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reapply google format

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This commit is contained in:
Mizux Seiha
2020-10-22 23:36:58 +02:00
parent ab54298c68
commit 20d0496bfb
523 changed files with 25832 additions and 28972 deletions
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138
ortools/linear_solver/glop_utils.cc
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@@ -17,38 +17,38 @@ namespace operations_research {
MPSolver::ResultStatus GlopToMPSolverResultStatus(glop::ProblemStatus s) {
switch (s) {
case glop::ProblemStatus::OPTIMAL:
return MPSolver::OPTIMAL;
case glop::ProblemStatus::PRIMAL_FEASIBLE:
return MPSolver::FEASIBLE;
case glop::ProblemStatus::OPTIMAL:
return MPSolver::OPTIMAL;
case glop::ProblemStatus::PRIMAL_FEASIBLE:
return MPSolver::FEASIBLE;
// Note(user): MPSolver does not have the equivalent of
// INFEASIBLE_OR_UNBOUNDED however UNBOUNDED is almost never relevant in
// applications, so we decided to report this status as INFEASIBLE since
// it should almost always be the case. Historically, we where reporting
// ABNORMAL, but that was more confusing than helpful.
//
// TODO(user): We could argue that it is infeasible to find the optimal of
// an unbounded problem. So it might just be simpler to completely get rid
// of the MpSolver::UNBOUNDED status that seems to never be used
// programmatically.
case glop::ProblemStatus::INFEASIBLE_OR_UNBOUNDED: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::PRIMAL_INFEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::DUAL_UNBOUNDED:
return MPSolver::INFEASIBLE;
// Note(user): MPSolver does not have the equivalent of
// INFEASIBLE_OR_UNBOUNDED however UNBOUNDED is almost never relevant in
// applications, so we decided to report this status as INFEASIBLE since
// it should almost always be the case. Historically, we where reporting
// ABNORMAL, but that was more confusing than helpful.
//
// TODO(user): We could argue that it is infeasible to find the optimal of
// an unbounded problem. So it might just be simpler to completely get rid
// of the MpSolver::UNBOUNDED status that seems to never be used
// programmatically.
case glop::ProblemStatus::INFEASIBLE_OR_UNBOUNDED: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::PRIMAL_INFEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::DUAL_UNBOUNDED:
return MPSolver::INFEASIBLE;
case glop::ProblemStatus::DUAL_INFEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::PRIMAL_UNBOUNDED:
return MPSolver::UNBOUNDED;
case glop::ProblemStatus::DUAL_INFEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::PRIMAL_UNBOUNDED:
return MPSolver::UNBOUNDED;
case glop::ProblemStatus::DUAL_FEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::INIT:
return MPSolver::NOT_SOLVED;
case glop::ProblemStatus::DUAL_FEASIBLE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::INIT:
return MPSolver::NOT_SOLVED;
case glop::ProblemStatus::ABNORMAL: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::IMPRECISE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::INVALID_PROBLEM:
return MPSolver::ABNORMAL;
case glop::ProblemStatus::ABNORMAL: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::IMPRECISE: // PASS_THROUGH_INTENDED
case glop::ProblemStatus::INVALID_PROBLEM:
return MPSolver::ABNORMAL;
}
LOG(DFATAL) << "Invalid glop::ProblemStatus " << s;
return MPSolver::ABNORMAL;
@@ -56,16 +56,16 @@ MPSolver::ResultStatus GlopToMPSolverResultStatus(glop::ProblemStatus s) {
MPSolver::BasisStatus GlopToMPSolverVariableStatus(glop::VariableStatus s) {
switch (s) {
case glop::VariableStatus::FREE:
return MPSolver::FREE;
