Both capability providers and users need to be able to provide and access capabilities through a common framework,
Both capability providers and users need to be able to provide and access capabilities through a common framework,
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otherwise the ideal of dynamic and mod-agnostic would not really exist. For this reason, both capability providers and
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otherwise the idea of dynamic and mod-agnostic system would not really exist. For this reason, both capability providers and
capability ''accessors'' (which we define as everything that wants to access a capability), also known as '''clients''' or '''users''',
capability ''accessors'' (which we define as everything that wants to access a capability), also known as '''clients''' or '''users''',
need to work together and with Forge to ensure that the common interface is used sensibly and correctly by all parties.
need to work together and with Forge to ensure that the common interface is used sensibly and correctly by all parties.
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Before being able to work with a capability, it is necessary to obtain an instance of the <code>Capability</code> object itself.
Before being able to work with a capability, it is necessary to obtain an instance of the <code>Capability</code> object itself.
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A <code>Capability</code> can obtained at any time using <code>CapabilityManager#get</code>. This takes in an anonymous <code>CapabilityToken</code> to still allow for a soft dependency system while also keeping hold of any generic information needed. As such, you can always obtain a non-null capability.
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A <code>Capability</code> can be obtained at any time using <code>CapabilityManager#get</code>. This takes in an anonymous <code>CapabilityToken</code> to still allow for a soft dependency system while also keeping hold of any generic information needed. As such, you can always obtain a non-null capability.