Template:DeviceTypeName: Difference between revisions
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{{#switch:{{{1|0}}} | {{#switch:{{{1|0}}} | ||
|1=Signal Generator|2=Amplifier|4=Coupler|8=Power Meter|16=Antenna|32=Field Sensor|64=AD Converter|128=Injection Device|256=Current Sensor|512=Spectrum Analyser|1024=LISN|2048=Calibration Jig|4096=Turn Table|8192=Output Box|16384=Cable|32768=Pre-Amplifier|65536=Climat Chamber|131072=Antenna Tower|262144=ESD Generator|524288=EFT Burst Generator|1048576=Surge Generator|2097152=Absorbing Clamp|4194304=Clamp Positioner|8388608=Switch Matrix|16777216=EUT Controller|33554432=Oscilloscope|67108864=Resistor|134217728=Multimeter|268435456=Network Analyser|536870912=Modulation Source|1073741824=Voltage, dips and interrupts generator}}<noinclude> | |1=Signal Generator|2=Amplifier|4=Coupler|8=Power Meter|16=Antenna|32=Field Sensor|64=AD Converter|128=Injection Device|256=Current Sensor|512=Spectrum Analyser|1024=LISN|2048=Calibration Jig|4096=Turn Table|8192=Output Box|16384=Cable|32768=Pre-Amplifier|65536=Climat Chamber|131072=Antenna Tower|262144=ESD Generator|524288=EFT Burst Generator|1048576=Surge Generator|2097152=Absorbing Clamp|4194304=Clamp Positioner|8388608=Switch Matrix|16777216=EUT Controller|33554432=Oscilloscope|67108864=Resistor|134217728=Multimeter|268435456=Network Analyser|536870912=Modulation Source|1073741824=Voltage, dips and interrupts generator}} | ||
{{#ifeq:{{HasBitValueSet|{{{1|0}}}|1}}|1|Signal Generator}} | |||
<noinclude> | |||
Converts the numeric value of a [[DeviceDriverType]] into a nice name | Converts the numeric value of a [[DeviceDriverType]] into a nice name | ||
Revision as of 20:08, 28 June 2016
Converts the numeric value of a DeviceDriverType into a nice name
Only the basic values are detected, bit-combinations will not be splitted into several names! This is because it seems to be very difficult in MediaWiki to implement bit operations (or bitwise comparsion).
A possibility is to use a modulation operation of the double of the value, to determine if the value is present. 10 is bitvalue 8 and bitvalue 2. To check if bitvalue 2 is set double the bitvalue, and use it for the a modulo operation. Then with that result, do a modulo operation with the tested bitvalue. If it changes, then the bit was set.
- 10 mod (2 * 2) => 2
- 2 mod 2 => 0
- 0 is different than the 2, so the bitvalue 2 was present in 10.