return r;
+}
+
+template <typename T>
+static inline query<T>
+build_query (const brep::cstrings& configs, const brep::params::builds& params)
+{
+ using namespace brep;
+ using query = query<T>;
query q (
query::id.configuration.in_range (configs.begin (), configs.end ()));
@@ -112,10 +116,9 @@ build_query (const C& configs, const brep::params::builds& params)
// Package version.
//
if (!params.version ().empty () && params.version () != "*")
- {
- version v (params.version ()); // May throw invalid_argument.
- q = q && compare_version_eq (query::id.package.version, v, true);
- }
+ q = q && compare_version_eq (query::id.package.version,
+ version (params.version ()), // May throw.
+ true);
// Build toolchain name/version.
//
@@ -199,7 +202,47 @@ build_query (const C& configs, const brep::params::builds& params)
return q;
}
+template <typename T>
+static inline query<T>
+package_query (const brep::params::builds& params)
+{
+ using namespace brep;
+ using query = query<T>;
+
+ // Skip external and stub packages.
+ //
+ query q (query::package::internal_repository.is_not_null () &&
+ compare_version_ne (query::package::id.version,
+ wildcard_version,
+ false));
+
+ // Note that there is no error reported if the filter parameters parsing
+ // fails. Instead, it is considered that no packages match such a query.
+ //
+ try
+ {
+ // Package name.
+ //
+ if (!params.name ().empty ())
+ q = q && query::package::id.name.like (transform (params.name ()));
+
+ // Package version.
+ //
+ if (!params.version ().empty () && params.version () != "*")
+ q = q && compare_version_eq (query::package::id.version,
+ version (params.version ()), // May throw.
+ true);
+ }
+ catch (const invalid_argument&)
+ {
+ return query (false);
+ }
+
+ return q;
+}
+
static const vector<pair<string, string>> build_results ({
+ {"unbuilt", "<unbuilt>"},
{"*", "*"},
{"pending", "pending"},
{"building", "building"},
@@ -212,6 +255,7 @@ static const vector<pair<string, string>> build_results ({
bool brep::builds::
handle (request& rq, response& rs)
{
+ using brep::version;
using namespace web::xhtml;
MODULE_DIAG;
@@ -236,7 +280,6 @@ handle (request& rq, response& rs)
throw invalid_request (400, e.what ());
}
- size_t page (params.page ());
const char* title ("Builds");
xml::serializer s (rs.content (), title);
@@ -259,191 +302,505 @@ handle (request& rq, response& rs)
<< 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.
+ // Return the list of distinct toolchain name/version pairs. The build db
+ // transaction must be started and be the current one.
//
- auto count (
- build_db_->query_value<build_count> (
- build_query<build_count> (*build_conf_names_, params)));
+ using toolchains = vector<pair<string, version>>;
- // Print the package builds filter form on the first page only.
- //
- if (page == 0)
+ auto query_toolchains = [this] () -> toolchains
+ {
+ using query = query<toolchain>;
+
+ toolchains r;
+ for (auto& t: build_db_->query<toolchain> (
+ "ORDER BY" + query::toolchain_name +
+ order_by_version_desc (query::id.toolchain_version, false)))
+ r.emplace_back (move (t.name), move (t.version));
+
+ return r;
+ };
+
+ auto print_form = [&s, &params, this] (const toolchains& toolchains,
+ size_t build_count)
{
- // Populate the toolchains list with the distinct list of toolchain
- // name/version pairs from all the existing package builds. Make sure the
- // selected toolchain still present in the database. Otherwise fallback to
- // the * wildcard selection.
+ // Print the package builds filter form on the first page only.
//
- string tc ("*");
- vector<pair<string, string>> toolchains ({{"*", "*"}});
+ if (params.page () == 0)
{
- using query = query<toolchain>;
-
- for (const auto& t: build_db_->query<toolchain> (
- "ORDER BY" + query::toolchain_name +
- order_by_version_desc (query::id.toolchain_version, false)))
+ // Populate the toolchains list with the distinct list of toolchain
+ // name/version pairs from all the existing package builds. Make sure the
+ // selected toolchain still present in the database. Otherwise fallback
+ // to the * wildcard selection.
