/dports/lang/racket-minimal/racket-8.3/src/expander/boot/ |
H A D | main-primitive.rkt | 32 'load/use-compiled load/use-compiled 53 'compiled-expression? compiled-expression? 54 'compiled-module-expression? compiled-module-expression? 55 'module-compiled-name module-compiled-name 56 'module-compiled-submodules module-compiled-submodules 57 'module-compiled-language-info module-compiled-language-info 58 'module-compiled-imports module-compiled-imports 59 'module-compiled-exports module-compiled-exports 60 'module-compiled-indirect-exports module-compiled-indirect-exports 86 'module->imports module->imports [all …]
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/dports/lang/racket/racket-8.3/src/expander/boot/ |
H A D | main-primitive.rkt | 32 'load/use-compiled load/use-compiled 53 'compiled-expression? compiled-expression? 54 'compiled-module-expression? compiled-module-expression? 55 'module-compiled-name module-compiled-name 56 'module-compiled-submodules module-compiled-submodules 57 'module-compiled-language-info module-compiled-language-info 58 'module-compiled-imports module-compiled-imports 59 'module-compiled-exports module-compiled-exports 60 'module-compiled-indirect-exports module-compiled-indirect-exports 86 'module->imports module->imports [all …]
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/dports/lang/racket/racket-8.3/share/pkgs/macro-debugger-text-lib/macro-debugger/analysis/private/ |
H A D | util.rkt | 52 ;; get-module-code/trace : module-path -> (values compiled Deriv) 138 (provide get-module-imports 150 ;; get-module-code* : (U path (cons path (listof symbol))) -> compiled-module 157 (let* ([sub-name (module-compiled-name sub)]) 159 (or (for/or ([sub (in-list (module-compiled-submodules code #t))]) 161 (for/or ([sub (in-list (module-compiled-submodules code #f))]) 167 (let ([compiled (get-module-code* resolved)] 169 (let-values ([(imports) (module-compiled-imports compiled)] 170 [(var-exports stx-exports) (module-compiled-exports compiled)] 199 (define (get-module-imports path #:resolve? [resolve? #f]) [all …]
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/dports/lang/racket-minimal/racket-8.3/src/expander/extract/ |
H A D | get-linklet.rkt | 18 #:compiled-modules compiled-modules 31 (define comp-mod (get-compiled-module name root-name 32 #:compiled-modules compiled-modules 36 ;; from the compiled module 37 (define h (compiled-module-phase-to-linklet comp-mod)) 42 (define reqs (instance-variable-value (compiled-module-declaration comp-mod) 'requires)) 43 (define provs (instance-variable-value (compiled-module-declaration comp-mod) 'provides)) 51 (skip-abi-imports (linklet-import-variables linklet)) 59 … (hash-ref (instance-variable-value (compiled-module-declaration comp-mod) 'phase-to-link-modules) 78 (define imports [all …]
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/dports/lang/racket/racket-8.3/src/expander/extract/ |
H A D | get-linklet.rkt | 18 #:compiled-modules compiled-modules 31 (define comp-mod (get-compiled-module name root-name 32 #:compiled-modules compiled-modules 36 ;; from the compiled module 37 (define h (compiled-module-phase-to-linklet comp-mod)) 42 (define reqs (instance-variable-value (compiled-module-declaration comp-mod) 'requires)) 43 (define provs (instance-variable-value (compiled-module-declaration comp-mod) 'provides)) 51 (skip-abi-imports (linklet-import-variables linklet)) 59 … (hash-ref (instance-variable-value (compiled-module-declaration comp-mod) 'phase-to-link-modules) 78 (define imports [all …]
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/dports/lang/racket/racket-8.3/collects/compiler/private/ |
