Unit 'System'	Package
[Overview][Constants][Types][Classes][Procedures and functions][Variables][Index]	[#rtl]

Reference for unit 'System': Constants

`AbstractErrorProc`		Custom abstract error handling procedure.
`AllFilesMask`		File mask for all files on the current platform.
`AllowDirectorySeparators`		Set of characters considered directory separators.
`AllowDriveSeparators`		Set of characters considered drive separators.
`AssertErrorProc`		Custom assert error handling procedure.
`BacktraceStrFunc`		Standard backtrace formatting routine.
`CatchAllExceptions`		Mask indicating all exception kinds.
`cExceptionFrame`		Indicator of except frame on the exception frame stack.
`cFinalizeFrame`		Indicator of finally frame on the exception frame stack.
`CP_ACP`		ANSI code page identifier.
`CP_ASCII`		US-ASCII code page identifier.
`CP_NONE`		No known code page.
`CP_OEMCP`		OEM code page identifier.
`CP_UTF16`		UTF-16 code page identifier.
`CP_UTF16BE`		Big-endian UTF-16 code page identifier.
`CP_UTF7`		UTF-7 code page identifier.
`CP_UTF8`		UTF-8 code page identifier.
`CtrlZMarksEOF`		Determine whether CTRL-Z marks the end of file.
`Default8087CW`
`DefaultMXCSR`
`DefaultStackSize`		Default size for a new thread's stack (4MiB by default).
`DefaultTextLineBreakStyle`		Default line ending style.
`DirectorySeparator`		Character used to separate directory parts.
`DriveSeparator`		Character used to separate directory parts.
`ErrorAddr`		Address where the last error occurred.
`ErrorCode`		Last error code.
`ErrorProc`		Custom error handling procedure.
`ExceptClsProc`		Callback used to determine the exception class for an OS exception.
`ExceptObjProc`		Callback used to convert OS exceptions to FPC exceptions.
`ExceptProc`		Current exception handling procedure.
`ExitProc`		Exit procedure pointer.
`ExtensionSeparator`		Character which separates the filename from the file extension.
`E_NOINTERFACE`		Interface call result: Error: not an interface.
`E_NOTIMPL`		Interface call result: Interface not implemented.
`E_UNEXPECTED`		Interface call result: Unexpected error.
`FileMode`		Default file mode for untyped files.
`FileNameCasePreserving`		OS preserves case in filenames when creating or renaming entries.
`FileNameCaseSensitive`		OS treatment of filenames is case sensitive.
`filerecnamelength`		Maximum filename size.
`float_flag_denormal`		IEC/IEEE floating-point exception flag: ?
`float_flag_divbyzero`		IEC/IEEE floating-point exception flag: Division by zero error.
`float_flag_inexact`		IEC/IEEE floating-point exception flag: ?
`float_flag_invalid`		IEC/IEEE floating-point exception flag: Invalid operation error.
`float_flag_overflow`		IEC/IEEE floating-point exception flag: Overflow error.
`float_flag_underflow`		IEC/IEEE floating-point exception flag: Underflow error.
`float_round_down`		Round down.
`float_round_nearest_even`		Round to nearest even number.
`float_round_to_zero`		Round in the direction of zero (down for positive, up for negative).
`float_round_up`		Round up.
`fmAppend`		File mode: File is open for writing, appending to the end.
`fmClosed`		File mode: File is closed.
`fmInOut`		File mode: File is open for reading and writing.
`fmInput`		File mode: File is open for reading.
`fmOutput`		File mode: File is open for writing.
`FPC_EXCEPTION`		Type of exception: Free pascal exception.
