@@ -165,7 +165,7 @@ func TestFormatterFloatFormatting(t *testing.T) {
165165 // while ODBC sqlcmd uses decimal notation
166166 s , buf := setupSqlCmdWithMemoryOutput (t )
167167 defer buf .Close ()
168-
168+
169169 // Test query with float values from the issue
170170 query := `SELECT
171171 CAST(788991.19988463481 AS FLOAT) as Longitude1,
@@ -174,18 +174,18 @@ func TestFormatterFloatFormatting(t *testing.T) {
174174 CAST(4712632.075629076 AS FLOAT) as Latitude2,
175175 CAST(788569.36558582436 AS FLOAT) as Longitude3,
176176 CAST(4714608.0418091472 AS FLOAT) as Latitude3`
177-
177+
178178 err := runSqlCmd (t , s , []string {query , "GO" })
179179 assert .NoError (t , err , "runSqlCmd returned error" )
180-
180+
181181 output := buf .buf .String ()
182-
182+
183183 // Verify that the output contains decimal notation, not scientific notation
184184 // Scientific notation would look like "4.713347310380896e+06"
185185 // Decimal notation should look like "4713347.3103808956"
186186 assert .NotContains (t , output , "e+" , "Output should not contain scientific notation (e+)" )
187187 assert .NotContains (t , output , "E+" , "Output should not contain scientific notation (E+)" )
188-
188+
189189 // Verify that specific expected values are present (allowing for precision differences)
190190 assert .Contains (t , output , "788991.1998846" , "Output should contain decimal representation of Longitude1" )
191191 assert .Contains (t , output , "4713347.310380" , "Output should contain decimal representation of Latitude1" )
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