amxmodx/plugins/testsuite/json_test.sma

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// vim: set ts=4 sw=4 tw=99 noet:
//
// AMX Mod X, based on AMX Mod by Aleksander Naszko ("OLO").
// Copyright (C) The AMX Mod X Development Team.
//
// This software is licensed under the GNU General Public License, version 3 or higher.
// Additional exceptions apply. For full license details, see LICENSE.txt or visit:
// https://alliedmods.net/amxmodx-license
#include <amxmodx>
#include <json>
//For encoding
new buffer[500];
public plugin_init()
{
register_plugin("JSON Test", "1.0", "Ni3znajomy");
register_srvcmd("json_test_encode", "cmdJSONTestEncode");
register_srvcmd("json_test_decode", "cmdJSONTestDecode");
register_srvcmd("json_test_replace", "cmdJSONTestReplace");
register_srvcmd("json_test_validate", "cmdJSONTestValidate");
register_srvcmd("json_test_has_key", "cmdJSONTestHasKey");
register_srvcmd("json_test_remove", "cmdJSONTestRemove");
}
public cmdJSONTestEncode()
{
if (read_argc() < 3)
{
server_print("Usage: json_test_encode <use init funcs> <use pretty format>");
return;
}
// Use init funcs?
new bool:init = bool:read_argv_int(1);
//Pretty
new bool:pretty = bool:read_argv_int(2);
// Create root array
new JSON:root_array = json_init_array();
// Init & setup object
new JSON:object = json_init_object();
if (!init)
{
json_object_set_string(object, "string", "https://alliedmods.net");
json_object_set_number(object, "number", 45);
json_object_set_real(object, "real", -5.31);
json_object_set_null(object, "null.null");
json_object_set_bool(object, "bool.true", true, true);
}
else
{
ObjectSetKey(object, "string", json_init_string("https://alliedmods.net"));
ObjectSetKey(object, "number", json_init_number(45));
ObjectSetKey(object, "real", json_init_real(-5.31));
ObjectSetKey(object, "null.null", json_init_null());
ObjectSetKey(object, "bool.true", json_init_bool(true), true);
}
// Add object to root array
ArrayAppendValue(root_array, object);
new JSON:parent = json_get_parent(root_array);
if (parent != Invalid_JSON)
{
server_print("Root array has parent!");
json_free(parent);
json_free(root_array);
return;
}
// Append some values to root array
if (!init)
{
json_array_append_real(root_array, -31.1);
json_array_append_number(root_array, -42);
json_array_append_bool(root_array, false);
json_array_append_null(root_array);
}
else
{
ArrayAppendValue(root_array, json_init_real(-31.1));
ArrayAppendValue(root_array, json_init_number(-42));
ArrayAppendValue(root_array, json_init_bool(false));
ArrayAppendValue(root_array, json_init_null());
}
// Serialiaze to file and to buffer
json_serial_to_file(root_array, "json_encode_test_to_file.txt", pretty);
json_serial_to_string(root_array, buffer, charsmax(buffer), pretty);
// Put buffer's content to file
new file = fopen("json_encode_test_to_string.txt", "wt");
if (!file)
{
server_print("Couldn't create file");
return;
}
fputs(file, buffer);
fclose(file);
server_print("Encoding done (%d bytes)", json_serial_size(root_array, pretty));
json_free(root_array);
}
public cmdJSONTestDecode()
{
// Check if encode command was run
if (!strlen(buffer))
{
server_print("Run ^"json_test_encode^" first!");
return;
}
new JSON:root_array = json_parse(buffer);
new JSON:for_compare = json_parse("json_encode_test_to_file.txt", true);
// Check if they are the same
if (root_array != for_compare || !json_is_array(root_array))
{
if (root_array != Invalid_JSON)
json_free(root_array);
if (for_compare != Invalid_JSON)
json_free(for_compare);
server_print("Root value is not array!");
return;
}
// We don't need this anymore
json_free(for_compare);
DecodeArray(root_array);
json_free(root_array);
}
//Creating inversed root array
public cmdJSONTestReplace()
{
// Check if encode command was run
if (!strlen(buffer))
{
server_print("Run ^"json_test_encode^" first!");
return;
}
new JSON:root_array_orig = json_parse(buffer);
new JSON:root_array_copy = json_deep_copy(root_array_orig);
json_free(root_array_orig);
//Replace null with object
new JSON:object = json_array_get_value(root_array_copy, 0);
json_array_replace_value(root_array_copy, 4, object);
json_free(object);
//Replace object with null
json_array_replace_null(root_array_copy, 0);
//Replace bool with real and vice versa
new Float:realnum = json_array_get_real(root_array_copy, 1);
new bool:boolval = json_array_get_bool(root_array_copy, 3);
json_array_replace_real(root_array_copy, 3, realnum);
json_array_replace_bool(root_array_copy, 1, boolval);
//Replace number with random
json_array_replace_number(root_array_copy, 2, random(42));
json_serial_to_file(root_array_copy, "json_replace_test.txt", true);
json_free(root_array_copy);
server_print("Values replaced!");
}
public cmdJSONTestValidate()
{
// Check if encode command was run
if (!strlen(buffer))
{
server_print("Run ^"json_test_encode^" first!");
return;
}
if (read_argc() < 2)
{
server_print("Usage: json_test_validate <success>");
return;
}
//Should validating be succeed?