`fpc_in_const_eh_return_data_regno`
`fpc_in_unaligned_x`
`fpc_in_volatile_x`
`fpc_in_x86_addpd`
`fpc_in_x86_addpd_from_mem`
`fpc_in_x86_addps`
`fpc_in_x86_addps_from_mem`
`fpc_in_x86_addsd`
`fpc_in_x86_addsd_from_mem`
`fpc_in_x86_addss`
`fpc_in_x86_addss_from_mem`
`fpc_in_x86_addsubpd`
`fpc_in_x86_addsubpd_from_mem`
`fpc_in_x86_addsubps`
`fpc_in_x86_addsubps_from_mem`
`fpc_in_x86_andnpd`
`fpc_in_x86_andnpd_from_mem`
`fpc_in_x86_andnps`
`fpc_in_x86_andnps_from_mem`
`fpc_in_x86_andpd`
`fpc_in_x86_andpd_from_mem`
`fpc_in_x86_andps`
`fpc_in_x86_andps_from_mem`
`fpc_in_x86_blendpd`
`fpc_in_x86_blendpd_from_mem`
`fpc_in_x86_blendps`
`fpc_in_x86_blendps_from_mem`
`fpc_in_x86_blendvpd`
`fpc_in_x86_blendvpd_from_mem`
`fpc_in_x86_blendvps`
`fpc_in_x86_blendvps_from_mem`
`fpc_in_x86_cmppd`
`fpc_in_x86_cmppd_from_mem`
`fpc_in_x86_cmpps`
`fpc_in_x86_cmpps_from_mem`
`fpc_in_x86_cmpsd`
`fpc_in_x86_cmpsd_from_mem`
`fpc_in_x86_cmpss`
`fpc_in_x86_cmpss_from_mem`
`fpc_in_x86_comisd`
`fpc_in_x86_comisd_from_mem`
`fpc_in_x86_cvtdq2pd`
`fpc_in_x86_cvtdq2pd_from_mem`
`fpc_in_x86_cvtdq2ps`
`fpc_in_x86_cvtdq2ps_from_mem`
`fpc_in_x86_cvtpd2dq`
`fpc_in_x86_cvtpd2dq_from_mem`
`fpc_in_x86_cvtpd2pi`
`fpc_in_x86_cvtpd2pi_from_mem`
`fpc_in_x86_cvtpd2ps`
`fpc_in_x86_cvtpd2ps_from_mem`
`fpc_in_x86_cvtpi2pd`
`fpc_in_x86_cvtpi2pd_from_mem`
`fpc_in_x86_cvtpi2ps`
`fpc_in_x86_cvtpi2ps_from_mem`
`fpc_in_x86_cvtps2dq`
`fpc_in_x86_cvtps2dq_from_mem`
`fpc_in_x86_cvtps2pd`
`fpc_in_x86_cvtps2pd_from_mem`
`fpc_in_x86_cvtps2pi`
`fpc_in_x86_cvtps2pi_from_mem`
`fpc_in_x86_cvtsd2si`
`fpc_in_x86_cvtsd2si_from_mem`
`fpc_in_x86_cvtsd2ss`
`fpc_in_x86_cvtsd2ss_from_mem`
`fpc_in_x86_cvtsi2sd`
`fpc_in_x86_cvtsi2sd_from_mem`
`fpc_in_x86_cvtsi2ss`
`fpc_in_x86_cvtsi2ss_from_mem`
`fpc_in_x86_cvtss2sd`
`fpc_in_x86_cvtss2sd_from_mem`
`fpc_in_x86_cvtss2si`
`fpc_in_x86_cvtss2si_from_mem`
`fpc_in_x86_cvttpd2dq`
`fpc_in_x86_cvttpd2dq_from_mem`
`fpc_in_x86_cvttpd2pi`
`fpc_in_x86_cvttpd2pi_from_mem`
`fpc_in_x86_cvttps2dq`
`fpc_in_x86_cvttps2dq_from_mem`
`fpc_in_x86_cvttps2pi`
`fpc_in_x86_cvttps2pi_from_mem`
`fpc_in_x86_cvttsd2si`
`fpc_in_x86_cvttsd2si_from_mem`
`fpc_in_x86_cvttss2si`
`fpc_in_x86_cvttss2si_from_mem`
`fpc_in_x86_divpd`
`fpc_in_x86_divpd_from_mem`
`fpc_in_x86_divps`
`fpc_in_x86_divps_from_mem`
`fpc_in_x86_divsd`
`fpc_in_x86_divsd_from_mem`
`fpc_in_x86_divss`
`fpc_in_x86_divss_from_mem`
`fpc_in_x86_dppd`
`fpc_in_x86_dppd_from_mem`
`fpc_in_x86_dpps`
`fpc_in_x86_dpps_from_mem`
`fpc_in_x86_extractps`
`fpc_in_x86_extractps_from_mem`
`fpc_in_x86_haddpd`
`fpc_in_x86_haddpd_from_mem`
