Directories ¶
Path | Synopsis |
---|---|
types and functions for converting Bitmark accounts (the public key) and their signatures
|
types and functions for converting Bitmark accounts (the public key) and their signatures |
network announcements
|
network announcements |
Cache for assets temporary store assets just received until they are: a.
|
Cache for assets temporary store assets just received until they are: a. |
an AVL balanced tree with the addition of parent pointers to allow iteration through the nodes Note: an individual tree is not thread safe, so either access only in a single go routine or use mutex/rwmutex to restrict access.
|
an AVL balanced tree with the addition of parent pointers to allow iteration through the nodes Note: an individual tree is not thread safe, so either access only in a single go routine or use mutex/rwmutex to restrict access. |
Simple skeleton for background processes
|
Simple skeleton for background processes |
current block data
|
current block data |
implementation block header hashing using a memory intensive argon2-d algorithm
|
implementation block header hashing using a memory intensive argon2-d algorithm |
the structure of the block header includes functions to pack/unpack []byte form
|
the structure of the block header includes functions to pack/unpack []byte form |
simple module to list the supported chains
|
simple module to list the supported chains |
command
|
|
bitmarkd
bitmarkd main program
|
bitmarkd main program |
prooferd
Proof-of-work program for bitmark system This program subscribes to potential blocks stream on a bitmarkd and determines an argon2 hash value that meets the current network difficulty value.
|
Proof-of-work program for bitmark system This program subscribes to potential blocks stream on a bitmarkd and determines an argon2 hash value that meets the current network difficulty value. |
thread safe counter
|
thread safe counter |
types and functions for converting currencies to/from enumeration values
|
types and functions for converting currencies to/from enumeration values |
Implement the Bitcoin difficulty value and its various encodings
|
Implement the Bitcoin difficulty value and its various encodings |
error instances Provides a single instance of errors to allow easy comparison
|
error instances Provides a single instance of errors to allow easy comparison |
live and test genesis blocks
|
live and test genesis blocks |
a queue system to transfer transactions
|
a queue system to transfer transactions |
simple module to record the global running mode
|
simple module to record the global running mode |
bitcoin
Detect payment records in the Bitcoin Block Chain Payments are indicated by OP_RETURN embedded data, this is compressed to fit it within the 80 byte Bitcoin limit.
|
Detect payment records in the Bitcoin Block Chain Payments are indicated by OP_RETURN embedded data, this is compressed to fit it within the 80 byte Bitcoin limit. |
prepare blocks for prooferd
|
prepare blocks for prooferd |
Cache for transactions that have been verified
|
Cache for transactions that have been verified |
maintain the on-disk data store maintain separate pools of a number of elements in key->value form This maintains a LevelDB database split into a series of tables.
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maintain the on-disk data store maintain separate pools of a number of elements in key->value form This maintains a LevelDB database split into a series of tables. |
the structure of the transaction records includes functions to pack/unpack []byte form
|
the structure of the transaction records includes functions to pack/unpack []byte form |
the version number so that other modules can access it
|
the version number so that other modules can access it |
various comm ZMq routines shared be all commands
|
various comm ZMq routines shared be all commands |
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