new bool:success = bool:read_argv_int(1);
//Create schema
new JSON:schema = json_init_object();
if (success)
json_object_set_string(schema, "string", "");
else
json_object_set_real(schema, "string", 0.0);
json_object_set_number(schema, "number", 0);
json_object_set_null(schema, "real"); //Null validate all types
new JSON:root_array = json_parse(buffer); //Get root array
new JSON:object = json_array_get_value(root_array, 0); //Get object from it
new bool:result = json_validate(schema, object); //Validate object with our schema
server_print("Validate %d! (result: %d)", result, result == success);
json_free(object);
json_free(schema);
json_free(root_array);
}
public cmdJSONTestHasKey()
{
// Check if encode command was run
if (!strlen(buffer))
{
server_print("Run ^"json_test_encode^" first!");
return;
}
if (read_argc() < 2)
{
server_print("Usage: json_test_has_key <key name> <dotnot> <type>");
server_print("Available types:^nn - null^ns - string^nr - number^no - object^na - array^nb - boolean");
return;
}
//Get root array
new JSON:root_array = json_parse(buffer);
new JSON:object = json_array_get_value(root_array, 0); //Get object
new keyname[32], type[10];
new JSONType:jtype = JSONError;
read_argv(1, keyname, charsmax(keyname)); //Key name that have to be found
new bool:dotnot = bool:read_argv_int(2); //Use dot natation? (optional)
read_argv(3, type, charsmax(type)); //Type of searched value (optional)
//Get type
switch(type[0])
{
case 'n': jtype = JSONNull;
case 's': jtype = JSONString;
case 'r': jtype = JSONNumber;
case 'o': jtype = JSONObject;
case 'a': jtype = JSONArray;
case 'b': jtype = JSONBoolean;
}
new bool:found = json_object_has_value(object, keyname, jtype, dotnot);
if (jtype == JSONError)
server_print("Key %s%s!%s Found!", keyname, (dotnot) ? " using dotnot" : "", (found) ? "" : " Not");
else
{
GetTypeName(jtype, type, charsmax(type)); //Get type as string
server_print("Key %s (type: %s)%s!%s Found!", keyname, type, (dotnot) ? " using dotnot" : "", (found) ? "" : " Not");
}
json_free(object);
json_free(root_array);
}
public cmdJSONTestRemove()
{
// Check if encode command was run
if (!strlen(buffer))
{
server_print("Run ^"json_test_encode^" first!");
return;
}
if (read_argc() < 3)
{
server_print("Usage: json_test_has_key <type> <index/key name> <dotnot>");
server_print("Available types:^na - array^no - object");
return;
}
//Get root array
new JSON:root_array = json_parse(buffer);
new type[10], bool:is_object, bool:success;
read_argv(1, type, charsmax(type)); //Type
is_object = type[0] == 'o'; //Is type object?
if (!is_object && type[0] != 'a') //If not, is it array?
{
server_print("Unknown type: %c", type[0]); //Fail, unknown type
return;
}
if (is_object)
{
new keyname[32];
new JSON:object = json_array_get_value(root_array, 0);
read_argv(2, keyname, charsmax(keyname)); //Key to delete or "clear" if object have to be cleared
new bool:dotnot = bool:read_argv_int(3); //Use dot notation?