`fpc_in_x86_haddps`
`fpc_in_x86_haddps_from_mem`
`fpc_in_x86_hsubpd`
`fpc_in_x86_hsubpd_from_mem`
`fpc_in_x86_hsubps`
`fpc_in_x86_hsubps_from_mem`
`fpc_in_x86_insertps`
`fpc_in_x86_insertps_from_mem`
`fpc_in_x86_lddqu`
`fpc_in_x86_maskmovdqu`
`fpc_in_x86_maxpd`
`fpc_in_x86_maxpd_from_mem`
`fpc_in_x86_maxps`
`fpc_in_x86_maxps_from_mem`
`fpc_in_x86_maxsd`
`fpc_in_x86_maxsd_from_mem`
`fpc_in_x86_maxss`
`fpc_in_x86_maxss_from_mem`
`fpc_in_x86_minpd`
`fpc_in_x86_minpd_from_mem`
`fpc_in_x86_minps`
`fpc_in_x86_minps_from_mem`
`fpc_in_x86_minsd`
`fpc_in_x86_minsd_from_mem`
`fpc_in_x86_minss`
`fpc_in_x86_minss_from_mem`
`fpc_in_x86_mm_first`
`fpc_in_x86_movapd`
`fpc_in_x86_movapd_to_mem`
`fpc_in_x86_movaps`
`fpc_in_x86_movaps_to_mem`
`fpc_in_x86_movddup`
`fpc_in_x86_movddup_from_mem`
`fpc_in_x86_movdq2q`
`fpc_in_x86_movdqa`
`fpc_in_x86_movdqa_from_mem`
`fpc_in_x86_movdqu`
`fpc_in_x86_movdqu_from_mem`
`fpc_in_x86_movd_from_mem`
`fpc_in_x86_movd_from_reg`
`fpc_in_x86_movd_to_mem`
`fpc_in_x86_movd_to_reg`
`fpc_in_x86_movhlps`
`fpc_in_x86_movhpd`
`fpc_in_x86_movhpd_to_mem`
`fpc_in_x86_movhps`
`fpc_in_x86_movhps_to_mem`
`fpc_in_x86_movlhps`
`fpc_in_x86_movlpd`
`fpc_in_x86_movlpd_to_mem`
`fpc_in_x86_movlps`
`fpc_in_x86_movlps_to_mem`
`fpc_in_x86_movmskpd`
`fpc_in_x86_movntdq`
`fpc_in_x86_movntdqa`
`fpc_in_x86_movntpd_to_mem`
`fpc_in_x86_movq2dq`
`fpc_in_x86_movq_from_mem`
`fpc_in_x86_movq_to_mem`
`fpc_in_x86_movsd_from_mem`
`fpc_in_x86_movsd_from_val`
`fpc_in_x86_movsd_to_mem`
`fpc_in_x86_movsd_to_val`
`fpc_in_x86_movshdup`
`fpc_in_x86_movshdup_from_mem`
`fpc_in_x86_movsldup`
`fpc_in_x86_movsldup_from_mem`
`fpc_in_x86_movss`
`fpc_in_x86_movss_from_val`
`fpc_in_x86_movss_to_mem`
`fpc_in_x86_movss_to_val`
`fpc_in_x86_movupd`
`fpc_in_x86_movupd_to_mem`
`fpc_in_x86_movups`
`fpc_in_x86_movups_to_mem`
`fpc_in_x86_mpsadbw`
`fpc_in_x86_mpsadbw_from_mem`
`fpc_in_x86_mulpd`
`fpc_in_x86_mulpd_from_mem`
`fpc_in_x86_mulps`
`fpc_in_x86_mulps_from_mem`
`fpc_in_x86_mulsd`
`fpc_in_x86_mulsd_from_mem`
`fpc_in_x86_mulss`
`fpc_in_x86_mulss_from_mem`
`fpc_in_x86_orpd`
`fpc_in_x86_orpd_from_mem`
`fpc_in_x86_orps`
`fpc_in_x86_orps_from_mem`
`fpc_in_x86_pabsb`
`fpc_in_x86_pabsb_from_mem`
`fpc_in_x86_pabsd`
`fpc_in_x86_pabsd_from_mem`
`fpc_in_x86_pabsw`
`fpc_in_x86_pabsw_from_mem`
`fpc_in_x86_packssdw`
`fpc_in_x86_packssdw_from_mem`
`fpc_in_x86_packsswb`
`fpc_in_x86_packsswb_from_mem`
`fpc_in_x86_packusdw`
`fpc_in_x86_packusdw_from_mem`
`fpc_in_x86_packuswb`
`fpc_in_x86_packuswb_from_mem`
`fpc_in_x86_paddb`
`fpc_in_x86_paddb_from_mem`
`fpc_in_x86_paddd`
