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https://gitlab.com/embeddable-common-lisp/ecl.git
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Add CLHS links to C dictionaries
This commit is contained in:
Tomek Kurcz
parent
63d3360340
commit
1418ccb0fa
2 changed files with 137 additions and 137 deletions
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@ -122,34 +122,34 @@ Common Lisp and C equivalence
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@subsubheading Synopsis
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@multitable {aaaaaaaaaaaaaaaaa} {aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa}
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@headitem Lisp symbol @tab C function
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@item char= @tab cl_object cl_charE(cl_narg narg, ...)
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@item char/= @tab cl_object cl_charNE(cl_narg narg, ...)
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@item char< @tab cl_object cl_charL(cl_narg narg, ...)
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@item char> @tab cl_object cl_charG(cl_narg narg, ...)
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@item char<= @tab cl_object cl_charLE(cl_narg narg, ...)
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@item char>= @tab cl_object cl_charGE(cl_narg narg, ...)
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@item char-equal @tab cl_object cl_char_equal(cl_narg narg, ...)
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@item char-not-equal @tab cl_object cl_char_not_equal(cl_narg narg, ...)
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@item char-lessp @tab cl_object cl_char_lessp(cl_narg narg, ...)
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@item char-greaterp @tab cl_object cl_char_greaterp(cl_narg narg, ...)
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@item char-not-greaterp @tab cl_object cl_char_not_greaterp(cl_narg narg, ...)
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@item char-not-lessp @tab cl_object cl_char_not_lessp(cl_narg narg, ...)
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@item character @tab cl_object cl_character(cl_object char_designator)
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@item characterp @tab cl_object cl_characterp(cl_object object)
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@item alpha-char-p @tab cl_object cl_alpha_char_p(cl_object character)
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@item alphanumericp @tab cl_object cl_alphanumericp(cl_object character)
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@item digit-char @tab cl_object cl_digit_char(cl_narg narg, cl_object character, ...)
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@item digit-char-p @tab cl_object cl_digit_char_p(cl_narg narg, cl_object character, ...)
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@item graphic-char-p @tab cl_object cl_graphic_char_p(cl_object character)
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@item standard-char-p @tab cl_object cl_standard_char_p(cl_object character)
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@item char_upcase @tab cl_object cl_char_upcase(cl_object character)
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@item char-downcase @tab cl_object cl_char_downcase(cl_object character)
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@item upper-case-p @tab cl_object cl_upper_case_p(cl_object character)
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@item lower-case-p @tab cl_object cl_lower_case_p(cl_object character)
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@item both-case-p @tab cl_object cl_both_case_p(cl_object character)
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@item char-code @tab cl_object cl_char_code(cl_object character)
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@item char-int @tab cl_object cl_char_int(cl_object character)
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@item code-char @tab cl_object cl_code_char(cl_object code)
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@item char-name @tab cl_object cl_char_name(cl_object character)
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@item name-char @tab cl_object cl_name_char(cl_object name)
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@item @clhs{f_chareq.htm,char=} @tab cl_object cl_charE(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char/=} @tab cl_object cl_charNE(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char<} @tab cl_object cl_charL(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char>} @tab cl_object cl_charG(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char<=} @tab cl_object cl_charLE(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char>=} @tab cl_object cl_charGE(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-equal} @tab cl_object cl_char_equal(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-not-equal} @tab cl_object cl_char_not_equal(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-lessp} @tab cl_object cl_char_lessp(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-greaterp} @tab cl_object cl_char_greaterp(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-not-greaterp} @tab cl_object cl_char_not_greaterp(cl_narg narg, ...)
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@item @clhs{f_chareq.htm,char-not-lessp} @tab cl_object cl_char_not_lessp(cl_narg narg, ...)
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@item @clhs{f_ch.htm,character} @tab cl_object cl_character(cl_object char_designator)
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@item @clhs{f_chp.htm,characterp} @tab cl_object cl_characterp(cl_object object)
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@item @clhs{f_alpha_.htm,alpha-char-p} @tab cl_object cl_alpha_char_p(cl_object character)
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@item @clhs{f_alphan.htm,alphanumericp} @tab cl_object cl_alphanumericp(cl_object character)
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@item @clhs{f_digit_.htm,digit-char} @tab cl_object cl_digit_char(cl_narg narg, cl_object character, ...)
