[ALIGN(section_align) | ALIGN_WITH_INPUT] [SUBALIGN(subsection_align)] [constraint] { output-section-command output-section-command ... } [>region] [AT>lma_region] [:phdr :phdr ...] [=fillexp] [,] 地址(address)是一个输出段VMA(虚地址)的表达式。此地址为可选参数,但如果给出了地址,...
[ALIGN(section_align) | ALIGN_WITH_INPUT] [SUBALIGN(subsection_align)] [constraint] { output-section-command output-section-command ... } [>region] [AT>lma_region] [:phdr :phdr ...] [=fillexp] [,] 地址(address)是一个输出段VMA(虚地址)的表达式。此地址为可选参数,但如果给出了地址,...
[ALIGN(section_align) | ALIGN_WITH_INPUT] [SUBALIGN(subsection_align)] [constraint] { output-section-commandoutput-section-command... } [>region] [AT>lma_region] [:phdr :phdr ...] [=fillexp] [,] 地址(address)是一个输出段VMA(虚地址)的表达式。此地址为可选参数,但如果给出了地址,则...
input.cc input.h insn-addr.h insn-notes.def int-vector-builder.h internal-fn.cc internal-fn.def internal-fn.h intl.cc intl.h ipa-comdats.cc ipa-cp.cc ipa-cp.h ipa-devirt.cc ipa-fnsummary.cc ipa-fnsummary.h ipa-free-lang-data.cc ipa-icf-gimple.cc ipa-icf-gimple.h ipa-icf...
.align 8 .long 0xc0000002 .long 3f - 2f 2: .long 0x3 3: .align 8 4: 从中,我们可以看到testfunc1与testfunc2的区别是testfunc1是GLOBAL的,而testfunc2是LOCAL的;而testfunc2与testfunc3却是完全一模一样;也就是说testfunc3使用static inline压根就没有被内联。 我们再找找testfunc4,发现已经找不...
-specs= Override built-in specs with the contents of . -std= Assume that the input sources are for . --sysroot= Use as the root directory for headers and libraries. -B Add to the compiler's search paths. -v Display the programs invoked by the compiler. ...
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input.cc input.h insn-addr.h insn-notes.def int-vector-builder.h internal-fn.cc internal-fn.def internal-fn.h intl.cc intl.h ipa-comdats.cc ipa-cp.cc ipa-devirt.cc ipa-fnsummary.cc ipa-fnsummary.h ipa-free-lang-data.cc ipa-icf-gimple.cc ipa-icf-gimple.h ipa-icf.cc ipa-ic...
/* Align here to ensure that the .bss section occupies space up to _end. Align after .bss to ensure correct alignment even if the .bss section disappears because there are no input sections. FIXME: Why do we need it? When there is no .bss section, we do not ...
传统的编译器通常分为三个部分,前端(frontEnd),优化器(Optimizer)和后端(backEnd). 在编译过程中,前端主要负责词法和语法分析,将源代码转化为抽象语法树;优化器则是在前端的基础上,对得到的中间代码进行优化,使代码更加高效;后端则是将已经优化的中间代码转化为针对各自平台的机器代码。