H A D | cm-dep.rkt | 17 ;; where <sha1> = (cons <src-sha1> <imports-sha1>) 19 ;; An <assume-compiled-sha1> is for the case where a machine-independent 29 (define (deps-imports-sha1 deps) 32 (define (deps-assume-compiled-sha1 deps) 33 ;; Returns #f if ".dep" doesn't record a sha1 to assume for the compiled code 36 (define deps-imports cdddr) 42 (for*/fold ([ht ht]) ([imports (in-list (module-compiled-imports code))] 43 [x (in-list (cdr imports))]) 44 (let* ([r (resolve-module-path-index x path)] 53 [subcode (in-list (module-compiled-submodules code non-star?))]) [all …]
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/dports/lang/racket-minimal/racket-8.3/collects/compiler/private/ |
H A D | cm-dep.rkt | 17 ;; where <sha1> = (cons <src-sha1> <imports-sha1>) 19 ;; An <assume-compiled-sha1> is for the case where a machine-independent 29 (define (deps-imports-sha1 deps) 32 (define (deps-assume-compiled-sha1 deps) 33 ;; Returns #f if ".dep" doesn't record a sha1 to assume for the compiled code 36 (define deps-imports cdddr) 42 (for*/fold ([ht ht]) ([imports (in-list (module-compiled-imports code))] 43 [x (in-list (cdr imports))]) 44 (let* ([r (resolve-module-path-index x path)] 53 [subcode (in-list (module-compiled-submodules code non-star?))]) [all …]
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/dports/lang/racket/racket-8.3/src/expander/eval/ |
H A D | reflect.rkt | 14 compiled-module-expression? 15 module-compiled-name 16 module-compiled-submodules 17 module-compiled-language-info 18 module-compiled-imports 19 module-compiled-exports 20 module-compiled-indirect-exports 33 (define h (compiled-module->h c)) 36 (define/who (module-compiled-imports c) 37 (check who compiled-module-expression? c) [all …]
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H A D | protect.rkt | 4 "../compile/module-use.rkt" 12 ;; check again, in case the compiled form was synthesized or compiled 15 ;; When programs are compiled and run in memory (i.e., without going 20 ;; case, a `compiled-in-memory` record holds extra-inspector 29 (define (check-require-access linklet #:skip-imports skip-num-imports 30 import-module-uses import-module-instances insp 33 (for ([import-syms (in-list (list-tail (linklet-import-variables linklet) skip-num-imports))] 39 (define m (module-instance-module mi)) 41 (define access (or (module-access m) (module-compute-access! m))) 68 (define m (module-instance-module mi)) [all …]
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/dports/lang/racket-minimal/racket-8.3/src/expander/eval/ |
H A D | reflect.rkt | 14 compiled-module-expression? 15 module-compiled-name 16 module-compiled-submodules 17 module-compiled-language-info 18 module-compiled-imports 19 module-compiled-exports 20 module-compiled-indirect-exports 33 (define h (compiled-module->h c)) 36 (define/who (module-compiled-imports c) 37 (check who compiled-module-expression? c) [all …]
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H A D | protect.rkt | 4 "../compile/module-use.rkt" 12 ;; check again, in case the compiled form was synthesized or compiled 15 ;; When programs are compiled and run in memory (i.e., without going 20 ;; case, a `compiled-in-memory` record holds extra-inspector 29 (define (check-require-access linklet #:skip-imports skip-num-imports 30 import-module-uses import-module-instances insp 33 (for ([import-syms (in-list (list-tail (linklet-import-variables linklet) skip-num-imports))] 39 (define m (module-instance-module mi)) 41 (define access (or (module-access m) (module-compute-access! m))) 68 (define m (module-instance-module mi)) [all …]
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/dports/sysutils/vector/lucet-d4fc14a03bdb99ac83173d27fddf1aca48412a86/wasmtime/crates/wasmtime/src/ |
H A D | module.rs | 81 compiled: Arc<CompiledModule>, field 164 Arc::get_mut(&mut module.compiled) in new_with_name() 308 compiled: Arc::new(compiled), in compile() 314 &self.compiled in compiled_module() 342 self.compiled.module().name.as_deref() in name() 394 pub fn imports<'module>( in imports() method 397 let module = self.compiled.module(); in imports() localVariable 399 .imports in imports() 464 let module = self.compiled.module(); in exports() localVariable 514 pub fn get_export<'module>(&'module self, name: &'module str) -> Option<ExternType> { in get_export() [all …]