case glop::VariableStatus::AT_LOWER_BOUND:
return MPSolver::AT_LOWER_BOUND;
case glop::VariableStatus::AT_UPPER_BOUND:
return MPSolver::AT_UPPER_BOUND;
case glop::VariableStatus::FIXED_VALUE:
return MPSolver::FIXED_VALUE;
case glop::VariableStatus::BASIC:
return MPSolver::BASIC;
case glop::VariableStatus::FREE:
return MPSolver::FREE;
case glop::VariableStatus::AT_LOWER_BOUND:
return MPSolver::AT_LOWER_BOUND;
case glop::VariableStatus::AT_UPPER_BOUND:
return MPSolver::AT_UPPER_BOUND;
case glop::VariableStatus::FIXED_VALUE:
return MPSolver::FIXED_VALUE;
case glop::VariableStatus::BASIC:
return MPSolver::BASIC;
}
LOG(DFATAL) << "Unknown variable status: " << s;
return MPSolver::FREE;
@@ -73,16 +73,16 @@ MPSolver::BasisStatus GlopToMPSolverVariableStatus(glop::VariableStatus s) {
glop::VariableStatus MPSolverToGlopVariableStatus(MPSolver::BasisStatus s) {
switch (s) {
case MPSolver::FREE:
return glop::VariableStatus::FREE;
case MPSolver::AT_LOWER_BOUND:
return glop::VariableStatus::AT_LOWER_BOUND;
case MPSolver::AT_UPPER_BOUND:
return glop::VariableStatus::AT_UPPER_BOUND;
case MPSolver::FIXED_VALUE:
return glop::VariableStatus::FIXED_VALUE;
case MPSolver::BASIC:
return glop::VariableStatus::BASIC;
case MPSolver::FREE:
return glop::VariableStatus::FREE;
case MPSolver::AT_LOWER_BOUND:
return glop::VariableStatus::AT_LOWER_BOUND;
case MPSolver::AT_UPPER_BOUND:
return glop::VariableStatus::AT_UPPER_BOUND;
case MPSolver::FIXED_VALUE:
return glop::VariableStatus::FIXED_VALUE;
case MPSolver::BASIC:
return glop::VariableStatus::BASIC;
}
LOG(DFATAL) << "Unknown variable status: " << s;
return glop::VariableStatus::FREE;
@@ -90,16 +90,16 @@ glop::VariableStatus MPSolverToGlopVariableStatus(MPSolver::BasisStatus s) {
MPSolver::BasisStatus GlopToMPSolverConstraintStatus(glop::ConstraintStatus s) {
switch (s) {
case glop::ConstraintStatus::FREE:
return MPSolver::FREE;
case glop::ConstraintStatus::AT_LOWER_BOUND:
return MPSolver::AT_LOWER_BOUND;
case glop::ConstraintStatus::AT_UPPER_BOUND:
return MPSolver::AT_UPPER_BOUND;
case glop::ConstraintStatus::FIXED_VALUE:
return MPSolver::FIXED_VALUE;
case glop::ConstraintStatus::BASIC:
return MPSolver::BASIC;
case glop::ConstraintStatus::FREE:
return MPSolver::FREE;
case glop::ConstraintStatus::AT_LOWER_BOUND:
return MPSolver::AT_LOWER_BOUND;
case glop::ConstraintStatus::AT_UPPER_BOUND:
return MPSolver::AT_UPPER_BOUND;
case glop::ConstraintStatus::FIXED_VALUE:
return MPSolver::FIXED_VALUE;
case glop::ConstraintStatus::BASIC:
return MPSolver::BASIC;
}
LOG(DFATAL) << "Unknown constraint status: " << s;
return MPSolver::FREE;
@@ -107,19 +107,19 @@ MPSolver::BasisStatus GlopToMPSolverConstraintStatus(glop::ConstraintStatus s) {
glop::ConstraintStatus MPSolverToGlopConstraintStatus(MPSolver::BasisStatus s) {
switch (s) {
case MPSolver::FREE:
return glop::ConstraintStatus::FREE;
case MPSolver::AT_LOWER_BOUND:
return glop::ConstraintStatus::AT_LOWER_BOUND;
case MPSolver::AT_UPPER_BOUND:
return glop::ConstraintStatus::AT_UPPER_BOUND;
case MPSolver::FIXED_VALUE:
return glop::ConstraintStatus::FIXED_VALUE;
case MPSolver::BASIC:
return glop::ConstraintStatus::BASIC;
case MPSolver::FREE:
return glop::ConstraintStatus::FREE;
case MPSolver::AT_LOWER_BOUND:
return glop::ConstraintStatus::AT_LOWER_BOUND;
case MPSolver::AT_UPPER_BOUND:
return glop::ConstraintStatus::AT_UPPER_BOUND;
case MPSolver::FIXED_VALUE:
return glop::ConstraintStatus::FIXED_VALUE;
case MPSolver::BASIC:
return glop::ConstraintStatus::BASIC;
}
LOG(DFATAL) << "Unknown constraint status: " << s;
return glop::ConstraintStatus::FREE;
}
} // namespace operations_research
} // namespace operations_research