+ //
+ string ctc ("*");
+ vector<pair<string, string>> toolchain_opts ({{"*", "*"}});
{
- string s (t.name + '-' + t.version.string ());
- toolchains.emplace_back (s, s);
+ for (const auto& t: toolchains)
+ {
+ string tc (t.first + '-' + t.second.string ());
+ toolchain_opts.emplace_back (tc, tc);
- if (s == params.toolchain ())
- tc = move (s);
+ if (tc == params.toolchain ())
+ ctc = move (tc);
+ }
}
+
+ // The 'action' attribute is optional in HTML5. While the standard
+ // doesn't specify browser behavior explicitly for the case the attribute
+ // is omitted, the only reasonable behavior is to default it to the
+ // current document URL. Note that we specify the function name using the
+ // "hidden" <input/> element since the action url must not contain the
+ // query part.
+ //
+ s << FORM
+ << *INPUT(TYPE="hidden", NAME="builds")
+ << TABLE(ID="filter", CLASS="proplist")
+ << TBODY
+ << TR_INPUT ("name", "pn", params.name (), "*", true)
+ << TR_INPUT ("version", "pv", params.version (), "*")
+ << TR_SELECT ("toolchain", "tc", ctc, toolchain_opts)
+
+ << TR(CLASS="config")
+ << TH << "config" << ~TH
+ << TD
+ << *INPUT(TYPE="text",
+ NAME="cf",
+ VALUE=params.configuration (),
+ PLACEHOLDER="*",
+ LIST="configs")
+ << DATALIST(ID="configs")
+ << *OPTION(VALUE="*");
+
+ for (const auto& c: *build_conf_names_)
+ s << *OPTION(VALUE=c);
+
+ s << ~DATALIST
+ << ~TD
+ << ~TR
+
+ << TR_INPUT ("machine", "mn", params.machine (), "*")
+ << TR_INPUT ("target", "tg", params.target (), "<default>")
+ << TR_SELECT ("result", "rs", params.result (), build_results)
+ << ~TBODY
+ << ~TABLE
+ << TABLE(CLASS="form-table")
+ << TBODY
+ << TR
+ << TD(ID="build-count")
+ << DIV_COUNTER (build_count, "Build", "Builds")
+ << ~TD
+ << TD(ID="filter-btn")
+ << *INPUT(TYPE="submit", VALUE="Filter")
+ << ~TD
+ << ~TR
+ << ~TBODY
+ << ~TABLE
+ << ~FORM;
}
+ else
+ s << DIV_COUNTER (build_count, "Build", "Builds");
+ };
+
+ size_t count;
+ size_t page (params.page ());
- // The 'action' attribute is optional in HTML5. While the standard doesn't
- // specify browser behavior explicitly for the case the attribute is
- // omitted, the only reasonable behavior is to default it to the current
- // document URL. Note that we specify the function name using the "hidden"
- // <input/> element since the action url must not contain the query part.
+ if (params.result () != "unbuilt")
+ {
+ 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.
//
- s << FORM
- << *INPUT(TYPE="hidden", NAME="builds")
- << TABLE(ID="filter", CLASS="proplist")
- << TBODY
- << TR_INPUT ("name", "pn", params.name (), "*", true)
- << TR_INPUT ("version", "pv", params.version (), "*")
- << TR_SELECT ("toolchain", "tc", tc, toolchains)
-
- << TR(CLASS="config")
- << TH << "config" << ~TH
- << TD
- << *INPUT(TYPE="text",
- NAME="cf",
- VALUE=params.configuration (),
- PLACEHOLDER="*",
- LIST="configs")
- << DATALIST(ID="configs")
- << *OPTION(VALUE="*");
-
- for (const auto& c: *build_conf_names_)
- s << *OPTION(VALUE=c);
-
- s << ~DATALIST
- << ~TD
- << ~TR
-
- << TR_INPUT ("machine", "mn", params.machine (), "*")
- << TR_INPUT ("target", "tg", params.target (), "<default>")
- << TR_SELECT ("result", "rs", params.result (), build_results)
- << ~TBODY
- << ~TABLE
- << TABLE(CLASS="form-table")
- << TBODY
- << TR
- << TD(ID="build-count")
- << DIV_COUNTER (count, "Build", "Builds")
- << ~TD
- << TD(ID="filter-btn")
- << *INPUT(TYPE="submit", VALUE="Filter")
- << ~TD
- << ~TR
- << ~TBODY
- << ~TABLE
- << ~FORM;
- }
- else
- s << DIV_COUNTER (count, "Build", "Builds");
+ count = build_db_->query_value<build_count> (
+ build_query<build_count> (*build_conf_names_, params));
- timestamp now (timestamp::clock::now ());
+ // Print the filter form.
