Paste a chip's address to read it. Everything on this page is either a call to that contract or a log it emitted, so it works for any chip on this chain, including ones we have never seen.
One call to snapshot() returns the cycle, the program
counter, the output port and all three flags. There is nothing to
look up and nobody to ask.
Stepped records the sponsor and the cycle. Counting them
by block gives the clock rate this chip actually ran at, which is a
demand curve rather than a schedule: the gaps are the hours nobody
thought the next edge was worth buying.
| Address | Cycles paid for | Share | First | Last |
|---|
A chip and its token are created in one transaction and each is written into the other, so this section is reachable from either end. The price is a function of the curve's reserves, and every trade leaves a log, which is the whole input a chart needs.
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A chip's ROM is written at construction and there is no function to
change it. program() returns it, so the exact
instructions this machine will execute for the rest of its life can
be read by anyone, disassembled here from the same table the
assembler on the launchpad emits.