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@item @clhs{f_digi_1.htm,digit-char-p} @tab cl_object cl_digit_char_p(cl_narg narg, cl_object character, ...)
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@item @clhs{f_graphi.htm,graphic-char-p} @tab cl_object cl_graphic_char_p(cl_object character)
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@item @clhs{f_std_ch.htm,standard-char-p} @tab cl_object cl_standard_char_p(cl_object character)
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@item @clhs{f_char_u.htm,char_upcase} @tab cl_object cl_char_upcase(cl_object character)
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@item @clhs{f_char_u.htm,char-downcase} @tab cl_object cl_char_downcase(cl_object character)
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@item @clhs{f_upper_.htm,upper-case-p} @tab cl_object cl_upper_case_p(cl_object character)
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@item @clhs{f_upper_.htm,lower-case-p} @tab cl_object cl_lower_case_p(cl_object character)
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@item @clhs{f_upper_.htm,both-case-p} @tab cl_object cl_both_case_p(cl_object character)
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@item @clhs{f_char_c.htm,char-code} @tab cl_object cl_char_code(cl_object character)
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@item @clhs{f_char_i.htm,char-int} @tab cl_object cl_char_int(cl_object character)
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@item @clhs{f_code_c.htm,code-char} @tab cl_object cl_code_char(cl_object code)
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@item @clhs{f_char_n.htm,char-name} @tab cl_object cl_char_name(cl_object character)
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@item @clhs{f_name_c.htm,name-char} @tab cl_object cl_name_char(cl_object name)
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@end multitable
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@ -209,112 +209,112 @@ These functions and macros convert a Lisp object to the corresponding C number t
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Common Lisp and C equivalence
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@subsubheading Synopsis
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@multitable @columnfractions .22 .78
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@multitable @columnfractions .30 .70
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@headitem Lisp symbol @tab C function
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@item = @tab cl_object cl_E()
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@item /= @tab cl_object cl_NE()
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@item < @tab cl_object cl_L()
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@item > @tab cl_object cl_G()
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@item <= @tab cl_object cl_LE()
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@item >= @tab cl_object cl_GE()
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@item max @tab cl_object cl_max(cl_narg narg, ...)
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@item min @tab cl_object cl_min(cl_narg narg, ...)
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@item minusp @tab cl_object cl_minusp(cl_object real)
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@item plusp @tab cl_object cl_plusp(cl_object real)
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@item zerop @tab cl_object cl_zerop(cl_object number)
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@item floor @tab cl_object cl_floor(cl_narg narg, cl_object number, ...)
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@item ffloor @tab cl_object cl_ffloor(cl_narg narg, cl_object number, ...)
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@item ceiling @tab cl_object cl_ceiling(cl_narg narg, cl_object number, ...)
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@item fceiling @tab cl_object cl_fceiling(cl_narg narg, cl_object number, ...)
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@item truncate @tab cl_object cl_truncate(cl_narg narg, cl_object number, ...)
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@item ftruncate @tab cl_object cl_ftruncate(cl_narg narg, cl_object number, ...)
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@item round @tab cl_object cl_round(cl_narg narg, cl_object number, ...)
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@item fround @tab cl_object cl_fround(cl_narg narg, cl_object number, ...)
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@item sin @tab cl_object cl_sin(cl_object radians)
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@item cos @tab cl_object cl_cos(cl_object radians)
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@item tan @tab cl_object cl_tan(cl_object radians)
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@item asin @tab cl_object cl_asin(cl_object number)
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@item acos @tab cl_object cl_acos(cl_object number)
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@item atan @tab cl_object cl_atan(cl_object number)
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@item sinh @tab cl_object cl_sinh(cl_object number)
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@item cosh @tab cl_object cl_cosh(cl_object number)
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@item tanh @tab cl_object cl_tanh(cl_object number)
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@item asinh @tab cl_object cl_asinh(cl_object number)
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@item acosh @tab cl_object cl_acosh(cl_object number)
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@item atanh @tab cl_object cl_atanh(cl_object number)
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@item * @tab cl_object cl_X(cl_narg narg, ...)
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@item + @tab cl_object cl_P(cl_narg narg, ...)
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@item - @tab cl_object cl_M(cl_narg narg, cl_object number, ...)
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@item / @tab cl_object cl_N(cl_narg narg, cl_object number, ...)
