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Fix formatting of test/test_solution_summary.jl #3849

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Oct 10, 2024
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Fix formatting of test/test_solution_summary.jl #3849

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198 changes: 102 additions & 96 deletions test/test_solution_summary.jl
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Original file line number Diff line number Diff line change
Expand Up @@ -10,21 +10,22 @@ using Test

function test_empty_model()
model = Model()
@test sprint(show, solution_summary(model)) == """
* Solver : No optimizer attached.
ret = """
* Solver : No optimizer attached.
* Status
Result count : 0
Termination status : OPTIMIZE_NOT_CALLED
Message from the solver:
"optimize not called"
* Status
Result count : 0
Termination status : OPTIMIZE_NOT_CALLED
Message from the solver:
"optimize not called"
* Candidate solution (result #1)
Primal status : NO_SOLUTION
Dual status : NO_SOLUTION
* Candidate solution (result #1)
Primal status : NO_SOLUTION
Dual status : NO_SOLUTION
* Work counters
"""
* Work counters
"""
@test sprint(show, solution_summary(model)) == ret
return
end

Expand Down Expand Up @@ -65,102 +66,107 @@ function test_solution_summary()
MOI.set(mock, MOI.BarrierIterations(), Int64(2))
MOI.set(mock, MOI.NodeCount(), Int64(1))
MOI.set(mock, MOI.SolveTimeSec(), 5.0)
@test sprint(show, solution_summary(model)) == """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
Message from the solver:
"solver specific string"
* Candidate solution (result #1)
Primal status : FEASIBLE_POINT
Dual status : FEASIBLE_POINT
Objective value : -1.00000e+00
Objective bound : -3.00000e+00
Relative gap : 6.66667e-01
Dual objective value : -1.00000e+00
* Work counters
Solve time (sec) : 5.00000e+00
Simplex iterations : 3
Barrier iterations : 2
Node count : 1
"""
ret = """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
Message from the solver:
"solver specific string"
* Candidate solution (result #1)
Primal status : FEASIBLE_POINT
Dual status : FEASIBLE_POINT
Objective value : -1.00000e+00
Objective bound : -3.00000e+00
Relative gap : 6.66667e-01
Dual objective value : -1.00000e+00
* Work counters
Solve time (sec) : 5.00000e+00
Simplex iterations : 3
Barrier iterations : 2
Node count : 1
"""
@test sprint(show, solution_summary(model)) == ret

summary = solution_summary(model; verbose = true)
@test sprint(show, summary) == """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
Message from the solver:
"solver specific string"
* Candidate solution (result #1)
Primal status : FEASIBLE_POINT
Dual status : FEASIBLE_POINT
Objective value : -1.00000e+00
Objective bound : -3.00000e+00
Relative gap : 6.66667e-01
Dual objective value : -1.00000e+00
Primal solution :
x : 1.00000e+00
y : 0.00000e+00
Dual solution :
* Work counters
Solve time (sec) : 5.00000e+00
Simplex iterations : 3
Barrier iterations : 2
Node count : 1
"""
ret = """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
Message from the solver:
"solver specific string"
* Candidate solution (result #1)
Primal status : FEASIBLE_POINT
Dual status : FEASIBLE_POINT
Objective value : -1.00000e+00
Objective bound : -3.00000e+00
Relative gap : 6.66667e-01
Dual objective value : -1.00000e+00
Primal solution :
x : 1.00000e+00
y : 0.00000e+00
Dual solution :
* Work counters
Solve time (sec) : 5.00000e+00
Simplex iterations : 3
Barrier iterations : 2
Node count : 1
"""
@test sprint(show, summary) == ret

summary = solution_summary(model; result = 2)
@test sprint(show, summary) == """
* Solver : Mock
ret = """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
* Status
Result count : 2
Termination status : OPTIMAL
* Candidate solution (result #2)
Primal status : FEASIBLE_POINT
Dual status : NO_SOLUTION
Objective value : -0.00000e+00
"""
* Candidate solution (result #2)
Primal status : FEASIBLE_POINT
Dual status : NO_SOLUTION
Objective value : -0.00000e+00
"""
@test sprint(show, summary) == ret

summary = solution_summary(model; result = 2, verbose = true)
@test sprint(show, summary) == """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
* Candidate solution (result #2)
Primal status : FEASIBLE_POINT
Dual status : NO_SOLUTION
Objective value : -0.00000e+00
Primal solution :
x : 0.00000e+00
y : 0.00000e+00
"""
ret = """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
* Candidate solution (result #2)
Primal status : FEASIBLE_POINT
Dual status : NO_SOLUTION
Objective value : -0.00000e+00
Primal solution :
x : 0.00000e+00
y : 0.00000e+00
"""
@test sprint(show, summary) == ret

summary = solution_summary(model; result = 3)
@test sprint(show, summary) == """
* Solver : Mock
ret = """
* Solver : Mock
* Status
Result count : 2
Termination status : OPTIMAL
* Status
Result count : 2
Termination status : OPTIMAL
* Candidate solution (result #3)
Primal status : NO_SOLUTION
Dual status : NO_SOLUTION
"""
* Candidate solution (result #3)
Primal status : NO_SOLUTION
Dual status : NO_SOLUTION
"""
@test sprint(show, summary) == ret
return
end

Expand Down
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