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ServerSync/lib/pygments/lexers/__pycache__/theorem.cpython-314.pyc

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Init im going to bed -=-
2026-02-12 02:28:23 +02:00
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pygments.lexers.theorem
~~~~~~~~~~~~~~~~~~~~~~~
Lexers for theorem-proving languages.
See also :mod:`pygments.lexers.lean`
:copyright: Copyright 2006-2025 by the Pygments team, see AUTHORS.
:license: BSD, see LICENSE for details.
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RegexLexer<EFBFBD>bygroups<70>default<6C>words)
<EFBFBD>Text<78>Comment<6E>Operator<6F>Keyword<72>Name<6D>String<6E>Number<65> Punctuation<6F>Generic<69>
Whitespace)<01> LeanLexer<65>CoqLexer<65> IsabelleLexerc<00>Fa<00>]tRt^toRtRtRtR.tR.tR.t Rt
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For the Coq theorem prover.
<EFBFBD>Coqzhttp://coq.inria.fr/<2F>coqz*.vz
text/x-coqz1.5<EFBFBD>\.z[!$%&*+\./:<=>?@^|~-]z[!?~]z[=<>@^|&+\*/$%-]<5D>root<6F>\s+zfalse|true|\(\)|\[\]<5D>\(\*<2A>commentz'\b(?:[^\W\d][\w\']*\.)+[^\W\d][\w\']*\bz\bEquations\b\??zM\b(Elpi)(\s+)(Program|Query|Accumulate|Command|Typecheck|Db|Export|Tactic)?\bz,\bUnset\b|\bSet(?=[ \t]+[A-Z][a-z][^\n]*?\.)z set-optionsz\b(?:String|Number)\s+Notationz sn-notation<6F>\b<><02>prefix<69>suffixz\b([A-Z][\w\']*)z({})<29>|N<>(z)?z [^\W\d][\w']*z\d[\d_]*<2A>0[xX][\da-fA-F][\da-fA-F_]*<2A>0[oO][0-7][0-7_]*<2A>0[bB][01][01_]*z(-?\d[\d_]*(.[\d_]*)?([eE][+\-]?\d[\d_]*)z7'(?:(\\[\\\"'ntbr ])|(\\[0-9]{3})|(\\x[0-9a-fA-F]{2}))'z'.'<27>'<27>"<22>stringz[~?][a-z][\w\']*:z\Sz[A-Z]\w*z\d+<2B>#popz*\b(?:via|mapping|abstract|warning|after)\bz =>|[()\[\]:,]z'\b[^\W\d][\w\']*(?:\.[^\W\d][\w\']*)*\bz([^(*)]+|\*+(?!\)))+<2B>#push<73>\*\)<29>[(*)]z[^"]+z""<22>dottedz[A-Z][\w\']*(?=\s*\.)z [A-Z][\w\']*z[a-z][a-z0-9_\']*c<08>*<00>RV9d RV9d^#R#R#)<03>Qed<65>ProofN<66>)<01>texts&<26>>/tmp/pip-target-qd_sq_1j/lib/python/pygments/lexers/theorem.py<70> analyse_text<78>CoqLexer.analyse_text<78>s<00><00> <10>D<EFBFBD>=<3D>W<EFBFBD><04>_<EFBFBD><14>-<2D>=<3D>r/)c<>Section<6F>Module<6C>End<6E>Require<72>Import<72>Export<72>Include<64>Variable<6C> Variables<65> Parameter<65>
Parameters<EFBFBD>Axiom<6F>Axioms<6D>
Hypothesis<EFBFBD>
Hypotheses<EFBFBD>Notation<6F>Local<61>Tactic<69>Reserved<65>Scope<70>Open<65>Close<73>Bind<6E>Declare<72>Delimit<69>
Definition<EFBFBD>Example<6C>Let<65>Ltac<61>Ltac2<63>Fixpoint<6E>
CoFixpoint<EFBFBD>Morphism<73>Relation<6F>Implicit<69> Arguments<74>Types<65>
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generalize<EFBFBD>rename<6D>pattern<72>after<65>destruct<63> induction<6F>using<6E>refine<6E> inversion<6F> injection<6F>rewrite<74>congr<67>unlock<63>compute<74>ring<6E>field<6C>replace<63>fold<6C>unfold<6C>change<67>
cutrewrite<EFBFBD>simpl<70>have<76>suff<66>wlog<6F>suffices<65>without<75>loss<73>nat_norm<72>assert<72>cut<75>trivial<61>revert<72>
bool_congr<EFBFBD> nat_congr<67>symmetry<72> transitivity<74>auto<74>split<69>left<66>right<68> autorewrite<74>tauto<74>setoid_rewrite<74> intuition<6F>eauto<74>eapply<6C> econstructor<6F> etransitivity<74> constructor<6F>erewrite<74>red<65>cbv<62>lazy<7A>
vm_compute<EFBFBD>native_compute<74>subst)<13>by<62>now<6F>done<6E>exact<63> reflexivityr<79><00>romega<67>omega<67>lia<69>nia<69>lra<72>nra<72>psatz<74>
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For the Isabelle proof assistant.