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@item 1+ @tab cl_object cl_1P()
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@item 1- @tab cl_object cl_1M()
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@item abs @tab cl_object cl_abs(cl_object number)
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@item evenp @tab cl_object cl_evenp(cl_object integer)
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@item oddp @tab cl_object cl_oddp(cl_object integer)
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@item exp @tab cl_object cl_exp(cl_object number)
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@item expt @tab cl_object cl_expt(cl_object base, cl_object power)
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@item gcd @tab cl_object cl_gcd(cl_narg narg, ...)
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@item lcm @tab cl_object cl_lcm(cl_narg narg, ...)
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@item log @tab cl_object cl_log(cl_narg narg, cl_object number, ...)
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@item mod @tab cl_object cl_mod(cl_object number, cl_object divisor)
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@item rem @tab cl_object cl_rem(cl_object number, cl_object divisor)
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@item signum @tab cl_object cl_signum(cl_object number)
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@item sqrt @tab cl_object cl_sqrt(cl_object number)
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@item isqrt @tab cl_object cl_isqrt(cl_object natural)
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@item make-random-state @tab cl_object cl_make_random_state(cl_narg narg, ...)
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@item ranom @tab cl_object cl_random(cl_narg narg, cl_object limit, ...)
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@item random-state-p @tab cl_object cl_random_state_p(cl_object object)
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@item numberp @tab cl_object cl_numberp(cl_object object)
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@item cis @tab cl_object cl_cis(cl_object radians)
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@item complex @tab cl_object cl_complex(cl_narg narg, cl_object realpart, ...)
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@item complexp @tab cl_object cl_complexp(cl_object object)
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@item conjugate @tab cl_object cl_conjugate(cl_object number)
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@item phase @tab cl_object cl_phase(cl_object number)
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@item realpart @tab cl_object cl_realpart(cl_object number)
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@item imagpart @tab cl_object cl_imagpart(cl_object number)
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@item upgraded-complex-part-type @tab cl_object cl_upgraded_complex_part_type(cl_narg narg, cl_object typespec, ...)
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@item realp @tab cl_object cl_realp(cl_object object)
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@item numerator @tab cl_object cl_numerator(cl_object rational)
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@item denominator @tab cl_object cl_denominator(cl_object rational)
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@item rational @tab cl_object cl_rational(cl_object number)
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@item rationalize @tab cl_object cl_rationalize(cl_object number)
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@item rationalp @tab cl_object cl_rationalp(cl_object object)
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@item ash @tab cl_object cl_ash(cl_object integer, cl_object count)
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@item integer-length @tab cl_object cl_integer_length(cl_object integer)
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@item integerp @tab cl_object cl_integerp(cl_object object)
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@item parse-integer @tab cl_object cl_parse_integer(cl_narg narg, cl_object string, ...)
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@item boole @tab cl_object cl_boole(cl_object op, cl_object integer1, cl_object integer2)
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@item logand @tab cl_object cl_logand(cl_narg narg, ...)
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@item logandc1 @tab cl_object cl_logandc1(cl_object integer1, cl_object integer2)
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@item logandc2 @tab cl_object cl_logandc2(cl_object integer1, cl_object integer2)
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@item logeqv @tab cl_object cl_logeqv(cl_narg narg, ...)
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@item logior @tab cl_object cl_logior(cl_narg narg, ...)
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@item lognand @tab cl_object cl_lognand(cl_object integer1, cl_object integer2)
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@item lognor @tab cl_object cl_lognor(cl_object integer1, cl_object integer2)
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@item lognot @tab cl_object cl_lognot(cl_object integer)
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@item logorc1 @tab cl_object cl_logorc1(cl_object integer1, cl_object integer2)
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@item logorc2 @tab cl_object cl_logorc2(cl_object integer1, cl_object integer2)
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@item logxor @tab cl_object cl_logxor(cl_narg narg, ...)