`fpc_in_x86_paddd_from_mem`
`fpc_in_x86_paddq`
`fpc_in_x86_paddq_from_mem`
`fpc_in_x86_paddsb`
`fpc_in_x86_paddsb_from_mem`
`fpc_in_x86_paddsw`
`fpc_in_x86_paddsw_from_mem`
`fpc_in_x86_paddusb`
`fpc_in_x86_paddusb_from_mem`
`fpc_in_x86_paddusw`
`fpc_in_x86_paddusw_from_mem`
`fpc_in_x86_paddw`
`fpc_in_x86_paddw_from_mem`
`fpc_in_x86_palignr`
`fpc_in_x86_palignr_from_mem`
`fpc_in_x86_pand`
`fpc_in_x86_pandn`
`fpc_in_x86_pandn_from_mem`
`fpc_in_x86_pand_from_mem`
`fpc_in_x86_pavgb_from_mem`
`fpc_in_x86_pavgb_mmx`
`fpc_in_x86_pavgb_mmx_from_mem`
`fpc_in_x86_pavgb_sse2`
`fpc_in_x86_pavgw_from_mem`
`fpc_in_x86_pavgw_mmx`
`fpc_in_x86_pavgw_mmx_from_mem`
`fpc_in_x86_pavgw_sse2`
`fpc_in_x86_pblendvb`
`fpc_in_x86_pblendvb_from_mem`
`fpc_in_x86_pblendw`
`fpc_in_x86_pblendw_from_mem`
`fpc_in_x86_pcmpeqb`
`fpc_in_x86_pcmpeqb_from_mem`
`fpc_in_x86_pcmpeqd`
`fpc_in_x86_pcmpeqd_from_mem`
`fpc_in_x86_pcmpeqq`
`fpc_in_x86_pcmpeqq_from_mem`
`fpc_in_x86_pcmpeqw`
`fpc_in_x86_pcmpeqw_from_mem`
`fpc_in_x86_pcmpestri`
`fpc_in_x86_pcmpestri_from_mem`
`fpc_in_x86_pcmpestrm`
`fpc_in_x86_pcmpestrm_from_mem`
`fpc_in_x86_pcmpgtb`
`fpc_in_x86_pcmpgtb_from_mem`
`fpc_in_x86_pcmpgtd`
`fpc_in_x86_pcmpgtd_from_mem`
`fpc_in_x86_pcmpgtq`
`fpc_in_x86_pcmpgtq_from_mem`
`fpc_in_x86_pcmpgtw`
`fpc_in_x86_pcmpgtw_from_mem`
`fpc_in_x86_pcmpistri`
`fpc_in_x86_pcmpistri_from_mem`
`fpc_in_x86_pcmpistrm`
`fpc_in_x86_pcmpistrm_from_mem`
`fpc_in_x86_pextrb`
`fpc_in_x86_pextrb_to_mem`
`fpc_in_x86_pextrd`
`fpc_in_x86_pextrd_to_mem`
`fpc_in_x86_pextrq`
`fpc_in_x86_pextrq_to_mem`
`fpc_in_x86_pextrw_mmx`
`fpc_in_x86_pextrw_sse2`
`fpc_in_x86_pextrw_sse41_to_mem`
`fpc_in_x86_phaddd`
`fpc_in_x86_phaddd_from_mem`
`fpc_in_x86_phaddsw`
`fpc_in_x86_phaddsw_from_mem`
`fpc_in_x86_phaddw`
`fpc_in_x86_phaddw_from_mem`
`fpc_in_x86_phminposuw`
`fpc_in_x86_phminposuw_from_mem`
`fpc_in_x86_phsubd`
`fpc_in_x86_phsubd_from_mem`
`fpc_in_x86_phsubsw`
`fpc_in_x86_phsubsw_from_mem`
`fpc_in_x86_phsubw`
`fpc_in_x86_phsubw_from_mem`
`fpc_in_x86_pinsrb`
`fpc_in_x86_pinsrb_from_mem`
`fpc_in_x86_pinsrd`
`fpc_in_x86_pinsrd_from_mem`
`fpc_in_x86_pinsrq`
`fpc_in_x86_pinsrq_from_mem`
`fpc_in_x86_pinsrw_from_mem`
`fpc_in_x86_pinsrw_mmx`
`fpc_in_x86_pinsrw_sse2`
`fpc_in_x86_pmaddubsw`
`fpc_in_x86_pmaddubsw_from_mem`
`fpc_in_x86_pmaddwd`
`fpc_in_x86_pmaddwd_from_mem`
`fpc_in_x86_pmaxsb`
`fpc_in_x86_pmaxsb_from_mem`
`fpc_in_x86_pmaxsd`
`fpc_in_x86_pmaxsd_from_mem`
`fpc_in_x86_pmaxsw_from_mem`
`fpc_in_x86_pmaxsw_mmx`
`fpc_in_x86_pmaxsw_mmx_from_mem`
`fpc_in_x86_pmaxsw_sse2`
`fpc_in_x86_pmaxub_from_mem`
`fpc_in_x86_pmaxub_mmx`
