}

type ldMachoDysymtab struct {
	ilocalsym      uint32
	nlocalsym      uint32
	iextdefsym     uint32
	nextdefsym     uint32
	iundefsym      uint32
	nundefsym      uint32
	tocoff         uint32
	ntoc           uint32
	modtaboff      uint32
	nmodtab        uint32
	extrefsymoff   uint32
	nextrefsyms    uint32
	indirectsymoff uint32
	nindirectsyms  uint32
	extreloff      uint32
	nextrel        uint32

	n += nkind[SymKindExtdef]

	ml.data[4] = uint32(n)                   /* iundefsym */
	ml.data[5] = uint32(nkind[SymKindUndef]) /* nundefsym */

	ml.data[6] = 0  /* tocoffset */
	ml.data[7] = 0  /* ntoc */
	ml.data[8] = 0  /* modtaboff */
	ml.data[9] = 0  /* nmodtab */
	ml.data[10] = 0 /* extrefsymoff */
	ml.data[11] = 0 /* nextrefsyms */

	ldr := ctxt.loader

	// must match domacholink below

qiulaidongfeng <******@****.***> 1714788079 +0000

	XCOFF_R_REL = 0x02 // A(sym-*) Relative to self
	XCOFF_R_TOC = 0x03 // A(sym-TOC) Relative to TOC
	XCOFF_R_TRL = 0x12 // A(sym-TOC) TOC Relative indirect load.

	XCOFF_R_TRLA = 0x13 // A(sym-TOC) TOC Rel load address. modifiable inst
	XCOFF_R_GL   = 0x05 // A(external TOC of sym) Global Linkage
	XCOFF_R_TCL  = 0x06 // A(local TOC of sym) Local object TOC address
	XCOFF_R_RL   = 0x0C // A(sym) Pos indirect load. modifiable instruction

//                      TOC save slot is rewrittent to restore TOC.
// NOTOC -> TOC [P10]: A PIC call stub using P10 instructions to call the global entry
// NOTOC -> TOC [P8]:  A PIC call stub using P8 instructions to call the global entry
//
// TOC   -> dynamic:              A PLT call stub is generated which saves R2.
//                                 TOC save slot is rewritten to restore TOC.

	R_REL = 0x02 // A(sym-*) Relative to self
	R_TOC = 0x03 // A(sym-TOC) Relative to TOC
	R_TRL = 0x12 // A(sym-TOC) TOC Relative indirect load.

	R_TRLA = 0x13 // A(sym-TOC) TOC Rel load address. modifiable inst
	R_GL   = 0x05 // A(external TOC of sym) Global Linkage
	R_TCL  = 0x06 // A(local TOC of sym) Local object TOC address
	R_RL   = 0x0C // A(sym) Pos indirect load. modifiable instruction

//
// There are 3 cases today (as paraphrased from the ELFv2 document):
//
//  1. R2 holds the TOC pointer on entry. The call stub must save R2 into the ELFv2 TOC stack save slot.
//
//  2. R2 holds the TOC pointer on entry. The caller has already saved R2 to the TOC stack save slot.
//
//  3. R2 does not hold the TOC pointer on entry. The caller has no expectations of R2.
//

    }

    .appendix .toc > dl > dt,
    .appendix .toc > dl > dt:last-of-type
    .book .home .toc > dl > dt,
    .book .home .toc > dl > dt:last-of-type
    .chapter .toc > dl > dt,
    .chapter .toc > dl > dt:last-of-type {
        padding: 0.5rem 0;
        margin: 0;
    }

    .appendix .toc a,
    .book .home .toc a,
    .chapter .toc a {
        padding-left: 10px;

.toc-inlined {
    padding-bottom: 1em
}

.toc-inlined .directory {
    border-left: 0
}

.toc-inlined .directory li {
    font-size: 1rem
}

.toc-inlined .directory ul {
    list-style-type: none !important;
    padding-left: 0;
    padding-bottom: 0;
    margin: 0
}

.toc-inlined .directory ul ul {
    padding-left: 1em
}

.toc-inlined .directory ul a {

  held off after the release. Hiding/Showing documentation does not require TOC approval.
* Cases for other API changes require TOC approval
    * Simple `meshConfig` changes have been approved in the past. Functionality should not be enabled by default.
* For large API changes, 2 members of the TOC must approve the PR before release manager approval in the release branch