+ //
+ print_form (query_toolchains (), count);
- // 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_, params) +
- "ORDER BY" + query<build>::timestamp + "DESC" +
- "OFFSET" + to_string (page * page_configs) +
- "LIMIT" + to_string (page_configs)))
+ // Print package build configurations ordered by the timestamp (later goes
+ // first).
+ //
+ timestamp now (timestamp::clock::now ());
+
+ // 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_, params) +
+ "ORDER BY" + query<build>::timestamp + "DESC" +
+ "OFFSET" + to_string (page * page_configs) +
+ "LIMIT" + to_string (page_configs)))
+ {
+ string ts (butl::to_string (b.timestamp,
+ "%Y-%m-%d %H:%M:%S %Z",
+ true,
+ true) +
+ " (" + butl::to_string (now - b.timestamp, false) + " ago)");
+
+ 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",
+ b.target ? b.target->string () : "<default>")
+ << TR_VALUE ("timestamp", ts)
+ << TR(CLASS="result")
+ << TH << "result" << ~TH
+ << TD
+ << SPAN(CLASS="value");
+
+ if (b.state == build_state::building)
+ s << "building | ";
+ else
+ {
+ 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.force == (b.state == build_state::building
+ ? force_state::forcing
+ : force_state::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 ();
+ }
+ else // Print unbuilt package configurations.
{
- string ts (butl::to_string (b.timestamp,
- "%Y-%m-%d %H:%M:%S %Z",
- true,
- true) +
- " (" + butl::to_string (now - b.timestamp, false) + " ago)");
-
- 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", b.target ? b.target->string () : "<default>")
- << TR_VALUE ("timestamp", ts)
- << TR(CLASS="result")
- << TH << "result" << ~TH
- << TD
- << SPAN(CLASS="value");
-
- if (b.state == build_state::building)
- s << "building | ";
- else
+ // Parameters to use for package build configurations queries. Note that we
+ // cleanup the machine and the result filter arguments, as they are
+ // irrelevant for unbuilt configurations.
+ //
+ params::builds bld_params (params);
+ bld_params.machine ().clear ();
+ bld_params.result () = "*";
+
+ // Query toolchains, and the number of package configurations being present
+ // in the build database and satisfying the specified filter arguments.
+ // Later we will subtract it from the maximum number of unbuilt package
+ // configurations, to get the real number of them.
+ //
+ toolchains toolchains;
+ {
+ transaction t (build_db_->begin ());
+ toolchains = query_toolchains ();
+
+ count = build_db_->query_value<build_count> (
+ build_query<build_count> (*build_conf_names_, bld_params));
+
+ t.commit ();
+ }
+
+ // Filter build configurations and toolchains, and create the set of
+ // configuration/toolchain combinations, that we will print for packages.
+ //
+ struct config_toolchain
{
- 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.
+ const string& configuration;
+ const string& toolchain_name;
+ const version& toolchain_version;
+
+ bool
+ operator< (const config_toolchain& ct) const
+ {
+ int r (configuration.compare (ct.configuration));
+ if (r != 0)
+ return r < 0;
+
+ r = toolchain_name.compare (ct.toolchain_name);
+ if (r != 0)
+ return r < 0;
+
+ return toolchain_version > ct.toolchain_version;
+ }
+ };
+
+ string tc_name;
+ version tc_version;
+ const string& tc (params.toolchain ());
+
+ if (tc != "*")
+ try
+ {
+ size_t p (tc.find ('-'));
+ if (p == string::npos) // Invalid format.
