Safe Haskell	None
Language	Haskell98

Propellor.Types.Dns

Synopsis

Documentation

type Domain = String Source

data IPAddr Source

Constructors

IPv4 String
IPv6 String

Instances

Eq IPAddr Source
Ord IPAddr Source
Read IPAddr Source
Show IPAddr Source

fromIPAddr :: IPAddr -> String Source

newtype AliasesInfo Source

Constructors

AliasesInfo (Set HostName)

Instances

Eq AliasesInfo Source
Ord AliasesInfo Source
Show AliasesInfo Source
Monoid AliasesInfo Source
IsInfo AliasesInfo Source

toAliasesInfo :: [HostName] -> AliasesInfo Source

fromAliasesInfo :: AliasesInfo -> [HostName] Source

newtype DnsInfo Source

Constructors

DnsInfo
Fields fromDnsInfo :: Set Record

Instances

Eq DnsInfo Source
Ord DnsInfo Source
Show DnsInfo Source
Monoid DnsInfo Source
IsInfo DnsInfo Source	DNS Info is propagated, so that eg, aliases of a container are reflected in the dns for the host where it runs.

toDnsInfo :: Set Record -> DnsInfo Source

data NamedConf Source

Represents a bind 9 named.conf file.

Constructors

NamedConf
Fields confDomain :: Domain confDnsServerType :: DnsServerType confFile :: FilePath confMasters :: [IPAddr] confAllowTransfer :: [IPAddr] confLines :: [String]

Instances

Eq NamedConf Source
Ord NamedConf Source
Show NamedConf Source

data DnsServerType Source

Constructors

Master
Secondary

Instances

Eq DnsServerType Source
Ord DnsServerType Source
Show DnsServerType Source

data Zone Source

Represents a bind 9 zone file.

Constructors

Zone
Fields zDomain :: Domain zSOA :: SOA zHosts :: [(BindDomain, Record)]

Instances

Eq Zone Source
Read Zone Source
Show Zone Source

data SOA Source

Every domain has a SOA record, which is big and complicated.

Constructors

SOA
Fields sDomain :: BindDomain Typically ns1.your.domain sSerial :: SerialNumber The most important parameter is the serial number, which must increase after each change. sRefresh :: Integer sRetry :: Integer sExpire :: Integer sNegativeCacheTTL :: Integer

Instances

Eq SOA Source
Read SOA Source
Show SOA Source

data Record Source

Types of DNS records.

This is not a complete list, more can be added.

Constructors

Address IPAddr
CNAME BindDomain
MX Int BindDomain
NS BindDomain
TXT String
SRV Word16 Word16 Word16 BindDomain
SSHFP Int Int String
INCLUDE FilePath
PTR ReverseIP

Instances

Eq Record Source
Ord Record Source
Read Record Source
Show Record Source

type ReverseIP = String Source

An in-addr.arpa record corresponding to an IPAddr.

reverseIP :: IPAddr -> ReverseIP Source

canonicalIP :: IPAddr -> IPAddr Source

Converts an IP address (particularly IPv6) to canonical, fully expanded form.

getIPAddr :: Record -> Maybe IPAddr Source

getCNAME :: Record -> Maybe BindDomain Source

getNS :: Record -> Maybe BindDomain Source

type SerialNumber = Word32 Source

Bind serial numbers are unsigned, 32 bit integers.

data BindDomain Source

Domains in the zone file must end with a period if they are absolute.

Let's use a type to keep absolute domains straight from relative domains.

The RootDomain refers to the top level of the domain, so can be used to add nameservers, MX's, etc to a domain.

Constructors

RelDomain Domain
AbsDomain Domain
RootDomain

Instances

Eq BindDomain Source
Ord BindDomain Source
Read BindDomain Source
Show BindDomain Source

domainHostName :: BindDomain -> Maybe HostName Source

newtype NamedConfMap Source

Constructors

NamedConfMap (Map Domain NamedConf)

Instances

Eq NamedConfMap Source
Ord NamedConfMap Source
Show NamedConfMap Source
Monoid NamedConfMap Source	Adding a Master NamedConf stanza for a particulr domain always overrides an existing Secondary stanza for that domain, while a Secondary stanza is only added when there is no existing Master stanza.
Empty NamedConfMap Source
IsInfo NamedConfMap Source

fromNamedConfMap :: NamedConfMap -> Map Domain NamedConf Source