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/dports/lang/racket-minimal/racket-8.3/src/expander/compile/ |
H A D | multi-top-data.rkt | 2 (require "compiled-in-memory.rkt" 12 ;; When multiple top-level forms are compiled separately (e.g., for a 15 ;; shared acrosss forms that are compiled together. So, re-serialize 20 ;; reconstructing a `compiled-in-memory` structure and using the same 42 (compiled-in-memory-syntax-literals cim))))) 51 … (set! module-uses-tables (cons (compiled-in-memory-phase-to-link-module-uses cim) 71 ;; imports 72 (,deserialize-imports 73 ,eager-instance-imports) 99 (loop (compiled-in-memory-pre-compiled-in-memorys cim)) [all …]
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H A D | module.rkt | 49 (define compiled-submodules (parsed-module-compiled-submodules p)) 54 (not (parsed-module-compiled-module p))) 61 [(parsed-module-compiled-module p) 70 (module-compiled-submodules (module-compiled-submodules m #t (map cdr pre-submodules)) 149 #:body-imports `([,get-syntax-literal!-id] 231 ;; imports 232 (,deserialize-imports 238 ,instance-imports) 273 ;; imports 274 (,deserialize-imports [all …]
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H A D | form.rkt | 33 (struct link-info (link-module-uses imports extra-inspectorsss def-decls)) 38 #:body-imports body-imports 44 #:compiled-expression-callback [compiled-expression-callback void] 59 ;; For each phase, keep track of all compiled expressions for the 213 (compiled-expression-callback e #f phase (as-required? header)) 239 (define-values (link-module-uses imports extra-inspectorsss def-decls) 277 #:body-imports body-imports 394 ;; means that the set of imports can change: return a compiled linklet 398 #:body-imports body-imports 427 ;; of keys for the linklet imports; we use `module-use` values [all …]
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H A D | recompile.rkt | 16 "compiled-in-memory.rkt") 18 (provide compiled-expression-recompile) 21 (unless (compiled-expression? c) 22 (raise-argument-error 'compiled-expression-recompile "compiled-expression?" c)) 57 (compiled-expression-recompile (compiled-in-memory-linklet-directory c))])) 105 ;; linklet imports. 117 (define can-eval-compiled? 121 (if can-eval-compiled? 156 "cycle in linklet imports")) 167 #f ; inspector is the same as the module being compiled [all …]
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H A D | top.rkt | 12 "compiled-in-memory.rkt" 30 ;; `define-syntaxes` in a module 56 phase-to-link-module-uses 62 #:body-imports (if single-expression? 70 ,instance-imports)) 77 #:compiled-expression-callback 123 ;; imports 124 (,deserialize-imports 125 ,eager-instance-imports) 143 ;; If the compiled code is executed directly, it must be in its [all …]
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/dports/lang/racket/racket-8.3/src/expander/compile/ |
H A D | multi-top-data.rkt | 2 (require "compiled-in-memory.rkt" 12 ;; When multiple top-level forms are compiled separately (e.g., for a 15 ;; shared acrosss forms that are compiled together. So, re-serialize 20 ;; reconstructing a `compiled-in-memory` structure and using the same 42 (compiled-in-memory-syntax-literals cim))))) 51 … (set! module-uses-tables (cons (compiled-in-memory-phase-to-link-module-uses cim) 71 ;; imports 72 (,deserialize-imports 73 ,eager-instance-imports) 99 (loop (compiled-in-memory-pre-compiled-in-memorys cim)) [all …]
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H A D | module.rkt | 49 (define compiled-submodules (parsed-module-compiled-submodules p)) 54 (not (parsed-module-compiled-module p))) 61 [(parsed-module-compiled-module p) 70 (module-compiled-submodules (module-compiled-submodules m #t (map cdr pre-submodules)) 149 #:body-imports `([,get-syntax-literal!-id] 231 ;; imports 232 (,deserialize-imports 238 ,instance-imports) 273 ;; imports 274 (,deserialize-imports [all …]