+ throw invalid_argument ("");
+
+ tc_name.assign (tc, 0, p);
+ tc_version = version (string (tc, p + 1)); // May throw invalid_argument.
+ }
+ catch (const invalid_argument&)
+ {
+ // This is unlikely to be the user fault, as he selects the toolchain
+ // from the list.
//
- if (b.results.empty () || *b.status == result_status::success)
+ throw invalid_request (400, "invalid toolchain");
+ }
+
+ set<config_toolchain> config_toolchains;
+ {
+ const string& pc (params.configuration ());
+ const string& tg (params.target ());
+
+ for (const auto& c: *build_conf_)
{
- assert (b.status);
- s << SPAN_BUILD_RESULT_STATUS (*b.status) << " | ";
+ if ((pc.empty () || path_match (pc, c.name)) && // Filter by name.
+
+
+ (tg.empty () // Filter by target.
+ ? !c.target
+ : tg == "*" ||
+ (c.target && path_match (tg, c.target->string ()))))
+ {
+ if (tc != "*") // Filter by toolchain.
+ config_toolchains.insert ({c.name, tc_name, tc_version});
+ else // Add all toolchains.
+ {
+ for (const auto& t: toolchains)
+ config_toolchains.insert ({c.name, t.first, t.second});
+ }
+ }
}
- if (!b.results.empty ())
+ // Calculate the number of unbuilt package configuration as a difference
+ // between the maximum possible number of unbuilt configurations and the
+ // number of configurations being in the built or building state (see
+ // above).
+ //
+ transaction t (package_db_->begin ());
+
+ size_t n (config_toolchains.size () *
+ package_db_->query_value<package_version_count> (
+ package_query<package_version_count> (params)));
+
+ count = n > count ? n - count : 0;
+ t.commit ();
+ }
+
+ // Print the filter form.
+ //
+ print_form (toolchains, count);
+
+ // Print unbuilt package configurations with the following sort priority:
+ //
+ // 1: package name
+ // 2: package version (descending)
+ // 3: configuration name
+ // 4: toolchain name
+ // 5: toolchain version (descending)
+ //
+ // Prepare the package version prepared query.
+ //
+ // Note that we can't skip the proper number of packages in the database
+ // query for a page numbers greater than one. So we will query packages
+ // from the very beginning and skip the appropriate number of them while
+ // iterating through the query result.
+ //
+ // Note that such an approach has a security implication. HTTP request
+ // with a large page number will be quite expensive to process, as it
+ // effectively results in traversing all package versions and all the built
+ // configurations. To address this problem we may consider to reduce the
+ // pager to just '<Prev' '1' 'Next>' links, and pass the offset as a URL
+ // query parameter. Alternatively, we may invent the page number cap.
+ //
+ using pkg_query = query<package_version>;
+ using prep_pkg_query = prepared_query<package_version>;
+
+ pkg_query pq (package_query<package_version> (params));
+
+ // Specify the portion. Note that we will still be querying packages in
+ // chunks, not to hold locks for too long.
+ //
+ size_t offset (0);
+
+ pq += "ORDER BY" +
+ pkg_query::package::id.name +
+ order_by_version_desc (pkg_query::package::id.version, false) +
+ "OFFSET" + pkg_query::_ref (offset) + "LIMIT 50";
+
+ connection_ptr pkg_conn (package_db_->connection ());
+
+ prep_pkg_query pkg_prep_query (
+ pkg_conn->prepare_query<package_version> (
+ "mod-builds-package-version-query", pq));
+
+ // Prepare the build prepared query.
+ //
+ using bld_query = query<build>;
+ using prep_bld_query = prepared_query<build>;
+
+ package_id id; // See the build query.
