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// 'tool' "the executable" "displayed string" {target}+
tool "HTML documentation" "ghtml" Class Operation Attribute Generalisation Realize Dependency Association DirectionalAssociation Aggregation AggregationByValue DirectionalAggregation DirectionalAggregationByValue ExtraMember ClassInstance State Region StateAction Initial EntryPoint Final Terminate ExitPoint DeepHistory ShallowHistory Junction Choice Fork Join Transition Activity InterruptibleActivityRegion ExpansionRegion ActivityObject ActivityAction Parameter ParameterSet Pin ExpansionNode InitialActivityNode FinalActivityNode ExitPointActivityNode DecisionActivityNode MergeActivityNode ForkActivityNode JoinActivityNode Flow Project Package UseCaseView ClassView ComponentView DeploymentView UseCaseDiagram SeqDiagram ColDiagram ClassDiagram ObjectDiagram StateDiagram ActivityDiagram ComponentDiagram DeploymentDiagram UseCase Component Node Artifact Inherit DependOn
tool "HTML doc. (flat)" "ghtml -flat" Class Operation Attribute Generalisation Realize Dependency Association DirectionalAssociation Aggregation AggregationByValue DirectionalAggregation DirectionalAggregationByValue ExtraMember ClassInstance State Region StateAction Initial EntryPoint Final Terminate ExitPoint DeepHistory ShallowHistory Junction Choice Fork Join Transition Activity InterruptibleActivityRegion ExpansionRegion ActivityObject ActivityAction Parameter ParameterSet Pin ExpansionNode InitialActivityNode FinalActivityNode ExitPointActivityNode DecisionActivityNode MergeActivityNode ForkActivityNode JoinActivityNode Flow Project Package UseCaseView ClassView ComponentView DeploymentView UseCaseDiagram SeqDiagram ColDiagram ClassDiagram ObjectDiagram StateDiagram ActivityDiagram ComponentDiagram DeploymentDiagram UseCase Component Node Artifact Inherit DependOn
tool "HTML doc. (svg)" "ghtml -svg" Class Operation Attribute Generalisation Realize Dependency Association DirectionalAssociation Aggregation AggregationByValue DirectionalAggregation DirectionalAggregationByValue ExtraMember ClassInstance State Region StateAction Initial EntryPoint Final Terminate ExitPoint DeepHistory ShallowHistory Junction Choice Fork Join Transition Activity InterruptibleActivityRegion ExpansionRegion ActivityObject ActivityAction Parameter ParameterSet Pin ExpansionNode InitialActivityNode FinalActivityNode ExitPointActivityNode DecisionActivityNode MergeActivityNode ForkActivityNode JoinActivityNode Flow Project Package UseCaseView ClassView ComponentView DeploymentView UseCaseDiagram SeqDiagram ColDiagram ClassDiagram ObjectDiagram StateDiagram ActivityDiagram ComponentDiagram DeploymentDiagram UseCase Component Node Artifact Inherit DependOn
tool "HTML doc. (flat, svg)" "ghtml -flat -svg" Class Operation Attribute Generalisation Realize Dependency Association DirectionalAssociation Aggregation AggregationByValue DirectionalAggregation DirectionalAggregationByValue ExtraMember ClassInstance State Region StateAction Initial EntryPoint Final Terminate ExitPoint DeepHistory ShallowHistory Junction Choice Fork Join Transition Activity InterruptibleActivityRegion ExpansionRegion ActivityObject ActivityAction Parameter ParameterSet Pin ExpansionNode InitialActivityNode FinalActivityNode ExitPointActivityNode DecisionActivityNode MergeActivityNode ForkActivityNode JoinActivityNode Flow Project Package UseCaseView ClassView ComponentView DeploymentView UseCaseDiagram SeqDiagram ColDiagram ClassDiagram ObjectDiagram StateDiagram ActivityDiagram ComponentDiagram DeploymentDiagram UseCase Component Node Artifact Inherit DependOn
tool "Generate .pro" "gpro" Artifact
tool "Import Rose" "irose" Project Package
tool "C++ utilities" "cpp_util" Class
tool "Generate XMI 1.2" "gxmi" Project
tool "Generate XMI 2.1" "gxmi2" Project
tool "Import XMI 2.1" "ixmi2" Project Package
tool "C++ state machine" "stmgen" State
tool "Use case wizard" "usecasewizard" UseCase
tool "Check-in" "file_control ci" Project Package
tool "Check-out" "file_control co" Project Package
tool "Deploy classes" "deplcl" ClassView
tool "Global Change" "global_change" Class Project Package ClassView DeploymentView
tool "Uml projection" "uml_proj" Class Operation Attribute Generalisation Realize Dependency Association DirectionalAssociation Aggregation AggregationByValue DirectionalAggregation DirectionalAggregationByValue Project Package ClassView
generated by cgit-pink 1.4.1-2-gfad0 (git 2.36.2.497.gbbea4dcf42) at 2024-11-26 15:05:44 +0000
e_segment_starts); :(code) void compute_segment_starts(program& p) { trace(3, "transform") << "-- compute segment addresses" << end(); uint32_t p_offset = /*size of ehdr*/0x34 + SIZE(p.segments)*0x20/*size of each phdr*/; for (size_t i = 0; i < p.segments.size(); ++i) { segment& curr = p.segments.at(i); if (curr.start >= 0x08000000) { // valid address for user space, so assume we're creating a real ELF binary, not just running a test curr.start &= 0xfffff000; // same number of zeros as the p_align used when emitting the ELF binary curr.start |= (p_offset & 0xfff); trace(99, "transform") << "segment " << i << " begins at address 0x" << HEXWORD << curr.start << end(); } p_offset += size_of(curr); assert(p_offset < SEGMENT_ALIGNMENT); // for now we get less and less available space in each successive segment } } uint32_t size_of(const segment& s) { uint32_t sum = 0; for (int i = 0; i < SIZE(s.lines); ++i) sum += num_bytes(s.lines.at(i)); return sum; } // Assumes all bitfields are packed. uint32_t num_bytes(const line& inst) { uint32_t sum = 0; for (int i = 0; i < SIZE(inst.words); ++i) sum += size_of(inst.words.at(i)); return sum; } int size_of(const word& w) { if (has_operand_metadata(w, "disp32") || has_operand_metadata(w, "imm32")) return 4; else if (has_operand_metadata(w, "disp16")) return 2; // End size_of(word w) Special-cases else return 1; } //: Dependencies: //: - We'd like to compute segment addresses before setting up global variables, //: because computing addresses for global variables requires knowing where //: the data segment starts. //: - We'd like to finish expanding labels before computing segment addresses, //: because it would make computing the sizes of segments more self-contained //: (num_bytes). //: //: Decision: compute segment addresses before expanding labels, by being //: aware in this layer of certain operand types that will eventually occupy //: multiple bytes. //: //: The layer to expand labels later hooks into num_bytes() to teach this //: layer that labels occupy zero space in the binary.
generated by cgit-pink 1.4.1-2-gfad0 (git 2.36.2.497.gbbea4dcf42) at 2024-11-26 15:05:43 +0000