`fpc_in_x86_pmaxub_mmx_from_mem`
`fpc_in_x86_pmaxub_sse2`
`fpc_in_x86_pmaxud`
`fpc_in_x86_pmaxud_from_mem`
`fpc_in_x86_pmaxuw`
`fpc_in_x86_pmaxuw_from_mem`
`fpc_in_x86_pminsb`
`fpc_in_x86_pminsb_from_mem`
`fpc_in_x86_pminsd`
`fpc_in_x86_pminsd_from_mem`
`fpc_in_x86_pminsw_from_mem`
`fpc_in_x86_pminsw_mmx`
`fpc_in_x86_pminsw_mmx_from_mem`
`fpc_in_x86_pminsw_sse2`
`fpc_in_x86_pminub_from_mem`
`fpc_in_x86_pminub_mmx`
`fpc_in_x86_pminub_mmx_from_mem`
`fpc_in_x86_pminub_sse2`
`fpc_in_x86_pminud`
`fpc_in_x86_pminud_from_mem`
`fpc_in_x86_pminuw`
`fpc_in_x86_pminuw_from_mem`
`fpc_in_x86_pmovmskb`
`fpc_in_x86_pmovmskb_mmx`
`fpc_in_x86_pmovsxbd`
`fpc_in_x86_pmovsxbd_from_mem`
`fpc_in_x86_pmovsxbq`
`fpc_in_x86_pmovsxbq_from_mem`
`fpc_in_x86_pmovsxbw`
`fpc_in_x86_pmovsxbw_from_mem`
`fpc_in_x86_pmovsxdq`
`fpc_in_x86_pmovsxdq_from_mem`
`fpc_in_x86_pmovsxwd`
`fpc_in_x86_pmovsxwd_from_mem`
`fpc_in_x86_pmovsxwq`
`fpc_in_x86_pmovsxwq_from_mem`
`fpc_in_x86_pmovzxbd`
`fpc_in_x86_pmovzxbd_from_mem`
`fpc_in_x86_pmovzxbq`
`fpc_in_x86_pmovzxbq_from_mem`
`fpc_in_x86_pmovzxbw`
`fpc_in_x86_pmovzxbw_from_mem`
`fpc_in_x86_pmovzxdq`
`fpc_in_x86_pmovzxdq_from_mem`
`fpc_in_x86_pmovzxwd`
`fpc_in_x86_pmovzxwd_from_mem`
`fpc_in_x86_pmovzxwq`
`fpc_in_x86_pmovzxwq_from_mem`
`fpc_in_x86_pmuldq`
`fpc_in_x86_pmuldq_from_mem`
`fpc_in_x86_pmulhrsw`
`fpc_in_x86_pmulhrsw_from_mem`
`fpc_in_x86_pmulhuw_from_mem`
`fpc_in_x86_pmulhuw_mmx`
`fpc_in_x86_pmulhuw_mmx_from_mem`
`fpc_in_x86_pmulhuw_sse2`
`fpc_in_x86_pmulhw`
`fpc_in_x86_pmulhw_from_mem`
`fpc_in_x86_pmulld`
`fpc_in_x86_pmulld_from_mem`
`fpc_in_x86_pmullw`
`fpc_in_x86_pmullw_from_mem`
`fpc_in_x86_pmuludq`
`fpc_in_x86_pmuludq_from_mem`
`fpc_in_x86_por`
`fpc_in_x86_por_from_mem`
`fpc_in_x86_psadbw_from_mem`
`fpc_in_x86_psadbw_mmx`
`fpc_in_x86_psadbw_mmx_from_mem`
`fpc_in_x86_psadbw_sse2`
`fpc_in_x86_pshufb`
`fpc_in_x86_pshufb_from_mem`
`fpc_in_x86_pshufd`
`fpc_in_x86_pshufd_from_mem`
`fpc_in_x86_pshufhw`
`fpc_in_x86_pshufhw_from_mem`
`fpc_in_x86_pshuflw`
`fpc_in_x86_pshuflw_from_mem`
`fpc_in_x86_pshufw`
`fpc_in_x86_pshufw_from_mem`
`fpc_in_x86_psignb`
`fpc_in_x86_psignb_from_mem`
`fpc_in_x86_psignd`
`fpc_in_x86_psignd_from_mem`
`fpc_in_x86_psignw`
`fpc_in_x86_psignw_from_mem`
`fpc_in_x86_pslldq`
`fpc_in_x86_pslld_from_mem`
`fpc_in_x86_pslld_sse2`
`fpc_in_x86_pslld_sse2_imm`
`fpc_in_x86_psllq_from_mem`
`fpc_in_x86_psllq_sse2`
`fpc_in_x86_psllq_sse2_imm`
`fpc_in_x86_psllw_from_mem`
`fpc_in_x86_psllw_sse2`
`fpc_in_x86_psllw_sse2_imm`
`fpc_in_x86_psrad_from_mem`
`fpc_in_x86_psrad_sse2`
`fpc_in_x86_psrad_sse2_imm`
