OCuLink Riser for the Supermicro AIOM Slot

@@ -1,66 +0,0 @@-#!/usr/bin/env python3-"""Adom-style IC symbols (adom-symbol create: functional pin groups, the 3D-chip outline baked in) for the-riser's ICs. Pin numbers and names from the manufacturer datasheets (TI SN74LV165A SCLS402, TI TPS3808 SBVS050,-TI SN74LVC125A SCAS290, TI TPD4E05U06 SLVSBO7, ROHM BR24H64xxx-5AC)."""-import json, os, subprocess-OUT = os.path.join(os.path.dirname(__file__), "..", "kicad", "lib", "adom-symbols")-P = lambda n, num, t, g, side=None: dict(name=n, number=str(num), type=t, group=g, **({"side": side} if side else {}))-ICS = {- "SN74LV165APWR": dict(manufacturer="Texas Instruments", package="TSSOP-16", description="8-bit parallel-load shift register (OCP NIC 3.0 scan chain SR0)",-   datasheetUrl="https://www.ti.com/lit/ds/symlink/sn74lv165a.pdf", pins=[-   P("A", 11, "input", "PARALLEL IN", "left"), P("B", 12, "input", "PARALLEL IN", "left"), P("C", 13, "input", "PARALLEL IN", "left"),-   P("D", 14, "input", "PARALLEL IN", "left"), P("E", 3, "input", "PARALLEL IN", "left"), P("F", 4, "input", "PARALLEL IN", "left"),-   P("G", 5, "input", "PARALLEL IN", "left"), P("H", 6, "input", "PARALLEL IN", "left"),-   P("SER", 10, "input", "SERIAL", "right"), P("QH", 9, "output", "SERIAL", "right"), P("~{QH}", 7, "output", "SERIAL", "right"),-   P("SH/~{LD}", 1, "input", "CONTROL", "right"), P("CLK", 2, "input", "CONTROL", "right"), P("CLK_INH", 15, "input", "CONTROL", "right"),-   P("VCC", 16, "power_in", "POWER", "right"), P("GND", 8, "power_in", "POWER", "left")]),- "BR24H64FJ-5ACE2": dict(manufacturer="ROHM Semiconductor", package="SOP-J8", description="64 Kbit I2C EEPROM, 2-byte addressing (OCP NIC 3.0 FRU)",-   datasheetUrl="https://fscdn.rohm.com/en/products/databook/datasheet/ic/memory/eeprom/br24h64xxx-5ac-e.pdf", pins=[-   P("A0", 1, "input", "ADDRESS", "left"), P("A1", 2, "input", "ADDRESS", "left"), P("A2", 3, "input", "ADDRESS", "left"),-   P("WP", 7, "input", "CONTROL", "left"), P("SDA", 5, "bidirectional", "I2C", "right"), P("SCL", 6, "input", "I2C", "right"),-   P("VCC", 8, "power_in", "POWER", "right"), P("GND", 4, "power_in", "POWER", "left")]),- "TPS3808G33DBV": dict(manufacturer="Texas Instruments", package="SOT-23-6 (DBV)", description="Voltage supervisor 3.07 V with manual reset and programmable delay",-   datasheetUrl="https://www.ti.com/lit/ds/symlink/tps3808.pdf", pins=[-   P("SENSE", 5, "input", "MONITOR", "left"), P("~{MR}", 3, "input", "MONITOR", "left"), P("CT", 4, "passive", "DELAY", "left"),-   P("~{RESET}", 1, "open_collector", "OUTPUT", "right"), P("VDD", 6, "power_in", "POWER", "right"), P("GND", 2, "power_in", "POWER", "left")]),- "SN74LVC125APWR": dict(manufacturer="Texas Instruments", package="TSSOP-14", description="Quad bus buffer with 3-state outputs, Ioff",-   datasheetUrl="https://www.ti.com/lit/ds/symlink/sn74lvc125a.pdf", pins=[-   P("1A", 2, "input", "INPUTS", "left"), P("2A", 5, "input", "INPUTS", "left"), P("3A", 9, "input", "INPUTS", "left"), P("4A", 12, "input", "INPUTS", "left"),-   P("~{1OE}", 1, "input", "ENABLES", "left"), P("~{2OE}", 4, "input", "ENABLES", "left"), P("~{3OE}", 10, "input", "ENABLES", "left"), P("~{4OE}", 13, "input", "ENABLES", "left"),-   P("1Y", 3, "tri_state", "OUTPUTS", "right"), P("2Y", 6, "tri_state", "OUTPUTS", "right"), P("3Y", 8, "tri_state", "OUTPUTS", "right"), P("4Y", 11, "tri_state", "OUTPUTS", "right"),-   P("VCC", 14, "power_in", "POWER", "right"), P("GND", 7, "power_in", "POWER", "left")]),- "TPD4E05U06QDQARQ1": dict(manufacturer="Texas Instruments", package="USON-10 (DQA)", description="4-channel ESD protection, 0.5 pF",-   datasheetUrl="https://www.ti.com/lit/ds/symlink/tpd4e05u06.pdf", pins=[-   P("D1+", 1, "passive", "PROTECTED", "left"), P("D1-", 2, "passive", "PROTECTED", "left"), P("D2+", 4, "passive", "PROTECTED", "left"), P("D2-", 5, "passive", "PROTECTED", "left"),-   P("NC", 6, "no_connect", "NC", "right"), P("NC", 7, "no_connect", "NC", "right"), P("NC", 9, "no_connect", "NC", "right"), P("NC", 10, "no_connect", "NC", "right"),-   P("GND", 3, "power_in", "GROUND", "left"), P("GND", 8, "power_in", "GROUND", "left")]),-}-if __name__ == "__main__":-    for name, d in ICS.items():-        spec = dict(symbolName=name, pinCount=len(d["pins"]), referencePrefix="U", **d)-        jf = os.path.join(OUT, name + ".create.json")-        json.dump(spec, open(jf, "w"), indent=1)-        r = subprocess.run(["adom-symbol", "create", "--file", jf, "--out", os.path.join(OUT, name)], capture_output=True, text=True)-        tail = [l for l in (r.stdout + r.stderr).splitlines() if l.strip()][-3:]-        print(name, r.returncode, " | ".join(tail)[:300])---def snap_pins(path, grid=2.54):-    """adom-symbol 1.2.2 spaces pin groups by non-grid gaps; snap every pin end onto the grid of the first pin-    (moves of at most half a grid step) so KiCad ERC sees on-grid connection points."""-    import re-    txt = open(path).read()-    m = re.search(r'\(pin \w+ \w+ \(at ([-\d.]+) ([-\d.]+) ', txt)-    y0 = float(m.group(2))-    def fix(mm):-        x, y = float(mm.group(1)), float(mm.group(2))-        yn = y0 + round((y - y0) / grid) * grid-        return f"(at {x:.2f} {yn:.2f} "-    txt = re.sub(r'(?<=\(pin )(\w+ \w+ )\(at ([-\d.]+) ([-\d.]+) ', lambda mm: mm.group(1) + fix(type("M", (), {"group": lambda s, i: mm.group(i + 1)})()), txt)-    open(path, "w").write(txt)---if __name__ == "__main__":-    for name in ICS:-        snap_pins(os.path.join(OUT, name, name + ".kicad_sym"))-    print("pins snapped")