Rearranging tabs in tab control can cause a crash. In some cases, using the Min/Max function on array of single precision floating point numbers can cause a VI to fail to compile. Resizing a "Register for Events" Node Crashes LabVIEW.Ĭonnecting conflicting channel types does not always break the wire. Local variables can be created from channel wires.
Scrollbar does not properly respond to clicks on string constant.Įrror message when replacing existing channel endpoint with an invalid configuration is not clear.
Re-registering a dynamic event can cause subscribing event frames to behave improperly. The unflatten from String primitive can take several minutes to return when given malformed input strings.ĭataSocket Read VI crashes LabVIEW when calling certain IP addresses. Improper updates of library members when using Actor Framework Message Maker.Įxample "Extract number with match pattern" gives incorrect output. Levenberg-Marquardt algorithm has poor convergence in some cases.Ĭalling Format Value on improper value can result in crash. Insert of Compound Arithmetic node on wire can result in undesirable configuration. LabVIEW has the potential to crash when simultaneously setting multiple variant attributes to empty variant constants. Using the BD Get Image Scaled method crashes LV 20 if the depth of the image is 1.īuilt applications hang in some instances when calling Quit LabVIEW. When an XNode output is wired to the Loop count of a Parallel For Loop the VI breaks. Updated Timed Loop Mode example VI to better display custom phase and show correct value for period in context help. IDĭynamic load of LabVIEW Class fails when built into a DLL.Įrror Ring does not adhere to dataflow in an executable or in a VI with debugging disab LED. If you have a CAR ID, you can search this list to validate that the issue has been fixed. This is not an exhaustive list of issues fixed in the current version of LabVIEW. The following items are the IDs and titles of a subset of issues fixed in LabVIEW 2017.
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