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@item logbitp @tab cl_object cl_logbitp(cl_object index, cl_object integer)
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@item logcount @tab cl_object cl_logcount(cl_object integer)
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@item logtest @tab cl_object cl_logtest(cl_object integer1, cl_object integer2)
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@item byte @tab cl_object cl_byte(cl_object size, cl_object position)
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@item bytes-size @tab cl_object cl_byte_size(cl_object bytespec)
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@item byte-position @tab cl_object cl_byte_position(cl_object bytespec)
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@item deposit-field @tab cl_object cl_deposit_field(cl_object newbyte, cl_object bytespec, cl_object integer)
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@item dpb @tab cl_object cl_dpb(cl_object newbyte, cl_object bytespec, cl_object integer)
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@item ldb @tab cl_object cl_ldb(cl_object bytespec, cl_object integer)
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@item ldb-test @tab cl_object cl_ldb_test(cl_object bytespec, cl_object integer)
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@item mask-field @tab cl_object cl_mask_field(cl_object bytespec, cl_object integer)
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@item decode-float @tab cl_object cl_decode_float(cl_object float)
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@item scale-float @tab cl_object cl_scale_float(cl_object float, cl_object integer)
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@item float-radix @tab cl_object cl_float_radix(cl_object float)
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@item float-sign @tab cl_object cl_float_sign(cl_narg narg, cl_object float1, ...)
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@item float-digits @tab cl_object cl_float_digits(cl_object float)
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@item float-precision @tab cl_object cl_float_precision(cl_object float)
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@item integer-decode-float @tab cl_object cl_integer_decode_float(cl_object float)
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@item float @tab cl_object cl_float(cl_narg narg, cl_object number)
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@item floatp @tab cl_object cl_floatp(cl_object object)
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@item arithmetic-error-operands @tab [Only in Common Lisp]
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@item arithmetic-error-operation @tab [Only in Common Lisp]
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@item @clhs{f_eq_sle.htm,=} @tab cl_object cl_E()
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@item @clhs{f_eq_sle.htm,/=} @tab cl_object cl_NE()
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@item @clhs{f_eq_sle.htm,<} @tab cl_object cl_L()
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@item @clhs{f_eq_sle.htm,>} @tab cl_object cl_G()
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@item @clhs{f_eq_sle.htm,<=} @tab cl_object cl_LE()
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@item @clhs{f_eq_sle.htm,>=} @tab cl_object cl_GE()
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@item @clhs{f_max_m.htm,max} @tab cl_object cl_max(cl_narg narg, ...)
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@item @clhs{f_max_m.htm,min} @tab cl_object cl_min(cl_narg narg, ...)
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@item @clhs{f_minusp.htm,minusp} @tab cl_object cl_minusp(cl_object real)
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@item @clhs{f_minusp.htm,plusp} @tab cl_object cl_plusp(cl_object real)
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@item @clhs{f_zerop.htm,zerop} @tab cl_object cl_zerop(cl_object number)
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@item @clhs{f_floorc.htm,floor} @tab cl_object cl_floor(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,ffloor} @tab cl_object cl_ffloor(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,ceiling} @tab cl_object cl_ceiling(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,fceiling} @tab cl_object cl_fceiling(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,truncate} @tab cl_object cl_truncate(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,ftruncate} @tab cl_object cl_ftruncate(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,round} @tab cl_object cl_round(cl_narg narg, cl_object number, ...)
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@item @clhs{f_floorc.htm,fround} @tab cl_object cl_fround(cl_narg narg, cl_object number, ...)
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@item @clhs{f_sin_c.htm,sin} @tab cl_object cl_sin(cl_object radians)
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@item @clhs{f_sin_c.htm,cos} @tab cl_object cl_cos(cl_object radians)
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@item @clhs{f_sin_c.htm,tan} @tab cl_object cl_tan(cl_object radians)
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@item @clhs{f_asin_.htm,asin} @tab cl_object cl_asin(cl_object number)
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@item @clhs{f_asin_.htm,acos} @tab cl_object cl_acos(cl_object number)
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@item @clhs{f_asin_.htm,atan} @tab cl_object cl_atan(cl_object number)
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@item @clhs{c_number.htm,sinh} @tab cl_object cl_sinh(cl_object number)
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@item @clhs{c_number.htm,cosh} @tab cl_object cl_cosh(cl_object number)
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@item @clhs{c_number.htm,tanh} @tab cl_object cl_tanh(cl_object number)
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@item @clhs{c_number.htm,asinh} @tab cl_object cl_asinh(cl_object number)
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@item @clhs{c_number.htm,acosh} @tab cl_object cl_acosh(cl_object number)
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@item @clhs{c_number.htm,atanh} @tab cl_object cl_atanh(cl_object number)
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@item @clhs{f_st.htm,*} @tab cl_object cl_X(cl_narg narg, ...)
