Ntoc           uint32
		Modtaboff      uint32
		Nmodtab        uint32
		Extrefsymoff   uint32
		Nextrefsyms    uint32
		Indirectsymoff uint32
		Nindirectsyms  uint32
		Extreloff      uint32
		Nextrel        uint32
		Locreloff      uint32
		Nlocrel        uint32
	}

	// A DylibCmd is a Mach-O load dynamic library command.
	DylibCmd struct {
		Cmd            LoadCmd
		Len            uint32

	ntoc           uint32
	modtaboff      uint32
	nmodtab        uint32
	extrefsymoff   uint32
	nextrefsyms    uint32
	indirectsymoff uint32
	nindirectsyms  uint32
	extreloff      uint32
	nextrel        uint32
	locreloff      uint32
	nlocrel        uint32
	indir          []uint32
}

// ldMachoSym.type_
const (
	N_EXT  = 0x01
	N_TYPE = 0x1e
	N_STAB = 0xe0
)

	s3 := ldr.SymSize(ctxt.ArchSyms.LinkEditGOT)
	ml.data[12] = uint32(base + s1)     /* indirectsymoff */
	ml.data[13] = uint32((s2 + s3) / 4) /* nindirectsyms */

	ml.data[14] = 0 /* extreloff */
	ml.data[15] = 0 /* nextrel */
	ml.data[16] = 0 /* locreloff */
	ml.data[17] = 0 /* nlocrel */
}

func doMachoLink(ctxt *Link) int64 {
	machosymtab(ctxt)
	machoDyldInfo(ctxt)

	ldr := ctxt.loader

	// Now invoke the usual loader interfaces to make sure
	// we're getting the right things back for these symbols.
	// First relocations...
	expRel := [][]Reloc{{r1, r2}, {r3}}
	for k, sb := range []*SymbolBuilder{sb1, sb2} {
		rsl := sb.Relocs()
		exp := expRel[k]
		if !sameRelocSlice(&rsl, exp) {
			t.Errorf("expected relocs %v, got %v", exp, rsl)
		}
	}

	// ... then data.
	dat := sb2.Data()

package arm64

// This order should be strictly consistent to that in a.out.go
var cnames7 = []string{
	"", // C_NONE starts from 1
	"NONE",
	"REG",
	"ZREG",
	"RSP",
	"FREG",
	"VREG",
	"PAIR",
	"SHIFT",
	"EXTREG",
	"SPR",
	"SPOP",
	"COND",
	"ARNG",
	"ELEM",
	"LIST",
	"ZCON",
	"ABCON0",
	"ADDCON0",
	"ABCON",
	"AMCON",
	"ADDCON",
	"MBCON",
	"MOVCON",
	"BITCON",
	"ADDCON2",
	"LCON",

                curReq.setResponse(curResp);

                ServerMessageBlock nextReq = curReq.getAndx();
                if ( nextReq == null ) {
                    break;
                }
                ServerMessageBlock nextResp = curResp.getAndx();
                nextReq.setResponse(nextReq);

                if ( ! ( nextReq instanceof AndXServerMessageBlock ) || ! ( nextResp instanceof AndXServerMessageBlock )) {

### Einbringen von Abhängigkeiten (Dependency Injection)

FastAPI enthält ein extrem einfach zu verwendendes, aber extrem mächtiges <abbr title='Dependency Injection – Einbringen von Abhängigkeiten: Auch bekannt als Komponenten, Resourcen, Dienste, Dienstanbieter'><strong>Dependency Injection</strong></abbr> System.

				firstReg = int(reg)
				nextReg = firstReg
				arrangement = curArrangement
			} else if curArrangement != arrangement {
				p.errorf("inconsistent arrangement in ARM64 register list")
			} else if nextReg != int(reg) {
				p.errorf("incontiguous register in ARM64 register list: %s", name)
			}
			regCnt++
			nextReg = (nextReg + 1) % 32
		case sys.ARM:

	},
	"bmi2": {
		"sarxq", "sarxl", "sarx",
		"shlxq", "shlxl", "shlx",
		"shrxq", "shrxl", "shrx",
	},
	"sse41": {
		"roundsd",
		"pinsrq", "pinsrl", "pinsrd", "pinsrb", "pinsr",
		"pextrq", "pextrl", "pextrd", "pextrb", "pextr",
		"pminsb", "pminsd", "pminuw", "pminud", // Note: ub and sw are ok.
		"pmaxsb", "pmaxsd", "pmaxuw", "pmaxud",
		"pmovzxbw", "pmovzxbd", "pmovzxbq", "pmovzxwd", "pmovzxwq", "pmovzxdq",

	"AESDECLAST",
	"AESENC",
	"AESENCLAST",
	"AESIMC",
	"AESKEYGENASSIST",
	"ANDB",
	"ANDL",
	"ANDNL",
	"ANDNPD",
	"ANDNPS",
	"ANDNQ",
	"ANDPD",
	"ANDPS",
	"ANDQ",
	"ANDW",
	"ARPL",
	"BEXTRL",
	"BEXTRQ",
	"BLENDPD",
	"BLENDPS",
	"BLENDVPD",
	"BLENDVPS",
	"BLSIL",
	"BLSIQ",
	"BLSMSKL",
	"BLSMSKQ",
	"BLSRL",
	"BLSRQ",
	"BOUNDL",
	"BOUNDW",
	"BSFL",
	"BSFQ",
	"BSFW",