7.x Intel processor core types#2141
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WalkthroughThis pull request integrates enhanced CPU handling by introducing two new global variables, Changes
Sequence Diagram(s)sequenceDiagram
participant UI as User Interface
participant Module as Plugin/Module
participant H as Helpers
UI->>Module: Request CPU information rendering
Module->>H: Call is_intel_cpu()
H-->>Module: Return true/false
alt Intel CPU detected
Module->>H: Call get_intel_core_types()
H-->>Module: Return array of core types
Module->>UI: Render CPU labels with title (core type info)
else Non-Intel CPU
Module->>UI: Render standard CPU labels without extra title
end
Poem
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📒 Files selected for processing (7)
emhttp/plugins/dynamix.vm.manager/VMMachines.page(3 hunks)emhttp/plugins/dynamix.vm.manager/templates/Custom.form.php(1 hunks)emhttp/plugins/dynamix/CPUvms.page(3 hunks)emhttp/plugins/dynamix/DashStats.page(3 hunks)emhttp/plugins/dynamix/include/CPUset.php(3 hunks)emhttp/plugins/dynamix/include/Helpers.php(1 hunks)emhttp/plugins/dynamix/include/SysDevs.php(1 hunks)
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🧬 Code Graph Analysis (1)
emhttp/plugins/dynamix/include/SysDevs.php (1)
emhttp/plugins/dynamix/include/Helpers.php (3)
is_intel_cpu(471-476)get_intel_core_types(438-455)my_preg_split(298-300)
🔇 Additional comments (20)
emhttp/plugins/dynamix.vm.manager/templates/Custom.form.php (3)
558-560: Good implementation of Intel CPU core type detection.The addition of
$is_intel_cpuand$core_typesvariables is a clean way to detect Intel CPUs and retrieve core type information. This enhances the VM management interface by making P-Core and E-Core information available to users.
564-565: Core type detection logic is concise and effective.The conditional assignment of
$core_typebased on CPU type is well implemented. This check ensures the tooltip is only populated when relevant information is available (Intel CPU with defined core types).
566-571: Good UX enhancement for CPU selection.Adding the core type information as a title attribute to the CPU checkbox labels provides useful context to users when selecting cores for their VMs, particularly for systems with Intel's hybrid architecture that have different core types.
emhttp/plugins/dynamix/include/SysDevs.php (1)
220-227: Good implementation of CPU core type display.The code correctly extracts CPU information from
$line2and displays core type information when available. The formatting of the output with parentheses around the core type makes it visually distinct from the CPU identifier.emhttp/plugins/dynamix/include/CPUset.php (3)
20-21: Good initialization of Intel CPU detection variables.The early initialization of
$is_intel_cpuand$core_typesat the file level is a good approach since these values will be used across multiple functions in the file.
36-37: Appropriate modification of global scope.Adding the new variables to the global scope of the
createfunction ensures they're available where needed without having to pass them as parameters.
52-57: Consistent implementation of core type tooltips.The code correctly implements core type tooltips for both single CPU and CPU pair cases. The approach is consistent with the implementations in other files, maintaining a unified user experience.
emhttp/plugins/dynamix.vm.manager/VMMachines.page (3)
23-24: Good initialization of Intel CPU detection variables.The early initialization of the Intel CPU detection variables is consistent with the approach used in other files.
33-34: Appropriate global scope modification.Adding the new variables to the global scope of
showCPUsensures they're accessible within the function, maintaining consistency with implementations in other files.
43-50: Effective implementation of core type display in UI.The code correctly adds core type information to CPU labels, enhancing the user interface by providing more context about the CPU architecture through tooltips.
emhttp/plugins/dynamix/CPUvms.page (4)
25-26: Good addition of Intel CPU detection logic.These new variables properly initialize detection of Intel CPUs and their core types, which enables enhanced CPU core information display in the interface.
30-30: Appropriate update to the global scope.Adding these new variables to the global scope ensures they're accessible within the function, maintaining consistency with the existing code structure.
46-50: Well-implemented core type integration in table headers.This code effectively adds core type information to the title attribute of table headers, enabling tooltips that show whether a core is a P-Core or E-Core on Intel CPUs with hybrid architectures.
184-188: Good preservation of existing tooltips.This modification properly preserves any existing title attributes while adding the thread toggle information, ensuring a non-destructive enhancement to the UI.
emhttp/plugins/dynamix/include/Helpers.php (4)
422-436: Well-implemented CPU range parsing function.This helper function effectively parses CPU core ranges from system files, handling both individual core numbers and ranges specified in the format "start-end". The null check on the file existence is a good defensive programming practice.
438-455: Good implementation of Intel core type detection.This function properly maps CPU cores to their respective types (P-Core or E-Core) by leveraging the
parse_cpu_rangesfunction. The implementation correctly handles internationalization with the_()function for the core type labels.
457-469: Well-structured dmidecode implementation.This function effectively executes the
dmidecodecommand and processes its output into a structured format. The boolean parameter$allprovides flexibility in returning either all entries or just the first one.
471-476: Clean implementation of Intel CPU detection.This function correctly uses the
dmidecodefunction to check if the CPU manufacturer is Intel, providing a simple boolean result that can be used throughout the application.emhttp/plugins/dynamix/DashStats.page (2)
246-249: Good addition of Intel CPU detection variables.These variables properly initialize detection of Intel CPUs and retrieve their core types, consistent with the implementation in other files.
272-276: Effective integration of core type information in the CPU display.This code nicely integrates the core type information into the CPU display, showing the core type (P-Core or E-Core) next to the CPU number when available, enhancing the user interface with valuable hardware information.
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