torc 0.22.2

Workflow management system
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# This file was generated by the Julia OpenAPI Code Generator
# Do not modify this file directly. Modify the OpenAPI specification instead.


@doc raw"""ComputeNodeModel

    ComputeNodeModel(;
        compute_node_type=nothing,
        duration_seconds=nothing,
        hostname=nothing,
        id=nothing,
        is_active=nothing,
        memory_gb=nothing,
        num_cpus=nothing,
        num_gpus=nothing,
        num_nodes=nothing,
        pid=nothing,
        scheduler=nothing,
        scheduler_config_id=nothing,
        start_time=nothing,
        time_limit=nothing,
        workflow_id=nothing,
    )

    - compute_node_type::String
    - duration_seconds::Float64
    - hostname::String
    - id::Int64
    - is_active::Bool
    - memory_gb::Float64
    - num_cpus::Int64
    - num_gpus::Int64
    - num_nodes::Int64
    - pid::Int64
    - scheduler::Any
    - scheduler_config_id::Int64
    - start_time::String
    - time_limit::String
    - workflow_id::Int64
"""
Base.@kwdef mutable struct ComputeNodeModel <: OpenAPI.APIModel
    compute_node_type::Union{Nothing, String} = nothing
    duration_seconds::Union{Nothing, Float64} = nothing
    hostname::Union{Nothing, String} = nothing
    id::Union{Nothing, Int64} = nothing
    is_active::Union{Nothing, Bool} = nothing
    memory_gb::Union{Nothing, Float64} = nothing
    num_cpus::Union{Nothing, Int64} = nothing
    num_gpus::Union{Nothing, Int64} = nothing
    num_nodes::Union{Nothing, Int64} = nothing
    pid::Union{Nothing, Int64} = nothing
    scheduler::Union{Nothing, Any} = nothing
    scheduler_config_id::Union{Nothing, Int64} = nothing
    start_time::Union{Nothing, String} = nothing
    time_limit::Union{Nothing, String} = nothing
    workflow_id::Union{Nothing, Int64} = nothing

    function ComputeNodeModel(compute_node_type, duration_seconds, hostname, id, is_active, memory_gb, num_cpus, num_gpus, num_nodes, pid, scheduler, scheduler_config_id, start_time, time_limit, workflow_id, )
        o = new(compute_node_type, duration_seconds, hostname, id, is_active, memory_gb, num_cpus, num_gpus, num_nodes, pid, scheduler, scheduler_config_id, start_time, time_limit, workflow_id, )
        OpenAPI.validate_properties(o)
        return o
    end
end # type ComputeNodeModel

const _property_types_ComputeNodeModel = Dict{Symbol,String}(Symbol("compute_node_type")=>"String", Symbol("duration_seconds")=>"Float64", Symbol("hostname")=>"String", Symbol("id")=>"Int64", Symbol("is_active")=>"Bool", Symbol("memory_gb")=>"Float64", Symbol("num_cpus")=>"Int64", Symbol("num_gpus")=>"Int64", Symbol("num_nodes")=>"Int64", Symbol("pid")=>"Int64", Symbol("scheduler")=>"Any", Symbol("scheduler_config_id")=>"Int64", Symbol("start_time")=>"String", Symbol("time_limit")=>"String", Symbol("workflow_id")=>"Int64", )
OpenAPI.property_type(::Type{ ComputeNodeModel }, name::Symbol) = Union{Nothing,eval(Base.Meta.parse(_property_types_ComputeNodeModel[name]))}

function OpenAPI.check_required(o::ComputeNodeModel)
    o.compute_node_type === nothing && (return false)
    o.hostname === nothing && (return false)
    o.memory_gb === nothing && (return false)
    o.num_cpus === nothing && (return false)
    o.num_gpus === nothing && (return false)
    o.num_nodes === nothing && (return false)
    o.pid === nothing && (return false)
    o.start_time === nothing && (return false)
    o.workflow_id === nothing && (return false)
    true
end

function OpenAPI.validate_properties(o::ComputeNodeModel)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("compute_node_type"), o.compute_node_type)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("duration_seconds"), o.duration_seconds)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("hostname"), o.hostname)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("id"), o.id)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("is_active"), o.is_active)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("memory_gb"), o.memory_gb)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("num_cpus"), o.num_cpus)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("num_gpus"), o.num_gpus)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("num_nodes"), o.num_nodes)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("pid"), o.pid)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("scheduler"), o.scheduler)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("scheduler_config_id"), o.scheduler_config_id)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("start_time"), o.start_time)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("time_limit"), o.time_limit)
    OpenAPI.validate_property(ComputeNodeModel, Symbol("workflow_id"), o.workflow_id)
end

function OpenAPI.validate_property(::Type{ ComputeNodeModel }, name::Symbol, val)


    if name === Symbol("duration_seconds")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "double")
    end


    if name === Symbol("id")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end


    if name === Symbol("memory_gb")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "double")
    end

    if name === Symbol("num_cpus")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end

    if name === Symbol("num_gpus")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end

    if name === Symbol("num_nodes")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end

    if name === Symbol("pid")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end


    if name === Symbol("scheduler_config_id")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end



    if name === Symbol("workflow_id")
        OpenAPI.validate_param(name, "ComputeNodeModel", :format, val, "int64")
    end
end