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H A D | form.rkt | 33 (struct link-info (link-module-uses imports extra-inspectorsss def-decls)) 38 #:body-imports body-imports 44 #:compiled-expression-callback [compiled-expression-callback void] 59 ;; For each phase, keep track of all compiled expressions for the 213 (compiled-expression-callback e #f phase (as-required? header)) 239 (define-values (link-module-uses imports extra-inspectorsss def-decls) 277 #:body-imports body-imports 394 ;; means that the set of imports can change: return a compiled linklet 398 #:body-imports body-imports 427 ;; of keys for the linklet imports; we use `module-use` values [all …]
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H A D | recompile.rkt | 16 "compiled-in-memory.rkt") 18 (provide compiled-expression-recompile) 21 (unless (compiled-expression? c) 22 (raise-argument-error 'compiled-expression-recompile "compiled-expression?" c)) 57 (compiled-expression-recompile (compiled-in-memory-linklet-directory c))])) 105 ;; linklet imports. 117 (define can-eval-compiled? 121 (if can-eval-compiled? 156 "cycle in linklet imports")) 167 #f ; inspector is the same as the module being compiled [all …]
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H A D | top.rkt | 12 "compiled-in-memory.rkt" 30 ;; `define-syntaxes` in a module 56 phase-to-link-module-uses 62 #:body-imports (if single-expression? 70 ,instance-imports)) 77 #:compiled-expression-callback 123 ;; imports 124 (,deserialize-imports 125 ,eager-instance-imports) 143 ;; If the compiled code is executed directly, it must be in its [all …]
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/dports/sysutils/istio/istio-1.6.7/vendor/github.com/open-policy-agent/opa/rego/ |
H A D | rego.go | 116 imports []string member 167 r.imports = append(r.imports, p...) 216 module: input, 449 imports := r.parsedImports 451 if len(r.imports) > 0 { 453 for i := range r.imports { 460 imports = append(imports, parsed...) 484 WithImports(imports). 494 return qc, compiled, err 638 Module: module, [all …]
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/dports/lang/ghc/ghc-8.10.7/docs/users_guide/ |
H A D | safe_haskell.rst | 175 This is why the RIO module is compiled with :extension:`Safe` or 238 - *Semantic consistency* — For any module that imports a module written in the 267 - ``RULES`` — Rewrite rules defined in a module M compiled with 448 - The module was compiled with :extension:`Safe` 453 - The module was compiled with :extension:`Trustworthy` 490 - The module was compiled with :extension:`Safe` 495 - The module was compiled with :extension:`Trustworthy` 553 - Buggle only imports ``Prelude``, which is compiled with :extension:`Trustworthy`. 672 direct imports must be trusted, but the module itself need not 768 :shortdesc: warn if the module being compiled is marked as [all …]
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/dports/lang/voc/voc-63008f6/doc/ |
H A D | Compiling.md | 3 …ommand line program is built from one or more modules. One module must be designated a main module. 11 | ```module.sym``` | Oberon symbols required to ```IMPORT``` this module in another compilation.| 13 | ```module.h``` | C header files required by C compiler when importing this module. | 23 * The name of the file being compiled 27 * The number of characters compiled 50 ### Main module 52 The main module should be the last module compiled as it imports all other modules. 69 …module may be compiled by a separate command line, although the imports of a module must be compil… 71 Multiple modules may be compiled on a single compiler command line. 73 …n the command line that preceed all module file names will be used as global settings: each modul… [all …]
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