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How to use _format_rows method in autotest

Best Python code snippet using autotest_python

debug_cmp.py

Source:debug_cmp.py

...31    def _format_variables(_vars):32        for n, v in _vars.items():33            yield "{n} = {v} (0x{v:x})".format(n = n, v = v)34    @staticmethod35    def _format_rows(records, columns = 3):36        for i, r in enumerate(records):37            if i:38                if i % columns:39                    yield " "40                else:41                    yield "\n               "42            yield r43    @staticmethod44    def _prepare_vars4print(_vars):45        return "".join(46            DebugComparator._format_rows(47                DebugComparator._format_variables(_vars),48                columns = 249            )50        )51    @staticmethod52    def _prepare_regs4print(regs):53        return "".join(54            DebugComparator._format_rows(55                map("%s = %s".__mod__, regs.items())56            )57        )58    def _format_report(self, msg, dump):59        report = msg60        for key, val in dump.items():61            report += (62                "\n\n{dump} dump ({elf}):\n"63                "    Source code line number: {lineno}\n"64                "    Instruction address: {addr}\n".format(65                    dump = key.upper(),66                    elf = val["elf"],67                    lineno = val["lineno"],68                    addr = val["addr"]...

build_nec_file.py

Source:build_nec_file.py

...53        number of wires, file location and time taken to create file.54    """55    # scinot_ind tells this function at which column of a row to56    # start using scientific notation57    def _format_rows(rows, card, scinot_ind):58        for row in rows:59            row_str = card60            for ind, param in enumerate(row):61                # Replace constants with values62                for const_key, const_val in constants.items():63                    param = param.replace(const_key, str(const_val))64                # Add to line correctly formatted65                rlim = lims[ind + 1] - lims[ind]66                if ind > (scinot_ind - 1):67                    # Change to 3-digit rounded scientific notation68                    val = f"{eval(param):.{sig_figs}e}"69                else:70                    # Otherwise just evaluate, e.g. tag number71                    val = str(eval(param))72                # Add to string and push the rightmost it can go73                row_str += f"{val.rjust(rlim):<{rlim}}"74            nec_file.append(row_str)75    dt_start = dt.now()76    nec_file = []77    # Add comments78    for comment in comments:79        nec_file.append(f"CM {comment}")80    # Comment end81    nec_file.append("CE")82    # Add wires83    _format_rows(rows=wires, card="GW", scinot_ind=2)84    # Wire end85    nec_file.append(f"GE{(lims[1] - lims[0] - 1)*' '}0")86    # Frequency87    if frequency:88        _format_rows(rows=[frequency], card="FR", scinot_ind=4)89    # Excitations90    if excitations:91        _format_rows(rows=excitations, card="EX", scinot_ind=4)92    # Radation pattern,93    if rad_pattern:94        _format_rows(rows=[rad_pattern], card="RP", scinot_ind=8)95    # File end96    nec_file.append("EN\n")97    # Write to new file98    with open(f"{output}.nec", "w") as f:99        f.write("\n".join(nec_file))100    dt_end = dt.now()101    if verbose:102        if verbose == 2:103            print("\nComments:")104            for comment in comments:105                print(" " * 8 + f"{comment}")106        print(107            f"Wrote {len(wires)} wires to {output}.nec in "108            + f"{(dt_end - dt_start).total_seconds() * 1000:.3f}ms."...

answer.py

Source:answer.py

...7# PART 1 #8def _parse_board(board: str) -> Tuple[List[Tuple[int]], List[Tuple[int]]]:9    rows = board.split("\n")10    split_rows = [row.split(" ") for row in rows]11    formatted_rows = _format_rows(split_rows)12    columns = list(zip(*formatted_rows))13    return formatted_rows, columns14def _format_rows(rows: List[List[str]]) -> List[Tuple[int]]:15    formatted_rows: List[Set[int]] = []16    for row in rows:17        row = [int(item) for item in row if item != ""]18        formatted_rows.append(tuple(row))19    return formatted_rows20def _calculate_scores(boards: List[str], numbers: List[int]) -> List[int]:21    all_sums: List[int] = []22    numbers_called: List[int] = []23    already_won: List[int] = []24    for number in numbers:25        numbers_called.append(number)26        for index, board in enumerate(boards):27            rows, columns = _parse_board(board)28            if index not in already_won:...

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