`fpc_in_x86_psraw_from_mem`
`fpc_in_x86_psraw_sse2`
`fpc_in_x86_psraw_sse2_imm`
`fpc_in_x86_psrldq`
`fpc_in_x86_psrld_from_mem`
`fpc_in_x86_psrld_sse2`
`fpc_in_x86_psrld_sse2_imm`
`fpc_in_x86_psrlq_from_mem`
`fpc_in_x86_psrlq_sse2`
`fpc_in_x86_psrlq_sse2_imm`
`fpc_in_x86_psrlw_from_mem`
`fpc_in_x86_psrlw_sse2`
`fpc_in_x86_psrlw_sse2_imm`
`fpc_in_x86_psubb`
`fpc_in_x86_psubb_from_mem`
`fpc_in_x86_psubd`
`fpc_in_x86_psubd_from_mem`
`fpc_in_x86_psubq`
`fpc_in_x86_psubq_from_mem`
`fpc_in_x86_psubsb`
`fpc_in_x86_psubsb_from_mem`
`fpc_in_x86_psubsw`
`fpc_in_x86_psubsw_from_mem`
`fpc_in_x86_psubusb`
`fpc_in_x86_psubusb_from_mem`
`fpc_in_x86_psubusw`
`fpc_in_x86_psubusw_from_mem`
`fpc_in_x86_psubw`
`fpc_in_x86_psubw_from_mem`
`fpc_in_x86_ptest`
`fpc_in_x86_ptest_from_mem`
`fpc_in_x86_punpckhbw`
`fpc_in_x86_punpckhbw_from_mem`
`fpc_in_x86_punpckhdq`
`fpc_in_x86_punpckhdq_from_mem`
`fpc_in_x86_punpckhqdq`
`fpc_in_x86_punpckhqdq_from_mem`
`fpc_in_x86_punpckhwd`
`fpc_in_x86_punpckhwd_from_mem`
`fpc_in_x86_punpcklbw`
`fpc_in_x86_punpcklbw_from_mem`
`fpc_in_x86_punpckldq`
`fpc_in_x86_punpckldq_from_mem`
`fpc_in_x86_punpcklqdq`
`fpc_in_x86_punpcklqdq_from_mem`
`fpc_in_x86_punpcklwd`
`fpc_in_x86_punpcklwd_from_mem`
`fpc_in_x86_pxor`
`fpc_in_x86_pxor_from_mem`
`fpc_in_x86_rcpps`
`fpc_in_x86_rcpps_from_mem`
`fpc_in_x86_rcpss`
`fpc_in_x86_rcpss_from_mem`
`fpc_in_x86_roundpd`
`fpc_in_x86_roundpd_from_mem`
`fpc_in_x86_roundps`
`fpc_in_x86_roundps_from_mem`
`fpc_in_x86_roundsd`
`fpc_in_x86_roundsd_from_mem`
`fpc_in_x86_roundss`
`fpc_in_x86_roundss_from_mem`
`fpc_in_x86_rsqrtps`
`fpc_in_x86_rsqrtps_from_mem`
`fpc_in_x86_rsqrtss`
`fpc_in_x86_rsqrtss_from_mem`
`fpc_in_x86_shufpd`
`fpc_in_x86_shufpd_from_mem`
`fpc_in_x86_shufps`
`fpc_in_x86_shufps_from_mem`
`fpc_in_x86_sqrtpd`
`fpc_in_x86_sqrtpd_from_mem`
`fpc_in_x86_sqrtps`
`fpc_in_x86_sqrtps_from_mem`
`fpc_in_x86_sqrtsd`
`fpc_in_x86_sqrtsd_from_mem`
`fpc_in_x86_sqrtss`
`fpc_in_x86_sqrtss_from_mem`
`fpc_in_x86_subpd`
`fpc_in_x86_subpd_from_mem`
`fpc_in_x86_subps`
`fpc_in_x86_subps_from_mem`
`fpc_in_x86_subsd`
`fpc_in_x86_subsd_from_mem`
`fpc_in_x86_subss`
`fpc_in_x86_subss_from_mem`
`fpc_in_x86_ucomisd`
`fpc_in_x86_ucomisd_from_mem`
`fpc_in_x86_unpckhpd`
`fpc_in_x86_unpckhpd_from_mem`
`fpc_in_x86_unpckhps`
`fpc_in_x86_unpckhps_from_mem`
`fpc_in_x86_unpcklpd`
`fpc_in_x86_unpcklpd_from_mem`
`fpc_in_x86_unpcklps`
`fpc_in_x86_unpcklps_from_mem`
`fpc_in_x86_xorpd`
`fpc_in_x86_xorpd_from_mem`
`fpc_in_x86_xorps`
`fpc_in_x86_xorps_from_mem`
`growheapsize1`		Grow rate for block less than 256 Kb.
