Add test function to report opcode gas cost in state circuit

[ed255]

This test function prints a table with the implemented opcodes and their gas cost, state circuit cost (height / number of rows), and the ratio between the two. This is similar to #616 but for the State Circuit. The test bytecode does some extra steps so that the opcode avoids extra gas cost due to memory expansions / warming up accounts.

Also add memory expansion for call-like dummy opcodes since the memory check check for CALLCODE, DELEGATECALL and STATICCALL was failing because the memory expansion was not being done.

The resulting table is the following:

state	opcode	h	g	h/g
STOP	STOP	2	0	inf
ADD_SUB	ADD	3	3	1.000
ADD_SUB	SUB	3	3	1.000
MUL_DIV_MOD	MUL	3	5	0.600
MUL_DIV_MOD	DIV	3	5	0.600
MUL_DIV_MOD	MOD	3	5	0.600
SDIV_SMOD	SDIV	3	5	0.600
SDIV_SMOD	SMOD	3	5	0.600
ADDMOD	ADDMOD	4	8	0.500
MULMOD	MULMOD	4	8	0.500
EXP	EXP	3	60	0.050
SIGNEXTEND	SIGNEXTEND	3	5	0.600
CMP	LT	3	3	1.000
CMP	GT	3	3	1.000
CMP	EQ	3	3	1.000
SCMP	SLT	3	3	1.000
SCMP	SGT	3	3	1.000
ISZERO	ISZERO	2	3	0.667
BITWISE	AND	3	3	1.000
BITWISE	OR	3	3	1.000
BITWISE	XOR	3	3	1.000
NOT	NOT	2	3	0.667
BYTE	BYTE	3	3	1.000
SHL	SHL	3	3	1.000
SHR	SHR	3	3	1.000
SAR	SAR	3	3	1.000
SHA3	SHA3	67	42	1.595
ADDRESS	ADDRESS	2	2	1.000
BALANCE	BALANCE	3	100	0.030
ORIGIN	ORIGIN	2	2	1.000
CALLER	CALLER	2	2	1.000
CALLVALUE	CALLVALUE	2	2	1.000
CALLDATALOAD	CALLDATALOAD	4	3	1.333
CALLDATASIZE	CALLDATASIZE	2	2	1.000
CALLDATACOPY	CALLDATACOPY	53	9	5.889
CODESIZE	CODESIZE	1	2	0.500
CODECOPY	CODECOPY	51	9	5.667
GASPRICE	GASPRICE	2	2	1.000
EXTCODESIZE	EXTCODESIZE	3	100	0.030
EXTCODECOPY	EXTCODECOPY	5	103	0.049
RETURNDATASIZE	RETURNDATASIZE	1	2	0.500
RETURNDATACOPY	RETURNDATACOPY	3	9	0.333
EXTCODEHASH	EXTCODEHASH	9	100	0.090
BLOCKHASH	BLOCKHASH	2	20	0.100
BLOCKCTXU64	TIMESTAMP	1	2	0.500
BLOCKCTXU64	NUMBER	1	2	0.500
BLOCKCTXU64	GASLIMIT	1	2	0.500
BLOCKCTXU160	COINBASE	1	2	0.500
BLOCKCTXU256	DIFFICULTY	1	2	0.500
BLOCKCTXU256	BASEFEE	1	2	0.500
CHAINID	CHAINID	1	2	0.500
SELFBALANCE	SELFBALANCE	3	5	0.600
POP	POP	1	2	0.500
MEMORY	MLOAD	34	3	11.333
MEMORY	MSTORE	34	3	11.333
