Difference between revisions of "RawData"
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| <c>[[RawData.utf8|utf8]](''self, offset=0, bytes=-1'')</c> || get a string of ASCII or UTF-8 text | | <c>[[RawData.utf8|utf8]](''self, offset=0, bytes=-1'')</c> || get a string of ASCII or UTF-8 text | ||
|- | |- | ||
− | | <c>[[RawData.setUtf8|setUtf8]](''self, offset=0, value=""'')</c> || set a string as UTF-8 | + | | <c>[[RawData.setUtf8|setUtf8]](''self, offset=0, value=""'')</c> || set a string as UTF-8; return number of bytes written |
|} | |} |
Revision as of 17:16, 12 March 2022
The RawData
class in Mini Micro represents a buffer of raw bytes. Interpretation of these bytes is entirely up to the programmer.
See also: file.loadRaw, file.saveRaw
Properties
Property Name | Type | Default Value | Meaning |
---|---|---|---|
littleEndian |
number (boolean) | true | whether multi-byte values are stored with least significant byte first |
Methods
Method | Description |
---|---|
len |
returns the length of the raw data buffer, in bytes |
resize(bytes=32) |
change the size of the raw data buffer |
byte(self, offset=0) |
get one unsigned byte of data |
setByte(self, offset=0, value=0) |
set one unsigned byte value |
sbyte(self, offset=0) |
get one signed byte of data |
setSbyte(self, offset=0, value=0) |
set one signed byte value |
ushort(self, offset=0) |
get an unsigned 16-bit integer value |
setUshort(self, offset=0, value=0) |
set an unsigned 16-bit integer value |
short(self, offset=0) |
get a signed 16-bit integer value |
setShort(self, offset=0, value=0) |
set a signed 16-bit integer value |
uint(self, offset=0) |
get an unsigned 32-bit integer value |
setUint(self, offset=0, value=0) |
set an unsigned 32-bit integer value |
int(self, offset=0) |
get a signed 32-bit integer value |
setInt(self, offset=0, value=0) |
set a signed 32-bit integer value |
float(self, offset=0) |
get a 32-bit floating-point value |
setFloat(self, offset=0, value=0) |
set a 32-bit floating-point value |
double(self, offset=0) |
get a 64-bit floating-point value |
setDouble(self, offset=0, value=0) |
set a 64-bit floating-point value |
utf8(self, offset=0, bytes=-1) |
get a string of ASCII or UTF-8 text |
setUtf8(self, offset=0, value="") |
set a string as UTF-8; return number of bytes written |