<EFBFBD>Isabellezhttps://isabelle.in.tum.de/<2F>isabellez*.thyztext/x-isabellez2.0<EFBFBD> cartoucherrrrz\\<open>u\{\*|‹rrz \\<(\w|\^)*>z'[^\W\d][.\w']*r!r"r#r%r&r<00>factz/[^\s:|\[\]\-()=,+!?{}._][^\s:|\[\]\-()=,+!?{}]*z[^(*)]+r(r)r'r*u[^{*}\\‹›]+z \\<close>u\*\}|›z[{*}\\]z[^"\\]+z\\"z\\z[^`\\]+z\\`r/N)2<>and<6E>assumes<65>attach<63>avoids<64>binder<65>checking<6E>class_instance<63>class_relation<6F> code_module<6C>congs<67>constant<6E>
constrains<EFBFBD> datatypes<65>defines<65>file<6C>fixesr<73><00> functions<6E>hints<74>
identifierr<EFBFBD><00>importsr<73><00>includes<65>infix<69>infixl<78>infixrr<72><00>keywordsr<73><00> module_name<6D>monos<6F> morphisms<6D> no_discs_sels<6C>notes<65>obtains<6E>open<65>output<75>
overloaded<EFBFBD>
parametric<EFBFBD>
permissive<EFBFBD> pervasive<76>
rep_compat<EFBFBD>shows<77> structure<72>
type_class<EFBFBD>type_constructor<6F> unchecked<65>unsafe<66>where)L<>
ML_command<EFBFBD>ML_val<61>
class_deps<EFBFBD> code_deps<70> code_thms<6D>display_drafts<74> find_consts<74> find_theorems<6D>find_unused_assms<6D>full_prf<72>help<6C> locale_deps<70>nitpick<63>pr<70>prf<72> print_abbrevs<76>print_antiquotations<6E>print_attributes<65> print_binds<64>
print_bnfs<EFBFBD> print_bundles<65>print_case_translations<6E> print_cases<65> print_claset<65> print_classes<65>print_codeproc<6F>print_codesetup<75>print_coercions<6E>print_commands<64> print_context<78>print_defn_rules<65>print_dependencies<65> print_facts<74>print_induct_rules<65>print_inductives<65> print_interps<70> print_locale<6C> print_locales<65> print_methods<64> print_options<6E> print_orders<72>print_quot_maps<70>print_quotconsts<74>print_quotients<74>print_quotientsQ3<51>print_quotmapsQ3<51> print_rules<65> print_simpset<65> print_state<74>print_statement<6E> print_syntax<61>print_theorems<6D> print_theory<72>print_trans_rules<65>prop<6F>pwd<77>
quickcheck<EFBFBD>refute<74> sledgehammer<65>
smt_status<EFBFBD> solve_direct<63> spark_status<75>term<72>thm<68>thm_deps<70>thy_depsr<00>try0<79>typ<79> unused_thms<6D>value<75>values<65>welcome<6D>print_ML_antiquotations<6E>print_term_bindings<67> values_prolog)<03>theory<72>beginr<6E>)<02>header<65>chapter)<06>section<6F>
subsection<EFBFBD> subsubsection<6F>sect<63>subsect<63>
subsubsect)<29><>ML<4D>ML_file<6C> abbreviation<6F>adhoc_overloading<6E>arities<65> atom_decl<63>attribute_setup<75>axiomatization<6F>bundle<6C> case_of_simps<70>class<73>classes<65>classrel<65>
codatatype<EFBFBD>
code_abort<EFBFBD>
code_class<EFBFBD>
code_const<EFBFBD> code_datatype<70>code_identifier<65> code_include<64> code_instance<63>code_modulename<6D>
code_monad<EFBFBD> code_printing<6E> code_reflect<63> code_reserved<65> code_type<70> coinductive<76>coinductive_set<65>consts<74>context<78>datatype<70> datatype_new<65>datatype_new_compat<61> declaration<6F>declare<72> default_sort<72> defer_recdef<65>
definition<EFBFBD>defs<66>domain<69>domain_isomorphism<73> domaindef<65> equivariance<63> export_code<64>extract<63> extract_type<70>fixrecr<63><00> fun_cases<65>
hide_class<EFBFBD>
hide_const<EFBFBD> hide_fact<63> hide_type<70>import_const_map<61> import_file<6C> import_tptp<74>import_type_map<61> inductive<76> inductive_set<65> instantiation<6F>judgment<6E>lemmas<61>lifting_forget<65>lifting_update<74> local_setup<75>locale<6C> method_setup<75>nitpick_params<6D>no_adhoc_overloading<6E> no_notation<6F> no_syntax<61>no_translations<6E>no_type_notation<6F>nominal_datatype<70> nonterminal<61>notation<6F>notepad<61>oracle<6C> overloading<6E>parse_ast_translation<6F>parse_translation<6F>partial_function<6F> primcorec<65>primrec<65> primrec_new<65>print_ast_translation<6F>print_translation<6F>quickcheck_generator<6F>quickcheck_params<6D> realizability<74> realizers<72>recdef<65>record<72> refute_params<6D>setup<75> setup_lifting<6E> simproc_setup<75> simps_of_case<73>sledgehammer_params<6D> spark_end<6E>
spark_open<EFBFBD>spark_open_siv<69>spark_open_vcg<63>spark_proof_functions<6E> spark_types<65>
statespace<EFBFBD>syntax<61>syntax_declarationr0<00>text_raw<61>theorems<6D> translations<6E> type_notation<6F> type_synonym<79>typed_print_translation<6F>typedecl<63>
hoarestate<EFBFBD>install_C_file<6C>install_C_types<65> wpc_setup<75>c_defs<66>c_types<65>memsafe<66>
SML_export<EFBFBD>SML_file<6C>
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