home *** CD-ROM | disk | FTP | other *** search
/ Amiga ISO Collection / AmigaUtilCD2.iso / Programming / Misc / CLISP-1.LHA / CLISP960530-sr.lha / src / subrkw.d < prev    next >
Encoding:
Text File  |  1996-04-15  |  3.7 KB  |  158 lines
  1. # Liste aller SUBRs mit Keywords
  2. # Bruno Haible 1.5.1995
  3.  
  4. v(7, (kw(adjustable),kw(element_type),kw(initial_element),
  5.       kw(initial_contents),kw(fill_pointer),
  6.       kw(displaced_to),kw(displaced_index_offset)) )
  7. s(make_array)
  8. v(6, (kw(element_type),kw(initial_element),
  9.       kw(initial_contents),kw(fill_pointer),
  10.       kw(displaced_to),kw(displaced_index_offset)) )
  11. s(adjust_array)
  12. v(4, (kw(start1),kw(end1),kw(start2),kw(end2)) )
  13. s(string_gleich)
  14. s(string_ungleich)
  15. s(string_kleiner)
  16. s(string_groesser)
  17. s(string_klgleich)
  18. s(string_grgleich)
  19. s(string_equal)
  20. s(string_not_equal)
  21. s(string_lessp)
  22. s(string_greaterp)
  23. s(string_not_greaterp)
  24. s(string_not_lessp)
  25. s(search_string_gleich)
  26. s(search_string_equal)
  27. s(replace)
  28. v(1, (kw(initial_element)) )
  29. s(make_string)
  30. s(make_list)
  31. v(2, (kw(start),kw(end)) )
  32. s(nstring_upcase)
  33. s(string_upcase)
  34. s(nstring_downcase)
  35. s(string_downcase)
  36. s(nstring_capitalize)
  37. s(string_capitalize)
  38. s(write_string)
  39. s(write_line)
  40. s(fill)
  41. s(read_char_sequence)
  42. s(write_char_sequence)
  43. s(read_byte_sequence)
  44. s(write_byte_sequence)
  45. v(5, (kw(initial_contents),
  46.       kw(test),kw(size),kw(rehash_size),kw(rehash_threshold)) )
  47. s(make_hash_table)
  48. v(3, (kw(preserve_whitespace),kw(start),kw(end)) )
  49. s(read_from_string)
  50. v(4, (kw(start),kw(end),kw(radix),kw(junk_allowed)) )
  51. s(parse_integer)
  52. v(13, (kw(case),kw(level),kw(length),kw(gensym),kw(escape),kw(radix),
  53.        kw(base),kw(array),kw(circle),kw(pretty),kw(closure),kw(readably),
  54.        kw(stream)) )
  55. s(write)
  56. v(12, (kw(case),kw(level),kw(length),kw(gensym),kw(escape),kw(radix),
  57.        kw(base),kw(array),kw(circle),kw(pretty),kw(closure),kw(readably)) )
  58. s(write_to_string)
  59. v(2, (kw(type),kw(identity)) )
  60. s(write_unreadable)
  61. v(2, (kw(test),kw(test_not)) )
  62. s(tree_equal)
  63. v(3, (kw(test),kw(test_not),kw(key)) )
  64. s(subst)
  65. s(nsubst)
  66. s(sublis)
  67. s(nsublis)
  68. s(member)
  69. s(adjoin)
  70. s(assoc)
  71. s(rassoc)
  72. v(1, (kw(key)) )
  73. s(subst_if)
  74. s(subst_if_not)
  75. s(nsubst_if)
  76. s(nsubst_if_not)
  77. s(member_if)
  78. s(member_if_not)
  79. s(assoc_if)
  80. s(assoc_if_not)
  81. s(rassoc_if)
  82. s(rassoc_if_not)
  83. s(merge)
  84. v(2, (kw(nicknames),kw(use)) )
  85. s(make_package)
  86. s(pin_package)
  87. s(in_package)
  88. v(2, (kw(initial_element),kw(update)) )
  89. s(make_sequence)
  90. v(5, (kw(from_end),kw(start),kw(end),kw(key),kw(initial_value)) )
  91. s(reduce)
  92. v(7, (kw(from_end),kw(start),kw(end),kw(key),kw(test),kw(test_not),kw(count)) )
  93. s(remove)
  94. s(delete)
  95. s(substitute)
  96. s(nsubstitute)
  97. v(5, (kw(from_end),kw(start),kw(end),kw(key),kw(count)) )
  98. s(remove_if)
  99. s(remove_if_not)
  100. s(delete_if)
  101. s(delete_if_not)
  102. s(substitute_if)
  103. s(substitute_if_not)
  104. s(nsubstitute_if)
  105. s(nsubstitute_if_not)
  106. v(6, (kw(from_end),kw(start),kw(end),kw(key),kw(test),kw(test_not)) )
  107. s(remove_duplicates)
  108. s(delete_duplicates)
  109. s(find)
  110. s(position)
  111. s(count)
  112. v(4, (kw(from_end),kw(start),kw(end),kw(key)) )
  113. s(find_if)
  114. s(find_if_not)
  115. s(position_if)
  116. s(position_if_not)
  117. s(count_if)
  118. s(count_if_not)
  119. v(8, (kw(start1),kw(end1),kw(start2),kw(end2),kw(from_end),
  120.       kw(key),kw(test),kw(test_not)) )
  121. s(mismatch)
  122. s(search)
  123. v(3, (kw(key),kw(start),kw(end)) )
  124. s(sort)
  125. s(stable_sort)
  126. v(3, (kw(start),kw(end),kw(junk_allowed)) )
  127. s(parse_namestring)
  128. v(1, (kw(case)) )
  129. s(pathnamehost)
  130. s(pathnamedevice)
  131. s(pathnamedirectory)
  132. s(pathnamename)
  133. s(pathnametype)
  134. #ifdef LOGICAL_PATHNAMES
  135. v(0,_EMA_)
  136. s(translate_logical_pathname)
  137. #endif
  138. v(1, (kw(wild)) )
  139. s(merge_pathnames)
  140. v(8, (kw(defaults),kw(case),kw(host),kw(device),kw(directory),kw(name),kw(type),kw(version)) )
  141. s(make_pathname)
  142. #ifdef LOGICAL_PATHNAMES
  143. s(make_logical_pathname)
  144. #endif
  145. v(2, (kw(all),kw(merge)) )
  146. s(translate_pathname)
  147. v(4, (kw(direction),kw(element_type),kw(if_exists),kw(if_does_not_exist)) )
  148. s(open)
  149. v(2, (kw(circle),kw(full)) )
  150. s(directory)
  151. v(1, (kw(abort)) )
  152. s(close)
  153. #ifdef REXX
  154. v(6, (kw(result),kw(string),kw(token),kw(async),kw(io),kw(return)) )
  155. s(rexx_put)
  156. #endif
  157.  
  158.