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@item @clhs{f_pl.htm,+} @tab cl_object cl_P(cl_narg narg, ...)
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@item @clhs{f__.htm,-} @tab cl_object cl_M(cl_narg narg, cl_object number, ...)
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@item @clhs{f_sl.htm,/} @tab cl_object cl_N(cl_narg narg, cl_object number, ...)
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@item @clhs{f_1pl_1_.htm,1+} @tab cl_object cl_1P()
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@item @clhs{f_1pl_1_.htm,1-} @tab cl_object cl_1M()
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@item @clhs{f_abs.htm,abs} @tab cl_object cl_abs(cl_object number)
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@item @clhs{f_evenpc.htm,evenp} @tab cl_object cl_evenp(cl_object integer)
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@item @clhs{f_evenpc.htm,oddp} @tab cl_object cl_oddp(cl_object integer)
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@item @clhs{f_exp_e.htm,exp} @tab cl_object cl_exp(cl_object number)
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@item @clhs{f_exp_e.htm,expt} @tab cl_object cl_expt(cl_object base, cl_object power)
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@item @clhs{f_gcd.htm,gcd} @tab cl_object cl_gcd(cl_narg narg, ...)
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@item @clhs{f_lcm.htm,lcm} @tab cl_object cl_lcm(cl_narg narg, ...)
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@item @clhs{f_log.htm,log} @tab cl_object cl_log(cl_narg narg, cl_object number, ...)
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@item @clhs{f_mod_r.htm,mod} @tab cl_object cl_mod(cl_object number, cl_object divisor)
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@item @clhs{f_mod_r.htm,rem} @tab cl_object cl_rem(cl_object number, cl_object divisor)
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@item @clhs{f_signum.htm,signum} @tab cl_object cl_signum(cl_object number)
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@item @clhs{f_sqrt_.htm,sqrt} @tab cl_object cl_sqrt(cl_object number)
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@item @clhs{f_sqrt.htm,isqrt} @tab cl_object cl_isqrt(cl_object natural)
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@item @clhs{f_mk_rnd.htm,make-random-state} @tab cl_object cl_make_random_state(cl_narg narg, ...)
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@item @clhs{f_random.htm,random} @tab cl_object cl_random(cl_narg narg, cl_object limit, ...)
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@item @clhs{f_rnd_st.htm,random-state-p} @tab cl_object cl_random_state_p(cl_object object)
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@item @clhs{f_nump.htm,numberp} @tab cl_object cl_numberp(cl_object object)
|
||||
@item @clhs{f_cis.htm,cis} @tab cl_object cl_cis(cl_object radians)
|
||||
@item @clhs{f_comp_2.htm,complex} @tab cl_object cl_complex(cl_narg narg, cl_object realpart, ...)
|
||||
@item @clhs{f_comp_3.htm,complexp} @tab cl_object cl_complexp(cl_object object)
|
||||
@item @clhs{f_conjug.htm,conjugate} @tab cl_object cl_conjugate(cl_object number)
|
||||
@item @clhs{f_phase.htm,phase} @tab cl_object cl_phase(cl_object number)
|
||||
@item @clhs{f_realpa.htm,realpart} @tab cl_object cl_realpart(cl_object number)
|
||||
@item @clhs{f_realpa.htm,imagpart} @tab cl_object cl_imagpart(cl_object number)
|
||||
@item @clhs{f_upgrad.htm,upgraded-complex-part-type} @tab cl_object cl_upgraded_complex_part_type(cl_narg narg, cl_object typespec, ...)
|
||||
@item @clhs{f_realp.htm,realp} @tab cl_object cl_realp(cl_object object)
|
||||
@item @clhs{f_numera.htm,numerator} @tab cl_object cl_numerator(cl_object rational)
|
||||
@item @clhs{f_numera.htm,denominator} @tab cl_object cl_denominator(cl_object rational)
|
||||
@item @clhs{f_ration.htm,rational} @tab cl_object cl_rational(cl_object number)
|
||||
@item @clhs{f_ration.htm,rationalize} @tab cl_object cl_rationalize(cl_object number)
|
||||
@item @clhs{f_rati_1.htm,rationalp} @tab cl_object cl_rationalp(cl_object object)
|
||||
@item @clhs{f_ash.htm,ash} @tab cl_object cl_ash(cl_object integer, cl_object count)
|
||||
@item @clhs{f_intege.htm,integer-length} @tab cl_object cl_integer_length(cl_object integer)
|
||||
@item @clhs{f_inte_1.htm,integerp} @tab cl_object cl_integerp(cl_object object)
|
||||
@item @clhs{f_parse_.htm,parse-integer} @tab cl_object cl_parse_integer(cl_narg narg, cl_object string, ...)
