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// file : libbrep/build.cxx -*- C++ -*-
// license : MIT; see accompanying LICENSE file
#include <libbrep/build.hxx>
namespace brep
{
// build_state
//
string
to_string (build_state s)
{
switch (s)
{
case build_state::queued: return "queued";
case build_state::building: return "building";
case build_state::built: return "built";
}
return string (); // Should never reach.
}
build_state
to_build_state (const string& s)
{
if (s == "queued") return build_state::queued;
else if (s == "building") return build_state::building;
else if (s == "built") return build_state::built;
else throw invalid_argument ("invalid build state '" + s + '\'');
}
// force_state
//
string
to_string (force_state s)
{
switch (s)
{
case force_state::unforced: return "unforced";
case force_state::forcing: return "forcing";
case force_state::forced: return "forced";
}
return string (); // Should never reach.
}
force_state
to_force_state (const string& s)
{
if (s == "unforced") return force_state::unforced;
else if (s == "forcing") return force_state::forcing;
else if (s == "forced") return force_state::forced;
else throw invalid_argument ("invalid force state '" + s + '\'');
}
// build
//
build::
build (string tnt,
package_name_type pnm,
version pvr,
target_triplet trg,
string tcf,
string pcf,
string tnm, version tvr,
optional<string> inr,
optional<string> afp, optional<string> ach,
build_machine mcn,
vector<build_machine> ams,
string ccs,
string mcs)
: id (package_id (move (tnt), move (pnm), pvr),
move (trg),
move (tcf),
move (pcf),
move (tnm), tvr),
tenant (id.package.tenant),
package_name (id.package.name),
package_version (move (pvr)),
target (id.target),
target_config_name (id.target_config_name),
package_config_name (id.package_config_name),
toolchain_name (id.toolchain_name),
toolchain_version (move (tvr)),
state (build_state::building),
interactive (move (inr)),
timestamp (timestamp_type::clock::now ()),
force (force_state::unforced),
agent_fingerprint (move (afp)), agent_challenge (move (ach)),
machine (move (mcn)),
auxiliary_machines (move (ams)),
controller_checksum (move (ccs)),
machine_checksum (move (mcs))
{
}
build::
build (string tnt,
package_name_type pnm,
version pvr,
target_triplet trg,
string tcf,
string pcf,
string tnm, version tvr)
: id (package_id (move (tnt), move (pnm), pvr),
move (trg),
move (tcf),
move (pcf),
move (tnm), tvr),
tenant (id.package.tenant),
package_name (id.package.name),
package_version (move (pvr)),
target (id.target),
target_config_name (id.target_config_name),
package_config_name (id.package_config_name),
toolchain_name (id.toolchain_name),
toolchain_version (move (tvr)),
state (build_state::queued),
timestamp (timestamp_type::clock::now ()),
force (force_state::unforced)
{
}
build::
build (string tnt,
package_name_type pnm,
version pvr,
target_triplet trg,
string tcf,
string pcf,
string tnm, version tvr,
result_status rst,
operation_results ors,
build_machine mcn,
vector<build_machine> ams)
: id (package_id (move (tnt), move (pnm), pvr),
move (trg),
move (tcf),
move (pcf),
move (tnm), tvr),
tenant (id.package.tenant),
package_name (id.package.name),
package_version (move (pvr)),
target (id.target),
target_config_name (id.target_config_name),
package_config_name (id.package_config_name),
toolchain_name (id.toolchain_name),
toolchain_version (move (tvr)),
state (build_state::built),
timestamp (timestamp_type::clock::now ()),
force (force_state::unforced),
status (rst),
soft_timestamp (timestamp),
hard_timestamp (timestamp),
machine (move (mcn)),
auxiliary_machines (move (ams)),
results (move (ors))
{
}
build::
build (build&& b)
: id (move (b.id)),
tenant (id.package.tenant),
package_name (id.package.name),
package_version (move (b.package_version)),
target (id.target),
target_config_name (id.target_config_name),
package_config_name (id.package_config_name),
toolchain_name (id.toolchain_name),
toolchain_version (move (b.toolchain_version)),
state (b.state),
interactive (move (b.interactive)),
timestamp (b.timestamp),
force (b.force),
status (b.status),
soft_timestamp (b.soft_timestamp),
hard_timestamp (b.hard_timestamp),
agent_fingerprint (move (b.agent_fingerprint)),
agent_challenge (move (b.agent_challenge)),
machine (move (b.machine)),
auxiliary_machines (move (b.auxiliary_machines)),
auxiliary_machines_section (move (b.auxiliary_machines_section)),
results (move (b.results)),
results_section (move (b.results_section)),
controller_checksum (move (b.controller_checksum)),
machine_checksum (move (b.machine_checksum)),
agent_checksum (move (b.agent_checksum)),
worker_checksum (move (b.worker_checksum)),
dependency_checksum (move (b.dependency_checksum))
{
}
build& build::
operator= (build&& b)
{
if (this != &b)
{
id = move (b.id);
package_version = move (b.package_version);
toolchain_version = move (b.toolchain_version);
state = b.state;
interactive = move (b.interactive);
timestamp = b.timestamp;
force = b.force;
status = b.status;
soft_timestamp = b.soft_timestamp;
hard_timestamp = b.hard_timestamp;
agent_fingerprint = move (b.agent_fingerprint);
agent_challenge = move (b.agent_challenge);
machine = move (b.machine);
auxiliary_machines = move (b.auxiliary_machines);
auxiliary_machines_section = move (b.auxiliary_machines_section);
results = move (b.results);
results_section = move (b.results_section);
controller_checksum = move (b.controller_checksum);
machine_checksum = move (b.machine_checksum);
agent_checksum = move (b.agent_checksum);
worker_checksum = move (b.worker_checksum);
dependency_checksum = move (b.dependency_checksum);
}
return *this;
}
// build_delay
//
build_delay::
build_delay (string tnt,
package_name_type pnm, version pvr,
target_triplet trg,
string tcf,
string pcf,
string tnm, version tvr,
timestamp ptm)
: id (package_id (move (tnt), move (pnm), pvr),
move (trg),
move (tcf),
move (pcf),
move (tnm), tvr),
tenant (id.package.tenant),
package_name (id.package.name),
package_version (move (pvr)),
target (id.target),
target_config_name (id.target_config_name),
package_config_name (id.package_config_name),
toolchain_name (id.toolchain_name),
toolchain_version (move (tvr)),
package_timestamp (ptm)
{
}
}
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