You're right to pause at this—it’s a crucial concept. Start by thinking about wire pairing: each wire should have exactly two ends, no more, no less. Is every wire defined with both ends? Is any end defined more than once? That’s where parity matters—no partial definitions, and no duplicates.
Also consider the limits: how many unique wires are allowed? Can we define 30? 100? There might be constraints, either by logic or by problem definition.
As for the exceptions, they’re not just random errors—they’re signposts. In computer science, exceptions indicate that something has violated the rules of the system. So when it says “Should not have accepted a partial wire definition,” it means the code should raise an exception when a wire has only one end defined. And for “a second definition for a wire end,” it’s complaining that the same endpoint was assigned more than once—another violation.
Dig into what exceptions are, how they're used to enforce rules, and you’ll start seeing these errors not as obstacles, but as guides.
love seeing ai word salad in the comments
You're right to pause at this—it’s a crucial concept. Start by thinking about wire pairing: each wire should have exactly two ends, no more, no less. Is every wire defined with both ends? Is any end defined more than once? That’s where parity matters—no partial definitions, and no duplicates.
Also consider the limits: how many unique wires are allowed? Can we define 30? 100? There might be constraints, either by logic or by problem definition.
As for the exceptions, they’re not just random errors—they’re signposts. In computer science, exceptions indicate that something has violated the rules of the system. So when it says “Should not have accepted a partial wire definition,” it means the code should raise an exception when a wire has only one end defined. And for “a second definition for a wire end,” it’s complaining that the same endpoint was assigned more than once—another violation.
Dig into what exceptions are, how they're used to enforce rules, and you’ll start seeing these errors not as obstacles, but as guides.
bruh wat? y u playin 4?
While it may so, is it truly a kata issue?
The description already declares:
this comment made my day
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:D
'adieu' & 'count' ? :P
Thanks
acceptable comment
This comment is hidden because it contains spoiler information about the solution
"Sus" can also become Sushi just by cordially adding "hi" to it.
Open the command prompt, and type:
and hit "Enter"! You'll be good to go!
Give him a pass, he's a creative genius - let him code!
XDD
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