`growheapsize2`		Grow rate for block larger than 256 Kb.
`growheapsizesmall`		Fixed size small blocks grow rate.
`has_mmx_support`		CPU has mmx support.
`has_sse2_support`		CPU has sse2 support?
`has_sse3_support`		CPU has sse3 support?
`has_sse_support`		CPU has SSE support ?
`InitProc`		Initialization routine.
`IObjectInstance`		GUID for the IObject interface.
`IsMultiThread`		Indicates whether more than one thread is running in the application.
`LFNSupport`		Constant describing support for long filenames.
`LineEnding`		Constant describing the current line ending character.
`maxExitCode`		Maximum exit code supported by the operating system.
`MaxInt`		Maximum integer value.
`MaxKeptOSChunks`		Maximum number of OS chunks to be kept in memory.
`MaxLongint`		Maximum longint value.
`MaxPathLen`		Constant defining the maximum length of filenames (including path).
`MaxSIntValue`		Maximum String-size value.
`MaxSmallint`		Maximum smallint value.
`MaxUIntValue`		Maximum unsigned integer value.
`Max_Frame_Dump`		Maximum number of frames to show in error frame dump.
`ModuleIsCpp`		program compiled by CPP ?
`ModuleIsLib`		Determines whether the current module is a library.
`ModuleIsPackage`		Determines whether the current module is a package.
`NilHandle`		Correctly typed Nil handle - returned on error by LoadLibrary.
`PathSeparator`		Character used to separate paths in a search list.
`RaiseMaxFrameCount`		Maximum number of frames to include in TExceptObject.
`RaiseProc`		Procedure to raise an exception.
`RT_ACCELERATOR`		Constant identifying an accelerator resource.
`RT_ANICURSOR`		Resource type: Animated cursor.
`RT_ANIICON`		Resource type: Animated icon.
`RT_BITMAP`		Constant identifying a bitmap resource.
`RT_CURSOR`		Constant identifying a cursor resource.
`RT_DIALOG`		Constant identifying a dialog resource.
`RT_FONT`		Constant identifying a font resource.
`RT_FONTDIR`		Constant identifying a font directory resource.
`RT_GROUP_CURSOR`		Constant identifying a group cursor resource.
`RT_GROUP_ICON`		Constant identifying a group icon resource.
`RT_HTML`		Resource type: HTML data.
`RT_ICON`		Constant identifying an icon resource.
`RT_MANIFEST`		Resource type: manifest.
`RT_MENU`		Constant identifying a menu resource.
`RT_MESSAGETABLE`		Constant identifying a message data resource.
`RT_RCDATA`		Constant identifying a binary data resource.
`RT_STRING`		Constant identifying a string table resource.
`RT_VERSION`		Constant identifying a version info resource.
`RuntimeErrorExitCodes`		Mapping between runtime-error constants and program exit codes.
`SafeCallErrorProc`		Error handler for safecall errors.
`SharedSuffix`		Shared library suffix for the current platform.
`sLineBreak`		Alias for LineEnding.
`StackError`		Indicate whether there was a stack error.
`StdErrorHandle`		Value of the OS handle for the standard error-output file.
`StdInputHandle`		Value of the OS handle for the standard input file.
`StdOutputHandle`		Value of the OS handle for the standard output file.
`S_FALSE`		Interface call result: Not OK.
`S_OK`		Interface call result: OK.
`Test8086`		8086 or older ?
`Test8087`		8087 floating point CPU or not ?
`TextRecBufSize`		Default buffer size for text files.
`TextRecNameLength`		maximum filename size for text files.
`ThreadingAlreadyUsed`		Internal constant for the threading system. Don't use.
`tkAnsiChar`		tkChar alias.
`tkAnsiString`		alias for tkAString.
`tkShortString`		Alias for tkSString.
`tkUnicodeString`		Alias for tkUString.
`tkWideChar`		Alias for tkUchar.
`tkWideString`		Alias for tkWString.
`UnixGetModuleByAddrHook`		(Unix only) callback for `GetModuleByAddr`.
