package admn_test import ( "testing" "encoding/json" "sourcecode.social/reiver/go-opt" "github.com/reiver/go-mstdn/ent/admn" ) func TestDimensionData_MarshalJSON(t *testing.T) { tests := []struct{ DimensionData admn.DimensionData Expected string }{ { DimensionData: admn.DimensionData{ Key: opt.Something("fa"), HumanKey: opt.Something("Persian"), Value: opt.Something("7"), }, Expected: `{`+ `"key":"fa"`+ `,`+ `"human_key":"Persian"`+ `,`+ `"value":"7"`+ `}`, }, { DimensionData: admn.DimensionData{ Key: opt.Something("drive"), HumanKey: opt.Something("Drive Space"), Value: opt.Something("2097152"), Unit: opt.Something("bytes"), }, Expected: `{`+ `"key":"drive"`+ `,`+ `"human_key":"Drive Space"`+ `,`+ `"value":"2097152"`+ `,`+ `"unit":"bytes"`+ `}`, }, { DimensionData: admn.DimensionData{ Key: opt.Something("drive"), HumanKey: opt.Something("Drive Space"), Value: opt.Something("2097152"), Unit: opt.Something("bytes"), HumanValue: opt.Something("2,097,152 bytes"), }, Expected: `{`+ `"key":"drive"`+ `,`+ `"human_key":"Drive Space"`+ `,`+ `"value":"2097152"`+ `,`+ `"unit":"bytes"`+ `,`+ `"human_value":"2,097,152 bytes"`+ `}`, }, { DimensionData: admn.DimensionData{ Key: opt.Something("primes-founds"), HumanKey: opt.Something("Number of Prime-Numbers Found"), Value: opt.Something("8723389322"), HumanValue: opt.Something("8,723,389,322 Prime-Numbers"), }, Expected: `{`+ `"key":"primes-founds"`+ `,`+ `"human_key":"Number of Prime-Numbers Found"`+ `,`+ `"value":"8723389322"`+ `,`+ `"human_value":"8,723,389,322 Prime-Numbers"`+ `}`, }, } for testNumber, test := range tests { actualBytes, err := json.Marshal(test.DimensionData) if nil != err { t.Errorf("For test #%d, did not expect an error but actually got one.", testNumber) t.Logf("ERROR: (%T) %s", err, err) t.Logf("DIMENSION-DATA: %#v", test.DimensionData) continue } { actual := string(actualBytes) expected := test.Expected if expected != actual { t.Errorf("For test #%d, the actual value is not what was expected.", testNumber) t.Logf("EXPECTED:\n%s", expected) t.Logf("ACTUAL:\n%s", actual) t.Logf("DIMENSION-DATA: %#v", test.DimensionData) continue } } } }