class Facter::Resolvers::Memory
Private Class Methods
build_facts_list(result)
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# File lib/facter/resolvers/windows/memory_resolver.rb, line 48 def build_facts_list(result) @fact_list[:total_bytes] = result[:total_bytes] @fact_list[:available_bytes] = result[:available_bytes] @fact_list[:used_bytes] = result[:used_bytes] @fact_list[:capacity] = format('%<capacity>.2f', capacity: (result[:used_bytes] / result[:total_bytes].to_f * 100)) + '%' end
calculate_memory()
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# File lib/facter/resolvers/windows/memory_resolver.rb, line 26 def calculate_memory state = read_performance_information return unless state total_bytes = state[:PhysicalTotal] * state[:PageSize] available_bytes = state[:PhysicalAvailable] * state[:PageSize] if total_bytes.zero? || available_bytes.zero? @log.debug 'Available or Total bytes are zero could not proceed further' return end { total_bytes: total_bytes, available_bytes: available_bytes, used_bytes: total_bytes - available_bytes } end
post_resolve(fact_name)
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# File lib/facter/resolvers/windows/memory_resolver.rb, line 10 def post_resolve(fact_name) @fact_list.fetch(fact_name) { validate_info(fact_name) } end
read_performance_information()
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# File lib/facter/resolvers/windows/memory_resolver.rb, line 14 def read_performance_information require 'facter/resolvers/windows/ffi/memory_ffi' state_ptr = FFI::MemoryPointer.new(PerformanceInformation.size) if MemoryFFI::GetPerformanceInfo(state_ptr, state_ptr.size) == FFI::WIN32FALSE @log.debug 'Resolving memory facts failed' return end PerformanceInformation.new(state_ptr) end
validate_info(fact_name)
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# File lib/facter/resolvers/windows/memory_resolver.rb, line 40 def validate_info(fact_name) result = calculate_memory return unless result build_facts_list(result) @fact_list[fact_name] end