|
||||
@item @clhs{f_boole.htm,boole} @tab cl_object cl_boole(cl_object op, cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,logand} @tab cl_object cl_logand(cl_narg narg, ...)
|
||||
@item @clhs{f_logand.htm,logandc1} @tab cl_object cl_logandc1(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,logandc2} @tab cl_object cl_logandc2(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,logeqv} @tab cl_object cl_logeqv(cl_narg narg, ...)
|
||||
@item @clhs{f_logand.htm,logior} @tab cl_object cl_logior(cl_narg narg, ...)
|
||||
@item @clhs{f_logand.htm,lognand} @tab cl_object cl_lognand(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,lognor} @tab cl_object cl_lognor(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,lognot} @tab cl_object cl_lognot(cl_object integer)
|
||||
@item @clhs{f_logand.htm,logorc1} @tab cl_object cl_logorc1(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,logorc2} @tab cl_object cl_logorc2(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_logand.htm,logxor} @tab cl_object cl_logxor(cl_narg narg, ...)
|
||||
@item @clhs{f_logbtp.htm,logbitp} @tab cl_object cl_logbitp(cl_object index, cl_object integer)
|
||||
@item @clhs{f_logcou.htm,logcount} @tab cl_object cl_logcount(cl_object integer)
|
||||
@item @clhs{f_logtes.htm,logtest} @tab cl_object cl_logtest(cl_object integer1, cl_object integer2)
|
||||
@item @clhs{f_by_by.htm,byte} @tab cl_object cl_byte(cl_object size, cl_object position)
|
||||
@item @clhs{f_by_by.htm,bytes-size} @tab cl_object cl_byte_size(cl_object bytespec)
|
||||
@item @clhs{f_by_by.htm,byte-position} @tab cl_object cl_byte_position(cl_object bytespec)
|
||||
@item @clhs{f_deposi.htm,deposit-field} @tab cl_object cl_deposit_field(cl_object newbyte, cl_object bytespec, cl_object integer)
|
||||
@item @clhs{f_dpb.htm,dpb} @tab cl_object cl_dpb(cl_object newbyte, cl_object bytespec, cl_object integer)
|
||||
@item @clhs{f_ldb.htm,ldb} @tab cl_object cl_ldb(cl_object bytespec, cl_object integer)
|
||||
@item @clhs{f_ldb_te.htm,ldb-test} @tab cl_object cl_ldb_test(cl_object bytespec, cl_object integer)
|
||||
@item @clhs{f_mask_f.htm,mask-field} @tab cl_object cl_mask_field(cl_object bytespec, cl_object integer)
|
||||
@item @clhs{f_dec_fl.htm,decode-float} @tab cl_object cl_decode_float(cl_object float)
|
||||
@item @clhs{f_dec_fl.htm,scale-float} @tab cl_object cl_scale_float(cl_object float, cl_object integer)
|
||||
@item @clhs{f_dec_fl.htm,float-radix} @tab cl_object cl_float_radix(cl_object float)
|
||||
@item @clhs{f_dec_fl.htm,float-sign} @tab cl_object cl_float_sign(cl_narg narg, cl_object float1, ...)
|
||||
@item @clhs{f_dec_fl.htm,float-digits} @tab cl_object cl_float_digits(cl_object float)
|
||||
@item @clhs{f_dec_fl.htm,float-precision} @tab cl_object cl_float_precision(cl_object float)
|
||||
@item @clhs{f_dec_fl.htm,integer-decode-float} @tab cl_object cl_integer_decode_float(cl_object float)
|
||||
@item @clhs{f_float.htm,float} @tab cl_object cl_float(cl_narg narg, cl_object number)
|
||||
@item @clhs{f_floatp.htm,floatp} @tab cl_object cl_floatp(cl_object object)
|
||||
@item @clhs{f_arithm.htm,arithmetic-error-operands} @tab [Only in Common Lisp]
|
||||
@item @clhs{f_arithm.htm,arithmetic-error-operation} @tab [Only in Common Lisp]
|
||||
@end multitable
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue