hhvm.hdf

PidFile = /var/run/hhvm.pid

Eval {
    Jit = true
    JitWarmupRequests = 3
}

Log {
    Level = Debug
    Header = true

    UseLogFile = true
    File = /var/log/hhvm/error.log

    Access {
        * {
            File = /var/log/hhvm/access.log
        }
    }
}

Server {
    #Host = hiphop.site.local
    Port = 80
    ThreadCount = 10

    SourceRoot = /home/vagrant/webroot
    IncludeSearchPaths {
#        symfony = /var/www/symfony-1.4
    }

    RequestTimeoutSeconds = 30
    RequestMemoryMaxBytes = 134217728

    # Only for debugging memory problems. When turned on, server will report
    # SmartAllocator's usage for each thread to stdout.
    # CheckMemory = false

    # If ServerName is not specified for a virtual host, use prefix + this
    # suffix to compose one
    #DefaultServerNameSuffix = default_domain.com
    # Forcing $_SERVER['SERVER_NAME'] to come from request header
    ForceServerNameToHeader = false

    ### startup options
    # TakeoverFilename = filename   # for port takeover between server instances
    # DefaultDocument = index.php
    # StartupDocument = filename
    # WarmupDocument = filename
    # RequestInitFunction = function_name
    # ThreadDocuments {
    #     * = somedoc.php
    #     * = another.php
    # }
    ErrorDocument404 = 404.php
    FatalErrorMessage = Bad things happened :(

    ### shutdown options

    # Graceful shutdown will try admin /stop command and it waits for number
    # of seconds specified by GracefulShutdownWait.
    #GracefulShutdownWait = 0   # in seconds

    # Harsh shutdown looks for pid file and try to kill that process.
    #HarshShutdown = true

    # Evil shutdown kills anything listening on the server port it’s trying to grab.
    #EvilShutdown = true

    # How long to wait for dangling server to respond.
    #DanglingWait = 0

    ### HTTP settings

    GzipCompressionLevel = 3
    #EnableMagicQuotesGpc = false
    EnableKeepAlive = true

    # EnableEarlyFlush allows chunked encoding responses, and
    # ForceChunkedEncoding will only send chunked encoding responses,
    # unless client doesn’t understand.
    EnableEarlyFlush = true
    #ForceChunkedEncoding = false

    MaxPostSize = 65  # in MB

    # LibEventSyncSend allows response packets to be sent directly from worker
    # thread, normally resulting in faster server responses.
    #LibEventSyncSend = true

    # ResponseQueueCount specifies how many response queues to use for sending.
    #ResponseQueueCount = 0

    ### static contents

    # A static content cache creates one single file from all static contents,
    # including css, js, html, images and any other non-PHP files (or even PHP
    # files, if CachePHPFile is turned on for compiler options). Normally this
    # is prepared by compiler at compilation time, but it can also be prepared
    # at run-time, if SourceRoot points to real file directory and
    # EnableStaticContentFromDisk is true. Otherwise, use FileCache to point
    # to the static content cache file created by the compiler.
    #FileCache = filename
    #EnableStaticContentCache = true
    #EnableStaticContentFromDisk = true
    #ExpiresActive = true
    #ExpiresDefault = 2592000
    #DefaultCharsetName = UTF-8

    ### file access control

    #SafeFileAccess = false
    #FontPath = where to look for font files
    #AllowedDirectories {
    #    * = /tmp
    #}
    #AllowedFiles {
    #    * = specific file to allow
    #}

    APC {
        EnableApc = true

        # There is a way to prepare APC items in dry format, serialized in
        # binary files, and these files can be loaded (or “primed”) extremely
        # fast at startup time. To prepare these .cpp files, check
        # bin/apc_sample_serializer.php for one way of doing it. Once prepared,
        # we can compiled them into .so that can be loaded through PrimeLibrary
        # option. The loading can be done in parallel with LoadThread count of
        # threads. Once loading is done, it can write to APC with some specified
        # keys in CompletionKeys to tell web application about priming.
        #PrimeLibrary = filename
        #LoadThread = 2
        #CompletionKeys {
        #    * = key name
        #}

        # Recommend to use “concurrent”, the fastest with least locking.
        # “lfu” is experimental for now and it may have bugs.
        # When “concurrent”, LockType doesn’t matter.
        # UseLockedRefs uses mutexes than atomic numbers for APC item’s reference
        # counting, so it’s recommended to turn off.
        #TableType = hash          # hash (default) | lfu | concurrent
        #LockType = readwritelock        # readwritelock | mutex
        #UseLockedRefs = false

        # ExpireOnSets turns on item purging on expiration, and it’s only done
        # once per PurgeFrequency of sets.
        #ExpireOnSets = false
        #PurgeFrequency = 4096

        # These are experimental LFU settings.
        #KeyMaturityThreshold = 20
        #MaximumCapacity = 0
        #KeyFrequencyUpdatePeriod = 1000  # in number of accesses
    }

    # DNS cache
    DnsCache {
        Enable = false
        TTL = 600   # in seconds
        KeyMaturityThreshold = 20
        MaximumCapacity = 0
        KeyFrequencyUpdatePeriod = 1000
    }

    # Light process has very little forking cost, because they are pre-forked
    # Recommend to turn it on for faster shell command execution.
    #LightProcessFilePrefix = ./lightprocess
    #LightProcessCount = 0

    # RTTI profiling settings. Experimental.
    #RTTIDirectory = /tmp/
    #EnableCliRTTI = false
}


VirtualHost {
    * {
        Disabled = false
        #Prefix = prefix.
        Pattern = .*
        PathTranslation = public/
        #ServerName =
        #ServerVariables {
        #    name = value
        #}

        RewriteRules {
            dirindex {
              pattern = ^/(.*)/$
              to = $1/index.php
              qsa = true
            }
        }
    }
}

### Administration Server
AdminServer {
    Port = 4248
    ThreadCount = 1
    Password = password
}

### Static Content
# In addition to Static Content Cache, we also support Dynamic Content Cache.
# If static_resource.php generates identical files given the same HTTP input,
# it can be listed under Generators, so its generated content can be cached
# for next requests.
#StaticFile {
#    Extensions {
#        bmp = image/bmp
#    }
#    Generators {
#        * = static_resource.php
#    }
#}

### Stats
Stats = false
Stats {
    Web = false
    Memory = false
    APC = false
    APCKey = false
    SQL = false

    #XSL = xsl filename
    #XSLProxy = url to get the xsl file

    #SlotDuration = 600  # in seconds
    #MaxSlot = 72        # 10 minutes x 72 = 12 hours
}

### MySQL
MySQL {
    ReadOnly = false
    ConnectTimeout = 1000      # in ms
    ReadTimeout = 4000         # in ms
    SlowQueryThreshold = 2000  # in ms, log slow queries as errors
    # When a query takes a long time to execute on server, client has a chance
    # to kill it to avoid extra server cost by turning on KillOnTimeout.
    KillOnTimeout = false
}

### HTTP Monitoring
Http {
    DefaultTimeout = 30         # in seconds
    SlowQueryThreshold = 5000   # in ms, log slow HTTP requests as errors
}

### Mail
Mail {
    SendmailPath = sendmail -t -i
    ForceExtraParameters =
}

### Tier overwrites
# This feature allows a machine to overwrite configurations just by matching
# machine names with specified regex pattern. This block of configuration can
# appear at any location of the file, even at top.
#Tiers {
#    * {
#        machine = /regex pattern/
#        overwrite {
#            # any config settings described in this documentation
#        }
#    }
#}