+
+ const auto& qv (bld_query::id.package.version);
+
+ // We will use specific package name and version for each database query.
+ //
+ bld_params.name ().clear ();
+ bld_params.version ().clear ();
+
+ bld_query bq (
+ bld_query::id.package.name == bld_query::_ref (id.name) &&
+
+ qv.epoch == bld_query::_ref (id.version.epoch) &&
+ qv.canonical_upstream ==
+ bld_query::_ref (id.version.canonical_upstream) &&
+ qv.canonical_release ==
+ bld_query::_ref (id.version.canonical_release) &&
+ qv.revision == bld_query::_ref (id.version.revision) &&
+ build_query<build_count> (*build_conf_names_, bld_params));
+
+ connection_ptr bld_conn (build_db_->connection ());
+
+ prep_bld_query bld_prep_query (
+ bld_conn->prepare_query<build> (
+ "mod-builds-package-build-query", bq));
+
+ size_t skip (page * page_configs);
+ size_t print (page_configs);
+
+ // Enclose the subsequent tables to be able to use nth-child CSS selector.
+ //
+ s << DIV;
+ for (bool prn (true); prn; )
+ {
+ // Start the package database transaction.
+ //
+ transaction pt (pkg_conn->begin ());
+
+ // Query package versions.
+ //
+ auto package_versions (pkg_prep_query.execute ());
+
+ if ((prn = !package_versions.empty ()))
{
- for (const auto& r: b.results)
+ offset += package_versions.size ();
+
+ // Start the build database transaction.
+ //
+ transaction bt (bld_conn->begin (), false);
+ transaction::current (bt);
+
+ // Iterate over packages and print unbuilt configurations. Skip the
+ // appropriate number of them first (for page number greater than one).
+ //
+ for (auto& pv: package_versions)
{
- 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
- << ") | ";
+ id = move (pv.id);
+
+ // Iterate through the package configurations builds and erase them
+ // from the unbuilt configurations set.
+ //
+ // Make a copy for this package.
+ //
+ auto unbuilt_configs (config_toolchains);
+ for (const auto& b: bld_prep_query.execute ())
+ unbuilt_configs.erase ({
+ b.id.configuration, b.toolchain_name, b.toolchain_version});
+
+ // Print unbuilt package configurations.
+ //
+ for (const auto& ct: unbuilt_configs)
+ {
+ if (skip > 0)
+ {
+ --skip;
+ continue;
+ }
+
+ if (print-- == 0)
+ {
+ prn = false;
+ break;
+ }
+
+ auto i (build_conf_map_->find (ct.configuration.c_str ()));
+ assert (i != build_conf_map_->end ());
+
+ const optional<target_triplet>& tg (i->second->target);
+
+ s << TABLE(CLASS="proplist build")
+ << TBODY
+ << TR_NAME (id.name, string (), root)
+ << TR_VERSION (id.name, pv.version, root)
+ << TR_VALUE ("toolchain",
+ string (ct.toolchain_name) + '-' +
+ ct.toolchain_version.string ())
+ << TR_VALUE ("config", ct.configuration)
+ << TR_VALUE ("target", tg ? tg->string () : "<default>")
+ << ~TBODY
+ << ~TABLE;
+ }
+
+ if (!prn)
+ break;
}
- s << A
- << HREF << build_log_url (host, root, b) << ~HREF
- << "log"
- << ~A
- << " | ";
+ // Commit the build database transaction and switch to the package
+ // database transaction.
+ bt.commit ();
+ transaction::current (pt);
}
- }
- if (b.force == (b.state == build_state::building
- ? force_state::forcing
- : force_state::forced))
- s << "pending";
- else
- s << A
- << HREF << force_rebuild_url (host, root, b) << ~HREF
- << "rebuild"
- << ~A;
-
- s << ~SPAN
- << ~TD
- << ~TR
- << ~TBODY
- << ~TABLE;
+ pt.commit ();
+ }
+ s << ~DIV;
}
- s << ~DIV;
-
- t.commit ();
string u (root.string () + "?builds");