The parser ignores SIG_VALTYPE_ statements with an UnsupportedStatement warning. The affected signal remains available for integer decoding, which can produce an incorrect value marked as valid.
ParseFileWithDiagnostics() exposes the warning, but ParseFile() discards warnings and returns the database. The demo also uses Pars
BO_ 1 FloatFrame: 4 ECU
SG_ Value : 0|32@1+ (1,0) [0|100] "" ECU
SIG_VALTYPE_ 1 Value : 1;
Build the runtime decode database.
Decode CAN ID 1 with payload bytes 00 00 80 3F, representing IEEE 754 float32 1.0.
The parser ignores SIG_VALTYPE_ statements with an UnsupportedStatement warning. The affected signal remains available for integer decoding, which can produce an incorrect value marked as valid.
ParseFileWithDiagnostics() exposes the warning, but ParseFile() discards warnings and returns the database. The demo also uses Pars
```
BO_ 1 FloatFrame: 4 ECU
SG_ Value : 0|32@1+ (1,0) [0|100] "" ECU
SIG_VALTYPE_ 1 Value : 1;
```
Build the runtime decode database.
Decode CAN ID 1 with payload bytes 00 00 80 3F, representing IEEE 754 float32 1.0.
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The parser ignores SIG_VALTYPE_ statements with an UnsupportedStatement warning. The affected signal remains available for integer decoding, which can produce an incorrect value marked as valid.
ParseFileWithDiagnostics() exposes the warning, but ParseFile() discards warnings and returns the database. The demo also uses Pars
Build the runtime decode database.
Decode CAN ID 1 with payload bytes 00 00 80 3F, representing IEEE 754 float32 1.0.