if (equal(keyname, "clear"))
success = json_object_clear(object);
else
success = json_object_remove(object, keyname, dotnot);
json_free(object);
}
else
{
new index = read_argv_int(2); //Entry to delete or -1 if array have to be cleared
if (index == -1)
success = json_array_clear(root_array);
else
success = json_array_remove(root_array, index);
}
//Dump result
json_serial_to_file(root_array, "json_remove_test.txt", true); //Use pretty format for better view
json_free(root_array);
server_print("Removing %s! (Results dumped)", (success) ? "succeed" : "failed");
}
ObjectSetKey(JSON:object, const key[], JSON:node, bool:dot_not = false)
{
json_object_set_value(object, key, node, dot_not);
json_free(node);
}
ArrayAppendValue(JSON:array, JSON:node)
{
json_array_append_value(array, node);
json_free(node);
}
DecodeArray(&JSON:array)
{
//for storing string data
new tempbuf[2][100];
new JSON:array_value, JSON:parent_value;
for (new i = 0; i < json_array_get_count(array); i++)
{
array_value = json_array_get_value(array, i);
parent_value = json_get_parent(array_value);
if (parent_value != array)
{
json_free(parent_value);
json_free(array_value);
server_print("[Array] Parent value differs!");
break;
}
json_free(parent_value);
switch (json_get_type(array_value))
{
case JSONNull: server_print("Array Index %d (Null)", i);
case JSONString:
{
json_get_string(array_value, tempbuf[0], charsmax(tempbuf[]));
json_array_get_string(array, i, tempbuf[1], charsmax(tempbuf[]));
server_print("Array Index %d (String) value: %s | index: %s", i, tempbuf[0], tempbuf[1]);
}
case JSONNumber:
{
new num1 = json_get_number(array_value), num2 = json_array_get_number(array, i);
new Float:num3 = json_get_real(array_value), Float:num4 = json_array_get_real(array, i);
server_print("Array Index %d (Number/Real) value: %d/%f | index: %d/%f", i, num1, num3, num2, num4);
}
case JSONObject:
{
new iCount = json_object_get_count(array_value);
server_print("Array Index %d (Object) %d elements", i, iCount);
DecodeObject(array_value);
}
case JSONArray:
{
new iCount = json_array_get_count(array_value);
server_print("Array Index %d (Array) %d elements", i, iCount);
DecodeArray(array_value);
}
case JSONBoolean:
{
new bool:val1 = json_get_bool(array_value), bool:val2 = json_array_get_bool(array, i);
server_print("Array Index %d (Bool) value %d | index %d", i, val1, val2);
}
}
json_free(array_value);
}
}
DecodeObject(&JSON:object)
{
//for storing string data
new tempbuf[2][100];
new key[30];
new JSON:obj_value, JSON:parent_value;
for (new i = 0; i < json_object_get_count(object); i++)
{
json_object_get_name(object, i, key, charsmax(key));
obj_value = json_object_get_value_at(object, i);
parent_value = json_get_parent(obj_value);
if (parent_value != object)
{
json_free(parent_value);
json_free(obj_value);
server_print("[Object] Parent value differs!");
break;
}
json_free(parent_value);
switch (json_get_type(obj_value))
{
case JSONNull: server_print(" Object Key ^"%s^" (Null)", key);
case JSONString:
{
json_get_string(obj_value, tempbuf[0], charsmax(tempbuf[]));
json_object_get_string(object, key, tempbuf[1], charsmax(tempbuf[]));
server_print(" Object Key ^"%s^" (String) value: %s | key: %s", key, tempbuf[0], tempbuf[1]);
}
case JSONNumber:
{
new num1 = json_get_number(obj_value), num2 = json_object_get_number(object, key);
new Float:num3 = json_get_real(obj_value), Float:num4 = json_object_get_real(object, key);
server_print(" Object Key ^"%s^" (Number/Real) value: %d/%f | key: %d/%f", key, num1, num3, num2, num4);
}
case JSONObject:
{
new iCount = json_object_get_count(obj_value);
server_print(" Object Key ^"%s^" (Object) %d elements", key, iCount);
//Let's get its value by dot notation
if (equal(key, "bool"))
{
//dotnot
new bool:val1 = json_object_get_bool(object, "bool.true", true);
new bool:val2 = json_object_get_bool(obj_value, "true");
json_object_get_name(obj_value, 0, key, charsmax(key));
server_print(" Object Key ^"%s^" (Bool) dot %d | nodot: %d", key, val1, val2);
}
else
DecodeObject(obj_value);
}
case JSONArray:
{
new iCount = json_array_get_count(obj_value);
server_print(" Object Key ^"%s^" (Array) %d elements", key, iCount);
DecodeArray(obj_value);
}
case JSONBoolean:
{
new bool:val1 = json_get_bool(obj_value), bool:val2 = json_object_get_bool(object, key);
server_print(" Object Key ^"%s^" (Bool) value %d | index %d", key, val1, val2);
}
}
json_free(obj_value);
}
}
GetTypeName(JSONType:type, buffer[], maxlen)
{
switch(type)
{
case JSONNull: copy(buffer, maxlen, "Null");
case JSONString: copy(buffer, maxlen, "String");
case JSONNumber: copy(buffer, maxlen, "Number");
case JSONObject: copy(buffer, maxlen, "Object");
case JSONArray: copy(buffer, maxlen, "Array");
case JSONBoolean: copy(buffer, maxlen, "Boolean");
}
}