MEMORY	MSTORE8	3	3	1.000
SLOAD	SLOAD	8	2100	0.004
SSTORE	SSTORE	10	22100	0.000
JUMP	JUMP	3	8	0.375
JUMPI	JUMPI	3	10	0.300
PC	PC	1	2	0.500
MSIZE	MSIZE	1	2	0.500
GAS	GAS	1	2	0.500
JUMPDEST	JUMPDEST	0	1	0.000
PUSH	PUSH1	1	3	0.333
PUSH	PUSH2	1	3	0.333
PUSH	PUSH3	1	3	0.333
PUSH	PUSH4	1	3	0.333
PUSH	PUSH5	1	3	0.333
PUSH	PUSH6	1	3	0.333
PUSH	PUSH7	1	3	0.333
PUSH	PUSH8	1	3	0.333
PUSH	PUSH9	1	3	0.333
PUSH	PUSH10	1	3	0.333
PUSH	PUSH11	1	3	0.333
PUSH	PUSH12	1	3	0.333
PUSH	PUSH13	1	3	0.333
PUSH	PUSH14	1	3	0.333
PUSH	PUSH15	1	3	0.333
PUSH	PUSH16	1	3	0.333
PUSH	PUSH17	1	3	0.333
PUSH	PUSH18	1	3	0.333
PUSH	PUSH19	1	3	0.333
PUSH	PUSH20	1	3	0.333
PUSH	PUSH21	1	3	0.333
PUSH	PUSH22	1	3	0.333
PUSH	PUSH23	1	3	0.333
PUSH	PUSH24	1	3	0.333
PUSH	PUSH25	1	3	0.333
PUSH	PUSH26	1	3	0.333
PUSH	PUSH27	1	3	0.333
PUSH	PUSH28	1	3	0.333
PUSH	PUSH29	1	3	0.333
PUSH	PUSH30	1	3	0.333
PUSH	PUSH31	1	3	0.333
PUSH	PUSH32	1	3	0.333
DUP	DUP1	2	3	0.667
DUP	DUP2	2	3	0.667
DUP	DUP3	2	3	0.667
DUP	DUP4	2	3	0.667
DUP	DUP5	2	3	0.667
DUP	DUP6	2	3	0.667
DUP	DUP7	2	3	0.667
DUP	DUP8	2	3	0.667
DUP	DUP9	2	3	0.667
DUP	DUP10	3	3	1.000
DUP	DUP11	3	3	1.000
DUP	DUP12	3	3	1.000
DUP	DUP13	3	3	1.000
DUP	DUP14	3	3	1.000
DUP	DUP15	3	3	1.000
DUP	DUP16	3	3	1.000
SWAP	SWAP1	4	3	1.333
SWAP	SWAP2	4	3	1.333
SWAP	SWAP3	4	3	1.333
SWAP	SWAP4	4	3	1.333
SWAP	SWAP5	4	3	1.333
SWAP	SWAP6	4	3	1.333
SWAP	SWAP7	4	3	1.333
SWAP	SWAP8	4	3	1.333
SWAP	SWAP9	3	3	1.000
SWAP	SWAP10	3	3	1.000
SWAP	SWAP11	3	3	1.000
SWAP	SWAP12	3	3	1.000
SWAP	SWAP13	3	3	1.000
SWAP	SWAP14	3	3	1.000
SWAP	SWAP15	3	3	1.000
SWAP	SWAP16	3	3	1.000
LOG	LOG0	135	887	0.152
LOG	LOG1	137	1262	0.109
LOG	LOG2	139	1637	0.085
LOG	LOG3	141	2012	0.070
LOG	LOG4	143	2387	0.060
CREATE	CREATE	6	32000	0.000
CALL	CALL	44	14273	0.003
CALLCODE	CALLCODE	1	14273	0.000
RETURN	RETURN	0	0	NaN
DELEGATECALL	DELEGATECALL	1	180	0.006
CREATE2	CREATE2	6	32012	0.000
STATICCALL	STATICCALL	1	180	0.006
SELFDESTRUCT	SELFDESTRUCT	3	5000	0.001

Resolve privacy-scaling-explorations/zkevm-chain#15

[han0110]

LGTM! Now we can see more clearly about the latest bottleneck easily!

[miha-stopar]

LGTM!