![]() ![]() I cannot display the character if I enter this in the Nextion IDE (Attribute). Even if I cannot see it untill I run the simulator :-(. Is good workaround - this is the thing I can work with further. Sorry for the bad link - it was halfwidth version.Īnd here even more useful: (kana)#/Other_representations However I was not able to find workaround or solution. I knew that the problem is related with 0x5C character (\). See Introduction to Templates and Scripts for more information.Yes, other characters have been displayed without problems in Shift-JIS encoding. Use an Add operation on integers with '1' as the Operand and '40' as the Skip Bytes value.įor more complex operations, scripts can be used. For example, if a binary file contains a series of employee records containing an integer ID number followed by a 40 character Name, the Skip Bytes field can be used to modify the ID number without modifying the Name. This feature can be used to skip over bytes that should not be modified. If a value is entered in the Skip Bytes field, that number of bytes will be skipped after each value is modified in the file. The result will be an array with the values 0 up to 255. For example, select 256 bytes in a file and perform an Assign operation on the bytes with an Operand of '0' and an Operand Step of '1'. The Operand Step can be used to easily perform a number of complex operations, including building arrays. If a value is entered in Operand Step, that value will be added to the Operand after modifying each value in the file. The Advanced box contains two fields: Operand Step and Skip Bytes. To change the endian of the operation, click the Little Endian or the Big Endian toggle. By default, the data for the operation will be assumed to have the same endian as the file (see Introduction to Byte Ordering for more information). If a selection is made, the Operation will be applied to the selected bytes if the Selection toggle is set, or the whole file if the Entire File toggle is set. If no bytes are selected in the file, the Operation will be applied to the whole file. A description of the selected operation is shown in the Description box and further options for the dialog can be controlled by clicking the Options button. Note that the Operand is not used for some operations and some operations can only be used on certain data types. Rotate Right: Similar to Shift Right except that bytes shifted off of X will be added to the left side of X. ![]() Rotate Left: Similar to Shift Left except that bytes shifted off of X will be added to the right side of X.Bytes shifted off of X will be shifted onto X. Block Shift Right: Similar to Shift Right except data is treated as one long block.Block Shift Left: Similar to Shift Left except data is treated as one long block.If X is greater than the Operand, X is set to the Operand. Set Maximum: Sets a maximum limit for X.If X is less than the Operand, X is set to the Operand. Set Minimum: Sets a minimum limit for X.Modulus: X = X % Operand (the modulus operator % computes the remainder after dividing X by the Operand).Divide: X /= Operand (this is equivalent to X = X / Operand).Multiply: X *= Operand (this is equivalent to X = X * Operand). ![]() Subtract: X -= Operand (this is equivalent to X = X - Operand).Add: X = Operand (this is equivalent to X = X Operand).The following list describes each operation in C notation, assuming that X represents each value in the file to be modified. How the Operand is applied to the data is dependant upon which operation is selected. Note that the operand is assumed to be hex if the Hex toggle is set, or decimal if the Decimal toggle is set. Enter a number in the Operand field using any of the formats described in the Introduction to Number Systems. Select the data type of the array by choosing a type from the Treat Data As drop-down list. Open the Hex Operations dialog by clicking the ' Tools > Hex Operations' menu option and selecting an operation from the list.Īll hex operations treat the bytes in the file as an array. ![]() The Hex Operations tool provides any easy way to apply mathematical operations to a set of bytes.
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