`UnusedHandle`		Value indicating an unused file handle (as reported by the OS).
`VarAddRefProc`		Callback to increase reference count of a variant.
`varAny`		Variant type: Any.
`varArray`		Variant type: variant Array.
`varBoolean`		Variant type: Boolean type.
`varByRef`		Variant type: By reference.
`varByte`		Variant type: Byte (8 bit).
`VarClearProc`		Callback to clear a variant.
`VarCopyProc`		Callback to copy a variant.
`varCurrency`		Variant type: Currency.
`varDate`		Variant type: Date.
`varDecimal`		Variant type: Decimal (BCD).
`varDispatch`		Variant type: dispatch interface.
`varDouble`		Variant type: Double float.
`varEmpty`		Variant type: `Empty` variant.
`varError`		Variant type: Error type.
`varInt64`		Variant type: Integer (64-Bit).
`varInteger`		Variant type: Integer (32-bit).
`varLongWord`		Variant type: Word (32 bit).
`varNull`		Variant type: Null variant.
`varOleStr`		Variant type: OLE string (widestring).
`varQWord`		Variant type: Word (64-bit).
`varRecord`		Record variant type.
`varShortInt`		Variant type: Shortint (16 bit).
`varSingle`		Variant type: Single float.
`varSmallInt`		Variant type: smallint (8 bit).
`varStrArg`		Variant type: String.
`varString`		Variant type: String.
`VarToLStrProc`		Callback to convert a variant to a ansistring.
`VarToWStrProc`		Callback to convert a variant to a widestring.
`varTypeMask`		Variant type: Mask to extract type.
`varUInt64`		Unsigned 64-bit value in a variant.
`varUnknown`		Variant type: Unknown.
`varUStrArg`		Unicode string argument value.
`varUString`		Unicode string value in Variant.
`varVariant`		Variant type: Variant (arrays only).
`varWord`		Variant type: Word (16 bit).
`varWord64`		Variant type: Word (64-bit).
`vmtAfterConstruction`		VMT Layout: ?
`vmtAutoTable`		VMT layout: ?
`vmtBeforeDestruction`		VMT Layout: ?
`vmtClassName`		VMT Layout: location of class name.
`vmtDefaultHandler`		VMT Layout: ?
`vmtDefaultHandlerStr`		VMT Layout: ?
`vmtDestroy`		VMT Layout: Location of destructor pointer.
`vmtDispatch`		Offset to dispatch table.
`vmtDispatchStr`		Offset to string dispatch table.
`vmtDynamicTable`		VMT Layout: location of dynamic methods table.
`vmtEquals`		Offset to the `Equals` method pointer.
`vmtFieldTable`		VMT Layout: Location of fields table.
`vmtFreeInstance`		VMT Layout: location of FreeInstance method.
`vmtGetHashCode`		Offset to the `GetHashCode` method pointer.
`vmtInitTable`		VMT Layout: ?
`vmtInstanceSize`		VMT Layout: Location of class instance size in VMT.
`vmtIntfTable`		VMT layout: Interface table.
`vmtMethodStart`		VMT layout: start of method table.
`vmtMethodTable`		VMT Layout: Method table start.
`vmtMsgStrPtr`		VMT layout: message strings table.
`vmtNewInstance`		VMT Layout: location of NewInstance method.
`vmtParent`		VMT Layout: location of pointer to parent VMT.
`vmtSafeCallException`		VMT Layout: ?
`vmtToString`		Offset to the `ToString` method pointer.
`vmtTypeInfo`		VMT Layout: Location of class type information.
`vtAnsiString`		TVarRec type: Ansistring.
`vtBoolean`		TVarRec type: Boolean.
`vtChar`		TVarRec type: Char.
`vtClass`		TVarRec type: Class type.
`vtCurrency`		TVarRec type: Currency.
`vtExtended`		TVarRec type: Extended.
`vtInt64`		TVarRec type: Int64 (signed 64-bit integer).
`vtInteger`		TVarRec type: Integer.
`vtInterface`		TVarRec type: Interface.
`vtObject`		TVarRec type: Object instance.
`vtPChar`		TVarRec type: PChar.
`vtPointer`		TVarRec type: pointer.
`vtPWideChar`		TVarRec type: PWideChar.
`vtQWord`		TVarRec type: QWord (unsigned 64-bit integer).
`vtString`		TVarRec type: String.
`vtUnicodeString`		Unicode string argument.
`vtVariant`		TVarRec type: Variant.
`vtWideChar`		TVarRec type: Widechar.
`vtWideString`		TVarRec type: WideString.