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3 o o o L o A A A A A A A A B B &B 6B FB VB fB vB B B B B B B B B C C &C 6C FC VC fC vC C C C C C C C C D D &D 6D FD VD fD vD D D D D D D D D E E &E 6E FE VE fE vE E E E E E E E E F F &F 6F FF VF fF vF F F F F F F F F G G &G 6G FG VG fG vG G G G G G G G G H H &H 6H FH VH fH vH H H H H H H H H I I &I 6I FI VI fI vI I I I I I I I I J J &J 6J FJ VJ fJ vJ AdmFloat elements have the following attributes and functions:
float.value: assignable
holds the floating point value of the AdmFloat element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmInt elements have the following attributes and functions:
int.value: assignable
holds the integer value of the AdmInt element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmBool elements have the following attributes and functions:
bool.value: assignable
holds the boolean value of the AdmBool element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmCopy elements have the following attributes and functions:
copy.value: assignable
holds the path of the AdmCopy element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmBase64 elements have the following attributes and functions:
base64.value: assignable
holds the base64 encoded value of the AdmBase64 element,
valid base64 is:
an arbitrary number of 4 character groups of
alphanumerics, where the last group's last,
or last 2 characters, can be '='
base64.binvalue: assignable
holds the binary value of the AdmBase64 element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmString elements have the following attributes and functions:
string.value: assignable
holds the string value of the AdmString element
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set AdmList elements have the following attributes and functions:
In addition, they posses the following common AdmData attributes
and functions:
data.alive:
is this data dead; are accesses to this data legal?
data.source: assignable
data.name: assignable
the data element's name
data.source: assignable
the name of the source context of the data element
data.context:
the context of the data element
data.pos: assignable
the position that the data element holds in its parent list
data.protected: assignable
the protection status of the data element. At merge time, a
protected 'A' element will override a 'B' element, and an
unprotected 'A' element will be overriden by a 'B' element.
data.unlink()
unlinks the data element from its parent and context
data.prev(wrap = 0) -> prevdata
returns the previous sibling of an element, wraps arround the
begining of the list if wrap is set
data.next(wrap = 0) -> nextdata
returns the next sibling of an element, wraps arround the end
of the list if wrap is set validName(name) -- checks to see if a name is valid for use as an AdmData name.
Names must match: Name = (Letter | '_') (Letter | Digit | '_' | '-' | '.')* AdmContext(name, serial, A, B, path, xml) -> context --
if name and serial are set:
creates a new context of the given name and serial;
if name and serial and A and B are set:
merges contexts A and B, and uses the name and serial;
if path is set:
loads the context from the file at path;
if xml is set:
decodes the xml string to produce the context AdmBlackBox(box_cfg) -> blackbox -- creates a new blackbox readNspCtx(namespace) -> context -- reads the given namespace context from the switchboard dir writeNspCtx(namespace, context, mode = 0644, uid = -1, gid = -1) -> -- writes the given namespace context to the switchboard dir readNsp(namespace, subspace = "config", depth = 0, namespace_cfg) -> context -- reads a subspace, uses namespace or the namespace configured by namespace_cfg, cascades to depth, 0 means all writeNsp(namespace, context, subspace = "config", namespace_cfg) -- writes the context to namespace, or to the namespace configured by namespace_cfg markNsp(namespace, mark, subspace = "config", namespace_cfg) -- marks the namespace, or the namespace configured by namespace_cfg checkNspMark(namespace, mark, subspace = "config", namespace_cfg) -- checks a mark on the namespace, or the namespace configured by namespace_cfg getNspCfg(context, namespace) -> namespace_cfg -- gets a namespace config from a switchboard context getSubspCfg(namespace_cfg, subspace = "config") -> subsp_cfg -- gets a subspace_cfg from a namespace_cfg getBox(subspace_cfg, box_name) -> blackbox -- initalizes a box in a subspace getSwbDir() -> path -- gets the current switchboard directory setSwbDir(path) -- sets the current switchboard directory getCacheDir() -> path -- gets the current cache directory setCacheDir(path) -- sets the current cache directory AdmBlackBox.read(serial = None) -> context -- reads a context from the AdmBlackBox, reads by serial number if serial is set, reads the top if serial is 0 AdmBlackBox.write(context) -- writes a context to the AdmBlackBox AdmBlackBox.listSerial(count, top_serial = 0) -> [topnum, secondtopnum, ...] -- lists the top count serial numbers below top_serial, or the top count numbers if top_serial is 0 AdmContext.copy() -> copycontext -- makes a copy of the context AdmContext.flatten() -> context -- flattens a context, stripping the masks and resolving the copys AdmContext.strip() -> context -- strips a context, stripping all non-root id nodes from its id tree AdmContext.setMask(mask) -- sets a new mask on a context AdmContext.clearMask(mask) -- clears a mask from a context AdmContext.writeToFile(path, mode = 0600, uid = -1, gid = -1) -- writes the context to a file AdmList.addData(type, name) -> data -- adds a new element to the List AdmList.keys() -> keylist -- returns a list of the List's keys AdmList.get(key, value = None) -> AdmList[key] or value -- returns the AdmList object, or value. AdmList.has_key(key) -> 1 or 0 -- querries a list to see if it has a key AdmList.copyData(data, name = None or name) -> copy
copies the element given, changing the name if one is supplied.
AdmList.copyData([data1, data2, ...], name = None or [name1, name2, ...])
-> [copy1, copy2, ...]
copies the elements in the list, renaming them if a name list is
supplied. If a name list is supplied, it _must_ be equal in length.
AdmData.unlink() -- unlinks the data element from its parent and context AdmData.prev(wrap = 0) -> prevdata -- returns the previous sibling of an element, wraps arround the begining of the list if wrap is set AdmData.next(wrap = 0) -> nextdata -- returns the next sibling of an element, wraps arround the end of the list if wrap is set Y p @ ʬ Ҭ ` ۬ @ ` 0
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